RADview. Element Management System ACE RAD Data Communications Publication 02/04

Transcription

1 RADview Element Management System ACE RAD Data Communications Publication 02/04

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3 Contents Chapter 1. Introduction 1.1 Preliminary Hardware Configuration Management Configuration ACE-202 Alarms ACE-202 Traps ACE-202 LEDS Chapter 2. System Level 2.1 System Level Configuration Operations System Configuration System Information System Parameters System Inventory Slots Operations and Bandwidth Allocation Inv. ATM ARP Parameters Physical APS Table Alarm Forwarding Traffic Descriptor FR Descriptor XC VP Table XC VC Table (ATM) XC VC Table (LAN) XC VC Table (CES) XC VC Table (HDLC) XC VC Table (FR) Bridge Layer VLAN Table Performance Monitoring System Commands System Fault Active Alarms History Log System Statistics Physical APS System Options Host Interface IP List Manager List Masking Traps OV Severity Chapter 3. Card and Port Level Management 3.1 Introduction Port Level Card Level Physical Layer ATM Modules Setting Parameters SONET/SDH i

4 Table of Contents Setting Parameters DS3 (T3)/E Setting Parameters E1/T Setting Parameters UTP 25M Performing a Loopback Test Viewing Statistics ATM Layer ATM Modules Setting Parameters Viewing Statistics Card Level Management ATM Modules IMA Module Physical Layer IMA Layer ATM Layer Card Level Management Physical Layer Ethernet Module Viewing Interface Information Setting Parameters Viewing Statistics ATM Layer Ethernet Module AAL5 Layer Ethernet Module Application Layer Ethernet Module Setting Parameters Setting Port VLAN Parameters Bridge Parameters Forwarding Table IP Router VLAN Bridge Port Statistics Card Level Management Ethernet Module Physical Layer CES Module Setting Parameters E1/T1 Ports Setting Parameters E3/T3 Ports Configuring Bundles Loopback Tests Viewing Statistics ATM Layer CES Module AAL1 Layer CES Module Card Level Management CES Module Physical Layer Frame Relay Module Viewing Interface Information Setting Parameters Loopback Tests Viewing Statistics ATM Layer Frame Relay Module AAL5 Layer Frame Relay Module Card Level Management Frame Relay Module Physical Layer HDLC Module Viewing Interface Information Setting Parameters Loopback Tests Viewing Statistics ATM Layer HDLC Module AAL5 Layer HDLC Module ii

5 Table of Contents 3.22 Dual APS Module Physical Layer ATM Layer Card Level Management iii

6 Table of Contents List of Figures 1-1. Management Configuration Menu Host Configuration Window Manager List Window Default Gateway Window ACE System Information Dialog Box System Parameters Dialog Box System Inventory Dialog Box Slots Operations and Bandwidth Allocation Dialog Box Inv. ATM ARP Parameters Dialog Box Physical APS Table Dialog Box Add Physical APS Dialog Box Change Physical APS Dialog Box Alarm Forwarding Dialog Box Add Alarm Forwarding Dialog Box Traffic Descriptor Table Dialog Box Add Traffic Descriptor Dialog Box Change Traffic Descriptor Dialog Box FR Descriptor Table Dialog Box Add FR Descriptor Dialog Box VP Cross Connect Table Dialog Box Add VP Connection Dialog Box Add VP Tunneling Dialog Box VP Fault Management Dialog Box Change VP Connection Dialog Box Add VP Performance Management Dialog Box OAM Counters Dialog Box Remove VP Group Dialog Box ATM VC XC Table Dialog Box Add ATM VC Connection Dialog Box Change ATM VC Connection Dialog Box LAN VC Cross Connect Table Dialog Box Add LAN VC Connection Dialog Box Change LAN VC Connection Dialog Box CES VC Cross Connect Table Dialog Box Add CES VC Connection Dialog Box Change CES VC Connection Dialog Box HDLC VC XC Table Dialog Box Add HDLC VC Connection Dialog Box Change HDLC VC Connection Dialog Box FR VC XC Table Dialog Box Add FR VC Connection Dialog Box Change FR VC Connection Dialog Box Layer2 Priority Group Table Dialog Box Add Layer2 Priority Group Dialog Box Rename Layer2 Priority Group iv

7 Table of Contents Add Sub Connection Dialog Box VLAN Table Dialog Box Add VLAN Dialog Box Remove Group Dialog Box VLAN Port Members Dialog Box Quality Thresholds Dialog Box Active Alarm List Dialog Box System Log Buffer Dialog Box Physical APS Table Dialog Box Physical APS Statistics Dialog Box Host Interface IP Table Dialog Box Add Host Interface IP Dialog Box IP Router Interface Table Dialog Box Manager List Dialog Box Add Manager Dialog Box Change Manager Dialog Box Masking Traps Dialog Box OV Severity dialog Box Sample Port View Window Sample Card View Window Parameters - SONET/SDH Physical Layer (STM1-D module) Parameters - DS3 (T3) Physical Layer Parameters - E3 Physical Layer Parameters E1 Physical Layer Parameters T1 Physical Layer Parameters UTP 25M Physical Layer Loopback State Current Graph Errors Statistics Table - SONET/SDH Error Statistics Table - E Error Statistics Table - T Errors Statistics Table E Errors Statistics Table T Errors Statistics Table UTP 25M Error Statistics: Intervals Table Intervals Graph Parameters ATM Layer Interface Statistics VP Cross Connect Table VC Cross Connect Table Specific Connection End Point 1 FM Statistics End Point 2 FM Statistics VP/VC OAM Loopback Current Interval VP/VC PM Statistics Table VP/VC PM Statistics VP/VC UPC Current Data Table Card Parameters ATM Modules v

8 Table of Contents Link Info Link Parameters IMA Link Statistics IMA Link Intervals Group Table Add Group Change Group Group Info IMA Group Statistics IMA Group Interval Interface Information Ethernet Physical Layer Parameters - Ethernet Physical Layer Interface Statistics: Current Ethernet LAN VC XC Table AAL5 Statistics: Current Parameters Port VLAN Parameters Bridge Parameters Dynamic Table Static Table Add Static Entry IP Router Interface Table Add IP Router Interface Add LIS Interface Dialog Box LIS s VCCs Dialog Box Change RIP Dialog Box IP Forwarding TableTable IP Forwarding Table Parameters Add IP Net ARP Stations Table ATM ARP Table VLAN Bridge Port Current Statistics Card Parameters ETH Modules Card Parameters Single LAN Modules Advanced Settings Single LAN Modules CES Parameters T CES Parameters E CES Parameters T CES Parameters E Bundle Table Edit A Bundle CES Error Statistics (E1/T1) CES Error Statistics (E3/T3) AAL1 Statistics FR Over HDLC Port Information FR over HDLC Parameters Error Statistics Frame Relay Modules FR VC Cross Connect Table AAL5 Statistics Card Parameters Frame Relay Modules vi

9 Table of Contents HDLC Port Information Dialog Box HDLC Parameters Card Parameters Dual APS vii

10 Table of Contents List of Tables 1-1. ACE-202 Alarms ACE-202 Traps ACE-202 LEDs System Configuration Management Options System Information Parameters System Parameters System Inventory Parameters Slots Operations and Bandwidth Allocation Parameters Inv. ATM ARP Parameters Physical APS Table Parameters Alarm Forwarding Parameters Traffic Descriptor Table Parameters Traffic Descriptor Parameters Valid Combinations Traffic Descriptor Types FR Descriptor Parameters VP Cross Connect Parameters Add VP Connection Parameters Add VP Tunneling Parameters VP Fault Management Parameters Performance Management Parameters Performance Management Parameters Remove VP Group Parameters ATM VC XC Parameters Add ATM VC Connection Parameters LAN VC Cross Connect Parameters Add LAN VC Connection Parameters CES VC Connection Parameters Add HDLC VC Connection Parameters Add FR VC Connection Parameters Layer2 Priority Group Table Parameters Layer2 Priority Group Table Parameters Layer2 Priority Group Table Parameters VLAN Table Parameters Add VLAN Parameters VLAN Port Members Parameters Quality Thresholds Parameters Active Alarm List Parameters System Log Buffer Parameters Physical APS Statistics Parameters Host Interface IP Table Parameters Add Host Interface IP Parameters IP Router Port Parameters Add Manager Parameters Masking Traps Parameters ACE-202 Slot Assignment viii

11 Table of Contents 3-2. ACE-202 Supported Interfaces ATM Modules Port Level Management Options - Physical Layer Physical Layer Parameters - SONET/SDH Physical Layer Parameters - DS3 (T3) Physical Layer Parameters - E Physical Layer Parameters E Physical Layer Parameters T Physical Layer Parameters UTP 25M Loopback State Parameters Error Statistics Parameters - SONET/SDH Error Statistics Parameters - DS3 (T3)/E Error Statistics Parameters E1/T Error Statistics Parameters UTP 25M ATM Modules Port Level Management Options - ATM Layer Parameters - ATM Interface Statistics Parameters End Point 1/End Point 2 FM Statistics Parameters VP/VC Loopback Current Interval Parameters VP/VC PM Statistics Parameters VP/VC UPC Current Data Parameters Card Parameters ATM Modules IMA Module Port Level Management Options IMA Layer Link Info Parameters Link Parameters IMA Link Statistics Parameters IMA Link Intervals Table Parameters Card Level Management Options IMA Module Group Table Parameters Add Group Parameters Group Info Parameters Group Statistics Parameters IMA Group Intervals Table Parameters Ethernet Module Port Level Management Options Physical Layer Ethernet Interface Parameters Ethernet Interface Parameters Interface Statistics Parameters Ethernet Ethernet Module Port Level Management Options AAL5 Layer AAL5 Statistics Parameters Ethernet Module Port Level Management Options Application Layer Parameters Port VLAN Parameters Bridge Parameters Dynamic Table Parameters Static Table Parameters Add Static Entry Parameters IP Router Port Parameters Add IP Router Interface Parameters Add LIS Interface Parameters LIS s VCCs Parameters ix

12 Table of Contents IP Forwarding TableTable IP Forwarding Table Parameters ARP Stations Table Parameters ATM ARP Table Parameters VLAN Bridge Port Current Statistics Parameters Card Parameters ETH Modules Card Parameters Single LAN Modules Advanced Settings Single LAN Modules CES Modules Port Level Management Options - Physical Layer CES Parameters - E1/T CES Parameters E3/T Bundle Table Parameters CES Error Statistics Parameters (E1/T1) CES Error Statistics Parameters (E3/T3) CES Modules Port Level Management Options - ATM Layer CES Modules Port Level Management Options AAL1 Layer AAL1 Statistics Parameters - CES Frame Relay Module Port Level Management Options Physical Layer FR Over HDLC Port Information Parameters FR over HDLC Parameters Error Statistics Parameters Frame Relay Frame Relay Module Port Level Management Options ATM Layer Frame Relay Module Port Level Management Options AAL5 Layer AAL5 Statistics Parameters FR Card Parameters Frame Relay Modules HDLC Module Port Level Management Options Physical Layer HDLC Port Information Parameters HDLC Parameters HDLC Module Port Level Management Options ATM Layer HDLC Module Port Level Management Options AAL5 Layer Dual APS Port Level Management Physical Layer Dual APS Port Level Management ATM Layer Card Level Management Options Dual APS Card Parameters Dual APS x

13 Chapter 1 Introduction RADview provides a complete management solution for monitoring and controlling the ACE-202. ACE-202 enables a smooth and flexible connectivity between the user network and the public network in ATM connections. It allows carriers to manage (shape, police and monitor) the user traffic, and to measure the public network end-toend Quality-of-Service (QoS). ACE-202 offers ATM QoS-based WAN services for internetworking connections. Traditional services, such as LAN and voice can be offered at high rates over statistically multiplexed links. The built-in traffic management features contribute to the efficiency and quality of these services. This section describes ACE-202 configuration operations. It is assumed that the user is familiar with basic RADview operations. RADview-HPOV/ATM Preliminary Hardware Configuration 1-1

14 Chapter 1 Introduction 1.1 Preliminary Hardware Configuration ACE-202 configuration is performed from the ASCII terminal connected to the Control port. This section describes the minimum required operations necessary to set the NMS Agent SNMP connectivity. For additional information about management configuration, refer to the ACE-202 Installation and Operation Manual. Management Configuration Enter 1 from the General Configuration menu to access ACE-202 management parameters; the Management Configuration menu will then be displayed (see Figure 1-1). MANAGEMENT CONFIGURATION 1. Authentication/Community > 2. Host Configuration > 3. Manager List > 4. Default Gateway > 5. PPP Configuration > 6. Alarms Traps MASK > 7. Plug & Play > 8. Attach OV Severity Disable ESC. Exit Select item from the menu. Figure 1-1. Management Configuration Menu The Management Configuration menu options are described in the following sections. 1-2 Preliminary Hardware Configuration RADview-HPOV/ATM

15 Chapter 1 Introduction Host Configuration Enter 2 from the Management Configuration menu; the Host Configuration window will then be displayed (Figure 1-2). The Host Configuration parameters are used when the ACE-202 inband management capability is used. The parameters define the host IP address and IP mask for each VC used for connecting to a manager. HOST CONFIGURATION 1. Host Index IP Address IP Address 3. IP Mask IP Mask 4. Slot/Port Slot/Port 5. VPI VPI 6. VCI VCI 7. Congestion Control None/EPD/CLP/EPD+CLP 8. Policing Monitor/Police/None 9. In TD A. Out TD B. OAM Configuration > C. Host Statistics > ESC. Exit D. Delete N. Next Select item from the menu. Figure 1-2. Host Configuration Window To set the host configuration parameters, do the following: 1. Enter 1 to set the host index: range of 1 to 9. This parameter is used in the Manager List window (Figure 1-1). 2. Enter 2 to set the Host IP address: range of to Enter 3 to set the Host IP mask: range of to Enter 4 to set the slot and port number to which the manager is connected. 5. Enter 5 to set the VPI (Virtual Path Identifier) value; the range is limited to the interface VPI range configuration. 6. Enter 6 to set the VCI (Virtual Channel Identifier) value. Any valid VCI value may be used. 7. Press S. The new host is saved. Note If Plug & Play is on, adding Host with Index 1 is not possible. RADview-HPOV/ATM Preliminary Hardware Configuration 1-3

16 Chapter 1 Introduction Manager List Enter 3 from the Management Configuration menu; the Manager List window will then be displayed (Figure 1-3). MANAGER LIST 1. Manager IP Address IP Address 2. Host Index N/A 4. LED Status Change Trap On/Off 5. Port Alarm Trap On/Off 6. Module Change Trap On/Off 7. PHY APS Trap On/Off 8. System Trap On/Off 9. Clock Switch Trap On/Off A. IMA Group Change Status Trap On/Off B. Specific Alarm Trap On/Off C. ACE status Change Trap On/Off ESC. Exit S. Save P. Ping N. Next Select item from the menu. Figure 1-3. Manager List Window The parameters are defined for up to ten managers. The parameters list is a record of the managers database that specifies addresses. This list also includes traps that automatically send an alarm message to the management station for the selected network events. These parameters are: Manager IP address Host index In addition, the Manager List window parameters configure the traps to be received by a manager. The default value for all traps is Off. 1-4 Preliminary Hardware Configuration RADview-HPOV/ATM

17 Chapter 1 Introduction To set the manager list parameters, do the following: 1. Enter 1 to set the manager IP address: range of to Enter 2 to set the host index: range of 1 to 8 for inband and 9 for PPP (Point to Point Protocol). The selected host should be pre-configured in the Host Configuration window (Figure 1-2). 3. To save the settings of the manager-list parameters, press S. 4. After the manager parameters have been saved, press P to generate a ping to the manager. 5. To access additional manager-list parameters, press N to go to the next manager list window. Default Gateway Enter 4 from the Management Configuration menu; the Default Gateway window will then be displayed (Figure 1-4). The Default Gateway window is used to set the gateway IP address for routing the outgoing IP packets in the network switch/router. DEFAULT GATEWAY 1. Gateway IP IP Address ESC. Exit Figure 1-4. Default Gateway Window Select item from the menu. Enter 1 to set the default gateway, entrance and exit into the communications network, IP address: range of to The default gateway IP Address should always be in the same subnet as one of the pre-configured host IP addresses. RADview-HPOV/ATM Preliminary Hardware Configuration 1-5

18 Chapter 1 Introduction 1.2 ACE-202 Alarms ACE-202 alarms are listed in Table 1-1. Table 1-1. ACE-202 Alarms # Alarm Description 1 Loss Of Signal (LOS Physical Layer) 2 Loss Of Frame (LOF Physical Layer) 3 Loss of ATM Cell Delineation (LCD ATM Layer) 4 Signal Label Mismatch (SLM Physical Layer) 5 Loss Of Pointer (LOP Physical Layer) 6 Alarm Indication Signal received (Line AIS Physical Layer) 7 Alarm Indication Signal received (Path AIS Layer) 8 Remote Defect Indication received (Line RDI Physical Layer) 9 T3 PLCP Loss Of Frame (LOF) 10 T3 PLCP Remote Alarm Indication (Yellow) 11 T3 PLCP Bit Interleaved Parity Error (BIP) 12 T3 PLCP Far End Block Error (FEBE) 13 T3 PLCP P1P2 14 HW Failure 15 Remote Defect Indication received (Path RDI Layer) 16 Bit Interleaved Parity Error (Section BIP Layer) 17 Bit Interleaved Parity Error (Line BIP Layer) 18 Bit Interleaved Parity Error (Path BIP Layer) 19 Far End Block Error (Line FEBE Layer) 20 Far End Block Error (Path FEBE Layer) 21 VP continuity Loss (Fault Management in ATM Layer) 22 VP AIS alarm received (Fault Management in ATM Layer) 23 VP RDI received (Fault Management in ATM Layer) 24 VP errored Cells in PM block (Performance Management in ATM Layer) 25 VP Cells lost in PM block (Performance Management in ATM Layer) 26 VP Misinserted cells in PM block (Performance Management in ATM Layer) 27 VP Loopback Failure 28 VC continuity Loss (Fault Management in ATM Layer) 1-6 ACE-202 Alarms RADview-HPOV/ATM

19 Chapter 1 Introduction Table 1-1. ACE-202 Alarms (Cont.) # Alarm Description 29 VC AIS alarm received (Fault Management in ATM Layer) 30 VC RDI received (Fault Management in ATM Layer) 31 VC errored Cells in PM block (Performance Management in ATM Layer) 32 VC Cells lost in PM block (Performance Management in ATM Layer) 33 VC Misinserted cells in PM block (Performance Management in ATM Layer) 34 VC Loopback Failure 35 PS Failure RADview-HPOV/ATM ACE-202 Alarms 1-7

20 Chapter 1 Introduction 1.3 ACE-202 Traps ACE-202 traps are listed in Table 1-2. Notes Even when traps are masked, all alarms are reported in the system event log Traps are generated by PM alarms only if the ATM thresholds are exceeded. Table 1-2. ACE-202 Traps Trap OID NMS related activity Gen coldstart (RFC1215) AuthenticationFailure (RFC1215) -- Rad Gen TftpStatusChangeTrap Used by Upload and Download applications. tftpstatus reports the process status AgnStatusChangeTrap PrtClkSrcChangeTrap -- ModuleFailTrap -- ClkSrcChangeTrap -- AgnUploadDataTrap Specific atmacestatuschange LEDs update atmacealarmtrap atmacemodulechangetrap atmaceredundancytrap -- atmacesystemtrap atmimagroupstatuschangetrap atmacealarmlos atmacealarmlof atmacealarmlcd atmacealarmslm atmacealarmlop atmacealarmlineais atmacealarmpathais Used by HPOV map application for node Status indication Used by the Statistics Collection application. systemparameter is the number of successful uploaded intervals Indicate the port state. The port view will be colored according to the alarm parameter values. Magenta for faulty state, Green for Normal state Update the module card view. LEDs update Display the status of the group in the ace view 1-8 ACE-202 Traps RADview-HPOV/ATM

21 Chapter 1 Introduction Table 1-2. ACE-202 Traps (Cont.) Trap OID NMS related activity atmacealarmlinerdi atmacealarmpathrdi atmacealarmsectionbip atmacealarmlinebip atmacealarmpathbip atmacealarmlinefebe atmacealarmpathfebe atmacealarmplcplof atmacealarmplcpyellow atmacealarmplcpbip atmacealarmplcpfebe atmacealarmplcpp1p2 atmacealarmcluster atmacehwfailure VP VC atmacealarmvpcontinuityloss atmacealarmforwardingtrap atmaceunavailablebwtrap atmacealarmvpaisreception atmacealarmvprdireception atmacealarmvperroredcells atmacealarmvplostcells atmacealarmvpmisinsertedcells atmacealarmvploopback atmacealarmvccontinuityloss atmacealarmvcaisreception atmacealarmvcrdireception atmacealarmvcerroredcells atmacealarmvclostcells atmacealarmvcmisinsertedcells atmacealarmvcloopback RADview-HPOV/ATM ACE-202 Traps 1-9

22 Chapter 1 Introduction 1.4 ACE-202 LEDS ACE-202 LEDs are described in Table 1-3. Table 1-3. ACE-202 LEDs System LEDs Color Description PS1 Green On Power Supply 1 is ON and is operating Red On Power Supply 1 failure Gray Off Power Supply 1 is not installed PS2 Green On Power Supply 2 is ON and is operating Red On Power Supply 2 failure Gray Off Power Supply 2 is not installed RDY Green On Self test ended OK Off When power is on, self-test is in progress ALM Red On Major alarm Yellow On Minor alarm Gray Off No alarm Interface LEDs OOB ETH The OOB LEDs are not managed by the NMS ATM Sync Green On Port is synchronized (no alarm) Off Local alarm Blinking Line RDI or Path RDI received ATM Green On No ATM HEC errors, at least one cell received or transmitted during the last second Off ATM with HEC errors, no cells received or transmitted ETH Link Green On There is synchronization on physical layer Off There is no synchronization on physical layer ACT Not managed by NMS 100M Green On System is operating at 100 Mbps Off System is not operating at 100 Mbps FDX Green On System is operating in Full Duplex Mode Off System is not operating in Full Duplex Mode CES, IMA, FR, HDLC SYNC Green On Port is synchronized Off There is no synchronization or Remote Defect Indication on physical layer Blinking Remote alarm received 1-10 ACE-202 LEDS RADview-HPOV/ATM

23 Chapter 2 System Level This chapter describes RADview s system level configuration and operation procedures for the ACE System Level Configuration Operations This section describes the system level configuration operations. To select the system level: Click on the outside frame of the device window. A blue frame appears around the device window. Figure 2-1. ACE-202 Table 2-1 lists the various management options for the system level. RADview-HPOV/ATM System Level Configuration Operations 2-1

24 Chapter 2 System Level Table 2-1. System Configuration Management Options Tasks Configuration Setting system information Setting system parameters Viewing system inventory parameters Viewing/setting slot operations and viewing slot bandwidth allocation Setting Inv. ATM ARP Parameters Configuring protection group parameters Configuring alarm forwarding parameters Adding and removing a traffic descriptor Adding and removing FR traffic descriptor Configuring VP XC (cross-connect) Configuring ATM VC XC (cross-connect) Configuring LAN VC XC (cross-connect) Configuring CES VC XC (cross-connect) Configuring HDLC VC XC (cross-connect) Configuring FR VC XC (cross-connect) Dialog Box and Parameter Location System Information Dialog Box (Figure 2-2) Parameters Dialog Box (Figure 2-3) System Inventory Dialog Box (Figure 2-4) Slots Operations and Bandwidth Allocation Dialog Box (Figure 2-5) Inv. ATM ARP Parameters Dialog Box (Figure 2-6) Physical APS Table (Figure 2-7) Alarm Forwarding Dialog Table (Figure 2-10) Traffic Descriptor Table (Figure 2-12) FR Descriptor Table (Figure 2-15) VP Cross-Connect Table Path (Figure 2-17) ATM VC XC Table (Figure 2-25) LAN VC Cross-Connect Table (Figure 2-28) CES VC Cross-Connect Table (Figure 2-31) HDLC VC Cross-Connect Table (Figure 2-34) FR VC Cross-Connect Table (Figure 2-37) Path Configuration System Info... Configuration System Parameters... Configuration System Inventory... Configuration Slots Operations and Bandwidth Allocation... Configuration Inv. ATM ARP Parameters... Configuration Physical APS Table Configuration Alarm Forwarding Configuration Traffic Descriptor Configuration FR Descriptor Configuration XC VP Table... Configuration XC VC Table... ATM Configuration XC VC Table... LAN... Configuration XC VC Table... CES... Configuration XC VC Table... HDLC... Configuration XC VC Table... FR System Level Configuration Operations RADview-HPOV/ATM

25 Chapter 2 System Level Table 2-1. System Configuration Management Options (Cont.) Tasks Configuration Dialog Box and Parameter Location Path Configuring layer2 parameters Configuring VLAN table Configuring thresholds Layer2 Group Table Dialog Box (Figure 2-40) VLAN Table (Figure 2-44) Quality Thresholds dialog box (Figure 2-48) Configuration Bridge Layer2 Group Table Configuration VLAN Table... Configuration Performance Monitoring Quality Thresholds... Polling the agent See Poll Agent Configuration System Commands Poll Agent Restoring default configurations See Default Configuration Configuration System Commands Default Configuration Resetting the agent See Reset Configuration System Commands Reset Tasks Fault Dialog Box and Parameter Location Path Viewing alarms Viewing system log buffer (alarms) Deleting system log buffer (alarms) Tasks Statistics Viewing protection group statistics. Tasks Options Determining the IP address of the host Establishing link between ATM device and manager Masking traps Attaching/detaching OV severity to traps Active Alarm List (Figure 2-49) System Log Buffer Table (Figure 2-50) See History Log Dialog Box and Parameter Location Protection Group Table (Figure 2-51) Dialog Box and Parameter Location Host Interface IP Table (Figure 2-53) Manager List (Figure 2-56) Masking Traps (Figure 2-59) OV Severity (Figure 2-60) Fault Active Alarms... Fault History Log List... Fault History Log Clear Path Statistics Physical APS... Path Options Host Interface IP List... Options Manager List... Options Masking Traps... Options OV Severity... RADview-HPOV/ATM System Level Configuration Operations 2-3

26 Chapter 2 System Level System Information 2.2 System Configuration This section describes how to configure system level operations. The System Info command enables you to display and modify physical information about the selected ATM device. To set the system information: 1. From the Configuration menu, select System Info... The System Information dialog box appears. Figure 2-2. System Information Dialog Box 2-4 System Configuration RADview-HPOV/ATM

27 Chapter 2 System Level 2. Modify the Name, Contact, Location, Date, and Time fields, if desired. 3. Click <Set> to apply your changes. Table 2-2. System Information Parameters Parameter Access Valid Ranges/Remarks Description Read-only Indicates the ACE unit and the hardware, boot and application information Object ID Read-only The object ID of the device. Name Read-write Any combination of up to 64 characters. Contact Read-write Any combination of up to 32 characters. Location Read-write Any combination of up to 32 characters. System Up Time Read-only Time passed since the last device initialization Date Month Read-write Jan Dec Day Read-write 1 31 Year Read-write Time Read-write hh:mm:ss 0 to seconds Number of Interfaces Read-only Number of physical and logical interfaces. RADview-HPOV/ATM System Configuration 2-5

28 Chapter 2 System Level System Parameters The System Parameters command enables you to set system parameters for the ATM device. To set system parameters: 1. From the Configuration menu, select System Parameters... The System Parameters dialog box appears. Figure 2-3. System Parameters Dialog Box 2-6 System Configuration RADview-HPOV/ATM

29 Chapter 2 System Level Table 2-3. System Parameters Parameter Access Possible Values/Remarks CAC Support Read-write Selecting the checkbox enables CAC support mode Bandwidth Factor Read-write Enabled only when CAC Support is enabled Default: 100 Default Gateway Read-write Default Gateway IP Address The Default Gateway IP Address should be in the host s subnet Loopback Source Address (hex) Loopback Duration (min) Default Loopback Failure Threshold Read-write Read-write Read-write The Loopback Source Address is 16 octets long Defines the loop Cells with LLID equal to the ACE-202 source address. The Loopback Source Address provides the address of ACE-202 for the loopback test operation across the network. Note: The source address is 16 octets long. If the user enters less then 16 bytes, the NMS will add FF in the MSB side Loopback state timeout in minutes Zero indicates no timeout The Default OAM Loopback Failure Threshold value that will be used for configuration 1 16 Max No. of Intervals Read-only MAX number of intervals supported by system 48, 96 PM Active Alarm Thresholds Note: A device with HW phase 1 can support up to 48 intervals of statistics collection; a device with HW phase 2 can support up to 96 intervals of statistics collection The following values are used to monitor the performance of the physical layer that provides for the transmission of cells over the connection of the ACE-2002 and the network ATM device. Errored Cells Read-write Threshold for errored cells When Errored Cells are greater than this threshold, an active alarm is reported Lost Cells Read-write Threshold for lost cells When Lost Cells are greater than this threshold, an active alarm is reported Misinserted Cells Read-write Threshold for misinserted cells When Misinserted Cells are greater than this threshold, an active alarm is reported Plug & Play Activity Read-write Activity control for the Manager Plug And Play function Disable: Disable feature Offline: Automatically learns IP address into offline memory Online: Automatically learns IP address into online memory RADview-HPOV/ATM System Configuration 2-7

30 Chapter 2 System Level Table 2-3. System Parameters (Cont.) Parameter Access Possible Values/Remarks Advanced ATM Settings Maximum Burst Size (cells) ATM Granularity Factor (cell/sec) Clock Source Read-write 1 15 Default 1 Read-write Defines the maximum allowed burst size of all physical ports. The recommended value in these applications is 4. Default 700 Setting this parameter affects the Granularity of the Guaranteed Cell Rate (SCR, MCR) in spaced connection. It also defines the minimum Guaranteed SCR VBR and UBR+ connection. The configured setting takes affect only after device reset Current Clock Read-only Primary (Master), Secondary (Fallback), No External (Internal) Primary Read-write None: No reference clock (valid for secondary clock only). If both primary and secondary clock sources fail, then all modules with external clock will switch to internal clock. Rx Clock: Selects the receive clock from a specific port to be used as reference clock (relevant for Primary and Secondary clocks). Slot Read-write This field is enabled only when Primary Clock Source = Rx Clock 1 4 (Only ATM Modules) Port Read-write This field is enabled only when Primary Clock Source = Rx Clock 1-4 Revertive Timeout (sec) Read-write 0 to Defines whenever to use revertive or non-revertive between the two clocks (reverting from secondary to primary source). 0: defines non-revertive operation. 1 to 65535: defines the time, in seconds, before switching from secondary to primary clock source after the primary clock is recovered. Secondary Read-write None: No reference clock (valid for secondary clock only). If both primary and secondary clock sources fail, then all modules with external clock will switch to internal clock. Rx Clock: Selects the receive clock from a specific port to be used as reference clock (relevant for Primary and Secondary clocks). 2-8 System Configuration RADview-HPOV/ATM

31 Chapter 2 System Level Table 2-3. System Parameters (Cont.) Parameter Access Possible Values/Remarks Slot Read-write This field is enabled only when Secondary Clock Source = Rx Clock] 1 4 (Only ATM Modules) Port Read-write This field is enabled only when Secondary Clock Source = Rx Clock 1 4 IMA Clock Source Port Read-write Clock source transmitted to the user side, when user module is 'External' clock source Manual, Automatic This parameter appears if at least one IMA card is installed Advanced OAM Settings Termination for End-to-End VC AIS/RDI Termination for End-to-End VC Loopback Read-write Read-write This parameter allows to configure a VCC that is set to intermediate or segment mode to act as an end-point for end-to-end AIS and RDI cells. In this case, the device will terminate end-to-end (as well as segment) F5 AIS cells and generate end-to-end F5 RDI cells in the backward direction. It will also terminate end-to-end F5 RDI cells. Such end-to end AIS/RDI processing will not affect the handling of any other segment OAM flow. This parameter also enables an option to handle end-to-end F5 loopback OAM as an end-point, even if the device is set as an intermediate point for other OAM flow(s) on the same VCC, by configuring other OAM types to segment or intermediate modes. The settings in this parameter are relevant for NJU applications only. Setting them to Enable causes ACE-2002, ACE-2002E to function as an NJU Checkbox (checked) indicates that specified OAM cells will be enabled Set operation will be rejected if there are XCs with OAM type Endto-End (excluding management connection) Checkbox (checked) indicates that specified OAM cells will be enabled When end-to-end F5 loopback end-point support is set to enable, every end-to-end F5 loopback cell that reaches the device is extracted and looped back to the originator. Set operation will be rejected if there are XCs with OAM type Endto-End (excluding management connection) 2. Configure the desired parameters and click <Set>. Note Setting Advanced OAM Support parameters will fail if the OAM Type of at least one of the connections is End to End (with the exception of a management connection, which may be End to End), and if the LB Fail Indication value includes AIS. RADview-HPOV/ATM System Configuration 2-9

32 Chapter 2 System Level System Inventory The System Inventory dialog box contains the inventory identification number and configuration parameters of the agent model. To display the System Inventory: From the Configuration menu, select System Inventory... The System Inventory dialog box appears. Figure 2-4. System Inventory Dialog Box Table 2-4. System Inventory Parameters Parameter Access Possible Values/Remarks System Id Read-only The system identification number Slot 1,Slot 2, Slot 3, Slot 4 Read-only The slot identification number Shaper Read-only Indicates whether a shaper exists in the system Exist, Not Exist PS1/PS2 Read-only AC, DC, None Status: OK, Failed, --- FAN 1/FAN 2 Read-only Status: OK, Failed 2-10 System Configuration RADview-HPOV/ATM

33 Chapter 2 System Level Slots Operations and Bandwidth Allocation The Slots Operations and Bandwidth Allocation dialog box enables to view/set the card status in each slot and to view the allocated bandwidth (input and output) of each card. To display Slots Operations and Bandwidth Allocation: From the Configuration menu, select Slots Operations and Bandwidth Allocation... The Slots Operations and Bandwidth Allocation dialog box appears. Figure 2-5. Slots Operations and Bandwidth Allocation Dialog Box Table 2-5. Slots Operations and Bandwidth Allocation Parameters Parameter Access Possible Values/Remarks Input (cell/sec) Read-only The value of the allocated input bandwidth for the card in the specific slot. Output (cell/sec) Read-only The value of the allocated output bandwidth. Card Status Read-only Active, Not Active, In Progress, Empty Total Free Bandwidth (Input) Total Free Bandwidth (Output) Read-only Read-only The total input bandwidth left for the card in the specific slot. Total Free Bandwidth (Input) = Input Rate The total input bandwidth left for the card in the specific slot. Total Free Bandwidth (Output) = Input Rate RADview-HPOV/ATM System Configuration 2-11

34 Chapter 2 System Level Activate/Deactivate To activate/deactivate a card: 1. Highlight a slot that is active/not active. The Activate/Deactivate button is enabled. 2. If the slot is active, the button reads Deactivate. Click <Deactivate>. The following message appears. Click <OK>. 3. If the slot is not active, the button reads Activate. Click <Activate>. Note While deactivating is in progress, trying to configure or monitor the deactivated module may result in a Zoom crash. Delete Configuration To delete a card configuration: 1. Highlight a slot that is not active. If all slots are active, deactivate the desired slot as explained above. The Delete Configuration button is enabled. 2. Click <Delete Configuration>. The following message appears. Click <OK> System Configuration RADview-HPOV/ATM

35 Chapter 2 System Level Inv. ATM ARP Parameters Note Enabled if at least one LAN card of type 90, 91, 92, 115, 116, 117, 103, 104 or 105 is installed The Inv. ATM ARP Parameters dialog box enables setting the time interval and aging time parameters. To display the Inv. ATM ARP Parameters: 1. From the Configuration menu, select Inv. ATM ARP Parameters... The Inv. ATM ARP Parameters dialog box appears. Figure 2-6. Inv. ATM ARP Parameters Dialog Box Table 2-6. Inv. ATM ARP Parameters Parameter Access Possible Values/Remarks Time Interval (sec) Read-write Aging Time (sec) Read-write The value must be less than the Aging Time value. The value must be greater than the Time Interval value. 2. Set the Time Interval and Aging Time values and click <Set>. If the Aging Time value is less than the Time Interval value, the following message appears. RADview-HPOV/ATM System Configuration 2-13

36 Chapter 2 System Level Physical APS Table The Physical APS mechanism gives the option of setting a redundant ATM port to an existing working one. While the protection is in the physical layer, the two ATM ports have only one logical layer, thus connection. When the working physical port will fail, the logical layer will pass on to the protection port. Note APS is performed only on ATM 155 modules when slot 2 is the redundant slot of 1 or between port 1 and 2 of STM1-R module, where port 2 is redundant to port 1 To display the Physical APS (Automatic Protection Switching) group table: From the Configuration menu, select Physical APS Table... The Physical APS Table appears. Figure 2-7. Physical APS Table Dialog Box 2-14 System Configuration RADview-HPOV/ATM

37 Chapter 2 System Level Table 2-7. Physical APS Table Parameters Parameter Access Possible Values/Remarks Name Read-only Protection channel name. Slot Read-only 1 4 Port Read-only 1 2 Mode Read-only Manual: Enables to manually select between two links. When selecting this value, APS is not performed and the switching is performed using the Switch Command. WTR Time (sec) Read-only Wait to Restore period Unidirectional: Enables 1+1 uni-directional. APS is performed according to local APS triggers without acknowledgement from the remote side. 1:n Compatible: Enables optimized 1+1 bi-directional nonrevertive protection compatible with 1:N 1+1 Optimized & Bidirectional: Enables optimized 1+1 bidirectional non-revertive protection. Protected switching is initiated as a result of one of the following situations: Loss Of Signal (LOS), Signal Failure (SF), Signal Degrade (SD), Line Alarm Indication Signal (LAIS), Loss Of Frames (LOF), Out Of Frame (OOF), Loss Of Pointer (LOP) or User Switch Command Y-Cable: Enables Y-Cable uni-directional non-revertive mode. Y- Cable is a RAD proprietary protocol. Y-Cable can be defined for STM-1 modules only. Y-Cable is a cable, which connects one port to two ports on the other device. Transmission from both interfaces of the Y-cable is forbidden. Protected switching is initiated as a result of one of the following situations: Loss Of Signal (LOS), Signal Failure (SF), Signal Degrade (SD), Line Alarm Indication Signal (LAIS), Line Remote Defect Indication (LRDI), Loss Of Frames (LOF), Out Of Frame (OOF), Loss Of Pointer (LOP), Expiry of Wait To Restore (WTR) timer or User Switch Command. The follownig modules do not support Y-Cable mode: SC13M/155/R, SC13L/155/R, FC13L/155/R, ST13L/155/R, SC13LH/155/R, FC13LH/155/R, ST13LH/155/R, FC15LH/155/R, SC15LH/155/R, SC13M, SC13L, SC13LH, SC15LH, FC13L, FC13LH, FC15LH, ST13L, ST13LH 1 to 720 Enabled for Modes 1+1 Optimized & Bidirectional and Y-Cable When adding or changing a Physical APS, the default value is 600 RADview-HPOV/ATM System Configuration 2-15

38 Chapter 2 System Level Table 2-7. Physical APS Table Parameters (Cont.) Parameter Access Possible Values/Remarks Oper. Delay (hundreds of ms) Read-only 1 to 50 Enabled for Mode Y-Cable When adding or changing a Physical APS, the default value is 10 The operation delay period intends to ignore momentary failures and to avoid rapid switch oscillations. When an error is detected, an Operation Delay begins. If the error ends before the Operation Delay timer expires, no action is taken. Switch Command Read-only Compatible: Perform switching protocol over the K1/K2 without real switching. Available only when the working line is active and only for 1:n Compatible mode. Clear: Delete any preset switch command. Lockout of Protection: Disable any switching and freeze the protection state. Lockout has the highest priority, which can be requested. The Lockout state locks all current options for switching. In 1+1 Optimized Bidirectional and Y-Cable modes, entering the Lockout state locks the option to change K1/K2 bytes so the last K1/K2 bytes, which were transferred when we entered this state, will last until getting out of it. When exiting from the Lockout state, the K1/K2 bytes are updated according to the current line status. Forced Switch Work to Protect: Forces the protection line to be active (higher priority than SF/SD). Forced Switch Protect to Work: Forces the working line to be active (higher priority than SF/SD). Manual Switch Work to Protect: Forces the working line to be active (lower priority than SF/SD). Available only for 1:n Compatible mode. Manual Switch Protect to Work: Forces the working line to be active (lower priority than SF/SD). Available only for 1:n Compatible mode System Configuration RADview-HPOV/ATM

39 Chapter 2 System Level Add To add a Physical APS: 1. In the Physical APS Table (Figure 2-7), click <Add >. The Add Physical APS dialog box appears. Figure 2-8. Add Physical APS Dialog Box 2. Configure the desired parameters and click <Apply>. A description and possible values of the configurable parameters in the Add Physical APS dialog box are given in Table 2-7. Notes In APS of slot to slot: Protection ports may only be from slot 2 and working ports may only be from slot 1. In APS of port to port on Dual APS slot: Protection ports may only be port 2 and working ports may only be port 1. Y-Cable mode will be disabled if Slot/Port is a card of type , , or 132. RADview-HPOV/ATM System Configuration 2-17

40 Chapter 2 System Level Change To change a Physical APS: 1. In the Physical APS Table (Figure 2-7), select a group and click <Change >. The Change Physical APS dialog box appears. Figure 2-9. Change Physical APS Dialog Box 2-18 System Configuration RADview-HPOV/ATM

41 Chapter 2 System Level 2. Configure the desired parameters and click <Apply>. A description and possible values of the configurable parameters in the Change Physical APS dialog box are given in Table 2-7. Notes Mode is enabled if Activate APS is unchecked WTR Time (sec) is enabled if Activate APS is unchecked and Mode is set to 1+1 Optimized & Bidirectional or Y-Cable Oper. Delay (hundreds of ms) is enabled if Activate APS is unchecked and Mode is set to Y-Cable Switch Command is enabled if Activate APS is checked. Changing Switch Command from Lockout of Protection will be successful only when changing to Clear. After setting to Clear, the last Switch Command that the Lockout locked is displayed. Note In general, there are 3 causes for failure when defining a Physical APS: No SONET card is installed in the Physical APS slot Connection was created on a Physical APS slot The number of VPI bits is different in the Working and the Protection APS slot. Remove To remove an entry from the table: In the Physical APS Table dialog box (Figure 2-7), click <Remove>. Next To view the next 20 entries: In the Physical APS Table dialog box (Figure 2-7), click <Next>. The Physical APS Table dialog box displays the next 20 entries starting from the last viewed entry. RADview-HPOV/ATM System Configuration 2-19

42 Chapter 2 System Level Alarm Forwarding The Alarm Forwarding mechanism provides the ability of alarm conditions notification between two linked ports. The mechanism is implemented only for links between ATM and LAN ports. Alarm Forwarding is applicable only for ACE-M/LAN/X (new) LAN modules. The ACE-M/ETH (old) does not support Alarm Forwarding. To display the alarm forwarding parameters: From the Configuration menu, select Alarm Forwarding The Alarm Forwarding dialog table appears. Figure Alarm Forwarding Dialog Box Table 2-8. Alarm Forwarding Parameters Parameters Access Possible Values/Remarks Failed (slot/port) Read-only 1 4/1 2 Physical Alarm Forwarding Read-only +/- ATM Alarm Forwarding Read-only +/- Forward to (slot/port) Read-only 1 4/1 2 Recovery Mode Read-only Manual or Automatic Row Status Read-only Active or Not In Service The only ports that may appear are: SONET/SDH, E3/T3, ATM 25M and LAN (IMA and E1/T1 UNI are not be included.) 2-20 System Configuration RADview-HPOV/ATM

43 Chapter 2 System Level Add To add an alarm forwarding entry: 1. In the alarm Forwarding dialog table (Figure 2-10) click <Add...>. The Add Alarm Forwarding dialog box appears. Figure Add Alarm Forwarding Dialog Box 2. Configure the desired parameters and click <Set>. A description and possible values of the configurable parameters in the Add Alarm Forwarding dialog box are given in Table 2-8. Notes If the selected port was configured as an APS, the Set operation will be rejected A combination of selected pair of ports can be defined only once If the selected port is a LAN port, ATM Alarm Forwarding is disabled RADview-HPOV/ATM System Configuration 2-21

44 Chapter 2 System Level Change To change an alarm forwarding entry: 1. In the Alarm Forwarding dialog table (Figure 2-10), select a row and click <Change>. The Change Alarm Forwarding dialog box appears. The change dialog box is similar to the add dialog box with the difference that the Failed (slot/port) and Forward to (slot/port) fields are read-only. Activate Row To activate a row: Note Enabled for Row Status set to Not In Service. In the Alarm Forwarding dialog table (Figure 2-10), select a row and click <Activate Row>. Remove To remove an entry from the table: In the Alarm Forwarding dialog table (Figure 2-10), click <Remove>. Manual Recovery To perform a manual recovery: Notes Use only when the failed port was recovered. Enabled for Recovery Mode set to Manual. In the Alarm Forwarding dialog table (Figure 2-10), select a row and Click <Manual Recovery> System Configuration RADview-HPOV/ATM

45 Chapter 2 System Level Traffic Descriptor The Traffic Descriptor command enables you to view the parameters for the type of data cells sent to the agent and add, change or remove a traffic descriptor. To display traffic descriptor parameters: From the Configuration menu, select Traffic Descriptor... The Traffic Descriptor Table appears. A description of the valid combinations and ranges of Traffic Descriptors appears in Table A description of Traffic Descriptor types appears in Table Figure Traffic Descriptor Table Dialog Box RADview-HPOV/ATM System Configuration 2-23

46 Chapter 2 System Level Table 2-9. Traffic Descriptor Table Parameters Parameters Access Possible Values/Remarks Index Read-only Index number of the traffic descriptor Policing: Spacing: VP Tunneling: For valid ranges, see Table Service Category Read-only Type of service assigned to the traffic descriptor CBR: Constant Bit Rate RT VBR: Real Time Variable Bit Rate NRT VBR: Non Real Time Variable Bit Rate ABR: Available Bit Rate UBR: Unspecified Bit Rate When the Service Category is RT VBR or NRT VBR, the PCR should be higher than the SCR Default: UBR For information on the traffic descriptor types, see Table 2-11 Traffic Descriptor Type Read-only Value of the traffic descriptor that applies to the Service Category type. PCR (cell/sec) Read-only Peak Cell Rate SCR (cell/sec) Read-only Sustainable Cell Rate Burst Size (cells) Read-only Maximum burst size at Peak Cell Rate CDVT (tenth of microsec) Read-only Cell Delay Variation Tolerance in tenths of microseconds MCR (cell/sec) Read-only Minimum Cell Rate System Configuration RADview-HPOV/ATM

47 Chapter 2 System Level Table Traffic Descriptor Parameters Valid Combinations Parameters TD Index & Service Category Combinations TD Ranges Possible Values/Remarks Note: The valid combination of TD Index and Service Category are: CBR: 0xxxx/1xxxx/3xxxx policing/spacing/tunneling rt-vbr: 0xxxx policing nrt-vbr: 0xxxx/1xxxx policing/spacing UBR+¹: 0xxxx/1xxxx policing/spacing UBR: 0xxxx policing ABR: 0xxxx/1xxxx policing/spacing ¹ UBR+ is UBR with TD type atmclpnotaggingmcr_type ** - 2xxxx range can only be with PCR(0+1) drop SCR(0+1) drop Since there are different and complex formulas for the dependencies of the parameters, NMS will allow incorrect combinations, and will display a message upon reject Policing TD (In): for ATM/LAN/CES ports Table Traffic Descriptor Types Service Category Standard Traffic Descriptor Type Relevant Parameters CBR CBR1 PCR(0+1)drop PCR, CDVT RTVBR VBR1 PCR(0+1)drop SCR(0+1)drop PCR, SCR VBR2 PCR(0+1)dropSCR(0)drop PCR, SCR, Burst Size, CDVT VBR3 PCR(0+1)dropSCR(0)tag PCR, SCR, Burst Size, CDVT NRTVBR VBR1 PCR(0+1)drop SCR(0+1)drop PCR, SCR, Burst Size, CDVT VBR2 PCR(0+1)dropSCR(0)drop PCR, SCR, Burst Size, CDVT VBR3 PCR(0+1)dropSCR(0)tag PCR, SCR, Burst Size, CDVT ABR ABR PCR(0+1) & MCR PCR, SCR, Burst Size, CDVT UBR UBR1 PCR(0+1)drop PCR, CDVT UBR+ PCR(0+1) & MCR PCR, CDVT, MCR RADview-HPOV/ATM System Configuration 2-25

48 Chapter 2 System Level Add To add a Traffic Descriptor: 1. In the Traffic Descriptor Table (Figure 2-12), click <Add...>. The Add Traffic Descriptor dialog box appears. Figure Add Traffic Descriptor Dialog Box 2. Configure the desired parameters and click <Apply>. A description and possible values of the configurable parameters in the Add Traffic Descriptor dialog box are given in Table System Configuration RADview-HPOV/ATM

49 Chapter 2 System Level Change To change a Traffic Descriptor: Note Only unused traffic descriptors can be changed or removed. 1. In the Traffic Descriptor Table (Figure 2-12), select an unused traffic descriptor entry and click <Change >. The Change Traffic Descriptor dialog box appears. Figure Change Traffic Descriptor Dialog Box 2. Configure the desired parameters and click <Apply>. A description and possible values of the configurable parameters in the Change Traffic Descriptor dialog box are given in Table 2-9. Note The minimum PCR value is 99. Spacing Traffic Descriptors defined with a PCR lower than 99 will automatically be inserted as 99. RADview-HPOV/ATM System Configuration 2-27

50 Chapter 2 System Level Remove To remove an entry from the table: In the Traffic Descriptor Table dialog box (Figure 2-12), click <Remove>. Next To view the next 20 entries: In the Traffic Descriptor Table dialog box (Figure 2-12), click <Next>. The Traffic Descriptor Table dialog box displays the next 20 entries starting from the last viewed entry. Start From Clicking this button enables displaying the table entries starting from a selected VP. To display the table starting from a specific VP: 1. In the VP Cross Connect table, click <Start From >. The Start From VP dialog box appears. 2. Enter the index number of the entry from which you want the display to start and click <Set >. The table displays the 20 entries starting from the specified VPI. Note The selected end point should be the lowest slot end point System Configuration RADview-HPOV/ATM

51 Chapter 2 System Level FR Descriptor Notes This option is available when at least one FR port is installed. Used FR descriptors are colored blue. To configure FR Descriptor parameters: From the Configuration menu, select FR Descriptor... The FR Descriptor Table appears. Figure FR Descriptor Table Dialog Box Table FR Descriptor Parameters Parameter Access Possible Values/Remarks Index Read-only 1 to DE CLP Mapping Read-only Mode 1, Mode 2 Constant 0, Mode 2 Constant 1 Default: Mode 1 Congestion Mapping Read-only Mode 1,Mode 2 Default: Mode 1 Encapsulation Mapping Mode Read-only Transparent, Translation Default: Transparent RADview-HPOV/ATM System Configuration 2-29

52 Chapter 2 System Level Add To add an FR Descriptor: 1. Click <Add...>. The Add FR Descriptor dialog box appears. Figure Add FR Descriptor Dialog Box 2. Configure desired parameters and click <Apply>. A description and possible values of the configurable parameters in the Add FR Descriptor dialog box are given in Table Change To change an FR Descriptor: 1. In the FR Descriptor Table, select an entry and click <Change >. The Change FR Descriptor dialog box appears. 2. Configure desired parameters and click <Apply>. A description and possible values of the configurable parameters in the Change FR Descriptor dialog box are given in Table Note A FR descriptor referenced to VP/VC cannot be change or removed. Remove To remove an entry from the table: In the FR Descriptor Table dialog box (Figure 2-15), click <Remove>. Next To view the next 20 entries: In the FR Descriptor Table dialog box (Figure 2-15), click <Next>. The FR Descriptor Table dialog box displays the next 20 entries starting from the last viewed entry System Configuration RADview-HPOV/ATM

53 Chapter 2 System Level Start From Same as Start From on page XC VP Table The XC command enables you to configure cross connect parameters for VPs. The slot allocation is as follows: Slot 1: all modules except for IWF modules Slot 2: all modules Slot 3: LAN only Slot 4: LAN or CES. To configure Cross Connect parameters: From the Configuration menu, select XC VP Table... The VP Cross Connect Table appears. Figure VP Cross Connect Table Dialog Box RADview-HPOV/ATM System Configuration 2-31

54 Chapter 2 System Level Table VP Cross Connect Parameters Parameter Access Possible Values/Remarks EP1 Slot/Port Read-only 1 4 or 1 4/group n Slot/port of end point 1 EP1 VPI Read-only UNI: NNI: VPI of end point 1 EP2 Slot/Port Read-only 1 4 or 1 4/group n Slot/port of end point 2 EP2 VPI Read-only UNI: NNI: VPI of end point 2 Type Read-only Type of connection ATM: VP connection. New connections can be added or changed by clicking <Add Connection > or <Change Connection > Tunneling: VP can be configured in by clicking <Add VP Tunneling> Note In ACE-202 v3.x it is possible to create a VP XC between any ATM ports, even ones that are on the same module System Configuration RADview-HPOV/ATM

55 Chapter 2 System Level Add Connection To add a VP connection: 1. In the VP Cross Connect Table (Figure 2-17), click <Add Connection...>. The Add VP Connection dialog box appears. Figure Add VP Connection Dialog Box RADview-HPOV/ATM System Configuration 2-33

56 Chapter 2 System Level Table Add VP Connection Parameters Parameter Access Possible Values/Remarks Slot Read-write The selected slot 1 4 Port Read-write The selected port Valid range depends on the module type: STM1: 1 IMA: links in UNI mode and Valid IMA groups Dual-APS: 1 VPI Read-write Virtual Path Indicator UNI: NNI: Congestion Control Sets the mechanism used by ACE-202 to handle congestion problems CLP Read-write Checkbox specifies type of Congestion Control: CLP (Cell Loss Priority) Policing Mode Read-write The policing method of the VP. None: no action is taken. Monitor: only non-conforming user cells are counted. Police: non-conforming user cells are tagged, or dropped and counted. Default: None [In TD ] Read-write Opens the Traffic Descriptor Table (Figure 2-12). Select traffic descriptor to be used for In TD and click <Select> For ranges, see Table 2-9 [Out TD ] Read-write Opens the Traffic Descriptor Table (Figure 2-12). Select traffic descriptor to be used for Out TD and click <Select> For ranges, see Table 2-9 [Fault Management ] Read-write Opens the VP Fault Management dialog box (Figure 2-20). Fault Management parameters are described in Table Configure parameters and click <Set> Connection Status Read-write Up, Down, Not in Service (RO), Not Ready (RO) For ATM: Up, Down, Not in Service For Tunneling: Up Note: Not Ready is RO and not available for configuration 2. Set the parameters and click <Connect>. Note If Input Rate or Output Rate in one of the XC end points is equal to 0, the XC connection will be rejected System Configuration RADview-HPOV/ATM

57 Chapter 2 System Level Add VP Tunneling To add VP Tunneling: 1. In the VP Cross Connect Table (Figure 2-17), click <Add VP Tunneling...>. The Add VP Tunneling dialog box appears. Figure Add VP Tunneling Dialog Box Table Add VP Tunneling Parameters Parameter Access Possible Values/Remarks Slot Read-write 1 4 Port Read-write 1 4 VPI Read-write UNI: NNI: E1n/T1 IMA cards must be installed in slot 1 ATM ports only. For IMA cards, enter the link number (UNI) and valid groups on the selected card. For Dual APS cards, port 2 is disabled. [Out TD...] Read-write Opens the Traffic Descriptor Table (Figure 2-12). Select traffic descriptor to be used for Out TD and click <Select> For ranges, see Table Set the parameters and click <Apply>. Note For an IMA module adding VP tunneling is possible only when the module is installed in Slot 1. RADview-HPOV/ATM System Configuration 2-35

58 Chapter 2 System Level Fault Management To set Fault management parameters: 1. From the Add VP Tunneling dialog box (Figure 2-19), click <Fault Management >. The VP Fault Management dialog box appears. Figure VP Fault Management Dialog Box Table VP Fault Management Parameters Parameter Access Possible Values/Remarks OAM Type Read-write Intermediate, Segment Termination, End to End Termination, Segment and End to End Note: Field is not enabled when one of the following parameters/functions is activated: Continuity Check, Loopback, PM Note: For Tunneling the only valid value is End to End Insertion Direction Read-write For OAM Type = Segment Termination: Down Stream, Up Stream For OAM Type = Intermediate or End to End Termination: Down Stream Continuity Check Continuity Check functions: Distinguish between failed connections and idle connections. Report loss of continuity upon failure Mode Read-write On, Off, Listener, Activation Direction Read-write Both, Source, Sink 2-36 System Configuration RADview-HPOV/ATM

59 Chapter 2 System Level Table VP Fault Management Parameters (Cont.) Parameter Access Possible Values/Remarks Oper. Status Read-write This field exists only when Fault Management is opened from the Change VP Connection dialog box (Figure 2-21) Initial, Source, Sink, Both, Timeout, Denied, Conflict, Manual Loop Back Loopback Functions include Fault Localization, Connectivity Verification, CDV and CDVT measurements per connection across the network. A maximum of 128 Loopback sessions can be created Activate Read-write On, Off, Segment, End to End, Segment LLID, End to End LLID LB Address Read-write LB Address is enabled when Activate is Segment LLID or End to End LLID Enter up to 16 characters LB Fail Indication Read-write Allows user to define the Indication that will be created upon LB cell failure Enabled for Activate=Off Possible values depend on the selected OAM Type: Intermediate: Off: no indication will be created Tx Segment AIS: causes Tx of a segment AIS Tx Segment RDI: causes Tx of a segment RDI Tx Segment AIS and RDI: causes Tx of a segment AIS & RDI Tx End to End AIS: causes Tx of an End to End AIS Tx End to End RDI: causes Tx of an End to End RDI Tx End to End AIS and RDI: causes Tx of an End to End AIS & RDI Segment Termination: Off: no indication will be created Tx Segment RDI: causes Tx of a segment RDI Tx End to End AIS: causes Tx of an End to End AIS Tx End to End RDI: causes Tx of an End to End RDI Tx End to End AIS and RDI: causes Tx of an End to End AIS & RDI End to End Termination: Off: no indication will be created Tx Segment RDI: causes Tx of a segment RDI Tx End to End RDI: causes Tx of an End to End RDI Default: Off Note: If you enabled Termination for End-to-End VC AIS/RDI in the System Parameters dialog box (Figure 2-3), then only Off, Tx Segment RDI, and Tx End to End RDI are available. LB Failure Threshold Read-write Number of the LB failures before starting transmission of the Indication defined by LB Fail Indication 1 16 Note: This field can be set only when Activate = Off RADview-HPOV/ATM System Configuration 2-37

60 Chapter 2 System Level 2. Set the parameters and click <Set>. Notes For a new entry from an Add dialog: If the value of OAM Type = Intermediate all the other fields of the Fault Management dialog are disabled, except for the following: Activate, LB Fail Indication and LB Failure Threshold. For IWF module end point the only valid OAM Type value is End to End. When Segment is chosen as the OAM Type of one of the end points, the only possible value for the other end point OAM Type is also Segment. The Fault Management dialog behaves differently when it is opened through a [Change] button. In such a case, if the user changes OAM Type, all other fields are disabled. Upon a successful [Set}, the fields are re-enabled. Change Connection Note When changing a traffic descriptor, it should be of the same Service Category and Type as the former traffic descriptor System Configuration RADview-HPOV/ATM

61 Chapter 2 System Level To change a VP connection: 1. In the VP Cross Connect Table, select an entry and click <Change Connection...>. The Change VP Connection dialog box appears. The dialog box is similar to the Add VP Connection (Figure 2-18) with the addition of the <Add PM>, <Change PM> and <Activate Traffic Loopback> buttons. Figure Change VP Connection Dialog Box 2. Set the parameters and click <Apply>. Notes Congestion Control is enabled only for XC connections with Status=Not in Service. The following values will be shown in the status field: Up, Down, Not in Service, Not Ready. In the Fault Management Dialog, another RO field is displayed: oper.status. RADview-HPOV/ATM System Configuration 2-39

62 Chapter 2 System Level Add PM Performance management detects and measures Cell Loss Ratio (CLR) per connection as well as reporting statistics for the Far End. Notes Performance Management is available only when the Connection Status = Up. Up to 128 Unidirectional or 64 Bidirectional sessions can be configured. When the Network Side OAM Type = Intermediate, it is not possible to configure Performance Management. To add PM: 1. In the Change VP Connection Dialog Box, click <Add PM>. The Add VP Performance Management dialog box appears. Figure Add VP Performance Management Dialog Box Table Performance Management Parameters Parameter Access Possible Values/Remarks Source Read-write Off: Blocks reporting FW: Activates forward reporting FW and BW: Activates Forward PM and Backward reporting Sink Read-write Off: Blocks reporting FW: Activates forward reporting FW and BW: Activates Forward PM and Backward reporting Block Size (cell) Read-write Valid block sizes (in cells) 128, 256, 512, 1024, 2048, 4096, 8192, 16384, Default: Set the parameters and click <Set>. Change PM To change PM: 1. In the Change VP Connection dialog box, click <Change PM>. The Change VP Performance Management dialog box appears. 2. Change PM parameters and click <Set> System Configuration RADview-HPOV/ATM

63 Chapter 2 System Level Activate/Deactivate Traffic Loopback Notes Only one end point Traffic Loopback can be activated at a time. This option is not available for a Tunnel XC. The Traffic Loopback button changes (Activate or Deactivate) according to the connection Loopback Status. To activate/deactivate traffic loopback: In the Change VP Connection Dialog Box, click <Activate Traffic Loopback/ Deactivate Traffic Loopback>. Display OAM Counters The Display OAM Counters dialog gives a summary of the entire current OAM configuration in the device. To display the OAM counters: In the Change VP Connection Dialog Box, click <Display OAM Counters...>. The OAM Counters dialog box appears. Figure OAM Counters Dialog Box Table Performance Management Parameters Parameter Access Possible Values/Remarks LB Read-only Indicates the number of OAM loopback sessions configured in the system CC Read-only Indicates the number of OAM continuity check sessions configured in the system PM Read-only Indicates the number of OAM performance monitoring sessions configured in the system RADview-HPOV/ATM System Configuration 2-41

64 Chapter 2 System Level Next To view the next 20 entries: In the VP Cross Connect Table dialog box (Figure 2-17), click <Next>. The VP Cross Connect Table dialog box displays the next 20 entries starting from the last viewed entry. Start From Same as Start From on page Remove You can configure the application to issue a warning message before removing VP XC connections. The default installation will not issue a warning. To configure the application to issue a warning message: 1. Close the application. The change will not take effect if the application is running. 2. From a Unix terminal type: $MNG164_APP_PATH/WAN/bin/ac0 3. Set parameter XcRemoveConfirmation to On. The changes are stored in the ace200.prop file and take effect on XC confirmation only after zoom operation is performed (when application is first opened). If you want the changes to take place immediately, close the application and reopen it. To remove a VP XC connection: Note <Remove > is not available for VP XC of a host connection. In the VP Cross Connect Table, select an entry and click <Remove>. If the system was configured to issue a warning, a confirmation message appears. Click <OK> to confirm the delete. Otherwise, the VP XC is deleted without a warning System Configuration RADview-HPOV/ATM

65 Chapter 2 System Level Remove Group To remove a Group of VP XC connection: 1. In the VP Cross Connect Table (Figure 2-17) click <Remove Group...>. The Remove VP Group dialog box appears. Figure Remove VP Group Dialog Box Table Remove VP Group Parameters Parameter Access Possible Values/Remarks Slot/Port Read-write Any slot and port values VPI Range Read-write One or more range of values 2. Enter the slot, port and VPI range. The NMS sends the agent a separate remove request for each connection. For each connection, the NMS will remove first the connection, and then the end points. If one of the operations failed, the process will stop and the message Some of the PVC s were not removed appears. Click <OK>. Note If the continuation of the connection number is cut and there is a leap to the next number, the remove operation will stop. RADview-HPOV/ATM System Configuration 2-43

66 Chapter 2 System Level XC VC Table (ATM) The XC VC Table command enables you to configure XCs for ATM, LAN, CES, HDLC, and FR. The available commands depend on the types of modules installed in the device. Note When changing TD, the Service Category and Type must be the same as the former TD. To configure ATM Cross Connect parameters: From the Configuration menu, select XC VC Table ATM... The ATM VC XC Table appears. Figure ATM VC XC Table Dialog Box Table ATM VC XC Parameters Parameter Access Possible Values/Remarks EP1 Slot/Port/VPI/VCI Read-only Slot/Port/VPI/VCI for end point 1 of the connection EP2 Slot/Port/VPI/VCI Read-only Slot/Port/VPI/VCI for end point 2 of the connection Type Read-only Type of VC connection ATM, Mng, LAN, CES, HDLC, FR 2-44 System Configuration RADview-HPOV/ATM

67 Chapter 2 System Level Add Connection Notes The Add Connection button will be disabled if the device will contain less than two ATM ports that construct a XC In ACE-202 v3.x it is possible to create a VC XC between any ATM ports, even ones that are on the same module. To add an ATM VC connection: 1. In the ATM VC Cross-Connect Table, click <Add Connection...>. The Add ATM VC Connection dialog box appears. Figure Add ATM VC Connection Dialog Box RADview-HPOV/ATM System Configuration 2-45

68 Chapter 2 System Level Table Add ATM VC Connection Parameters Parameter Access Possible Values/Remarks Slot Read-write Selected slot: 1 4 Port Read-write Selected port Possible values depend on module type VPI Read-write Virtual Path Indicator UNI: NNI: VCI Read-write Congestion Control Sets the mechanism used by ACE-202 to handle congestion problems Packet Discard Read-write Packet Discard CLP Read-write Cell Loss Priority Policing Mode Read-write The policing method of the VC Police: non-conforming user cells are tagged or dropped Monitor: user cells are monitored and non-conforming cells are indicated [In TD ] Read-write Opens the In TD table where the user can select the relevant Traffic Descriptor to be used as the Policing TD For ranges, see Table 2-9 [Out TD ] Read-write Opens the Traffic Descriptor Table Figure 2-12). Select traffic descriptor to be used for Out TD and click <Select> For ranges, see Table 2-9 [Fault Management ] Read-write Opens Fault Management dialog box. Fault Management parameters are listed in Table Configure parameters and click <Set> Connection Status Read-write Up, Down, Not in Service (RO), Not Ready (RO) For ATM: Up, Down For Tunneling: Up This parameter is enabled for ATM connections only. 2. Set the parameters and click <Connect>. Note The user can t open VCI 0, 3 or 4. (VCI 0 or 3 is used for OAM). In some cases VCI 16 is also forbidden. It is recommended to use VCI > 32. Fault Management ATM VC Fault Management is similar to Fault Management on page System Configuration RADview-HPOV/ATM

69 Chapter 2 System Level Change Connection To change an ATM VC connection: In the ATM VC Cross Connect Table (Figure 2-25), select an entry and click <Change Connection...>. The Change ATM VC Connection dialog box appears. A description of the parameters appears in Table Figure Change ATM VC Connection Dialog Box Notes When changing TD, it should be of the same Service Category and Type of the former TD. Congestion Control is enabled only for XCs with Status=Not in Service. The following values will be shown in the status field: Up, Down, Not in Service, Not Ready. In the Fault Management Dialog, another RO field is displayed: oper.status. RADview-HPOV/ATM System Configuration 2-47

70 Chapter 2 System Level Add PM ATM VC Performance Management is similar to Add PM on page Change PM ATM VC Change PM is similar to Change PM on page Activate/Deactivate Traffic Loopback ATM VC Activate/Deactivate Traffic Loopback is similar to Activate/Deactivate Traffic Loopback on page Display OAM Counters Display OAM Counters is similar to Display OAM Counters on page Next To view the next 20 entries: In the ATM VC XC Table dialog box (Figure 2-25), click <Next>. Start From The ATM VC XC Table dialog box displays the next 20 entries starting from the last viewed entry. Same as on page Remove Removing an ATM VC is similar to Remove on page 2-42 (removing a Non-ATM connection is not possible from this table). Note For ATM VC XC, any combination of OAM Type is allowed except for the combination of both end points with OAM Type = End to End. Remove Group See Remove Group on page System Configuration RADview-HPOV/ATM

71 Chapter 2 System Level XC VC Table (LAN) The XC VC Table command enables you to configure XCs for LAN. To configure LAN Cross-Connect parameters: From the Configuration menu, select XC VC Table LAN... The LAN VC XC Table appears. Figure LAN VC Cross Connect Table Dialog Box Table LAN VC Cross Connect Parameters Parameter Access Possible Values/Remarks ATM Slot/Port/VPI/VCI Read-only ATM Slot/Port/VPI/VCI LAN Slot/Port Read-only LAN Slot/Port LAN Mode Read-only Bridge, IP Router, Brouter Layer2 Priority Type Read-only Main, Sub Layer2 Group Name Read-only Name of Layer2 Group RADview-HPOV/ATM System Configuration 2-49

72 Chapter 2 System Level Add Connection To add a LAN VC connection: Note Set operation will be rejected if Advanced OAM Support is enabled in the System Parameters dialog box (Figure 2-3). When a LAN Connection is added, the Policing Mode displayed for LAN End Point is None even though the Policing Mode for the network side was defined as Police. In the LAN VC Cross-Connect Table (Figure 2-28), click <Add Connection...>. The Add LAN VC Connection dialog box appears. Figure Add LAN VC Connection Dialog Box 2-50 System Configuration RADview-HPOV/ATM

73 Chapter 2 System Level Table Add LAN VC Connection Parameters Parameter Access Possible Values/Remarks ATM/LAN Slot Read-write Selected slot Slots with ATM interface will be displayed as: Slot 1 4 ATM/LAN Port Read-write Selected port Slots with ETH interface will be displayed as: Slot 2 4 VPI Read-write Virtual Path Indicator UNI: NNI: VCI Read-write Operational Mode Read-write ETH: Bridge, IP Router, Brouter If The port is LAN Port (Card Type = 90/91/92/115/116/117) OR if VLAN Mode is enabled : Bridge OR IP Router, according to the LAN port value. For Dual LAN (CardType = 103/104/105): Bridge. Layer2 Priority Type Read-write Main, Sub Note: This field is disabled when Operational Mode=IP Router PVID Read-write The user may edit a single value or a range of values or both with a comma separator. Note: PVID is enabled only if: the ETH port is configured to work in VLAN mode, and Layer2 Priority Type = Main, and Operational Mode = Bridge Input Priority Read-write High, Low Note: This field is enabled when the selected port is a LAN port and Priority Mechanism is enabled Congestion Control Packet Discard Read-write PD (Packet Discard) CLP Read-write CLP (Cell Loss Priority) Sets the mechanism used by ACE-202 to handle congestion problems Policing Mode Read-write The policing method of the VC. Police: non-conforming user cells are tagged or dropped. Monitor: user cells are monitored and non-conforming cells are indicated. Note: When a LAN Connection is added, the Policing Mode displayed for LAN End Point is None even though the Policing Mode for the network side was defined as Police [In TD] Read-write Clicking <In TD...> opens the In TD table where the user can select the relevant Traffic Descriptor to be used as the Policing TD For Ranges, see Table 2-9 RADview-HPOV/ATM System Configuration 2-51

74 Chapter 2 System Level Table Add LAN VC Connection Parameters (Cont.) Parameter Access Possible Values/Remarks [Out TD] Read-write Clicking <Out TD > opens the Traffic Descriptor Table (Figure 2-12). Select traffic descriptor to be used for Out TD and click <Select> For Ranges, see Table 2-9 [Fault Management] Read-write Clicking <Fault Management > opens Fault Management dialog box. Fault Management parameters are listed in Table Configure parameters and click <Set> Connection Status Read-write Up, Down, Not in Service (RO), Not Ready (RO) Fault Management LAN VC Fault Management is similar to Fault Management on page Change Connection Note When changing TD, it should be of the same Service Category and Type of the former TD System Configuration RADview-HPOV/ATM

75 Chapter 2 System Level To change a LAN VC connection: In the LAN VC XC Table (Figure 2-28), select an entry and click <Change Connection...>. The Change LAN VC Connection dialog box appears. Figure Change LAN VC Connection Dialog Box Notes Congestion Control is enabled only for XC connections with Status=Not in Service. The following values will be shown in the status field: Up, Down, Not in Service, Not Ready. In the Fault Management Dialog, another RO field is displayed: oper. status. RADview-HPOV/ATM System Configuration 2-53

76 Chapter 2 System Level Add PM LAN VC Performance Management is similar to Add PM on page Change PM LAN VC Change PM is similar to Change PM on page Activate/Deactivate Traffic Loopback LAN VC Activate/Deactivate Traffic Loopback is similar to Activate/Deactivate Traffic Loopback on page Display OAM Counters Display OAM Counters is similar to Display OAM Counters on page Next To view the next 20 entries: In the LAN VC Cross Connect Table dialog box (Figure 2-28), click <Next>. The LAN VC Cross Connect Table dialog box displays the next 20 entries starting from the last viewed entry. Remove Removing a LAN VC is similar to Remove on page 2-42 except it is enabled only for a connection that is not attached to layer2 group yet and if the VCC is not attached to an LIS System Configuration RADview-HPOV/ATM

77 Chapter 2 System Level XC VC Table (CES) The XC VC Table command enables you to configure XCs for CES. To configure CES Cross-Connect parameters: From the Configuration menu, select XC VC Table CES... The CES VC Cross-Connect Table appears. Figure CES VC Cross Connect Table Dialog Box RADview-HPOV/ATM System Configuration 2-55

78 Chapter 2 System Level Add Connection Note For E1/T1, prior to adding a CES connection, a bundle Time Slot association must be made (see E1/T1 physical parameters). To add a CES VC connection: Note Set operation will be rejected if Advanced OAM Support is enabled in the System Parameters dialog box (Figure 2-3). In the CES VC Cross-Connect Table, click <Add Connection...>. The Add CES VC Connection dialog box appears. Figure Add CES VC Connection Dialog Box 2-56 System Configuration RADview-HPOV/ATM

79 Chapter 2 System Level Table CES VC Connection Parameters Parameter Access Possible Values/Remarks ATM End Point Slot Read-write 1 4 Port Read-write 1 4 VPI Read-write Virtual Path Indicator UNI: NNI: Note: Value is automatically configured by agent. VCI Read-write Note: agent automatically configures Value. Congestion Control Packet Discard Read-write PD (Packet Discard) Field is disabled CLP Read-write CLP (Cell Loss Priority) Sets the mechanism used by ACE-202 to handle congestion problems. Policing Mode Read-write Police: non-conforming user cells are tagged or dropped. Monitor: user cells are monitored and non-conforming cells are indicated. The policing method of the VC. Field is disabled [In TD] Read-write The agent automatically configures TD. [Out TD] Read-write The agent automatically configures TD. [Fault Management] Read-write Clicking <Fault Management > opens Fault Management dialog box. Fault Management parameters are listed in Table Configure parameters and click <Set>. CES End Point Slot Read-write Slot 2 4 Port Read-write Port 1 4 This parameter is disabled until the NMS receives all the needed information about the available bundles and is ready for configuration. This parameter is disabled until the NMS receives all the needed information about the available bundles and is ready for configuration. CES Bundle Name Read-write The name of the selected bundle. Bundle 1 to Bundle 31 for E1 Bundle 1 to Bundle 24 for T1 RADview-HPOV/ATM System Configuration 2-57

80 Chapter 2 System Level Table CES VC Connection Parameters (Cont.) Parameter Access Possible Values/Remarks Partial Fill Only for CES cards If Line Type=Unframed the minimum value =33 otherwise, minimum value=ts number of selected bundle+l where: L is according to the following: For T1: if Signaling Mode=None: L=1, if Signaling Mode <>None: L=2. For E1: If Line Type = CRC4 CAS OR No CRC4 CAS: L=2, Else L=1. CDVT (tens of µsec) Read-write Cell Delay Variation Tolerance E1: T1: E3: T3: For both E1 & T1, if the result < 24, then the value should be 24 CBR Clock Mode Read-write Constant Bit Rate Clock Mode Synchronous, SRTS, Adaptive (E1/T1 only) Field is enabled when value of Transmit Clock Source=External (see Port Physical Parameters) and Line Type=Unframed CES VC Mode Read-write Normal, Spaced Default: Normal Connection Status Read-write Up, Down Field is disabled Note There is a limit on the maximum number of the spaced CES VC s. The maximum number of CES VC s is 620 (20 ports*31 TS). Fault Management CES VC Fault Management is similar to Fault Management on page System Configuration RADview-HPOV/ATM

81 Chapter 2 System Level Change Connection Note When changing TD, it should be of the same Service Category and Type of the former TD. To change a CES VC connection: In the CES VC XC Table (Figure 2-31), select an entry and click <Change Connection...>. The Change CES VC Connection dialog box appears. Figure Change CES VC Connection Dialog Box Note Congestion Control is enabled only for XC connections with Status=Not in Service. The following values will be shown in the status field: Up, Down, Not in Service, Not Ready. In the Fault Management Dialog, another RO field is displayed: oper. status. RADview-HPOV/ATM System Configuration 2-59

82 Chapter 2 System Level Add PM CES VC Performance Management is similar to Add PM on page Change PM CES VC Change PM is similar to Change PM on page Activate/Deactivate Traffic Loopback CES VC Activate/Deactivate Traffic Loopback is similar to Activate/Deactivate Traffic Loopback on page Display OAM Counters Display OAM Counters is similar to Display OAM Counters on page Next To view the next 20 entries: In the CES VC Cross Connect Table dialog box (Figure 2-31), click <Next>. The CES VC Cross Connect Table dialog box displays the next 20 entries starting from the last viewed entry. Remove Removing a CES VC is similar to Remove on page Note The OAM Type of the CES end point can only be End to End System Configuration RADview-HPOV/ATM

83 Chapter 2 System Level XC VC Table (HDLC) The XC VC Table command enables you to configure XCs for HDLC. To configure HDLC Cross-Connect parameters: From the Configuration menu, select XC VC Table HDLC... The HDLC VC XC Table appears. Figure HDLC VC XC Table Dialog Box RADview-HPOV/ATM System Configuration 2-61

84 Chapter 2 System Level Add Connection To add an HDLC VC connection: In the HDLC VC XC Table dialog box, click <Add Connection...>. The Add HDLC VC Connection dialog box appears. Figure Add HDLC VC Connection Dialog Box Note Only four HDLC connections can be added, one on each of the HDLC ports System Configuration RADview-HPOV/ATM

85 Chapter 2 System Level Table Add HDLC VC Connection Parameters Parameter Access Possible Values/Remarks ATM Endpoint Slot Read-write Selected slot 1 4 Port Read-write Selected port 1 4 VPI Read-write Virtual Path Indicator UNI: NNI: VCI Read-write HDLC Endpoint Read-write Slot Read-write Selected slot 2 4 Port Read-write Selected port 1 4 Congestion Control Sets the mechanism used by ACE-202 to handle congestion problems. Packet Discard Read-write PD (Packet Discard) CLP Read-write CLP (Cell Loss Priority) Policing Mode Read-write Police: non-conforming user cells are tagged or dropped. Monitor: user cells are monitored and non-conforming cells are indicated. The policing method of the VC. [In TD] Read-write Clicking <In TD...> opens the In TD table where the user can select the relevant Traffic Descriptor to be used as the Policing TD. For Ranges, see Table 2-9 [Out TD] Read-write Clicking <Out TD > opens the Traffic Descriptor Table (Figure 2-12). Select traffic descriptor to be used for Out TD and click <Select>. For Ranges, see Table 2-9 [Fault Management] Read-write Clicking <Fault Management > opens Fault Management dialog box. Fault Management parameters are listed in Table Configure parameters and click <Set>. Connection Status Read-write Up, Down, Not in Service Fault Management HDLC VC Fault Management is similar to Fault Management on page RADview-HPOV/ATM System Configuration 2-63

86 Chapter 2 System Level Change Connection Note When changing TD, it should be of the same Service Category and Type of the former TD. To change an HDLC VC connection: In the HDLC VC XC Table (Figure 2-34), select an entry and click <Change Connection...>. The Change HDLC VC Connection dialog box appears. Figure Change HDLC VC Connection Dialog Box Notes Congestion Control is enabled only for XC connections with Status=Not in Service. The following values will be shown in the status field: Up, Down, Not in Service, Not Ready. In the Fault Management Dialog, another RO field is displayed: oper. status System Configuration RADview-HPOV/ATM

87 Chapter 2 System Level Add PM HDLC VC Performance Management is similar to Add PM on page Change PM HDLC VC Change PM is similar to Change PM on page Activate/Deactivate Traffic Loopback HDLC VC Activate/Deactivate Traffic Loopback is similar to Activate/Deactivate Traffic Loopback on page Display OAM Counters Display OAM Counters is similar to Display OAM Counters on page Next To view the next 20 entries: In the HDLC VC XC Table dialog box (Figure 2-34), click <Next>. The HDLC VC XC Table dialog box displays the next 20 entries starting from the last viewed entry. Remove Removing an HDLC VC is similar to Remove on page RADview-HPOV/ATM System Configuration 2-65

88 Chapter 2 System Level XC VC Table (FR) The XC VC Table command enables you to configure XCs for FR. To configure FR Cross-Connect parameters: From the Configuration menu, select XC VC Table FR... The FR VC XC Table appears. Figure FR VC XC Table Dialog Box 2-66 System Configuration RADview-HPOV/ATM

89 Chapter 2 System Level Add Connection To add an FR VC connection: In the FR VC XC Table, click <Add Connection...>. The Add FR VC Connection dialog box appears. Figure Add FR VC Connection Dialog Box RADview-HPOV/ATM System Configuration 2-67

90 Chapter 2 System Level Table Add FR VC Connection Parameters Parameter Access Possible Values/Remarks ATM Slot Read-write 1 4 ATM Port Read-write 1 4 ATM VPI Read-write Virtual Path Indicator UNI: NNI: ATM VCI Read-write FR Slot Read-write 2 4 FR Port Read-write 1 4 DLCI Read-write [FR Descriptor] Read-write Will open the FR Descriptor table Function Mode Read-write FR IWF Mode Service: Service Interworking (FRF.8) Network: Network Interworking (FRF.5) FR SSCS DLCI Read-write Allows configuration of the FR SSCS DLCI that is transferred to the remote FR unit , 1022 Note: This field is enabled if Function Mode=Network Congestion Control Packet Discard Read-write PD (Packet Discard) CLP Read-write CLP (Cell Loss Priority) Sets the mechanism used by ACE-202 to handle congestion problems. Policing Mode Read-write Police: non-conforming user cells are tagged or dropped. Monitor: user cells are monitored and non-conforming cells are indicated. The policing method of the VC. [In TD] Read-write Clicking <In TD...> opens the In TD table where the user can select the relevant Traffic Descriptor to be used as the Policing TD. For Ranges, see Table 2-9 [Out TD] Read-write Clicking <Out TD > opens the Traffic Descriptor Table (Figure 2-12). Select traffic descriptor to be used for Out TD and click <Select>. For Ranges, see Table 2-9 [Fault Management] Read-write Clicking <Fault Management > opens Fault Management dialog box. Fault Management parameters are listed in Table Configure parameters and click <Set>. Connection Status Read-write Up, Down Note A maximum of 123 DLCI s can be configured per FR Slot. Fault Management HDLC VC Fault Management is similar to Fault Management on page System Configuration RADview-HPOV/ATM

91 Chapter 2 System Level Change Connection Note When changing TD, it should be of the same Service Category and Type of the former TD. To change an FR VC connection: In the FR VC XC Table (Figure 2-37), select an entry and click <Change Connection...>. The Change FR VC Connection dialog box appears. Figure Change FR VC Connection Dialog Box Note Congestion Control is enabled only for XC connections with Status=Not in Service. The following values will be shown in the status field: Up, Down, Not in Service, Not Ready. In the Fault Management Dialog, another RO field is displayed: oper.status. RADview-HPOV/ATM System Configuration 2-69

92 Chapter 2 System Level Add PM FR VC Performance Management is similar to Add PM on page Change PM FR VC Change PM is similar to Change PM on page Activate/Deactivate Traffic Loopback FR VC Activate/Deactivate Traffic Loopback is similar to Activate/Deactivate Traffic Loopback on page Display OAM Counters Display OAM Counters is similar to Display OAM Counters on page Next To view the next 20 entries: In the FR VC XC Table dialog box (Figure 2-37), click <Next>. The FR VC XC Table dialog box displays the next 20 entries starting from the last viewed entry. Remove Removing an HDLC VC is similar to Remove on page System Configuration RADview-HPOV/ATM

93 Chapter 2 System Level Bridge Layer 2 Group Table Note This option is available when, at least, one LAN port is installed. To configure Bridge Layer2 parameters From the Configuration menu, select Bridge Layer2 Group Table The Layer2 Priority Group Table appears. Figure Layer2 Priority Group Table Dialog Box RADview-HPOV/ATM System Configuration 2-71

94 Chapter 2 System Level Table Layer2 Priority Group Table Parameters Parameter Access Possible Values/Remarks Index Read-only Index Name Read-only Name Slot/Port Read-only Slot: 1 4 Port: 1 4/Group N VPI Read-only Virtual Path Indicator UNI: NNI: VCI Read-only Virtual Channel Indicator Connection Mode Read-only Main, Sub Priority Read-only A combination of values from the range is the highest priority Edit Priority Read-only To edit priority levels, select the entry whose priorities you wish to edit. The Edit Priorities bar displays the priorities of the selected entry, as follows: valid priorities appear in Yellow and invalid priorities appear in Gray. Clicking a priority toggles its condition Yellow/Gray When you finish editing, click <Change Priority> Note: For a Main group with no Subs, it is not possible to remove priorities [Change Priority] Read-only Click <Change Priority> to enter all the priority changes you made in Edit Priority 2-72 System Configuration RADview-HPOV/ATM

95 Chapter 2 System Level Add Group To add a group in the Layer2 group table 1. In the Layer2 Priority Group Table (Figure 2-40), click <Add Group >. The Add Layer2 Priority Group appears. Figure Add Layer2 Priority Group Dialog Box Table Layer2 Priority Group Table Parameters Parameter Access Possible Values/Remarks Name Read-write A name with a string of up to 32 characters. Must be unique. [VCC...] Read-write Click <VCC> to open the LAN VC XC Table (Figure 2-28). Select an XC and click <Set>. Note: The only relevant XC are those with Operational Mode=Bridge/Brouter and Layer2 Priority Type=Main Slot Read-write 1 4 Port Read-write 1 2/Group N VPI Read-write UNI: NNI: VCI Read-write Connection Mode Read-only Main 2. Set the parameters and click <Apply>. RADview-HPOV/ATM System Configuration 2-73

96 Chapter 2 System Level Rename Group Note If a Main Group s name is changed, its sub connection s name will be changed to the same name automatically. To rename a group in the Layer2 Priority Group table 1. Select an entry in the Layer2 Priority Group Table (Figure 2-40) and click <Rename Group >. The Rename Layer2 Priority Group dialog box appears. Figure Rename Layer2 Priority Group 2. Enter a new name for the group and click <Apply> System Configuration RADview-HPOV/ATM

97 Chapter 2 System Level Add Sub To add a Sub Connection in the Layer2 Priority Group table: 1. In the Layer2 Priority Group Table (Figure 2-40), focus on a Main Group. The Add Sub button is enabled. 2. Click <Add Sub >. The Add Sub Connection dialog box appears. Figure Add Sub Connection Dialog Box RADview-HPOV/ATM System Configuration 2-75

98 Chapter 2 System Level Table Layer2 Priority Group Table Parameters Parameter Access Possible Values/Remarks Group Index Read-only The number of the selected entry in the Layer2 Priority Group Table (Figure 2-40) Group Name Read-only The name of the selected entry in the Layer2 Priority Group Table (Figure 2-40) [VCC...] Read-write Click <VCC> to open the LAN VC XC Table (Figure 2-28). Select an XC and click <Set>. Note: The only relevant XC are those with Operational Mode=Bridge/Brouter and Layer2 Priority Type=Main Slot Read-write 1 4 The same as the selected entry in the Layer2 Priority Group Table (Figure 2-40) Port Read-write 1 4 The same as the selected entry in the Layer2 Priority Group Table (Figure 2-40) VPI Read-write UNI: NNI: VCI Read-write Connection Mode Read-only Sub 3. Set the parameters and click <Apply>. The group is added to the list. The sub group will be created with the same name and index as the group from which it was created. Remove To remove a Layer2 Priority Group: In the Layer2 Priority Group Table (Figure 2-40), select an entry and click <Remove>. Note The Remove operation will fail for: A Main group with Subs A Sub group with a configured priority Next To view the next 20 entries: In the Layer2 Priority Group Table dialog box (Figure 2-40), click <Next>. The Layer2 Priority Group Table dialog box displays the next 20 entries starting from the last viewed entry System Configuration RADview-HPOV/ATM

99 Chapter 2 System Level VLAN Table Note This option is available when, at least, one LAN port is installed. To configure VLAN Table parameters: From the Configuration menu, select VLAN Table... The VLAN Table appears. Figure VLAN Table Dialog Box Table VLAN Table Parameters Parameter Access Possible Values/Remarks VLAN ID Read-only Name Read-only A string of up to 32 characters according to the selected row. RADview-HPOV/ATM System Configuration 2-77

100 Chapter 2 System Level Add To add a VLAN: 1. In the VLAN Table (Figure 2-44), click <Add...>. The Add VLAN dialog box appears. Figure Add VLAN Dialog Box This dialog box gives an option to perform two actions in one step, e.g. it is possible to add a VLAN and a member to that VLAN in one set request. If associating member to a VLAN is not required in the current stage, just leave the fields under the Member group empty System Configuration RADview-HPOV/ATM

101 Chapter 2 System Level Table Add VLAN Parameters Parameter Access Possible Values/Remarks VLAN ID Read-write Select a single value or a range or both (separated by a comma) Name Read-write A string of up to 32 characters. Member Slot Read-write 1 4 Port Read-write 1 4 VPI Read-write UNI: NNI: VCI Read-write Select a single value or a range or both (separated by a comma) Tx Frame Type Read-write Tagged, Untagged [Port List...] Read-write Click <Port List...> to select a VCC from a list of connections. Select a VCC and click <Select>. Note: only valid VCCs that were not already selected for port members are displayed. 2. Set the parameters and click <Apply>. Change To change the name of a VLAN: 1. In the VLAN Table (Figure 2-44), select an entry and click <Change...> The Change VLAN dialog box appears. 2. Enter a new name in the Name field and click <Set>. Remove To remove a VLAN: In the VLAN Table (Figure 2-44), select an entry and click <Remove>. Note The Remove operation is possible only if the port Member list for the selected VLAN is empty. RADview-HPOV/ATM System Configuration 2-79

102 Chapter 2 System Level Remove Group This button will be disabled upon a row selection. 1. In the VLAN Table (Figure 2-44), click <Remove Group...>. The Remove Group dialog box appears. Figure Remove Group Dialog Box 2. Enter the VLAN ID of the group and click <Set>. Note A VLAN with associated member cannot be removed. Next To view the next 20 entries: In the VLAN Table dialog box (Figure 2-44), click <Next>. The VLAN Table dialog box displays the next 20 entries starting from the last viewed entry. Start From Same as Start From on page System Configuration RADview-HPOV/ATM

103 Chapter 2 System Level Port Members To define the port members of a VLAN: 1. In the VLAN Table (Figure 2-44), select the desired VLAN and click <Port Members >. The VLAN Port Members dialog box appears. Figure VLAN Port Members Dialog Box RADview-HPOV/ATM System Configuration 2-81

104 Chapter 2 System Level Table VLAN Port Members Parameters Parameter Access Possible Values/Remarks VLAN ID Read-only ID of selected VLAN Name Read-only Name of selected VLAN LAN (Slot/Port) Read-only Slot: 2 4 Port: 1 2 Slot/Port Read-only Slot: 1 4 Port: 1 4 VPI/VCI Read-only Relevant to bridge ports only VPI: Virtual Path Indicator UNI: NNI: VCI: Virtual Channel Indicator Tx Frame Type Read-only Tagged, Untagged When irrelevant the NMS will display. Add Same as Add on page Notes Only VC LAN XC with PVID configured or ETH with VLAN mode enabled are valid. The Port List button displays only valid VCCs that were not already selected for port members. VPI and VCI fields are redundant when an ETH Slot is selected in the Slot field. Change To change the Tx Frame Type of a port: 1. In the VLAN Port Members dialog box (Figure 2-47), select an entry and click <Change...>. The Change Port Member dialog box appears. 2. Select the Tx Frame Type and click <Set>. Remove To remove a port member: In the VLAN Port Members dialog box (Figure 2-47), select an entry and click <Remove> System Configuration RADview-HPOV/ATM

105 Chapter 2 System Level Remove Group This button will be disabled upon a row selection. 1. In the VLAN Port Members dialog box (Figure 2-47), click <Remove Group...>. The Remove Group dialog box appears. 2. Enter the Slot, Port VPI and VCI values and click <Set>. Next To view the next 20 entries: In the Port Members Table (Figure 2-47), click <Next>. The Port Members dialog box displays the next 20 entries starting from the last viewed port. Start From Same as on page Performance Monitoring The Performance Monitoring command enables you to configure the quality threshold parameters. Quality Thresholds To configure threshold parameters: From the Configuration menu, select Performance Monitoring Quality Thresholds... The Quality Thresholds dialog box appears. Figure Quality Thresholds Dialog Box RADview-HPOV/ATM System Configuration 2-83

106 Chapter 2 System Level Table Quality Thresholds Parameters Parameter Access Possible Values/Remarks Performance Limit Threshold Interval ES Read-write Unacceptable ES Limit threshold for Performance Management Day ES Read-write Degraded ES Limit threshold for Performance Management Interval SES Read-write Unacceptable SES Limit threshold for Performance Management Day SES Read-write Degraded SES Limit threshold for Performance Management System Commands The System Commands command enables you to: Poll the agent Set the agent to the default configuration Reset the device. Poll Agent To poll the device: From the Configuration menu, select System Commands Poll Agent. The device is polled. Default Configuration To set the device to the default configuration: From the Configuration menu, select System Commands Default Configuration. The following confirmation message appears. Click <OK> System Configuration RADview-HPOV/ATM

107 Chapter 2 System Level Reset To reset the device: From the Configuration menu, select System Commands Reset. The following confirmation message appears. Click <OK>. Note The reset operation implements any changes that were made and updates the agent s configuration. RADview-HPOV/ATM System Configuration 2-85

108 Chapter 2 System Level Active Alarms 2.3 System Fault The Active Alarms command enables you to view agent current alarms. Note Alarms for VP/VC errored cells, Lost RDI cells and misinserted cells appear after the threshold (configured in Figure 2-3) is exceeded. Alarms for Section BIP, Line BIP, Line FEBE, Path BIP and Path FEBE appear after the threshold (configured in the ATM Interface Physical Parameters) is exceeded. Alarms for PLCP P1P2, PLCP BIP and PLCP FEBE appear after the threshold (configured in the T3 Interface Physical Parameters) is exceeded. To view the Active Alarm List: From the Fault menu, select Active Alarms... The Active Alarm List appears. Figure Active Alarm List Dialog Box 2-86 System Fault RADview-HPOV/ATM

109 Chapter 2 System Level Table Active Alarm List Parameters Parameter Access Possible Values/Remarks Slot/Port Read-only Slot/Port on which there is an active alarm VPI Read-only Virtual Path Indicator on which there is an active alarm VCI Read-only Virtual Channel Indicator on which there is an active alarm Alarm Read-only Port alarms: LOS, LOF, Line AIS, LOP, Path AIS, SLM, LCD, Line RDI, Path RDI, Section BIP, Line BIP, Line FEBE, Path BIP, Path FEBE, PLCP BIP, PLCP FEBE, PLCP P1P2, PLCP Yellow, PLCP LOF, Hardware Failure, Ps1 Fail, PS2 Fail VP alarms: VP AIS, VP Loss Of Continuity, VP RDI, VP Errored Cells, VP Lost Cells, VP Misinserted Cells VC alarms: VC AIS, VC Loss Of Continuity, VC RDI, VC Errored Cells, VC Lost Cells, VC Misinserted Cells, Tx VC AIS, Tx VC RDI Print To print the alarm list: In the Active Alarm List dialog box (Figure 2-49) click <Print>. Next To view the next 20 ports of the VLAN: In the Active Alarm List dialog box (Figure 2-49) click <Next>. The Active Alarm List dialog box displays the next 20 entries starting from the last viewed port. Start From Same as Start From on page RADview-HPOV/ATM System Fault 2-87

110 Chapter 2 System Level History Log The History Log command enables displaying a history of alarms and to clear the list when needed. List The List command enables viewing a history of alarms (up to 2048 entries) that were sent from the agent to the network management station. To view the History Log: From the Fault menu, select History Log List... The System Log Buffer table appears. Figure System Log Buffer Dialog Box Table System Log Buffer Parameters Parameter Access Possible Values/Remarks No. Read-only The number of the alarm/event in the Log Buffer Description Read-only Brief description of the alarm/event (up to 80 characters) 2-88 System Fault RADview-HPOV/ATM

111 Chapter 2 System Level Print To print the alarm list: In the System Log Buffer dialog box (Figure 2-50) click <Print>. Next To view the next 20 ports of the VLAN: In the System Log Buffer dialog box (Figure 2-50) click <Next>. Clear The System Log Buffer dialog box displays the next 20 entries starting from the last viewed port. The Clear command enables deleting the history log entries. To clear the History Log: From the Fault menu, select History Log Clear. The following message appears. Click <OK>. RADview-HPOV/ATM System Fault 2-89

112 Chapter 2 System Level 2.4 System Statistics The Statistics command enables viewing protection group statistics. Physical APS To view protection group statistics: From the Statistics menu, select Physical APS The Physical APS Table appears. The parameters are listed in Table 2-7. Figure Physical APS Table Dialog Box 2-90 System Statistics RADview-HPOV/ATM

113 Chapter 2 System Level Statistics To view statistics for an entry in the table: 1. In the Physical APS Table (Figure 2-51), select an entry in the table and click <Statistics...>. The Physical APS Statistics dialog box appears. Figure Physical APS Statistics Dialog Box Table Physical APS Statistics Parameters Parameter Access Possible Values/Remarks Name Read-only Name Slot Read-only 1 4 Port Read-only 1 4 Active Port Read-only Slot/Port: 1 4/1 4 K1/K2 Status Tx/Rx Request Read-only Lockout of Protection, Forced Switch, SF - High Priority, SF Low Priority, SD - High Priority, SD - Low Priority, Manual Switch, Wait-to- Restore, Reverse Request, Do Not Revert, No Request Tx/Rx Protected Link Read-only 0 2 Tx/Rx Bridge Status Read-only 0 2 Channel Statistics Channel Read-only Protection, Working Status Read-only SD, SF Signal Failures Read-only 0 2E32 Signal Degraded Read-only 0 2E32 RADview-HPOV/ATM System Statistics 2-91

114 Chapter 2 System Level Host Interface IP List 2.5 System Options The commands in the Options menu enable adding, changing or removing management station addresses, and selecting the types of traps they receive. The Host Interface IP List command enables you to determine the IP address of the host, including the VPI and VCI for the address. Up to nine Hosts can be configured: eight inband, and one PPP. Any VCC acceptable in the ACE-202 can be opened for management, as long as it does not already exist. Notes In agent version >= 3.0, Inband Management over Ethernet will be enabled, with the following conditions: Relevant to the following LAN modules only: LAN-UTP/E, LAN-LC13L/E, LAN-LC13M/E, LAN-UTP, LAN-LC13L, LAN-LC13M, 2LAN-UTP, 2LAN-LC13L, 2LAN-LC13M For a Bridge port, one host only may be opened For a Router port, up to 8 hosts can be opened. Configuring more than two hosts in the same subnet is not possible. If more than one host should be configured, the host should be on different subnets, or subnet masking should be implemented System Options RADview-HPOV/ATM

115 Chapter 2 System Level To view the Host Interface IP Table: From the Options menu, select Host Interface IP List... The Host Interface IP Table dialog box appears. Figure Host Interface IP Table Dialog Box Table Host Interface IP Table Parameters Parameter Access Possible Values/Remarks PVC Read-only 1 9 Host Interface IP Read-only The host interface IP address. Host IP Mask Read-only The host interface subnet mask. Slot/Port Read-only 1 4/1 2, Out of Band Ethernet VPI Read-only The VPI of the PVC connected to that host interface UNI: NNI: VCI Read-only The VCI of the PVC connected to that host interface RADview-HPOV/ATM System Options 2-93

116 Chapter 2 System Level Add To add an entry to the Host Interface IP Table: 1. In the Host Interface IP Table dialog box click <Add >. The Add Host Interface IP dialog box appears. Figure Add Host Interface IP Dialog Box 2-94 System Options RADview-HPOV/ATM

117 Chapter 2 System Level Table Add Host Interface IP Parameters Parameter Possible Values/Remarks Host Interface IP Read-write The host interface IP address. Note: In case that the port selected in Port field below is LAN port (single/dual) and is configured to Router mode, this field value should be an interface that was already configured in the IP Router interface Table. Host IP Mask Read-write The host interface subnet mask. Slot Read-write ATM: 1 4 LAN: 2-4 Port Read-write ATM ports, Out of Band Ethernet and LAN ports (enhanced performance and Dual LAN)) VPI Read-write The VPI of the PVC connected to that host interface UNI: NNI: Will be disabled for: OOB selected in the Slot/Port field LAN selected in the Slot/Port field VCI Read-write The VCI of the PVC connected to that host interface Will be disabled for: OOB selected in the Slot/Port field LAN selected in the Slot/Port field Congestion Control Sets the mechanism used by ACE-202 to handle congestion problems. Packet Discard Read-write Enables/disables Packet Discard Enabled (checked), Disabled (unchecked) CLP Read-write Enables/disables Cell Loss Priority Enabled (checked), Disabled (unchecked) [In TD] Clicking <In TD > opens the Traffic Descriptor Table (Figure 2-12). Select traffic descriptor to be used for In TD and click <Select> For ranges, see Table 2-9. Will be enabled when VPI/VCI are enabled [Out TD] Clicking <Out TD > opens the Traffic Descriptor Table (Figure 2-12). Select traffic descriptor to be used for Out TD and click <Select> For ranges, see Table 2-9. Will be enabled when VPI/VCI are enabled [VLAN ID...] Clicking <VLAN ID > opens the VLAN Table dialog box. Select a VLAN to be used and click <Select> Note: Enabled if the selected port is a LAN port, configured as a bridge and VLAN is enabled. This button is relevant for inband management over LAN. It is the user s responsibility to configure the ports which will be used for management as members in the selected VLAN. RADview-HPOV/ATM System Options 2-95

118 Chapter 2 System Level 2. Enter the parameters and click <Set>. Notes If PVC is 10, -- will be displayed in the VPI and VCI fields, and the following fields will be disabled: Port, Congestion Control, In TD, Out TD, and Fault Management. If the value selected for Slot field is Out of Band Ethernet, then the following fields: Port, Congestion Control, VPI, VCI, and the following buttons: [Fault Management ], [In TD...], [Out TD...], will be disabled. Inband management over Ethernet is enabled with the following condition: Relevant for the enhanced performance and Dual LAN modules only For a Bridge port, one host only may be opened. For a Router port, up to 8 hosts can be opened. Fault Management VC Fault Management is similar to Fault Management on page It is enabled when VPI/VCI are enabled IP Router Interface This button will open a list of router interfaces above the selected port. To select an IP router interface: 1. In the Add Host Interface IP dialog box click <IP Router Interface...>. The IP Router Interface Table dialog box appears. Figure IP Router Interface Table Dialog Box 2-96 System Options RADview-HPOV/ATM

119 Chapter 2 System Level Table IP Router Port Parameters Parameter Access Possible Values / Remarks IP Address Read-only IP address IP Mask Read-only IP Mask Interface (Slot/Port)) Read-only ATM, Ethernet VPI Read-only Virtual Path Indicator This field is enabled for an ATM port VCI Read-only Virtual Channel Indicator This field is enabled for an ATM port RIP Version Send Read-only Disable, RIP1, RIP2 RIP Version Receive Read-only RIP1, RIP2, RIP 1 OR RIP 2, Disable Interface Type Read-only ATM, LIS VLAN ID Read-only VLAN ID is enabled only if VLAN mode is enabled, and the interface is Ethernet 2. Select an entry in the table and click <Select>. Setting VP Inband Management Note The VP Inband Management function is available for agent version 2.20 and up and hardware version 1.x (phase2). The VP Inband Management function is designed for increased efficiency in utilizing the available resources. VP Inband Management may be configured under the following conditions (refer to the Add Host Interface IP dialog box, Figure 2-54): The selected Slot is Slot 1 or Slot 2. There is already a VP XC with the same Slot/Port and VPI value as selected for a host. The VPI value of the other end-point of the XC (other = not identical to the host Slot/Port and VPI), is not 1. The selected VP is not tunneling If all the conditions are fulfilled, a confirmation message is issued: The selected VPI will set a VP Inband Mng. The message dialog displays [OK] and [Cancel] buttons. Click <OK> to continue with the Set operation, or click <Cancel> to close the message dialog and do nothing. RADview-HPOV/ATM System Options 2-97

120 Chapter 2 System Level Change To change an entry in the Host Interface IP Table: Note Change is disabled (not available) for Out of Band hosts or if the card in the selected slot is a LAN card of type: LAN-UTP/E, LAN-LC13L/E, LAN-LC13M/E, LAN- UTP, LAN-LC13L, LAN-LC13M, 2LAN-UTP, 2LAN-LC13L, 2LAN-LC13M. In the Host Interface IP Table, select an entry and click <Change...>. Remove The Change Host Interface IP dialog box appears. You can change the parameters of the following fields: In TD, Out TD, VLAN and Fault Management. The Congestion Control field will be disabled. An explanation of the parameters appears in Table To remove an entry in the Host Interface IP List: In the Host Interface IP Table, select an entry and click <Remove>. Note Remove is disabled (not available) for the working PVC. Remove will be rejected if a default gateway is from the same subnet as the selected host System Options RADview-HPOV/ATM

121 Chapter 2 System Level Manager List The Manager List command enables you to establish the actual link between the ATM device and the manager, based on the information entered in the Host Interface IP List. Note More than one manager can be defined for each host. To display the Manager List: From the Options menu, select Manager List... The Manager List dialog box appears. Figure Manager List Dialog Box The parameters of the Manager List (except for IP Address and Mask Traps) are configured in the Host Interface IP Table (Figure 2-53). IP Address and Mask Traps are configured in the Add Manager dialog box (Figure 2-57). RADview-HPOV/ATM System Options 2-99

122 Chapter 2 System Level Add To add a manager list entry: In the Manager List, click <Add...>. The Add Manager dialog box appears. Figure Add Manager Dialog Box System Options RADview-HPOV/ATM

123 Chapter 2 System Level Table Add Manager Parameters Parameter Access Possible Values/Remarks IP Address Read-write The manager IP address. PVC Read-write Index of VCC defined for management in the host table. Enter index number or click <PVC> to open the Host Interface IP Table where you can select desired PVC 1 to 10 Next Hop IP Address Read-write Next Hop IP Address Enabled for PVC=10 or if the host port is a bridge Mask Traps Sets whether or not traps are masked by the system None Read-write When checked, all traps are enabled LED Status Changed Read-write When unchecked, the atmacestatuschange trap is enabled Module Changed Read-write When unchecked, the Module Change trap is enabled Port Alarm Read-write When unchecked, the atmacealarmtrap is enabled Redundancy Read-write When unchecked, the atmaceredundancytrap is enabled System Read-write When unchecked, the atmacesystemtrap is enabled Clock Switch Read-write When unchecked, the clksrcchangetrap is enabled IMA Group Status Changed ReadwriteReadwrite When unchecked, the atmimagroupstatuschangetrap is enabled Specific Alarm Read-write When checked, Specific alarms even though Unmasked, will not be sent by the Agent Ace Status changed Read-write When unchecked the agnstatuschangetrap is enabled TFTP Traps Read-write When unchecked the tftpstatuschange trap is enabled RADview-HPOV/ATM System Options 2-101

124 Chapter 2 System Level Change To change a manager: 1. In the Manager List (Figure 2-56), select the entry you want to change. Click <Change>. The Change Manager dialog box appears, displaying the current parameter values of the selected agent (Figure 2-58). A description of the parameters in this dialog box appears in Table Figure Change Manager Dialog Box 2. You can change the Trap Mask and Next Hop IP Address fields. 3. Click <Set> System Options RADview-HPOV/ATM

125 Chapter 2 System Level Remove To remove a manager: In the Manager List, select the manager and click <Remove>. The following message appears. Click <Yes>. RADview-HPOV/ATM System Options 2-103

126 Chapter 2 System Level Masking Traps The Masking Traps command enables you to select which traps should be masked. All traps can be selected or deselected for masking as a group, or they can be selected individually. To manually select traps for masking: From the Options menu, select Masking Traps... The Masking Traps dialog box appears. Figure Masking Traps Dialog Box System Options RADview-HPOV/ATM

127 Chapter 2 System Level Table Masking Traps Parameters Parameter Access Possible Values/Remarks Authentication Failure Read-write Selecting this checkbox disables the Authentication Failure trap. Masking Mode Read-write All: all traps selected for masking None: no traps selected for masking Manual: traps selected for masking are set individually The following traps can be selected for masking: LOS, LOF, LCD, SLM, LOP, Line AIS, Path AIS, Line RDI, Path RDI, Section BIP, Line BIP, Path BIP, Line FEBE, Path FEBE, PLCP LOF, PLCP YELLOW, PLCP BIP, PLCP FEBE, PLCP P1/P2, Port Clock Changed, HW Failure. Additionally, the following traps can be masked for VPs and VCs: Continuity Loss, AIS Reception, RDI Reception, Errored Cells, Lost Cells, Misinserted Cells, OAM Loopback Fail. To select all traps for masking: In the Masking Mode field of the Masking Traps dialog box, select All. To deselect all traps for masking: In the Masking Mode field of the Masking Traps dialog box, select None. OV Severity The OV Severity command enables you to attach/remove OV Severity to all traps. To attach/remove OV Severity to traps: 1. From the Options menu, select OV Severity... The OV Severity dialog box appears. Figure OV Severity dialog Box 2. Specify whether to attach OV Severity or not, and click <Set>. RADview-HPOV/ATM System Options 2-105

128 Chapter 2 System Level System Options RADview-HPOV/ATM

129 Chapter 3 Card and Port Level Management 3.1 Introduction The following sections describe the functionality of both the Network and User ports of the ACE-202. The ACE-202 has four slots. Table 3-1 describes the slot assignment for the ACE-202 cards. Table 3-2 describes the ACE-202 supported interfaces. Table 3-1. ACE-202 Slot Assignment Slot Remarks 1 ATM cards only 2 ATM/Non-ATM cards 3 LAN cards only 4 LAN or CES cards only Table 3-2. ACE-202 Supported Interfaces Interface Card Type Remarks Possible Slots SC13M/ Mbps module. Multimode fiber nm. SC connector 1 2 CX/BNC/ Mbps module. Electrical G E3 7 E3 Module 1 2 T3 8 T3 Module 1 2 E1 9 E1 Module 1 2 ST13L/ Mbps module. Single mode, short-haul interface nm. ST connector FC13L/ Mbps module. Single mode, short-haul interface nm. FC connector FC13LH/ Mbps module. Single mode, long-haul interface nm. FC connector FC15LH/ Mbps module. Single mode, long-haul interface nm. FC connector RADview-HPOV/ATM Introduction 3-1

130 Chapter 3 Card and Port Level Management Table 3-2. ACE-202 Supported Interfaces (Cont.) Interface Card Type Remarks Possible Slots T1 20 T1 Module 1 2 ETH 21 Ethernet and Fast Ethernet module 2 4 ETH/CES/E1/CX 22 Module with E1/CES and Ethernet port. Coaxial connector 2 4 ETH/CES/E1 23 Combination Ethernet/Fast Ethernet module with E1 CES port 2 4 ETH/CES/T1 24 Combination Ethernet/Fast Ethernet module with T1 CES port 2 4 CES/4E1/CX 28 Module with 4 ports of CES/E1. Coaxial connector 2 4 CES/4E1 29 Module with 4 ports of CES/E1 2 4 CES/4T1 30 Module with 4 ports of CES/T HDLC 31 Module with 4 ports of HDLC 2 E1 36 E1 Mo dule with a jumper 1 2 ETH/CES/E3 47 Module with E3/CES and Ethernet port 2 4 ETH/CES/T3 48 Module with T3/CES and Ethernet port 2 4 SC13L/ Mbps module. Single mode, short-haul interface nm. SC connector 1 2 UTP/25 53 ATM 25 Mbps module 1, 2, 4 SC13LH/ Mbps module. Single mode, long-haul interface nm. SC connector SC15LH/ Mbps module. Single mode, long-haul interface nm. SC connector SC13L/155-J Mbps module. Single mode, short-haul interface nm. SC connector SC13LH/155-J Mbps module. Single mode, long-haul interface nm. SC connector (for Japanese market) SC15LH/155-J Mbps module. Single mode, long-haul interface nm. SC connector (for Japanese market) FR 76 Module with 4 ports of FR 2 LAN-UTP/E 90 Enhanced performance Fast Ethernet module. RJ-45 connector 2 4 LAN-LC13L/E 91 Enhanced performance Fast Ethernet module. Single mode, short-haul interface nm. LC connector LAN-LC13M/E 92 Enhanced performance Fast Ethernet module. Multimode fiber nm. LC connector E1-IMA/UNI 93 4 E1 ports IMA/UNI module E1-IMA/UNI- UNBAL 94 4 E1 ports IMA/UNI module. Unbalanced 1 2 4T1-IMA/UNI 95 4 T1 ports IMA/UNI module Introduction RADview-HPOV/ATM

131 Chapter 3 Card and Port Level Management Table 3-2. ACE-202 Supported Interfaces (Cont.) Interface Card Type Remarks Possible Slots SC13M/155/R Mbps module with redundancy port. Multimode fiber nm. SC connector SC13L/155/R Mbps module with redundancy port. Single mode, short-haul interface nm. SC connector FC13L/155/R Mbps module with redundancy port. Single mode, short-haul interface nm. FC connector ST13L/155/R Mbps module with redundancy port. Single mode, short-haul interface nm. ST connector SC13LH/155/R Mbps module with redundancy port. Single mode, long-haul interface nm. SC connector FC13LH/155/R Mbps module with redundancy port. Single mode, long-haul interface nm. FC connector ST13LH/155/R Mbps module with redundancy port. Single mode, long-haul interface nm. ST connector E1-CES-UNBAL ports E1/CES module. Unbalanced. 2 or 4 SC13M 107 Multimode fiber nm. SC connector 1 2 SC13L 108 Single mode, short-haul interface. 1310nm. SC connector 1 2 SC13LH 109 Single mode, long-haul interface nm. SC connector 1 2 SC15LH 110 Single mode, long-haul interface nm. SC connector 1 2 FC13L 111 Single mode, short-haul interface nm. FC connector 1 2 FC13LH 112 Single mode, long-haul interface nm. FC connector 1 2 FC15LH 113 Single mode, long-haul interface nm. FC connector 1 2 ST13L 114 Single mode, short-haul interface nm. ST connector 1 2 LAN-UTP 115 Fast Ethernet module. RJ-45 connector 2 4 LAN-LC13L 116 Enhanced performance Fast Ethernet module. Single mode, short-haul interface nm. LC connector LAN-LC13M 117 Enhanced performance Fast Ethernet module. Multimode fiber nm. LC connector FC15LH/155/R Mbps module with redundancy port. Single mode, long-haul interface nm. FC connector SC15LH/155/R Mbps module with redundancy port. Single mode, long-haul interface nm. SC connector ST13LH 132 Single mode, long-haul interface nm. ST connector 1 2 4T1/CES/NG ports T1/CES module. 2 or 4 4E1/CES/UNBAL/NG ports E1/CES module. Unbalanced. 2 or 4 4E1/CES/BAL/NG ports E1/CES module. 2 or 4 RADview-HPOV/ATM Introduction 3-3

132 Chapter 3 Card and Port Level Management Table 3-2. ACE-202 Supported Interfaces (Cont.) Interface Card Type Remarks Possible Slots 4T1-IMA/UNI/NG T1 ports IMA/UNI module 1 2 4E1-IMA/UNI- UNBAL/NG 4E1-IMA/UNI- BAL/NG E1 ports IMA/UNI module. Unbalanced E1 ports IMA/UNI module. 1 2 T1/CES 148 Single port T1/CES module. 2 or 4 E1/CES/UNBAL 149 Single port E1/CES module. Unbalanced. 2 or 4 E1/CES/BAL 150 Single port E1/CES module. 2 or 4 Note Port Level IMA/UNI modules are supported in hardware phase 2 and up. To enter the Port Level: Double-click a port. or Click a port and then select Zoom from the Configuration menu. The Port View window appears (Figure 3-1). ATM Layer Interface Physical Layer Interface Figure 3-1. Sample Port View Window 3-4 Introduction RADview-HPOV/ATM

133 Chapter 3 Card and Port Level Management Card Level To enter the Card Level: 1. Click on the outside frame of the card window. A blue frame appears around the device window. Figure 3-2. Sample Card View Window 2. Select the desired menu from the available options that are not grayed-out. RADview-HPOV/ATM Introduction 3-5

134 Chapter 3 Card and Port Level Management 3.2 Physical Layer ATM Modules To view physical layer interface parameters: Select the Physical Layer interface in Port View (Figure 3-1). Table 3-3 lists the ACE-202 port level management options for the physical layer. Note This section does not apply to Dual APS and IMA modules. Table 3-3. ATM Modules Port Level Management Options - Physical Layer Tasks Configuration Dialog Box and Parameter Location Path Setting Network Parameters Parameters Dialog Box (Figure 3-3) Configuration Parameters... Tasks Diagnostics Dialog Box and Parameter Location Path Initiate Loopback Test Loopback State Dialog Box (Figure 3-9) Diagnostics Loopback Tasks Statistics Dialog Box and Parameter Location Path Displaying Current Error Statistics Error Statistics Table (Figure 3-11, Figure 3-12, Figure 3-13, Figure 3-14, Figure 3-15, Figure 3-16) Statistics Errors Physical Layer ATM Modules RADview-HPOV/ATM

135 Chapter 3 Card and Port Level Management Setting Parameters SONET/SDH The Parameters command enables you to set physical layer parameters for the SONET/SDH interface. Slot allocation is as follows: Slot 1: all modules except IWF modules Slot 2: All modules Slot 3: ETH only Slot 4: ETH, ETH+CES and 25M. To set the configuration parameters: 1. Select the SONET/SDH Physical Layer in Port View. 2. From the Configuration menu, select Parameters... The Parameters dialog box appears. Figure 3-3. Parameters - SONET/SDH Physical Layer (STM1-D module) RADview-HPOV/ATM Physical Layer ATM Modules 3-7

136 Chapter 3 Card and Port Level Management Table 3-4. Physical Layer Parameters - SONET/SDH Parameter Access Possible Values / Remarks Slot/Port Read-only The selected slot/port 1 2 Type Read-only SONET, SDH Output Rate (cell/sec) Read-write STM-1 cards: if in slot 1, then 0 or If in slots 2-4, then 0 or Max. Note: If the port is involved in a protection setup, this field cannot be modified. * GRMin is the minimum Guaranteed Rate (GR) Input Rate (cell/sec) Read-only STM-1 cards: Slot 1: if Output Rate is configured to be 0 then Input Rate must be 0, otherwise Max. Slots 2 4: 0 or Max (the field is read-only and displays the value that is selected for the Output Rate field). Note: the value is shown only after <Apply> is pressed. Transmit Clock Read-write The type of transmit clock Internal: generated from the ACE-202 s oscillator External: recovered from the clock unit and used for data transmission on this interface Loopback: transmit clock recovered from received data Frame Type Read-write SONET, SDH Active Alarm Thresholds Section BIP (errors/sec) Line BIP (errors/sec) Line FEBE (errors/sec) Path BIP (errors/sec) Path FEBE (errors/sec) Read-write Read-write Read-write Read-write Read-write Read-write Alarm is triggered when number of errors/sec exceed threshold. Default for all Active Alarm Threshold parameters: 2400 Threshold of Section Bit Interleaved Parity (BIP) frames per second Threshold of Line BIP frames per second. SONET/SDH cards only Threshold of Line Far End Block Errors (FEBE) frames per second. SONET/SDH cards only Threshold of Path BIP frames per second Threshold of Path FEBE frames per second Physical Layer ATM Modules RADview-HPOV/ATM

137 Chapter 3 Card and Port Level Management Setting Parameters DS3 (T3)/E3 The Parameters command enables you to set physical layer parameters for the DS3 (T3)/E3 interface. To Set the configuration parameters: 1. Select the DS3 (T3)/E3 Physical Layer in Port View. 2. From the Configuration menu, select Parameters... The Parameters dialog box appears. Figure 3-4. Parameters - DS3 (T3) Physical Layer RADview-HPOV/ATM Physical Layer ATM Modules 3-9

138 Chapter 3 Card and Port Level Management Table 3-5. Physical Layer Parameters - DS3 (T3) Parameter Access Possible Values / Remarks Slot/Port Read-only The selected slot/port 1 2 Type Read-only T3 Transmit Clock Read-write The type of transmit clock Internal: generated from the ACE-202 s oscillator External: recovered from the clock unit and used for data transmission on this interface Loopback: transmit clock recovered from received data Frame Type Read-write T3: Direct, PLCP Internal, PLCP External, Direct No Scrambling, PLCP Internal No Scrambling, PLCP External No Scrambling Active Alarm Thresholds BIP Parity (errors/sec) PLCP BIP (errors/sec) PLCP FEBE (errors/sec) Path BIP (errors/sec) Path FEBE (errors/sec) Read-write Read-write Read-write Read-write Read-write Alarm is triggered when number of errors/sec exceed threshold Default for all Active Alarm Threshold parameters: 2400 The number of frames with Section BIP (Bit Interleaved Parity) The number of frames with Line BIP (Bit Interleaved Parity) The number of frames with Line FEBE (Far End Back Failure) Threshold of Path BIP frames per second Threshold of Path FEBE frames per second Figure 3-5. Parameters - E3 Physical Layer 3-10 Physical Layer ATM Modules RADview-HPOV/ATM

139 Chapter 3 Card and Port Level Management Table 3-6. Physical Layer Parameters - E3 Parameter Access Possible Values / Remarks Slot/Port Read-only The selected slot/port. Type Read-only E3 Transmit Clock Read-write The type of transmit clock Internal: generated from the ACE-202 s oscillator External: recovered from the clock unit and used for data transmission on this interface Loopback: transmit clock recovered from received data Frame Type Read-write E3 Active Alarm Thresholds Path BIP (errors/sec) Path FEBE (errors/sec) Read-write Read-write Alarm is triggered when number of errors/sec exceed threshold. Default for all Active Alarm Threshold parameters: Threshold of Path BIP frames per second Threshold of Path FEBE frames per second Setting Parameters E1/T1 The Parameters command, enables you to set physical layer parameters for the T1/E1 interface. To set the configuration parameters: 1. Select the E1/T1 Physical Layer in Port View. 2. From the Configuration menu, select Parameters... The Parameters dialog box appears. Figure 3-6. Parameters E1 Physical Layer RADview-HPOV/ATM Physical Layer ATM Modules 3-11

140 Chapter 3 Card and Port Level Management Table 3-7. Physical Layer Parameters E1 Parameter Access Possible Values/Remarks Slot/Port Read-only The selected slot/port 1 2 Type Read-only E1 Transmit Clock Source Read-write Internal: generated from the ATM device's oscillator (Local Timing) External: recovered from the other interface (user) and used for data transmission on this interface (Through Timing) Loopback: transmit clock recovered from received data (Loop Timing) Rx Sensitivity Read-write Determines the maximum attenuation of the receive signal that can be compensated for by the interface receive path -10 db, -32 db Figure 3-7. Parameters T1 Physical Layer 3-12 Physical Layer ATM Modules RADview-HPOV/ATM

141 Chapter 3 Card and Port Level Management Table 3-8. Physical Layer Parameters T1 Parameter Access Possible Values/Remarks Slot/Port Reasd-only The selected slot/port Type Reasd-only T1 Transmit Clock Source Read-write Internal: generated from the ATM device's oscillator External: recovered from the other interface (user) and used for data transmission on this interface Loopback: transmit clock recovered from received data Line Mode Read-write The line mode DSU, CSU Line Length (ft) Read-write Line length Will be enabled for DSU type selected in Line Mode field 0-133, , , , Tx Gain (db) Read-write Will be enabled for CSU type selected in Line Mode field 0, -7.5, -15, Restore time (sec) Read-write Time used to change the synchronization algorithms to reduce the time required for the port to return to normal operation after local loss of synchronization (LOF event) 1, 10 The After 1 Second setting complies with ITU-T Rec G.732 protocol The After 10 Seconds setting is similar to AT&T TR requirements Scramble Read-write Enables/Disables ATM Cell Payload Scrambling mode Enable, Disable RADview-HPOV/ATM Physical Layer ATM Modules 3-13

142 Chapter 3 Card and Port Level Management Setting Parameters UTP 25M The Parameters command, enables you to set physical layer parameters for the UTP 25M interface. To set the configuration parameters: 1. Select the UTP 25M Physical Layer in Port View. 2. From the Configuration menu, select Parameters. The UTP 25M Parameters dialog box appears. Figure 3-8. Parameters UTP 25M Physical Layer Table 3-9. Physical Layer Parameters UTP 25M Parameter Access Possible Values/Remarks Slot/Port Read-only The selected slot/port 1, 2 Type Read-only 25M Transmit Clock Source Read-write Internal: generated from the ATM device's oscillator External: recovered from the other interface (user) and used for data transmission on this interface Loopback: transmit clock recovered from received data Output Rate (cell/sec) Read-write 0 or Max. Input Rate (cell/sec) Read-only Slots 2 4: 0 or Max (the field is read-only and displays the value that is selected for the Output Rate field) Physical Layer ATM Modules RADview-HPOV/ATM

143 Chapter 3 Card and Port Level Management Performing a Loopback Test The Loopback command enables you to initiate a physical loopback test in order to perform diagnostics. To initiate a loopback test: 1. From the Diagnostics menu, select Loopback... The Loopback State dialog box appears. 2. Click <Set>. A message is displayed, warning that the loopback test will disconnect the agent. Note Applying an external or internal loopback test on a port will disconnect management from the agent if the agent is managed from that port. Management connectivity will be regained when the test is complete. Figure 3-9. Loopback State Table Loopback State Parameters Parameter Access Possible Values / Remarks Slot/Port Read-only The selected slot/port Type Read-only Type of interface SONET, SDH, DS3 (T3), E3, E1, T1, 25M Current Loopback Read-only Current loopback status Internal, External, Disable Loopback Read-write Type of loopback test Internal, External, Disable RADview-HPOV/ATM Physical Layer ATM Modules 3-15

144 Chapter 3 Card and Port Level Management Viewing Statistics The Errors command enables you to view physical error statistics for the current and previous intervals of the port. Current Error Statistics To display current error statistics: From the Statistics menu, select Errors... The Error Statistics table appears. To display the current error statistics in a graph: In the Error Statistics table, click <Graph...>. The Current Graph appears (Figure 3-10). The origin of the horizontal axis (when the graph is opened) is the elapsed time. The displayed alarms are listed in the upper right-hand corner. Clicking on the alarm in the list will emphasize that alarm on the graph. To see overlapping values more clearly, click <Shift>. The Current Graph updates automatically every ten seconds. Note All graphs appear displaying a different colored line for each error type. Using the mouse s left button you can hide/display different parameters on the graph by clicking the line next to each parameter in the legend. Use the right mouse button to change the size of the line in the graph Physical Layer ATM Modules RADview-HPOV/ATM

145 Chapter 3 Card and Port Level Management Figure Current Graph RADview-HPOV/ATM Physical Layer ATM Modules 3-17

146 Chapter 3 Card and Port Level Management SONET/SDH Error Statistics Figure Errors Statistics Table - SONET/SDH 3-18 Physical Layer ATM Modules RADview-HPOV/ATM

147 Chapter 3 Card and Port Level Management Table Error Statistics Parameters - SONET/SDH Parameter Access Possible Values / Remarks Slot/Port Read-only The selected slot/port 1 2/1 2 Type Read-only SONET/SDH Current Data Each parameter displays the number of seconds of that particular type of error encountered by the SONET/SDH interface during the current 15-minute interval Time Elapsed (sec) Read-only The number of seconds that have elapsed since the beginning of the current 15-minute interval LOS Read-only The number of LOS (Loss of Signal) seconds LOF Read-only The number of LOF (Loss of Frame) seconds LOP Read-only The number of LOP (Loss of Pointer) seconds LCD Read-only The number of LCD (Loss of Cell Delineation) seconds SLM Read-only The number of SLM (Signal Label Mismatch) seconds Line AIS Read-only The number of Line AIS (Alarm Indication Signal) seconds Line RDI Read-only The number of Line Remote Defect Indications Path AIS Read-only The number of Path AIS (Alarm Indication Signal) seconds Path RDI Read-only The number of Path Remote Defect Indications Section BIP Read-only The number of frames with Section BIP (Bit Interleaved Parity) Line BIP Read-only The number of frames with Line BIP (Bit Interleaved Parity) Path BIP Read-only The number of frames with Path BIP (Bit Interleaved Parity) Line FEBE Read-only The number of frames with Line FEBE (Far End Back Failure) Path FEBE Read-only The number of frames with Path FEBE (Far End Back Failure) UAS Read-only The number of UAS (Unavailable) seconds SES Read-only The number of SES (Severely Errored Seconds) ES Read-only The number of ES (Errored Seconds) Status Read-only The status of the interval OK The link has been switched by a redundancy mechanism. Module is in/out. Empty Card is out Calculated Ratios AR Read-only The ratio of available seconds, i.e. the number of available seconds divided by 900 (900-UAS)/900 BBER Read-only The Background Block Error Ratio is determined by: Path BIP/8000 x (900-UAS-SES) RADview-HPOV/ATM Physical Layer ATM Modules 3-19

148 Chapter 3 Card and Port Level Management E3/T3 Error Statistics Figure Error Statistics Table - E Physical Layer ATM Modules RADview-HPOV/ATM

149 Chapter 3 Card and Port Level Management Figure Error Statistics Table - T3 RADview-HPOV/ATM Physical Layer ATM Modules 3-21

150 Chapter 3 Card and Port Level Management Table Error Statistics Parameters - DS3 (T3)/E3 Parameter Access Possible Values / Remarks Slot/Port Read-only The selected slot/port 1 2/1 Type Read-only Type of interface DS3 (T3), E3 Current Data Each parameter displays the number of seconds of that particular type of error encountered by the E3/T3 interface during the current 15-minute interval Time Elapsed (sec) Read-only The number of seconds that have elapsed since the beginning of the current 15-minute interval LOS Read-only The number of LOS (Loss of Signal) seconds AIS Read-only The number of AIS (Alarm Indication Signal) seconds RDI Read-only The number of RDI (Remote Defect Indication) seconds BIP Read-only The number of frames with BIP (Bit Interleaved Parity) SES Read-only The number of SES (Severely Errored Seconds) P1/P2 Read-only The number of P1/P2 cells For T3 only when Frame Type=PLCP Internal, PLCP External, PLCP Internal noscr, or PLCP External noscr SLM Read-only The number of frames with SLM (Signal Label Mismatch) For E3 only OOF Read-only The number of frames with OOF (Out of Frame) LCD Read-only The number of LCD (Loss of Cell Delineation) seconds For T3 only when Frame Type=Direct or Direct noscr FEBE Read-only The number of FEBE (Far End Back Failure) seconds UAS Read-only The number of UAS (Unavailable) seconds ES Read-only The number of frames with ES (Errored Seconds) Status Read-only The status of the interval OK The link has been switched by a redundancy mechanism. Module is in/out Empty Card is out PLCP_LOF Read-only Number of PLCP LOF (Loss of Frame) seconds. For T3 only PLCP_YELLOW Read-only Number of PLCP RAI (Remote Alarm Indication) seconds. For T3 only PLCP_BIP Read-only The number of frames with PLCP BIP (Bit Interleaved Parity). For T3 only PLCP_FEBE Read-only The number of PLCP FEBE (Far End Back Failure) seconds. For T3 only Calculated Ratios AR Read-only The number of seconds in the interval that were not Errored seconds, divided by the interval (900-UAS)/900 BBER Read-only The Background Block Error Ratio is determined by BIP/((900-UAS-SES)x8000) 3-22 Physical Layer ATM Modules RADview-HPOV/ATM

151 Chapter 3 Card and Port Level Management E1/T1 Error Statistics Figure Errors Statistics Table E1 RADview-HPOV/ATM Physical Layer ATM Modules 3-23

152 Chapter 3 Card and Port Level Management Figure Errors Statistics Table T Physical Layer ATM Modules RADview-HPOV/ATM

153 Chapter 3 Card and Port Level Management Table Error Statistics Parameters E1/T1 Parameter Access Possible Values / Remarks Slot/Port Read-only The selected slot/port 1 2/1 Type Read-only Type of interface E1/T1 Current Data Each parameter displays the number of seconds of that particular type of error encountered by the E1/T1 interface during the current 15-minute interval Time Elapsed (sec) Read-only Number of seconds that have elapsed since the beginning of the current 15-minute interval LOS Read-only Number of LOS (Loss of Signal) seconds LCD Read-only Number of LCD (Loss of Cell Delineation) seconds AIS Read-only Number of AIS (Alarm Indication Signal) seconds LCV Read-only Number of LCV (Line Code Violations) seconds SES Read-only Number of SES (Severely Errored Seconds) DM Read-only Number of DM (Degraded Minutes) valid for the following modes For E1 - CRC4 and T1 ESF only LOF Read-only Number of LOF (Loss of Frame) seconds LOMF Read-only Number of LOMF (Loss of Multi Frame) seconds RAI Read-only Number of RAI (Remote Alarm Indication) seconds FEBE Read-only Number of FEBE (Far End Back Failure) seconds FEBE. Supported for agent version 3 BES Read-only Number of BES (Bursty Error Seconds) valid for the following modes For E1 CRC4 and T1 ESF only ES Read-only Number of ES (Errored Seconds) UAS Read-only Number of UAS (Unavailable) seconds Status Read-only Status of the interval OK The link has been switched by a redundancy mechanism. Module is in/out Empty Card is out Calculated Ratios AR Read-only Number of seconds in the interval that were not Unavailable seconds, divided by the interval (900-UAS)/900 RADview-HPOV/ATM Physical Layer ATM Modules 3-25

154 Chapter 3 Card and Port Level Management UTP 25M Error Statistics Figure Errors Statistics Table UTP 25M Table Error Statistics Parameters UTP 25M Parameter Access Possible Values / Remarks Slot/Port Read-only The selected slot/port 1, 2/1 Type Read-only Type of interface 25M Current Data Each parameter displays the number of seconds of that particular type of error encountered by the UTP 25M interface during the current 15-minute interval Time Elapsed (sec) Read-only Number of seconds that have elapsed since the beginning of the current 15-minute interval LOS Read-only Number of LOS (Loss of Signal) seconds ES Read-only Number of ES (Errored) seconds UAS Read-only Number of UAS (Unavailable) seconds LSV Read-only Number of LCV (Line Symbol Violations) seconds SES Read-only Number of SES (Severely Errored Seconds) Status Read-only Status of the interval OK The link has been switched by a redundancy mechanism. Module is in/out Empty Card is out 3-26 Physical Layer ATM Modules RADview-HPOV/ATM

155 Chapter 3 Card and Port Level Management Interval Error Statistics Using the Intervals button in the Errors Statistics table, you can also view error statistics from previous intervals for the physical layer of the Network/User port. To view the Errors Statistics for previous intervals: In the Errors Statistics table, click <Intervals...>. The Error Statistics: Intervals table appears displaying error statistics for the 20 most recent 15-minute intervals during the previous 24 hours. Figure Error Statistics: Intervals Table The parameters for the Error Statistics: Intervals table are the same as for the current Error Statistics table, with the addition of the following calculated ratios: ESR SESR The ESR (Errored Second Ratio) is calculated by dividing the number of Errored Seconds (ES) by 900. The SESR (Severely Errored Second Ratio) is calculated by dividing the number of Severely Errored Seconds (SES) by 900. To see the error statistics details for a selected interval: In the Error Statistics: Intervals table, select a row and then click <Details...>. The Details message box appears indicating that: 1) Status is OK 2) Link has been switched by a redundant mechanism 3) Module is In or Out To display the table starting from a specific interval no.: 1. Click <Start From >. A dialog box appears. 2. Select the Interval No. to start from. 3. Click <Set> A table displays statistics starting from the specified interval number. RADview-HPOV/ATM Physical Layer ATM Modules 3-27

156 Chapter 3 Card and Port Level Management To display the error statistics for previous intervals in a graph: Click <Graph...>. The Intervals Graph appears (Figure 3-18) with the same features and functions as the Current Graph (Figure 3-10) except for the following differences: The horizontal axis represents Intervals It s origin is 1 The max interval value is 96 Figure Intervals Graph 3-28 Physical Layer ATM Modules RADview-HPOV/ATM

157 Chapter 3 Card and Port Level Management 3.3 ATM Layer ATM Modules To view ATM layer interface parameters: Select the ATM Layer Interface in Port View (Figure 3-1). Table 3-15 lists the ACE-202 port level management options for the ATM layer. Note This section does not apply to Ethernet ports. Ethernet ports are described in section 3.4. Table ATM Modules Port Level Management Options - ATM Layer Tasks Configuration Dialog Box and Parameter Location Path Setting Parameters Parameters Dialog Box (Figure 3-19) Configuration Parameters... Tasks Statistics Dialog Box and Parameter Location Path View interface statistics Interface Statistics Dialog Box (Figure 3-20) Statistics Interface View current VP/VC FM statistics VP/VC Cross Connect Table (Figure 3-22) Statistics VP/VC FM View current VP/VC OAM loopback test VP/VC OAM Loopback Current Interval (Figure 3-26) View VP/VC PM error statistics VP/VC PM Statistics Table (Figure 3-27) Statistics VP/VC PM View VP/VC UPC error statistics VP/VC UPC Current Data Table (Figure 3-29) Statistics VP/VC UPC Statistics VP/VC OAM Loopback RADview-HPOV/ATM ATM Layer ATM Modules 3-29

158 Chapter 3 Card and Port Level Management Setting Parameters The Parameters command enables you to set ATM parameters of the selected interface. To set the configuration parameters: From the Configuration menu, select Parameters... The Parameters dialog box appears. Figure Parameters ATM Layer Note When a port is part of protection mechanism, VPI Bits and OAM Cell Generation cannot be set. Table Parameters - ATM Parameter Access Possible Values / Remarks Slot/Port Read-only The selected slot/port 1 2/1 4 Type Read-only ATM, IMA-ATM VPI/VCI Range VPI Bits Read-write NNI: UNI: VCI Bits Read-only The VCI Bit OAM cell generation Read-write Enables/disables OAM AIS/RDI cell transmission due to a physical layer problem. Enabled (checked), Disabled (unchecked) 3-30 ATM Layer ATM Modules RADview-HPOV/ATM

159 Chapter 3 Card and Port Level Management Viewing Statistics Interface Statistics The Interface command enables you to view error statistics for the current and previous intervals of the ATM layer. To display interface statistics: From the Statistics menu, select Interface... The Interface Statistics dialog box appears. Figure Interface Statistics RADview-HPOV/ATM ATM Layer ATM Modules 3-31

160 Chapter 3 Card and Port Level Management Table Interface Statistics Parameters Parameter Access Possible Values / Remarks Slot/Port Read-only The selected slot/port 1 2/1 4 Type Read-only ATM Current Data Time Elapsed (sec) Read-only The number of seconds that have elapsed since the beginning of the current 15-minute interval Tx Cells Read-only The number of cells transmitted during the current interval Rx Cells Read-only The number of cells received during the current interval Corrected HECs Read-only The number of cells with corrected Header Error Control errors during the current interval Uncorrected HECs Read-only The number of cells with uncorrected Header Error Control errors during the current interval [Intervals ] Read-only Click <Intervals > to display data for the 20 most recent 15-minute intervals during the previous 24 hours. See Error Statistics: Intervals Table (Figure 3-17) for more details on the Error Statistics: Intervals Table format, and Table 3-17 for a description of the Error Statistics Intervals parameters [Graph ] Read-only Click <Graph > to display current data in a graph. See Current Graph (Figure 3-10) for more details 3-32 ATM Layer ATM Modules RADview-HPOV/ATM

161 Chapter 3 Card and Port Level Management VP/VC Fault Management Statistics To display current FM statistics: From the Statistics menu, select VP/VC followed by FM... The VP/VC Cross Connect table appears displaying only the relevant information for the port. Figure VP Cross Connect Table RADview-HPOV/ATM ATM Layer ATM Modules 3-33

162 Chapter 3 Card and Port Level Management Figure VC Cross Connect Table To configure access to a specific connection: 1. Click <Specific Connection >. The Specific Connection dialog box appears enabling user to specify direct access connection. Figure Specific Connection 2. Configure desired connection parameters and click <Set> ATM Layer ATM Modules RADview-HPOV/ATM

163 Chapter 3 Card and Port Level Management To display VP/VC End Point 1/End Point 2 FM statistics: Select an entry in the table and click <End Point 1 FM > or <End Point 2 FM >. The VP/VC End Point 1/End Point 2 FM statistics table appears. Figure End Point 1 FM Statistics Figure End Point 2 FM Statistics RADview-HPOV/ATM ATM Layer ATM Modules 3-35

164 Chapter 3 Card and Port Level Management Table End Point 1/End Point 2 FM Statistics Parameters Parameter Access Possible Values / Remarks VPI Read-only VP identifier of a connection VCI Read-only VC identifier of a connection Current Data Time Elapsed Read-only The number of seconds that have elapsed since the beginning of the current 15-minute interval Rx AIS Read-only Number of seconds in which Alarm Indication Signal (AIS) cells were received during the current interval Tx RDI Read-only Number of seconds in which Remote Defect Indication (RDI) cells were transmitted during the current interval FM SES Read-only Number of Severely Errored Seconds (SES) during the current interval CDC Read-only Number of Dropped Cells during the current interval Rx RDI Read-only Number of seconds in which Remote Defect Indication (RDI) cells were received during the current interval Continuity Loss Read-only Number of seconds in which continuity loss was detected during the current interval FM UAS Read-only Number of Unavailable seconds (UAS) during the current interval [Intervals ] Read-only Click <Intervals > to display data for the 20 most recent 15-minute intervals during the previous 24 hours. The End Point 1/2 FM: Intervals Table appears. See Error Statistics: Intervals Table (Figure 3-17) for more details on the table format, and Table 3-18 for a description of the displayed parameters [Graph ] Read-only Click <Graph > to display data in a graph. See Current Graph (Figure 3-10) for more details 3-36 ATM Layer ATM Modules RADview-HPOV/ATM

165 Chapter 3 Card and Port Level Management VP/VC OAM Loopback Statistics To display current OAM loopback: From the Statistics menu, select VP or VC followed by OAM Loopback... The VP/VC OAM Loopback Current Interval dialog box appears. Figure VP/VC OAM Loopback Current Interval RADview-HPOV/ATM ATM Layer ATM Modules 3-37

166 Chapter 3 Card and Port Level Management Table VP/VC Loopback Current Interval Parameters Parameter Access Possible Values / Remarks Slot/Port Read-only The selected Slot/Port 1 2/1 4 Type Read-only ATM Elapsed Time VPI Read-only VP identifier of a connection VCI Read-only VC identifier of a connection Loopback Status Read-only The status of the loopback test for the interval Not Active: the loopback test has not been activated for this connection In Progress: the test has been activated and there is currently no problem Failed: there was a problem or the test was stopped End Successfully: the test stopped and no problems were encountered CDV (µsec) Read-only The Cell Delay Variation for this sampling, in microseconds Average Delay (µsec) Read-only The average delay without including lost cells, in microseconds Max Delay (µsec) Read-only The maximum delay without including lost cells, in microseconds Min Delay (µsec) Read-only The minimum delay without including lost cells, in microseconds Loopback ES Read-only Number of Loopback ES (Errored Seconds) [Intervals ] Read-only Click <Intervals > to display data for the 20 most recent 15-minute intervals during the previous 24 hours. The VP/VC OAM Loopback Intervals table appears See Error Statistics: Intervals Table (Figure 3-17) for more details on the table format, and Table 3-19 for a description of the displayed parameters [Start From...] Read-only Displays 20 fifteen minute intervals starting from number specified Clicking <Start From> opens a Start From dialog box. Specify a number and click <Set> [Graph ] Read-only Click <Graph > to display data in a graph. See Current Graph (Figure 3-10) for more details 3-38 ATM Layer ATM Modules RADview-HPOV/ATM

167 Chapter 3 Card and Port Level Management VP/VC Performance Management Error Statistics To display PM error statistics: From the Statistics menu, select VP or VC followed by PM... The VP/VC PM Statistics table appears. Figure VP/VC PM Statistics Table RADview-HPOV/ATM ATM Layer ATM Modules 3-39

168 Chapter 3 Card and Port Level Management To display details: Select a link in the VP/VC Statistics table and click <Display >. The VP/VC PM Statistics dialog box appears. Figure VP/VC PM Statistics 3-40 ATM Layer ATM Modules RADview-HPOV/ATM

169 Chapter 3 Card and Port Level Management Table VP/VC PM Statistics Parameters Parameter Access Possible Values / Remarks Slot/Port Read-only The selected slot/port Type Read-only ATM VPI Read-only The number of the selected VPI VCI Read-only The number of the selected VCI Source Read-only PM source operation. FW source and optional BW sink FW, FW & BW Sink Read-only PM sink operation. FW sink and optional BW source FW, FW & BW Block Size Read-only PM block size 128, 256, 512, 1024, 2048, 4096, 8192, 16384, Default: 1024 Time Elapsed Read-only The number of seconds that have elapsed since the beginning of the current 15-minute interval 24 Hours Performance Quality Forward Cells Read-only Quality of service, monitored in the forward direction Normal Degraded: the number of PM ES or SES during the past 24-hour interval is greater than the threshold Backward Cells Read-only Quality of service, monitored in the backward direction Normal Degraded: the number of PM ES or SES during the past 24-hours is greater than the threshold CLP Counters Cell Loss Priority counters are displayed for both forward and backward monitoring Tx (CLP0+1) Read-only Number of cells transmitted at the source with Cell Loss Priority CLP 0+1 Rx (CLP0+1) Read-only Number of cells actually received from the sink with CLP 0+1 Tx (CLP0) Read-only Number of cells transmitted at the source with CLP 0 Rx (CLP0) Read-only Number of cells actually received from the sink with CLP 0 Error Counters Error counters are displayed for both forward and backward monitoring Errors Read-only The number of errored cells during the current interval Lost Read-only The number of lost cells during the current interval Misinserted Read-only The number of misinserted cells during the current interval ECB Read-only Errored Cell Block - the blocks in which the number of errored/lost/misinserted cells is greater than 0 but less than the SECB threshold RADview-HPOV/ATM ATM Layer ATM Modules 3-41

170 Chapter 3 Card and Port Level Management Table VP/VC PM Statistics Parameters (Cont.) Parameter Access Possible Values / Remarks SECB Read-only Severely Errored Cell Block the blocks in which the number of errored/lost/misinserted cells is greater than the SECB threshold ES Read-only Errored Seconds - seconds in which an errored cell block is detected during the current interval SES Read-only Severely Errored Seconds seconds in which an SECB state is detected during the current interval UAS Read-only The number of Unavailable Seconds during the current interval To display the VP/VC PM Statistics table in a graph: Click <Graph...>. The VP/VC PM Statistics are displayed in a graph. See Current Graph (Figure 3-10) for more details. To display the VC/VP Performance Management Statistics for previous intervals: In the VP/VC PM Statistics dialog box, click <Intervals...>. The VP/VC PM Statistics: Intervals table appears. The Intervals button in the VP/VC PM Statistics dialog box, enables you to view performance management statistics from previous intervals for the ATM layer of the Network port. See Error Statistics: Intervals Table (Figure 3-17) for more details on the table format, and Table 3-20 for a description of the displayed parameters. The following additional parameters appear in the table: Interval Quality The Quality of Service of the interval. If the number of errors per interval is greater than the Unacceptable ES limit threshold, Interval Quality is Unacceptable. Otherwise, it is Normal. Last 24H Quality The Quality of Service for the previous 24-hour period. If the number of errors per 24 hours is greater than the Degraded ES limit threshold, Last 24H Quality is Degraded. Otherwise, it is normal 3-42 ATM Layer ATM Modules RADview-HPOV/ATM

171 Chapter 3 Card and Port Level Management VP/VC Usage Parameter Control Statistics Using the VP/VC command, you can view current and interval VP/VC UPC (Usage Parameter Control) statistics for the selected ATM layer. To display the current VP/VC UPC statistics: 1. From the Statistics menu, select VP/VC followed by UPC... The VP/VC Cross Connect table appears (Figure 3-21 and Figure 3-22). 2. Select a link in the VP/VC Cross Connect table and click <End Point 1/2 UPC Errors >. The VP/VC UPC Current Data dialog box appears. Figure VP/VC UPC Current Data Table RADview-HPOV/ATM ATM Layer ATM Modules 3-43

172 Chapter 3 Card and Port Level Management Table VP/VC UPC Current Data Parameters Parameter Access Possible Values / Remarks Slot/Port Read-only The selected slot/port. Type Read-only ATM VPI Read-only The number of the selected VPI. VCI Read-only The number of the selected VCI Current Data Time Elapsed Read-only The number of seconds that have elapsed since the beginning of the current 15-minute interval Rx Cells (CLP=0+1) Read-only The number of cells with CLP 0+1 received from User side during the current interval Rx Cells (CLP=0) Read-only The number of cells with CLP 0 received from User side during the current interval Total Discarded Cells (CLP 0+1) Read-only The total number of cells discarded or monitored by the policer Discarded Cells (CLP=0) Total Tx Cells (CLP=0+1) Read-only Read-only The total number of cells with CLP=0 indication discarded or monitored by the policer The number of cells with CLP 0+1 transmitted during the current interval Total Tx Cells (CLP=0) Read-only The number of cells with CLP 0 transmitted during the current interval Tagged Cells Read-only CLP0 cells tagged due to policer operation To display the current VP/VC UPC statistics in a graph: Click <Graph...>. The VP/VC UPC Statistics are displayed in a graph. See Current Graph (Figure 3-10) for more details. To display the previous VP/VC UPC statistics: In the VP/VC UPC Current Data table, click <Intervals...>. The VP/VC UPC Interval Data table appears. See Error Statistics: Intervals Table (Figure 3-17) for more details on the table format, and Table 3-21 for a description of the displayed parameters ATM Layer ATM Modules RADview-HPOV/ATM

173 Chapter 3 Card and Port Level Management 3.4 Card Level Management ATM Modules The ATM modules include a card level management option. Note This section applies to E1, T1, E3, and T3 modules only. To set card parameters for ATM modules: 1. Select the ATM card. A blue line surrounds the card. 2. From the Configuration menu, select Parameters... The Card Parameters dialog box appears. Figure Card Parameters ATM Modules Table Card Parameters ATM Modules Parameter Access Possible Values / Remarks Slot Read-only The selected slot Type Read-only E3-UNI, T3-UNI, E1-UNI, T1-UNI Output Rate (Cell/sec) Read-write E3/T3 and E1/T1 in slot 1: E3: 151 to T3: 151 to E1: 151 to 4528 T1: 151 to 3622 E3/T3 and E1/T1 in slots 2 4: E3/T3: 0, Max Note: 0 can t be configured in a device with HW < phase 2 Input Rate (Cell/sec) Read-only According to the value configured in Output Rate. RADview-HPOV/ATM Card Level Management ATM Modules 3-45

174 Chapter 3 Card and Port Level Management Physical Layer 3.5 IMA Module IMA configuration is HW version and device configuration dependent. For HW phase 1 device: More than one IMA module is supported per system. Group is supported per module. Port mode is not supported (UNI/IMA) For HW phase 2 device: More than one IMA module is supported per system. More than one group is supported per module on slots 1 4. Port mode is supported (UNI/IMA) on slots 1 4. The physical layer port level management options are similar to the E1/T1 options with the following addition: In the Configuration Parameters dialog box the Mode parameter is added for IMA-UNI modules. The possible values are: IMA or ATM UNI. IMA Layer Table 3-23 lists the ACE-202 port level management options for the IMA layer. Table IMA Module Port Level Management Options IMA Layer Tasks Configuration Dialog Box and Parameter Location Path Displaying Link Information Link Info (Figure 3-31) Configuration Link Info Setting link parameters Link Parameters (Figure 3-32) Configuration Link Parameters Tasks - Statistics Dialog Box and Parameter Location Path Viewing link statistics Link Statistics (Figure 3-33) Statistics Link 3-46 IMA Module RADview-HPOV/ATM

175 Chapter 3 Card and Port Level Management IMA Link Info To view Information parameters for the link: 1. Select the IMA Layer in Port View. 2. From the Configuration menu, select Link followed by Info... The Link Info dialog box appears. Figure Link Info RADview-HPOV/ATM IMA Module 3-47

176 Chapter 3 Card and Port Level Management Table Link Info Parameters Parameter Access Possible Values/Remarks Slot Read-only 1 2 Link Read-only Link 1, Link 2, Link 3, Link 4 Group Read-only Group #, Not in Group Near End Tx State Near End Rx State Far End Tx State Far End Rx State Near End Rx Failure Status Far End Rx Failure Status Read-only Read-only Current operational state of the Near End or Far End Tx or Rx links Not in group: the link is no longer defined as belonging in the IMA group Unusable: the link cannot be used Unusable-Fault: the link cannot be used due to a fault Unusable-Misconnected: the link cannot be used because it is misconnected Unusable-blocked: the link cannot be used because it is blocked Unusable-Failed: the link cannot be used because it failed Usable: the link is Ready for operation and waiting for the other end Active: the link is operational and can transmit and receive ATM layer cells Current link-failure status of the Near End or Far End Rx link No Failure.: the link is operational IMA Link Failure: the link has lost the ability to perform a required function LIF Failure: there are OIF (Out of IMA Frame) anomalies in two consecutive IMA frames LODS Failure: the link is not synchronized with the other links in the IMA group (Link Out of Delay Synchronization) Misconnected: a Near End/Far End device has detected that the link is not connected to the same Far End/Near End device as the other links in the group Blocked: a link has been blocked Fault: Indicates anomalous LSM behavior at the Near End or the Far End Far-End Tx Link Unusable: the Far End reports that the Tx link is unusable Far-End Rx Link Unusable: the Far End reports that the Rx link is unusable Tx Link ID Read-only Current LID on the link used by the Near End Rx Link ID Read-only Current LID on the link used by the Far End Relative Delay (msec) Read-only Latest measured delay on this link relative to the link, on the same IMA group, with the least delay 3-48 IMA Module RADview-HPOV/ATM

177 Chapter 3 Card and Port Level Management IMA Link Parameters To set parameters for the link: 1. Select the IMA Layer in Port View. 2. From the Configuration menu, select Link Parameters... The Link Parameters dialog box appears. Figure Link Parameters RADview-HPOV/ATM IMA Module 3-49

178 Chapter 3 Card and Port Level Management Table Link Parameters Parameter Access Possible Values/Remarks Slot Read-only 1 2 Link Read-only Link 1, Link 2, Link 3, Link 4 Group Association Read-write Assigns the link or deletes the link from the current group: If only one group is supported: Not in Group, In Group, Suspend Enabled if at least one group exists Group Number Read-only Disabled if Group Association is set to Not in Group The numbers of the groups are according to the slot: Slot 1: 1 4 Slot 2: Slot 3: Slot 4: Direction Read-write Sets the direction of the link in the current group: Rx, Tx, Both Enabled when Not In Group or Suspend is set in Group Association Blocking Read-only Block/Unblocks link operation: Block, Unblock Enabled when In Group is set in Group Association and if this value wasn t changed by the user Tx Clock Source Read-only The Transmit Clock Source: Internal, External, Loopback This parameter is valid only when Group Association=In Group and the Near End CLK Mode=ITC This parameter can be changed only when the link is being created Note In order to change a group for a link, first change the link to Not In Group, and then to the desired group. Viewing Link Statistics The commands in the Statistics menu enable you to view current and previous communication statistics for the IMA layer of the Network Port. The Link command enables you to display link statistics for the current and previous intervals of the IMA layer in the Network Port IMA Module RADview-HPOV/ATM

179 Chapter 3 Card and Port Level Management Current IMA Link Statistics To view the Link statistics: From the Statistics menu, select Link... The IMA Link Statistics dialog box appears. Figure IMA Link Statistics RADview-HPOV/ATM IMA Module 3-51

180 Chapter 3 Card and Port Level Management Table IMA Link Statistics Parameters Parameter Access Possible Values/Remarks Slot Read-only 1 2 Link Read-only Link 1, Link 2, Link 3, Link 4 Current Data Time Elapsed Read-only Number of seconds that have elapsed since the beginning of the current interval Violation Read-only Number of ICP cells that are in error, invalid or missing (except during seconds when a SES- or UAS-IMA condition is reported Out of IMA Frame Read-only Number of (out of IMA frame) irregularities (except during SES or UAS IMA at the Near End) Near End SES Read-only Number of one-second intervals containing one of the following: More than 30% of ICP cells are IV-IMA (Invalid IMA); One or more of the following link errors: LOS, OOF/LOF, AIS, LCD; LIF (Loss of IMA Frame) error; LODS (Link Out of Delay Synchronization) error. Near End UAS Read-only Number of unavailable seconds (UAS) Near End Tx UUS Near End Rx UUS Near End Tx Fail Near End Rx Fail Read-only Read-only Number of unusable seconds at the Near End Tx or Rx LSM (Link State Machine) Number of occurrences of a Near End Tx or Rx failure causing an alarm on this link Far End SES Read-only Number of one-second intervals containing one or more RDI IMA errors (except during UAS IMA at the Far End) Far End UAS Read-only Number of unavailable seconds (UAS) Far End Tx UUS Far End Rx UUS Far End Tx Fail Far End Rx Fail Read-only Read-only Number of unusable seconds at the Far End Tx or Rx LSM (Link State Machine) Number of occurrences of a Far End Tx or Rx failure causing an alarm on this link [Graph ] Read-only Click <Graph > to display the current data in a graph. See Current Graph (Figure 3-10) for more details [Intervals ] Read-only To display statistics from previous intervals click <Intervals...> The IMA Link Intervals table appears (Figure 3-34). The error statistics for the 20 most recent 15-minute intervals during the previous 24 hours are displayed 3-52 IMA Module RADview-HPOV/ATM

181 Chapter 3 Card and Port Level Management Figure IMA Link Intervals Table IMA Link Intervals Table Parameters Parameter Access Possible Values/Remarks The parameters for the Link Statistics Intervals table are the same as for the Link Statistics table (Table 3-26), with the exception of several additional fields listed below. Interval No. Read-only Number of the interval Started at Read-only Date and time the current interval started [Next] Read-only Displays errors for next group of 20 intervals [Start From] Read-only Displays 20 fifteen minute intervals starting from number specified Clicking <Start From> opens a Start From dialog box. Specify a number and click <Set> [Graph] Read-only Displays information in graph form To see overlapping values more clearly, click <Shift> If the system has been running for less than fifteen minutes, the following message is displayed: System is up less than 15 min. No intervals data ATM Layer In the IMA ATM Layer it is possible to configure ATM Parameters. For additional information see Setting Parameters on page RADview-HPOV/ATM IMA Module 3-53

182 Chapter 3 Card and Port Level Management Card Level Management The IMA module includes a card level management option. A color and a number, indicating the group status and port status, mark each port in the IMA module. Port color may be one of the following: Red Port is in-group and failed. Green Port is in-group and normal. White Port is not in-group. Table 3-28 lists the ACE-202 card level management options for the IMA module. Table Card Level Management Options IMA Module Tasks Configuration Dialog Box and Parameter Location Path Setting Card Parameters Card Parameters (Figure 3-30) Configuration Parameters Configuring the group table Group Table (Figure 3-35) Configuration Group Table Tasks Statistics Dialog Box and Parameter Location Path Viewing group current statistics Group Statistics (Figure 3-39) Statistics Group n IMA... View interface statistics Interface Statistics Dialog Box (Figure 3-20) Statistics Group n ATM Interface View current VP/VC FM statistics VP/VC Cross Connect Table (Figure 3-22) Statistics Group n VP/VC FM View current VP/VC OAM loopback test VP/VC OAM Loopback Current Interval (Figure 3-26) View VP/VC PM error statistics VP/VC PM Statistics Table (Figure 3-27) Statistics VP/VC PM Statistics Group n VP/VC OAM Loopback View VP/VC UPC error statistics VP/VC UPC Current Data Table (Figure 3-29) Statistics Group n VP/VC UPC 3-54 IMA Module RADview-HPOV/ATM

183 Chapter 3 Card and Port Level Management Setting Parameters The card level parameters dialog box is similar to the one for Card Level Management ATM Modules on page 3-45 except for the Type parameter which has the values: IMA 4E1 or IMA 4T1. Configuring a Group The IMA module contains up to eight links. The Group Table command enables you to create and activate groups of links. To set Group Table parameters: 1. Select the IMA module. 2. From the Configuration menu, select Group Table... The Group Table dialog box appears. Figure Group Table Table Group Table Parameters Parameter Access Possible Values/Remarks Slot Read-only 1 2 Group Read-only Group number The numbers of the groups are according to the slot: Slot 1: 1 4 Slot 2: Slot 3: Slot 4: Status Read-only Active/Not In Service Symmetry Read-only IMA Group symmetry Symmetric Operation, Asymmetric Operation, Asymmetric Configuration RADview-HPOV/ATM IMA Module 3-55

184 Chapter 3 Card and Port Level Management Table Group Table Parameters (Cont.) Parameter Access Possible Values/Remarks Min Tx Links Read-only Minimum number of Tx links required for the group to become operational 1 4 Min Rx Links Read-only Minimum number of Rx links required for the group to become operational 1 4 Tx IMA ID Read-only NE CLK Mode Read-only Transmission clocking mode used by the Near End IMA group CTC, ITC Tx Frame Length Read-only Frame length, in the transmit direction, used by the IMA group Max. Differential Delay (msec) Read-only 32, 64, 128, 256 Maximum link delay tolerated IMA Version Read-only ATM Forum IMA specification supported Common Tx Clock Source Common Tx Clock Source Port Read-only Read-only 1.0, 1.1 Internal, External, Group Clock (when Primary Clock Source=Automatic or Loopback) Note: When set to group clock, the ACE automatically selects the reference link clock as the clock source Link 1, Link2, Link3, Link4 [Add ] See Add on page [Change ] See Change on page 3-59 [Remove] [Activate] [Deactivate] [Block]/[Unblock] [Info ] See Info on page Note: The Change button is enabled only when Status is set to Not in Service. To remove a group, select a group table entry and click <Remove> To activate a group, select a group table entry and click <Activate> To deactivate a group, select a group table entry and click <Deactivate> To block a group, select a group table entry and click <Block> To unblock a group, select a blocked group table entry and click <Unblock> 3-56 IMA Module RADview-HPOV/ATM

185 Chapter 3 Card and Port Level Management Add To add a group: 1. In the Group Table dialog box (Figure 3-35) select an entry and click <Add...>. The Add Group dialog box appears. Figure Add Group RADview-HPOV/ATM IMA Module 3-57

186 Chapter 3 Card and Port Level Management Table Add Group Parameters Parameter Access Possible Values/Remarks Slot Read-only 1 4 Group Read-write Group number The numbers of the groups are according to the slot: Slot 1: 1 4 Slot 2: Slot 3: Slot 4: Status Create and Go, Create and Wait Default: Create and Go Symmetry Read-write IMA Group symmetry Symmetric Operation, Asymmetric Operation, Asymmetric Configuration Default: Symmetric Operation Min Tx Links Read-write Minimum number of Tx links required for the group to become operational: 1 4 Default: 1 Min Rx Links Read-write Minimum number of Rx links required for the group to become operational: 1 4 Default: 1 Tx IMA ID Read-write Default: 0 NE CLK Mode Read-write Transmission clocking mode used by the Near End IMA group: CTC, ITC Default: CTC Tx Frame Length (cells) Read-write Frame length, in the transmit direction, used by the IMA group: 32, 64, 128, 256 Default: 128 Max Differential Delay (msec) Read-write Maximum link delay tolerated: Default: 25 IMA Version Read-write ATM Forum IMA specification supported: 1.0, 1.1 Default: 1.1 Common Tx Clock Source Common Tx Clock Source Port Read-write Read-only Enabled if NE CLK Mode is CTC Link1, Link2, Link3, Link4, Internal, External, Group Clock (when Primary Clock Source=Automatic) Default: Group Clock Note: When set to group clock, the ACE automatically selects the reference link clock as the clock source Disabled for Add 2. Configure parameters using information in Table 3-30 and click <Set> IMA Module RADview-HPOV/ATM

187 Chapter 3 Card and Port Level Management Change To change a group: 1. Deactivate the group. 2. In the Group Table dialog box (Figure 3-35) select an entry and click <Change...>. The Change Group dialog box appears. Figure Change Group 3. Configure parameters using information in Table 3-30 and click <Set>. RADview-HPOV/ATM IMA Module 3-59

188 Chapter 3 Card and Port Level Management Info To view information about a group: In the Group Table dialog box (Figure 3-35) select an entry and click <Info...>. The Group Info dialog box appears. Figure Group Info 3-60 IMA Module RADview-HPOV/ATM

189 Chapter 3 Card and Port Level Management Table Group Info Parameters Parameter Access Possible Values/Remarks Slot Read-only 1 4 Group Read-only Group number The numbers of the groups are according to the slot: Slot 1: 1 4 Slot 2: Slot 3: Slot 4: Status Read-only Active, Not In Service Near End/Far End Current State Near End/Far End Tx Clk Mode Read-only Read-only Current operational state of the Near End or Far End IMA group state machines Not Configured: the group does not exist Startup: the group is waiting for Near End or Far End startup Startup Ack: Config Aborted: Config Aborted: Insufficient Links: there is an insufficient number of links to allow group activation Blocked: group operation has been blocked Operational: the group has sufficient links (in both directions) to operate and carry ATM layer cells Transmission clocking mode used by the Near End/Far End IMA group CTC, ITC IMA ID Read-only Current Transmission (Tx) or the Receiving (Rx) IMA ID Frame Length (Cells) Read-only IMA frame length in cells of Transmitted or Received frames Timing Ref Link Read-only None, Link1, Link2, Link3, Link4 Available Cell Rate (Cells/sec) Read-only Cell rate (cells per second) provided by the group in the Tx or Rx direction in relation to all Tx or Rx active links Configured Links Read-only Number of defined Tx or Rx group links Active Links Read-only Number of active Tx or Rx group links RADview-HPOV/ATM IMA Module 3-61

190 Chapter 3 Card and Port Level Management Table Group Info Parameters (Cont.) Parameter Access Possible Values/Remarks Failure Status Read-only Current failure status of the IMA group No Failure: the IMA group is operational Startup NE and Startup FE: the Near End or the Far End is in startup Invalid M Value NE and Invalid M Value FE: the Near End does not support the Far End M value or the Far End does not support the Near End M value Asymmetric NE and Asymmetric FE: the Near End does not support the Far End group symmetry or the Far End does not support the Near End group symmetry Insufficient links NE and Insufficient links FE: when less than the minimum number of defined Tx or Rx links are active for group operation in the Near End or the Far End Blocked NE and Blocked FE: when the Near End or the Far End is blocked Other: other failure status messages, depending on the specific system implementation (for example, group timing mode mismatch) Last Change Read-only Time the last change of status was detected in the IMA group. Note: When the Group is deactivated, the value displayed in this field is. Running Time (sec) Read-only Time (in seconds) that the IMA group has been in the operational test Least Delay Link Read-only Link index of the defined link with the smallest propagation delay: 0, 1, 2, 3, 4 0 indicates that the link has not been defined or that the link with the smallest delay has not yet been determined Max Observed Differential Delay (msec) Read-only Most recently observed maximum difference between the smallest and greatest propagation delay 3-62 IMA Module RADview-HPOV/ATM

191 Chapter 3 Card and Port Level Management Viewing Statistics IMA Group Statistics To view the group current statistics: 1. Select the IMA module. 2. From the Statistics menu, select Group N... IMA... The IMA Group Statistics: Current dialog box appears. Figure IMA Group Statistics Table Group Statistics Parameters Parameter Access Possible Values/Remarks Group Read-only Group number Current Data Time Elapsed Read-only Number of seconds that have elapsed since the beginning of the current 15-minute interval UAS Read-only Number of unavailable seconds (UAS) Near End Failures Read-only Number of occurrences of a Near End Tx or Rx failure causing an alarm on this link Far End Failures Read-only Number of occurrences of a Far End Tx or Rx failure causing an alarm on this link [Intervals ] Read-only See Figure 3-40 and Table [Graph ] Read-only Displays information in graph form To see overlapping values more clearly, click <Shift> If system is running less than fifteen minutes, the following message is displayed: System is up less than 15 min. No intervals data RADview-HPOV/ATM IMA Module 3-63

192 Chapter 3 Card and Port Level Management Figure IMA Group Interval Table IMA Group Intervals Table Parameters Parameter Access Possible Values/Remarks Group Read-only Index number for group Interval No. Read-only IMA group interval number Started at Read-only Time and date from interval start UAS Read-only Number of unavailable seconds (UAS) Near End Failures Read-only Number of occurrences of a Near End Tx or Rx failure causing an alarm on this link Far End Failures Read-only Number of occurrences of a Far End Tx or Rx failure causing an alarm on this link [Graph] Read-only Displays information in graph form To see overlapping values more clearly, click <Shift> If system is running less than fifteen minute, the following message is displayed: System is up less than 15 min. No intervals data [Next] Read-only Displays errors for next group of 20 intervals [Start From] Read-only Displays 20 fifteen minute intervals starting from number specified Click <Start From> to open the Start From dialog box. Specify a number and click <Set> 3-64 IMA Module RADview-HPOV/ATM

193 Chapter 3 Card and Port Level Management ATM Interface Statistics The IMA ATM interface statistics is similar to Interface Statistics of the ATM modules on page 3-31 except for the parameter Port, which is replaced by the parameter Group. VP/VC Fault Management Statistics The IMA VP/VC FM statistics is similar to VP/VC Fault Management Statistics of the ATM modules on page 3-33 except for the parameter Port, which is replaced by the parameter Group. VP/VC Performance Monitoring Statistics The IMA VP/VC PM statistics is similar to VP/VC Performance Management Error Statistics of the ATM modules on page 3-39 except for the parameter Port, which is replaced by the parameter Group. VP/VC OAM Loopback Statistics The IMA VP/VC OAM Loopback statistics is similar to VP/VC OAM Loopback Statistics of the ATM modules on page 3-37 except for the parameter Port, which is replaced by the parameter Group. VP/VC Usage Parameter Control Statistics The IMA VP/VC UPC statistics is similar to VP/VC Usage Parameter Control Statistics of the ATM modules on page 3-43 except for the parameter Port, which is replaced by the parameter Group. RADview-HPOV/ATM IMA Module 3-65

194 Chapter 3 Card and Port Level Management 3.6 Physical Layer Ethernet Module The Ethernet module is available in five types: ETH (card type 21) ETH+CES (hybrid cards, card types and 47 48) LAN (card types ) Enhanced LAN (card types 90 92) To view physical layer interface parameters: Select the Physical Layer Interface in Port View. Table 3-34 lists the ACE-202 port level management options for the Ethernet port s physical layer. Table Ethernet Module Port Level Management Options Physical Layer Tasks Configuration Dialog Box and Parameter Location Path Viewing Interface Information Interface dialog box (Figure 3-41) Configuration Interface Info... Setting Physical Parameters Parameters dialog box (Figure 3-42) Configuration Parameters... Viewing Interface statistics Interface Statistics dialog box (Figure 3-43) Statistics Interface Physical Layer Ethernet Module RADview-HPOV/ATM

195 Chapter 3 Card and Port Level Management Viewing Interface Information The Interface Info command enables you to view information parameters for the selected interface. To view interface information: From the Configuration menu, select Interface Info... The Interface Information dialog box appears. Figure Interface Information Ethernet Physical Layer Table Ethernet Interface Parameters Parameter Access Possible Values / Remarks Slot/Port Read-only The selected slot/port Type Read-only Ethernet MAC Address Read-only Address of the device as identified by the Media Access Control layer in the network architecture Note: Mac Address is the same value for all bridges SW Version Read-only Software version of the module Mode Read-only Transmission mode: Full Duplex, Half Duplex Rate (Mbps) Read-only Transmission rate: 10, 100 Status Read-only Status of the link: Connected, Not Connected RADview-HPOV/ATM Physical Layer Ethernet Module 3-67

196 Chapter 3 Card and Port Level Management Setting Parameters The Parameters command enables you to set certain physical parameters of the selected interface. To set the configuration parameters: From the Configuration menu, select Parameters... The Parameters dialog box appears. Figure Parameters - Ethernet Physical Layer 3-68 Physical Layer Ethernet Module RADview-HPOV/ATM

197 Chapter 3 Card and Port Level Management Table Ethernet Interface Parameters Parameter Access Possible Values / Remarks Slot/Port Read-only The selected slot/port 2 4/1 Type Read-only Ethernet Mask LOS Alarm Read-write When checked, there will be no indication in the Alarm Log when a LOS occurs for this port. Admin Status Read-write Up, Down This parameter is not available for ETH modules with card type 90 92, and only. Enabled for LAN modules with card type 90 92, and only Note: When the field is down, a connection can still be opened and the port can be configured. Auto Negotiation Read-write When checked, Auto Negotiation is enabled Enable, Disable Max Capability Advertised Read-write Disabled for LAN cards with optical connector (card type 91, 92, 116, 117, 104 and 105). This parameter defines the maximum capabilities of the interface 10BASE-T half duplex mode 10BASE-T full duplex mode 100BASE-TX half duplex mode 100BASE-TX full duplex mode Disabled for LAN cards with optical connector (card type 91, 92, 116, 117, 104 and 105). Default Type Read-write Select Ethernet operation when Auto Negotiation is disabled 10BASE-T half duplex mode 10BASE-T full duplex mode 100BASE-TX half duplex mode 100BASE-TX full duplex mode RADview-HPOV/ATM Physical Layer Ethernet Module 3-69

198 Chapter 3 Card and Port Level Management Viewing Statistics The Statistics menu enables to display statistics for the selected Ethernet interface. To display interface statistics for the selected Ethernet interface: From the Statistics menu, select Interface... The Interface Statistics: Current dialog box appears. Figure Interface Statistics: Current Ethernet Table Interface Statistics Parameters Ethernet Parameter Access Possible Values / Remarks Slot/Port Read-only The selected slot/port 2 4/1 Type Read-only Ethernet Current Data Time Elapsed (sec) Read-only Number of seconds that have elapsed since the beginning of the current 15-minute interval Physical Layer Ethernet Module RADview-HPOV/ATM

199 Chapter 3 Card and Port Level Management Table Interface Statistics Parameters Ethernet (Cont.) Parameter Access Possible Values / Remarks Received From Ethernet Frames Read-only Number of correct frames received Octets Read-only Number of octets received Alignment Error Frames Read-only Number of frames received with alignment errors FCS Error Frames Read-only Number of frames received with CRC errors Length Error Read-only The number of frames discarded by this port due to excessive size Transmitted To Ethernet Frames Read-only The total number of frames successfully transmitted Octets Read-only The total number of octets successfully transmitted Single Collision Frames Read-only A counter of successfully transmitted frames for which transmission is inhibited by exactly one collision. Valid only in half duplex mode Multiple Collision Frames Deferred Transmission Frames Read-only Read-only A counter of successfully transmitted frames for which transmission is inhibited by more than one collision. Valid only in half duplex mode A counter of frames for which the first transmission attempt is delayed because the medium is busy. Valid only in half duplex mode Late Collision Frames Read-only The number of times that a collision is detected on a particular interface later then 512 bit-times into the transmission of a packet. Valid only in half duplex mode Carrier Sense Error Frames [Intervals ] [Graph ] Read-only The number of times that the carrier sense condition was lost or never asserted when attempting to transmit a frame Click <Intervals > to display data for the 20 most recent 15-minute intervals during the previous 24 hours. The Interface Statistics: Intervals table appears See Error Statistics: Intervals Table (Figure 3-17) for more details on the table format, and Table 3-37 for a description of the displayed parameters Click <Graph > to view the current data in a graph. See Error Statistics: Intervals Table (Figure 3-18) for more details 3.7 ATM Layer Ethernet Module The ATM layer statistics for the Ethernet module are similar to the ATM Layer ATM Modules on page 3-29 except that only entries of the selected port are displayed. RADview-HPOV/ATM ATM Layer Ethernet Module 3-71

200 Chapter 3 Card and Port Level Management 3.8 AAL5 Layer Ethernet Module Table 3-38 lists the ACE-202 port level management options for the AAL5 Layer. Table Ethernet Module Port Level Management Options AAL5 Layer Tasks Statistics Dialog Box and Parameter Location Path View AAL5 statistics AAL5 Statistics Dialog Box (Figure 3-45) Statistics AAL5 To display AAL5 statistics for the selected interface: From the Statistics menu, select AAL5... The LAN VC XC Table appears. Figure LAN VC XC Table 3-72 AAL5 Layer Ethernet Module RADview-HPOV/ATM

201 Chapter 3 Card and Port Level Management To display details: Select an entry in the LAN VC XC table and click <Display >. The AAL5 Statistics dialog box appears. Figure AAL5 Statistics: Current RADview-HPOV/ATM AAL5 Layer Ethernet Module 3-73

202 Chapter 3 Card and Port Level Management Table AAL5 Statistics Parameters Parameter Access Possible Values / Remarks Slot/Port Read-only The selected slot/port Type Read-only Ethernet VPI Read-only The number of the selected VPI VCI Read-only The number of the selected VCI Frames Current Data Time Elapsed (sec.) Read-only Number of seconds that have elapsed since the beginning of the current 15-minute interval Tx to ATM Read-only The number of frames transmitted Rx from ATM Read-only The number of correct frames received Rx CRC Read-only The number of frames with CRC (Cyclic Redundancy Check) errors received Rx UNK Protocol Read-only Number of frames received with unknown protocol Rx Length Error Read-only Number of frames received with length error [Intervals ] [Graph ] To display statistics from previous intervals, click <Intervals...>. The AAL5 Intervals table appears See Error Statistics: Intervals Table (Figure 3-17) for more details on the table format, and Table 3-39 for a description of the displayed parameters Click <Graph > to view the current data in a graph. See Error Statistics: Intervals Table (Figure 3-18) for more details 3-74 AAL5 Layer Ethernet Module RADview-HPOV/ATM

203 Chapter 3 Card and Port Level Management 3.9 Application Layer Ethernet Module The application layer is labeled: Brouter for Ethernet cards (except card type: 90, 91, 92, 115, 116 and 117) Bridge/Router for LAN cards (card type: 90, 91, 92, 115, 116 and 117) Table 3-40 lists the ACE-202 port level management options for the application Layer. Table Ethernet Module Port Level Management Options Application Layer Tasks Configuration Dialog Box and Parameter Location Path Setting application layer parameters Setting Port VLAN parameters Parameters dialog box (Figure 3-46) Port VLAN Parameters dialog box (Figure 3-47) Configuration Parameters Configuration Port VLAN Parameters Setting Bridge parameters Bridge Parameters dialog box (Figure 3-48) Configuration Bridge Parameters Displaying addresses in LAN table Add/delete addresses from LAN table Dynamic table (Figure 3-49) Static table (Figure 3-50) Configuration Bridge Forwarding Table Dynamic Table... Configuration Bridge Forwarding Table Static Table... Clearing the forwarding table See Clearing Forwarding Tables Configuration Bridge Clear Forwarding Tables Configuring interfaces IP Router Interface table (Figure 3-52) Configuration IP Router Interface Table Configuring the IP forwarding table IP Forwarding table (Figure 3-57) Configuration IP Router IP Forwarding Table Displaying the ARP table ARP Stations table (Figure 3-59) Configuration IP Router ARP Table Displaying the ATM ARP table ATM ARP table (Figure 3-60) Configuration IP Router ATM ARP Table Tasks Statistics Dialog Box and Parameter Location Path Displaying VLAN Bridge port statistics VLAN Bridge Port Current Statistics (Figure 3-61) Statistics VLAN RADview-HPOV/ATM Application Layer Ethernet Module 3-75

204 Chapter 3 Card and Port Level Management Setting Parameters Note The Parameters command is available for the standalone LAN and enhanced performance LAN modules only. The Parameters command enables you to set application layer parameters for the selected interface. To configure information for the selected interface: From the Configuration menu, select Parameters... The Parameters dialog box appears. Figure Parameters 3-76 Application Layer Ethernet Module RADview-HPOV/ATM

205 Chapter 3 Card and Port Level Management Table Parameters Parameter Access Possible Values / Remarks Slot/Port Read-only According to the selected slot/port Operational Mode Read-write Bridge, IP Router, Brouter VLAN mode Read-write Enable, Disable IP Router Default Gateway Address Read-write Note: For LAN cards (card type: 90 92, ) the value Brouter will not appear. Note: Router may be configured on any slot. Up to 3 routers can operate simultaneously. VLAN mode is disabled if Operational Mode=Brouter Note: VLAN mode can be changed if all the LAN VCCs on the slot are deleted first. Default Gateway IP Address. ARP Aging Time Read-write ARP aging time in seconds 300 1,000,000 Default: 1200 Note: Default Gateway Address must belong to the subnet of one of the router interface subnets This is enabled only if there is at least one router interface in the IP Router Interface table ARP Aging Time is enabled if Operational Mode=IP Router/Brouter TOS Mask Read-write TOS (Type of Service) Mask is enabled if Operational Mode=IP Router/Brouter Notes Operational mode cannot be changed for a LAN module if there is any connection open Changing the VLAN Mode while the operational mode is Bridge, deletes the LAN table from it s content For LAN cards (card type: and ) if the Operational Mode is changed the card resets as it is switching to a different operation code Changing VLAN Mode is rejected if there is an inband management connection on the port. RADview-HPOV/ATM Application Layer Ethernet Module 3-77

206 Chapter 3 Card and Port Level Management Setting Port VLAN Parameters Note This option is available if VLAN mode is enabled. To configure Port VLAN parameters: From the Configuration menu, select Port VLAN Parameters... The Port VLAN Parameters dialog box appears. Figure Port VLAN Parameters Table Port VLAN Parameters Parameter Access Possible Values / Remarks Slot/Port Read-only The selected slot/port: 2 4/1 Ethernet PVID Read-write Ethernet Port Acceptable Frame Type Ethernet Port Ingress Filtering ATM Ports Acceptable Frames ATM Port Ingress Filtering Read-write Read-write Read-write Read-write All, Only VLAN Tagged, Only Untagged Enable, Disable This field is not available when Operational Mode (Figure 3-46) is set to IP Router. All, Only VLAN Tagged, Only Untagged Note: This field can be changed only if all LAN VCCs related to this LAN port are first removed Enable, Disable Note: This field can be changed only if all LAN VCCs related to this LAN port are first removed 3-78 Application Layer Ethernet Module RADview-HPOV/ATM

207 Chapter 3 Card and Port Level Management Bridge Parameters The Bridge Parameters command enables you to configure bridge information for the selected interface. To configure bridge information for the selected interface: From the Configuration menu, select Bridge Parameters... The Bridge Parameters dialog box appears. Figure Bridge Parameters Table Bridge Parameters Parameter Access Possible Values / Remarks Slot/Port Read-only The selected slot/port Bridging Mode Read-write The type of bridging used by the interface Access only: bridging is between the Ethernet port and the ATM port Access & Switching: bridging is between the Ethernet port and the ATM port, and also between VCs Aging Time (Sec) Read-write Mac address aging time in seconds: 300 1,000,000 Note: This parameter is used for all bridges in the system Transfer Ethernet CRC Read-write The frame type: Yes: the CRC of the Ethernet frame will be transferred over the ATM No: the Ethernet CRC will be omitted This parameter is available for the standalone LAN and the enhanced performance LAN modules only. Note: This field is read-only when VLAN mode is enabled RADview-HPOV/ATM Application Layer Ethernet Module 3-79

208 Chapter 3 Card and Port Level Management Forwarding Table The Forwarding Table command enables you to view the Dynamic and Static tables of the selected interface, edit the Static table, and clear the Forwarding Table. Dynamic Table The Dynamic Table command enables you to display the addresses in the LAN table. To display the dynamic table: From the Configuration menu, select Bridge Forwarding Table Dynamic Table... The Dynamic Table appears. Figure Dynamic Table Table Dynamic Table Parameters Parameter Access Possible Values / Remarks MAC Address Read-only MAC address of a station Port Type (Slot/Port) Read-only Ethernet, ATM and the selected slot/port Status Read-only Management, Learned VPI Read-only The VPI number VCI Read-only The VCI number VID Read-only VLAN value. Only applicable if the Port type is ATM Only applicable if the Port type is ATM Available for the enhanced performance LAN modules only and when VLAN Mode (Figure 3-46) is set to Enable Application Layer Ethernet Module RADview-HPOV/ATM

209 Chapter 3 Card and Port Level Management Static Table The Static Table command enables you to view, add and delete addresses from the static portion of the LAN table. To view addresses in the Static Table: From the Configuration menu, select Bridge Forwarding Table Static Table... The Static Table appears. Figure Static Table Table Static Table Parameters Parameter Access Possible Values / Remarks MAC Address Read-only The MAC address Port Type (Slot/Port) Read-only ATM, Ethernet and the selected slot/port VPI Read-only The VPI number VCI Read-only The VCI number VID Read-only VLAN value. Only applicable when Port type is ATM Only applicable when Port type is ATM Available for the enhanced performance LAN modules only and when VLAN Mode (Figure 3-46) is set to Enable. RADview-HPOV/ATM Application Layer Ethernet Module 3-81

210 Chapter 3 Card and Port Level Management To add addresses to the Static Table: In the Static Table (Figure 3-50), click <Add...>. The Add Static Entry dialog box appears. Figure Add Static Entry Table Add Static Entry Parameters Parameter Access Possible Values / Remarks VID Read-write MAC Address Read-write The MAC address Slot Read-write 1 4 Port Read-write 1 4 VPI Read-write The VPI number Only applicable when Port type is ATM VCI Read-write The VCI number Only applicable when Port type is ATM [VCC] Read-write Clicking <VCC> opens a sub-xc list including only the bridge connections. Select an entry in the table and click <Select> To remove an address from the Static Table: Select an address in the Static Table (Figure 3-50), and click <Remove>. Clearing Forwarding Tables The Clear Forwarding command enables you to clear the forwarding table. To clear the forwarding table: From the Configuration menu, select Bridge Clear Forwarding Tables. A confirmation window appears. Click <OK> to confirm the operation Application Layer Ethernet Module RADview-HPOV/ATM

211 Chapter 3 Card and Port Level Management IP Router The IP Router command enables you to configure IP Router information. Note Changing the IP Router interface is not supported since the IP is an index of a table. In order to change an entry, it should be deleted and recreated. IP Router Interface Table To display the IP router interface table: From the Configuration menu, select IP Router Interface Table... The IP Router Interface Table appears. Figure IP Router Interface Table RADview-HPOV/ATM Application Layer Ethernet Module 3-83

212 Chapter 3 Card and Port Level Management Table IP Router Port Parameters Parameter Access Possible Values / Remarks Slot Read-only 2 4 Port Read-only 1 IP Address Read-only IP address IP Mask Read-only IP Mask Interface (Slot/Port)) Read-only ATM, Ethernet VPI Read-only Virtual Path Indicator This field is relevant for an ATM port For ETH/LIS is displayed VCI Read-only Virtual Channel Indicator This field is enabled for an ATM port RIP Version Send Read-only For Slots 1,2 or 4: For Slot 3: Disable, RIP1, RIP2 RIP Version Receive Read-only For Slots 1,2 or 4: Interface Type Read-only ATM, LIS, Ethernet For Slot 3: RIP1, RIP2, RIP 1 OR RIP 2, Disable VLAN ID Read-only VLAN ID is enabled only if VLAN mode is enabled, and the interface is Ethernet [Add ETH/ATM Interface...] [Add LIS Interface...] [LIS VCCs...] [Change RIP ] [Remove...] Read-only To add an IP Router interface, click <Add ETH/ATM Interface...>. The Add IP Router Interface dialog box appears (Figure 3-53) Clicking <Add LIS Interface...> opens the Add LIS Interface dialog box. Set the IP address and IP Mask and click <Apply> Enabled for LAN card selection only (card type: 90 92, and ) To view configured LIS VCCs Enabled upon selection of a LIS row To change RIP, select an entry and click <Change RIP > Enabled for a selection of a router interface on slot 3 only To remove an entry, select an entry and click <Remove> 3-84 Application Layer Ethernet Module RADview-HPOV/ATM

213 Chapter 3 Card and Port Level Management To add an IP Router Interface: In the IP Router Interface table (Figure 3-52) click <Add ETH/ATM Interface...>. The Add IP Router Interface dialog box appears. Figure 3-53 Add IP Router Interface RADview-HPOV/ATM Application Layer Ethernet Module 3-85

214 Chapter 3 Card and Port Level Management Table Add IP Router Interface Parameters Parameter Access Possible Values / Remarks IP Address Read-write IP address IP Mask Read-write IP Mask Slot Read-write 1 4 Port Read-write 1 4/Group N VP Read-write Virtual Path Identifier VC Read-write Virtual Channel Identifier Interface Type Read-write ATM, LIS, Ethernet VLAN ID Read-write VLAN ID is enabled only if VLAN mode is enabled, and the interface is Ethernet RIP Configuration Read-write When checked, the following fields are enabled: RIP Version Send, RIP Version Receive RIP Version Send Read-write Disable, RIP 1, RIP 2 Note: if you attempt to set RIP to an interface where TOS is not equal to 0, the agent will reject the operation. Likewise, if you attempt to set TOS not equal to 0 to an interface with RIP, the agent will reject the operation. Relevant to interface on Slot 3 only RIP Version Receive Read-write RIP 1, RIP 2, RIP 1 OR RIP 2, Disable [VCC ] Relevant to interface on Slot 3 only Clicking <VCC > opens the LAN XC table. Only LAN connections of the selected port are displayed. Select an entry in the table and click <Select> 3-86 Application Layer Ethernet Module RADview-HPOV/ATM

215 Chapter 3 Card and Port Level Management To add a LIS interface: In the IP Router Interface table (Figure 3-52) click <Add LIS Interface...>. The Add LIS Interface dialog box appears. Figure Add LIS Interface Dialog Box Table Add LIS Interface Parameters Parameter Access Possible Values/Remarks Slot Read-only For ATM card only. 1 4 Port Read-only For ATM card only. 1 2 IP Address Read-write IP address value IP Mask Read-write IP mask value RADview-HPOV/ATM Application Layer Ethernet Module 3-87

216 Chapter 3 Card and Port Level Management To view a LIS VCC table: In the IP Router Interface table (Figure 3-52) click < LIS VCCs...>. The LIS s VCCs dialog box appears. Figure LIS s VCCs Dialog Box 3-88 Application Layer Ethernet Module RADview-HPOV/ATM

217 Chapter 3 Card and Port Level Management Table LIS s VCCs Parameters Parameter Access Possible Values/Remarks IP Address Read-only IP address value of the selected entry. IP Mask Read-only IP mask value of the selected entry. Subnet Read-only IP subnet value of the selected entry. ATM Slot/Port Read-only ATM cards only 1 4/1 2 VPI Read-only VP identifier of a connection VCI Read-only VC identifier of a connection Addr. Resolution Mode Read-only Static, Inv. ATM ARP Static IP address Read-only Enabled if Addr. Resolution Mode is set to Static. [Add...] [Next] [Remove] For Static: the aip address value. For Inv. ATM ARP: Clicking <Add...> opens the Add LIS VCCs dialog box. Set the parameters and click <Apply>. Click <Next> to get the next 20 entries of the LIS. To remove an entry, select an entry and click <Remove> RADview-HPOV/ATM Application Layer Ethernet Module 3-89

218 Chapter 3 Card and Port Level Management To change RIP: In the IP Router Interface table (Figure 3-52), select an entry and click <Change RIP >. The Change RIP dialog box appears. Figure Change RIP Dialog Box The edited fields are: RIP Configuration and the next two RIP fields according to RIP Configuration state 3-90 Application Layer Ethernet Module RADview-HPOV/ATM

219 Chapter 3 Card and Port Level Management IP Forwarding Table To display the IP Forwarding Table: From the Configuration menu, select IP Router IP Forwarding Table... The IP Forwarding Table appears. RADview-HPOV/ATM Application Layer Ethernet Module 3-91

220 Chapter 3 Card and Port Level Management Figure IP Forwarding TableTable IP Forwarding Table Parameters Parameter Access Possible Values / Remarks Slot Read-only 2 4 Port Read-only 1 IP Address Read-only IP address value IP Mask Read-only IP Mask value Interface (Slot/Port) Read-only ATM, Ethernet TOS Read-only Default: 0 VPI Read-only Virtual Path Identifier This field is enabled for an ATM port VCI Read-only Virtual Channel Identifier This field is enabled for an ATM port Type Read-only Local, Remote Next Hop IP Address Read-only Indicates next IP address if Type=Remote Note: If the value displayed for the field Type is Local, the value for this field should be Protocol Read-only Local, Static, RIP, LIS [Add ] [Remove] To add an entry in the IP forwarding table, click <Add > To remove an entry in the IP forwarding table, select an entry and click <Remove> To add an entry in the IP forwarding table: In the IP forwarding table (Figure 3-57) click <Add >. The Add IP Net dialog box appears. Figure Add IP Net 3-92 Application Layer Ethernet Module RADview-HPOV/ATM

221 Chapter 3 Card and Port Level Management ARP Tables The ARP table contains a maximum of 256 entries. To display the ARP table: From the Configuration menu, select IP Router ARP Table... The ARP Stations Table appears. Figure ARP Stations Table Table ARP Stations Table Parameters Parameter Access Possible Values / Remarks MAC Address Read-only MAC address of the ARP station. This field is read-only IP Address Read-only IP address of the ARP station. This field is read-only RADview-HPOV/ATM Application Layer Ethernet Module 3-93

222 Chapter 3 Card and Port Level Management ATM ARP Table Note The ATM ARP Table functionality is available for the enhanced performance LAN Module only. The ARP table contains a maximum of 500 entries. To display the ATM ARP table: From the Configuration menu, select IP Router ATM ARP Table... The ATM ARP Table appears. Figure ATM ARP Table 3-94 Application Layer Ethernet Module RADview-HPOV/ATM

223 Chapter 3 Card and Port Level Management Table ATM ARP Table Parameters Parameter Access Possible Values / Remarks Slot/Port Read-only 2 4/1 2 IP Address Read-only The IP address value ATM Slot/Port Read-only 1 4/1 2 VPI Read-only Virtual Path Identifier This field is enabled for an ATM port VCI Read-only Virtual Channel Identifier This field is enabled for an ATM port Type Read-only Learned or Static [Next] Shows the next 20 entries of the table. VLAN Bridge Port Statistics Note This option is available if VLAN mode is enabled. To view VLAN bridge port statistics: From the Statistics menu, select VLAN... The VLAN Bridge Port Current Statistics dialog box appears. Figure VLAN Bridge Port Current Statistics RADview-HPOV/ATM Application Layer Ethernet Module 3-95

224 Chapter 3 Card and Port Level Management Table VLAN Bridge Port Current Statistics Parameters Parameter Access Possible Values / Remarks Slot/Port Read-only The selected slot/port: 2 3/1 Type Read-only Ethernet Time Elapsed (sec) Read-only Number of seconds that elapsed since the beginning of the current 15-minute interval Slot/Port Read-only 1 4/1 4 VPI/VCI Read-only Virtual Path Identifier / Virtual Channel Identifier This field is enabled for an ATM bridge port Ingress Filtering Discarded Frames Frame Type Mismatch Discarded Frames [Intervals ] [Graph ] Read-only Read-only The number of Ingress Filtering Discarded Frames during the current interval The number of Frame Type Mismatch Discarded Frames during the current interval Click <Intervals > to display data for the 20 most recent 15-minute intervals during the previous 24 hours. The VLAN Bridge Port Interval Statistics table appears See Error Statistics: Intervals Table (Figure 3-17) for more details on the table format, and Table 3-54 for a description of the displayed parameters Click <Graph > to view the current data in a graph. See Error Statistics: Intervals Table (Figure 3-18) for more details 3-96 Application Layer Ethernet Module RADview-HPOV/ATM

225 Chapter 3 Card and Port Level Management 3.10 Card Level Management Ethernet Module The card level management option is available for the two types of modules: Ethernet module Single LAN module (card type: and ). To set card parameters for Ethernet modules: 1. Select the ETH card. A blue line surrounds the card. 2. From the Configuration menu, select Parameters... The Card Parameters dialog box appears. Figure Card Parameters ETH Modules Table Card Parameters ETH Modules Parameter Access Possible Values / Remarks Slot Read-only 1 4 Type Read-only ETH (old), ETH+CES E1, ETH+CES T1, ETH+CES E3, ETH+CES E3 Output/Input Rate (Cell/sec) Read-write 0, MAX The value 0 can t be configured in HW phase 1 device. Figure Card Parameters Single LAN Modules RADview-HPOV/ATM Card Level Management Ethernet Module 3-97

226 Chapter 3 Card and Port Level Management Table Card Parameters Single LAN Modules Parameter Access Possible Values / Remarks Slot Read-only 1 4 Type Read-only LAN Output Rate (Cell/sec) Read-write 0, Input Rate (Cell/sec) Read-only 0, [Advanced...] See Figure 3-64 and Table Figure Advanced Settings Single LAN Modules Table Advanced Settings Single LAN Modules Parameter Access Possible Values / Remarks Input Priority Mechanism Read-write Enable, Disable Activates or deactivates the input priority mechanism on the LAN module. To change the parameter value, there must be no VCCs configured on the card Card Level Management Ethernet Module RADview-HPOV/ATM

227 Chapter 3 Card and Port Level Management 3.11 Physical Layer CES Module CES ports can be of type E1/T1 or DS3 (E3/T3). To view physical layer interface parameters: Select the Physical Layer Interface in Port View. Table 3-58 lists the ACE-202 port level management options for the CES module. Table CES Modules Port Level Management Options - Physical Layer Tasks Configuration Dialog Box and Parameter Location Path Set parameters Parameters Dialog Box (Figure 3-67) Configuration Parameters View/configure Bundles (only relevant for E1/T1) Bundle Table (Figure 3-69) Configuration Bundles Tasks Diagnostics Dialog Box and Parameter Location Path Initiate Loopback Test Loopback State Dialog Box (Figure 3-9) Diagnostics Loopback Tasks Statistics Dialog Box and Parameter Location Path Displaying Current Error Statistics Error Statistics Table Statistics Errors... RADview-HPOV/ATM Physical Layer CES Module 3-99

228 Chapter 3 Card and Port Level Management Setting Parameters E1/T1 Ports The Configuration menu enables you to set the physical layer parameters and to configure bundles. To configure the E1/T1 CES physical layer parameters: From the Configuration menu, select Parameters... The E1/T1 CES Parameters dialog box appears. Figure CES Parameters T Physical Layer CES Module RADview-HPOV/ATM

229 Chapter 3 Card and Port Level Management Figure CES Parameters E1 Table CES Parameters - E1/T1 Parameter Access Possible Values/Remarks Slot/Port Read-only The selected slot/port Type Read-only E1, T1 Mask LOS Alarm Read-write Enables masking of LOS Alarms Unchecked (disabled), Checked (enabled) Transmit Clock Source Read-write The source of the transmit clock When using external mode and the line type is unframed, the user can select synchronous, SRTS or Adaptive clock modes in the VC configuration screen Internal: generated from ATM device's oscillator External: recovered from the clock unit and used for data transmission on this interface Loopback: transmit clock recovered from received data Rx Sensitivity Read-write Only applicable for E1 ports Determines the maximum attenuation of the receive signal that can be compensated for by the interface receive path -10 db, -32 db RADview-HPOV/ATM Physical Layer CES Module 3-101

230 Chapter 3 Card and Port Level Management Table CES Parameters - E1/T1 (Cont.) Parameter Access Possible Values/Remarks Line Type Read-write The line type affects the number of bits per second that the link can reasonably carry. It also affects the interpretation of the port's performance statistics For E1 ports: No CRC4 No CAS: ITU Recommendation G.704 (Table 5a) CRC4 No CAS: ITU Recommendation G.704 (Table 5b) No CRC4 CAS: G.704 (Table 5) with TS16 multiframing CRC4 CAS: G.704 (Table 5b) with TS16 multiframing Unframed For T1 ports: ESF: Extended SuperFrame D4: AT&T D4 format Unframed Line Code Read-write The type of Zero Code Suppression used on the link Only applicable to T1 ports B7ZS, B8ZS, AMI Idle Code Read-write Byte pattern of the data transmitted in the E1/T1 Framer idle timeslots Not applicable when the Line Type is Unframed 0 to FF Signaling Mode Read-write Only applicable to T1 ports The type of signaling used on the link No CAS: none CAS: T1 Robbed Bit Signaling Line Mode Read-write Only applicable to T1 ports T1 device operation mode DSU, CSU For Line Type set to Unframed this parameter is read-only and displays the value No CAS Line Length (feet) Read-write Only applicable to T1 ports with the Line Mode DSU 0-133, , , , Tx Gain (db) Read-write Transmit line gain Only applicable to T1 ports with the Line Mode CSU 0, -7.5, -15 and Restore Time (sec) Read-write Used to change the sync algorithms to reduce the time required for the port to return to normal operation after a RED (LOF - loss of frame synchronization) alarm Only applicable to T1 ports. Not applicable when the Line Type is Unframed 1, Physical Layer CES Module RADview-HPOV/ATM

231 Chapter 3 Card and Port Level Management Table CES Parameters - E1/T1 (Cont.) Parameter Access Possible Values/Remarks Conditioning CAS (AB/ABCD) First 2.5 Sec. Signaling Conditioning Conditioning Data Pattern Read-write Read-write Read-write T1: (AB/ABCD) E1: (ABCD) Trunk conditioning signaling value after alarm detection Alarms that can cause trunk conditioning are: LOS, LOF, AIS at the far end E1/T1 port or receive buffer underrun/overrun at the local ATM level For E1 ports, this parameter is not applicable when the Line Type is Unframed, No CRC No CAS or CRC4 No CAS For T1 ports, this parameter is not applicable when the Signaling Mode is None 0x1 to 0xF: E1 0x0 to 0xF: T1 ESF 0x0 to 0x3:T1 D4 Trunk conditioning signaling: the value to be sent as a signaling during the first 2.5 seconds after alarm detection Alarms that can cause trunk conditioning are: LOS, LOF, AIS at the far end E1/T1 port or receive buffer underrun/overrun at the local ATM level Only applicable to T1 ports, except when the Signaling Mode is None 0x0 to 0xF, FF: T1 ESF 0x0 to 0x3, FF: T1D4 Trunk conditioning data pattern to be sent upon a DS0 fail Alarms that can cause trunk conditioning are: LOS, LOF, AIS at the far end E1/T1 port or receive buffer underrun/overrun at the local ATM level Not applicable when the Line Type is Unframed In unframed mode, Conditioning will be a result of LOS (Loss of Signal) at the far end E1/T1 port or receive buffer underrun/overrun at the local ATM level and will cause AIS transmission towards the PBX 0x0 to 0xFF RADview-HPOV/ATM Physical Layer CES Module 3-103

232 Chapter 3 Card and Port Level Management Setting Parameters E3/T3 Ports To configure the E3/T3 CES physical layer parameters: From the Configuration menu, select Parameters... The E3/T3 CES Parameters dialog box appears. Figure CES Parameters T3 Figure CES Parameters E Physical Layer CES Module RADview-HPOV/ATM

233 Chapter 3 Card and Port Level Management Table CES Parameters E3/T3 Parameter Access Possible Values/Remarks Slot/Port Read-only The selected slot/port Type Read-only E3, T3 Mask LOS Alarms Read-write Enables masking of LOS Alarms Unchecked (disabled), Checked (enabled) Transmit Clock Source Read-write The source of the transmit clock When using external mode and the line type is unframed, the user can select synchronous, SRTS or Adaptive clock modes in the VC configuration screen Internal: generated from ATM device's oscillator External: recovered from the clock unit and used for data transmission on this interface Loopback: transmit clock recovered from received data Configuring Bundles Note Bundles are available for the E1/T1 CES modules only. Bundles are groups of timeslots. The Bundle Table displays the details of each bundle in the upper section of the table. A representation of each timeslot with the bundle assigned to it is displayed in the lower section of the table. Each bundle can be assigned to multiple timeslots, but each time slot can only have one bundle assigned to it. To configure bundles: 1. From the Configuration menu, select Bundles... The Bundle Table appears. Figure Bundle Table RADview-HPOV/ATM Physical Layer CES Module 3-105

234 Chapter 3 Card and Port Level Management Table Bundle Table Parameters Parameter Access Possible Values / Remarks Bundle Id Read-only The ID number of the selected bundle Bundle Name Read-only The name of the selected bundle VPI Read-only The VPI number. Only applicable when the bundle is attached to a VCC VCI Read-only The VCI number. Only applicable when the bundle is attached to a VCC Empty Bundle Read-only When checked, indicates the bundle has not been assigned to any TSs (time slots) Bundle Status Read-only Up, Down Time Slots Read-only The time slots and the bundles assigned to them. Time slots with bundles assigned to them are marked with a dark blue box, while unassigned time slots are marked with a gray box A T1 port has 24 time slots that can be assigned to a bundle; an E1 port has Select a bundle that is not attached to a VCC (VPI and VCI columns are empty), and click <Edit...>. The Edit A Bundle dialog box appears. Figure Edit A Bundle Timeslots already selected, as parts of another bundle are colored sky blue. Available time slots are colored gray. 3. Select available timeslots by clicking the square beneath the TS number. Selected timeslots appear yellow. 4. Click <Set> Physical Layer CES Module RADview-HPOV/ATM

235 Chapter 3 Card and Port Level Management To select all available time slots for the selected bundle: Click <Select All>. To remove all selected time slots from the selected bundle: Click <Clear All>. Note You cannot edit a bundle that has already been attached to a VCC using the Bundle Table. To edit such a bundle, first delete the VCC using the VCL table, then return to the Bundle Table and select new parameters. Loopback Tests Viewing Statistics The Loopback command enables you to initiate loopback tests on the selected CES port. To initiate a loopback test: From the Diagnostics menu, select Loopback... The Loopback State dialog box appears (Figure 3-9). A description of the Loopback State parameters appears in Table The Statistics command enables you to view error statistics for the current and previous intervals of the CES Port physical layer. Current Error Statistics The Errors command enables you to view current and previous error statistics for the selected CES port. To display current CES error statistics: From the Statistics menu, select Errors... The Error Statistics dialog box appears. RADview-HPOV/ATM Physical Layer CES Module 3-107

236 Chapter 3 Card and Port Level Management E1/T1 Error Statistics Figure CES Error Statistics (E1/T1) Physical Layer CES Module RADview-HPOV/ATM

237 Chapter 3 Card and Port Level Management Table CES Error Statistics Parameters (E1/T1) Parameter Access Possible Values/Remarks Slot/Port Read-only The selected slot/port Type Read-only Type of interface E1/T1 Current Data Each parameter displays the number of seconds of that particular type of error encountered by the E1 interface during the current 15- minute interval Time Elapsed (sec) Read-only Number of seconds that have elapsed since the beginning of the current 15-minute interval LOS Read-only Number of LOS (Loss of Signal) seconds RAI Read-only Number of RAI (Remote Alarm Indication) seconds LOMF Read-only LOMF Counter For E1 physical layer only BES Read-only Number of BES (Bursty Error Seconds) valid for the following modes For E1 CRC4 and T1 ESF only SES Read-only Number of SES (Severely Errored Seconds) DM Read-only Number of DM (Degraded Minutes) valid for the following modes For E1 - CRC4 and T1 ESF only LOF Read-only Number of LOF (Loss of Frame) seconds AIS Read-only Number of AIS (Alarm Indication Signal) seconds FEBE Read-only Number of FEBE (Far End Back Failure) seconds For E1 only ES Read-only Number of ES (Errored Seconds) UAS Read-only Number of UAS (Unavailable) seconds LCV Read-only Number of LCV (Line Code Violations) seconds Status Read-only Status of the interval Ok The link has been switched by a redundancy mechanism. Module is in/out Empty Card is out Calculated Ratios AR Read-only Number of seconds in the interval that were not Unavailable seconds, divided by the interval (900-UAS)/900 RADview-HPOV/ATM Physical Layer CES Module 3-109

238 Chapter 3 Card and Port Level Management Table CES Error Statistics Parameters (E1/T1) (Cont.) Parameter Access Possible Values/Remarks [Intervals ] [Graph ] [Details ] To display statistics from previous intervals, click <Intervals...>. The Error Statistics: Intervals table appears See Error Statistics: Intervals Table (Figure 3-17) for more details on the table format. The displayed parameters are the same as those described in Table 3-62, with the addition of the following calculated ratios: ESR The ESR (Errored Second Ratio) is calculated by dividing the number of Errored Seconds (ES) by 900. SESR The SESR (Severely Errored Second Ratio) is calculated by dividing the number of Severely Errored Seconds (SES) by 900. Click <Graph > to view the current data in a graph. See Current Graph (Figure 3-10) for more details Click <Details > to view the status of the interval E3/T3 Error Statistics Figure CES Error Statistics (E3/T3) Physical Layer CES Module RADview-HPOV/ATM

239 Chapter 3 Card and Port Level Management Table CES Error Statistics Parameters (E3/T3) Parameter Access Possible Values/Remarks Slot/Port Read-only The selected slot/port Type Read-only Type of interface E3/T3 Current Data Each parameter displays the number of seconds of that particular type of error encountered by the E1 interface during the current 15- minute interval Time Elapsed (sec) Read-only Number of seconds that have elapsed since the beginning of the current 15-minute interval LOS Read-only Number of LOS (Loss of Signal) seconds ES Read-only Number of ES (Errored Seconds) UAS Read-only Number of UAS (Unavailable) seconds Status Read-only Status of the interval OK The link has been switched by a redundancy mechanism. Module is in/out Empty Card is out AIS Read-only Number of AIS (Alarm Indication Signal) seconds SES Read-only Number of SES (Severely Errored Seconds) Calculated Ratios AR Read-only Number of seconds in the interval that were not Unavailable seconds, divided by the interval To display the current error statistics in a graph: Click <Graph...>. The Error Statistics graph appears. See Current Graph (Figure 3-10) for more details. Previous Intervals Error Statistics Using the Errors Statistics table, you can also view error statistics from previous intervals for the CES physical layer of the User port. To view the Errors Statistics for previous intervals: In the Errors Statistics table, click <Intervals >. The Error Statistics: Intervals table appears. See Error Statistics: Intervals Table (Figure 3-17) for details on the table format. The displayed parameters are the same as those described in Table 3-63, with the addition of the following calculated ratios: ESR The ESR (Errored Second Ratio) is calculated by dividing the number of Errored Seconds (ES) by 900. SESR The SESR (Severely Errored Second Ratio) is calculated by dividing the number of Severely Errored Seconds (SES) by 900. RADview-HPOV/ATM Physical Layer CES Module 3-111

240 Chapter 3 Card and Port Level Management 3.12 ATM Layer CES Module Table 3-64 lists the ACE-202 port level management options for the CES module. Table CES Modules Port Level Management Options - ATM Layer Tasks Statistics Dialog Box and Parameter Location Path View current VC FM statistics VC Cross Connect Table (Figure 3-22) Statistics VC FM... View current VC OAM loopback test VC OAM Loopback Current Interval (Figure 3-26) View current VC PM statistics VC PM Statistics Table (Figure 3-27) Statistics VC PM View VC UPC statistics VC UPC Current Data Table (Figure 3-29) Statistics VC UPC Statistics VC OAM Loopback The VC FM/OAM Loopback/PM/UPC commands enable you to view error statistics for the current and previous intervals of the CES Port ATM layer. The CES VC Error Statistics and Intervals are the same as those described in ATM Layer ATM Modules on page 3-29 except that only entries of the selected port are displayed ATM Layer CES Module RADview-HPOV/ATM

241 Chapter 3 Card and Port Level Management 3.13 AAL1 Layer CES Module Table 3-65 lists the ACE-202 Port Level Management Options for the CES Port s AAL1 Layer. Table CES Modules Port Level Management Options AAL1 Layer Tasks Statistics Dialog Box and Parameter Location Path View AAL1 statistics AAL1 Statistics Dialog Box (Figure 3-73) Statistics AAL1 Statistics To display AAL1 statistics for the selected interface: 1. From the Statistics menu, select AAL1 Statistics. The CES VC XC table appears. 2. Select a VC, and click <Display...>. The AAL1 Statistics dialog box appears. Figure AAL1 Statistics RADview-HPOV/ATM AAL1 Layer CES Module 3-113

242 Chapter 3 Card and Port Level Management Table AAL1 Statistics Parameters - CES Parameter Access Possible Values / Remarks Slot/Port Read-only The selected slot/port: 2 4/1 4 Type Read-only CES VPI/VCI Read-only Virtual Path Identifier / Virtual Channel Identifier Current Data Time Elapsed (sec) Read-only Number of seconds that have elapsed since the beginning of the current 15-minute interval Sequence Errors Read-only The number of times a cell was dropped because its SN field was not equal to the last_sn + (1 or 2). CES Header Errors Read-only The number of AAL1 cells received with uncorrectable SNP field (the CRC field for the SN data). Pointer Mismatch Read-only The number of AAL1 cells received with invalid pointer. Framed data only Note: This field will not appear for E3/T3 physical layer Underflow Read-only The number of cells dropped because the receive buffer was in an Underrun state. The SAR gets into Underflow state either when Sequence Errors or flow underrun takes place due to CDV expired, or when an Overflow condition occurs. Overflow Read-only Number of times that cells were dropped because the receive buffer exceeded the maximum allowed depth. [Intervals ] Read-only Click <Intervals > to display data for the 20 most recent 15-minute intervals during the previous 24 hours. The AAL1: Intervals table appears See Error Statistics: Intervals Table (Figure 3-17) for more details on the table format, and Table 3-66 for a description of the displayed parameters [Graph ] Read-only Click <Graph > to view the current data in a graph. See Current Graph (Figure 3-10) for more details 3.14 Card Level Management CES Module The card level management options for the CES module are similar to the Card Level Management Ethernet Module on page 3-97 except for the Type parameter which shows: CES 4E1 or CES 4T Card Level Management CES Module RADview-HPOV/ATM

243 Chapter 3 Card and Port Level Management 3.15 Physical Layer Frame Relay Module Note The Frame Relay module is equipped with up to four serial ports supporting V.35, X.21, or RS530 interfaces. A high-density connector is used, along with an adapter cable, for the different serial standards. To configure FR interface physical parameters: Select the Physical Layer Interface in Port View. Table 3-67 lists the port level management options for the Frame Relay module. Table Frame Relay Module Port Level Management Options Physical Layer Tasks Configuration Dialog Box and Parameter Location Path Viewing port information FR Over HDLC Port Information (Figure 3-74) Configuration Port Info... Setting Network Parameters FR Over HDLC Parameters (Figure 3-75) Configuration Parameters... Tasks Diagnostics Dialog Box and Parameter Location Path Initiate Loopback Test Loopback State Dialog Box (Figure 3-9) Diagnostics Loopback Tasks Statistics Dialog Box and Parameter Location Path Viewing interface statistics Error Statistics (Figure 3-76) Statistics Errors RADview-HPOV/ATM Physical Layer Frame Relay Module 3-115

244 Chapter 3 Card and Port Level Management Viewing Interface Information To view interface information: From the Configuration menu, select Port Info... The FR Over HDLC Port Information dialog box appears. Figure FR Over HDLC Port Information Table FR Over HDLC Port Information Parameters Parameter Access Possible Values / Remarks Slot/Port Read-only Slot and Port number Type Read-only FR Over HDLC, V35, X21, RS530 Terminal Mode Read-only DCE, DTE Flow Control Read-only Enables Flow Control Unchecked (disabled), Checked (enabled) Line Rate (Kbps) Read-only Line Rate in Kbps LMI Oper. Status Read-only Off, On, Fail Physical Layer Frame Relay Module RADview-HPOV/ATM

245 Chapter 3 Card and Port Level Management Setting Parameters To set FR configuration parameters: From the Configuration menu, select Parameters... The FR over HDLC Parameters dialog box appears. Figure FR over HDLC Parameters RADview-HPOV/ATM Physical Layer Frame Relay Module 3-117

246 Chapter 3 Card and Port Level Management Table FR over HDLC Parameters Parameter Access Possible Values / Remarks Slot/Port Read-only Slot and Port number Type Read-only FR over HDLC Terminal Mode Read-write DCE, DTE Rx Clock Polarity Read-write Normal, Inverse Tx Clock Polarity Read-write Normal, Inverse Flow Control Read-write Enables Flow Control Unchecked (disabled), Checked (enabled) Line Rate (Kbps) Read-write Line Rate. Enabled if Terminal Mode=DCE If Rate resolution=64: 64,, n*64,, 32*64 (2048), 4096, 8192 Default: 2048 Note: If Protocol is RS530, then the maximum value is 2048 If Rate resolution=56: 56,, n*56,, 24*56, 1544, 3088, 6176 Default: 1544 Note: If Protocol is RS530(4), then the maximum value is 1544 Rx Clock Source Read-write TX CLK (Internal), DTE CLK (External) Enabled if Terminal Mode=DCE LMI Protocol Read-write None, LMI, Annex D, Annex A LMI Type Read-write Network, Both, User Loopback Tests The Loopback command enables you to initiate loopback tests on the selected FR port. To initiate a loopback test: From the Diagnostics menu, select Loopback... The Loopback State dialog box appears (Figure 3-9). A description of the Loopback State parameters appears in Table Physical Layer Frame Relay Module RADview-HPOV/ATM

247 Chapter 3 Card and Port Level Management Viewing Statistics To display interface statistics: From the Statistics menu, select Errors... The Error Statistics dialog box appears. Figure Error Statistics Frame Relay Modules RADview-HPOV/ATM Physical Layer Frame Relay Module 3-119

248 Chapter 3 Card and Port Level Management Table Error Statistics Parameters Frame Relay Parameter Access Possible Values / Remarks Slot/Port Read-only 2 4/1 4 Type Read-only FR Frames Current Data Time Elapsed (sec) Read-only The number of seconds that have elapsed since the beginning of the current 15-minute interval LOF Read-only Loss Of Frame Errored Rx Read-only Number of errored frames received Correct Rx Read-only Number of correct frames received Correct Tx Read-only Number of correct frames transmitted [Intervals ] [Graph ] Click <Intervals > to display data for the 20 most recent 15-minute intervals during the previous 24 hours. The Error Statistics: Intervals table appears See Error Statistics: Intervals Table (Figure 3-17) for more details on the table format, and Table 3-70 for a description of the displayed parameters Click <Graph > to view the current data in a graph. See Current Graph (Figure 3-10) for more details To view the Error Statistics Graph: In the Error Statistics dialog box (Figure 3-76) click <Graph >. The Error Statistics Graph appears displaying a different colored line for each error type. Using the mouse s left button you can hide/display different parameters on the graph by clicking on the line next to each parameter in the legend. Use the right mouse button to change the size of the line in the graph Physical Layer Frame Relay Module RADview-HPOV/ATM

249 Chapter 3 Card and Port Level Management 3.16 ATM Layer Frame Relay Module Table 3-71 lists the ACE-202 port level management options for the Frame Relay module. Table Frame Relay Module Port Level Management Options ATM Layer Tasks Statistics Dialog Box and Parameter Location Path View current VC FM statistics VC Cross Connect Table (Figure 3-22) Statistics VC FM... View current VC OAM loopback test VC OAM Loopback Current Interval (Figure 3-26) View VC PM error statistics VC PM Statistics Table (Figure 3-27) Statistics VC PM View VC UPC error statistics VC UPC Current Data Table (Figure 3-29) Statistics VC UPC Statistics VC OAM Loopback The VC FM/OAM Loopback/PM/UPC commands enable you to view error statistics for the current and previous intervals of the Frame Relay port ATM layer. The Frame Relay VC Error Statistics and Intervals are the same as those described in ATM Layer ATM Modules on page 3-29 except that only entries of the selected port are displayed AAL5 Layer Frame Relay Module Table 3-72 lists the ACE-202 Port Level Management Options for the CES Port s AAL5 Layer. Table Frame Relay Module Port Level Management Options AAL5 Layer Tasks Statistics Dialog Box and Parameter Location Path View AAL5 statistics AAL5 Statistics Dialog Box (Figure 3-73) Statistics AAL5 RADview-HPOV/ATM AAL5 Layer Frame Relay Module 3-121

250 Chapter 3 Card and Port Level Management To display AAL5 statistics for the selected interface: 1. From the Statistics menu, select AAL5. The FR VC XC Table appears. Figure FR VC Cross Connect Table AAL5 Layer Frame Relay Module RADview-HPOV/ATM

251 Chapter 3 Card and Port Level Management 2. Select a VC, and click <Display...>. The AAL5 Statistics dialog box appears. Figure AAL5 Statistics Table AAL5 Statistics Parameters FR Parameter Access Possible Values / Remarks Slot/Port Read-only 2 4/1 4 Type Read-only Ethernet VPI Read-only Number of the selected VPI VCI Read-only Number of the selected VCI Frames Time Elapsed (sec) Read-only Number of seconds that have elapsed since the beginning of the current 15-minute interval Tx to ATM Read-only Number of frames transmitted Rx from ATM Read-only Number of correct frames received Rx CRC Read-only Number of frames received with CRC error Rx UNK Protocol Read-only Number of frames received with unknown protocol This counter is displayed only for VCCs where Function Mode = Service and Encapsulation Mapping Mode= Translation [Intervals ] Click <Intervals > to display data for the 20 most recent 15-minute intervals during the previous 24 hours. The AAL5: Intervals table appears. See Error Statistics: Intervals Table (Figure 3-17) for more details on the table format, and Table 3-73 for a description of the displayed parameters [Graph ] Click <Graph > to display data in a graph. See Current Graph (Figure 3-10) for more details RADview-HPOV/ATM AAL5 Layer Frame Relay Module 3-123

252 Chapter 3 Card and Port Level Management 3.18 Card Level Management Frame Relay Module The Frame Relay modules include a card level management option. To set card parameters for Frame Relay modules: 1. Select the Frame Relay card. A blue line surrounds the card. 2. From the Configuration menu, select Parameters... The Card Parameters dialog box appears. Figure Card Parameters Frame Relay Modules Table Card Parameters Frame Relay Modules Parameter Access Possible Values / Remarks Slot Read-only 1 4 Type Read-only FR Over HDLC Protocol Read-write V35, X21 or RS530 Rate Resolution Read-write Nx56K or Nx64K Tx Clock Source Read-write Internal or External Output/Input Rate (Cell/sec) Read-write 0, MAX The value 0 can t be configured in HW phase 1 device Card Level Management Frame Relay Module RADview-HPOV/ATM

253 Chapter 3 Card and Port Level Management 3.19 Physical Layer HDLC Module To configure HDLC interface parameters: Select the Physical Layer Interface in Port View. Table 3-67 lists the port level management options for the HDLC module. Table HDLC Module Port Level Management Options Physical Layer Tasks Configuration Dialog Box and Parameter Location Path Viewing port information Setting Physical Parameters HDLC Port Information (Figure 3-80) HDLC Parameters (Figure 3-81) Configuration Port Info... Configuration Parameters... Tasks Diagnostics Dialog Box and Parameter Location Path Initiate Loopback Test Loopback State Dialog Box (Figure 3-9) Diagnostics Loopback Tasks Statistics Dialog Box and Parameter Location Path Viewing interface statistics Error Statistics (Figure 3-20) Statistics Errors Viewing Interface Information To view interface information: From the Configuration menu, select Port Info... The HDLC Port Information dialog box appears. Figure HDLC Port Information Dialog Box RADview-HPOV/ATM Physical Layer HDLC Module 3-125

254 Chapter 3 Card and Port Level Management Table HDLC Port Information Parameters Parameter Access Possible Values / Remarks Slot/Port Read-only Slot and Port number Type Read-only V35, X21, RS530 Terminal Mode Read-only DCE, DTE Flow Control Read-write Enables Flow Control Unchecked (disabled), Checked (enabled) Line Rate Read-only Line Rate in Kbps Setting Parameters To set HDLC configuration parameters: From the Configuration menu, select Parameters... The HDLC Parameters dialog box appears. Figure HDLC Parameters Physical Layer HDLC Module RADview-HPOV/ATM

255 Chapter 3 Card and Port Level Management Table HDLC Parameters Parameter Access Possible Values / Remarks Slot/Port Read-only 2 4/1 4 Type Read-only V35, X21, RS530 Terminal Mode Read-write DCE, DTE Rx Clock Polarity Read-write Normal, Inverse Tx Clock Polarity Read-write Normal, Inverse Flow Control Read-write Enables Flow Control Unchecked (disabled), Checked (enabled) Line Rate (Kbps) Read-write Line Rate in Kbps. Enabled if Terminal Mode=DCE If Rate resolution=64: 64,, n*64,, 32*64 (2048), 4096, 8192 Default: 2048 Note: If Protocol is RS530, then the maximum value is 2048 If Rate resolution=56: 56,, n*56,, 24*56, 1544, 3088, 6176 Default: 1544 Note: If Protocol is RS530(4), then the maximum value is 1544 Rx Clock Source Read-write TX CLK (Internal), DTE CLK (External) Enabled if Terminal Mode=DCE Loopback Tests Viewing Statistics The Loopback command enables you to initiate loopback tests on the selected HDLC port. To initiate a loopback test: From the Diagnostics menu, select Loopback... The Loopback State dialog box appears (Figure 3-9). To display interface statistics: From the Statistics menu, select Errors... The Error Statistics dialog box appears (Figure 3-76). RADview-HPOV/ATM Physical Layer HDLC Module 3-127

256 Chapter 3 Card and Port Level Management 3.20 ATM Layer HDLC Module Table 3-78 lists the ACE-202 Port Level Management Options for the HDLC Port s ATM Layer. Table HDLC Module Port Level Management Options ATM Layer Tasks Statistics Dialog Box and Parameter Location Path View current VC FM statistics VC Cross Connect Table (Figure 3-22) Statistics VC FM... View OAM Loopback statistics VC OAM Loopback Current Interval (Figure 3-26) Statistics VC OAM Loopback... View VC PM statistics VC PM Statistics Table (Figure 3-27) Statistics VC PM View VC UPC statistics VC UPC Current Data Table (Figure 3-29) Statistics VC UPC The VC FM/OAM Loopback/PM/UPC commands enable you to view error statistics for the current and previous intervals of the HDLC port ATM layer. The HDLC VC Error Statistics and Intervals are the same as those described in ATM Layer ATM Modules on page 3-29 except that only entries of the selected port are displayed AAL5 Layer HDLC Module Table 3-79 lists the ACE-202 Port Level Management Options for the HDLC Port s AAL5 Layer. Table HDLC Module Port Level Management Options AAL5 Layer Tasks Statistics Dialog Box and Parameter Location Path View AAL5 statistics AAL5 Statistics Dialog Box (Figure 3-78) Statistics AAL5 Statistics To display AAL5 statistics for the selected interface: 1. From the Statistics menu, select AAL5 Statistics The HDLC VC XC Table appears (Figure 3-77). 2. Select an entry from the table and click <Display >. The AAL5 Statistics dialog box appears (Figure 3-78) AAL5 Layer HDLC Module RADview-HPOV/ATM

257 Chapter 3 Card and Port Level Management Physical Layer 3.22 Dual APS Module Double-clicking a port on a Dual APS module opens the port level window. The Dual APS port level includes physical and ATM layers. The Dual APS module includes both card level and port level management options. There are two ports on this card, and each port behaves differently. Port 1 is the Working port, and Port 2 is for protection for Port 1. Table 3-80 lists the Dual APS port level management options for the physical layer. Table Dual APS Port Level Management Physical Layer Tasks Diagnostics Dialog Box and Parameter Location Path Initiate Loopback Test Loopback State Dialog Box (Figure 3-9) Diagnostics Loopback Tasks Statistics Dialog Box and Parameter Location Path Displaying Error Statistics Error Statistics Table (Figure 3-11) See Viewing Statistics Statistics Errors... Loopback Tests The Loopback command enables you to initiate a physical loopback test in order to perform diagnostics. To initiate a loopback test: From the Diagnostics menu, select Loopback... The Loopback State dialog box appears (Figure 3-9). A description of the Loopback State parameters appears in Figure Viewing Statistics The Errors command enables you to view physical error statistics for the current and previous intervals of the port. The Dual APS Error Statistics and Intervals are the same as those described in Viewing Statistics. RADview-HPOV/ATM Dual APS Module 3-129

258 Chapter 3 Card and Port Level Management ATM Layer Table 3-81 lists the Dual APS port level management options for the ATM layer. Note VP and VC statistics are not available for port 2 (the protection port). Table Dual APS Port Level Management ATM Layer Tasks Statistics Dialog Box and Parameter Location Path View interface statistics Interface Statistics Dialog Box (Figure 3-20) See Interface Statistics View current VP/VC FM statistics View current VP/VC OAM loopback test VP/VC Cross Connect Table (Figure 3-22) See VP/VC Fault Management Statistics VP/VC OAM Loopback Current Interval (Figure 3-26) See VP/VC OAM Loopback View VP/VC PM error statistics VP/VC PM Statistics Table (Figure 3-27) See VP/VC Performance Management Error Statistics View VP/VC UPC error statistics VP/VC UPC Current Data Table (Figure 3-29) See VP/VC Usage Parameter Control Statistics Statistics Interface Statistics VP/VC FM Statistics VP/VC OAM Loopback Statistics VP/VC PM Statistics VP/VC UPC Card Level Management The VC/VP FM/OAM Loopback/PM/UPC commands enable you to view statistics for the current and previous intervals of the Dual APS Port ATM layer. The Dual APS module VC/VP current and Intervals statistics are the same as those described in ATM Layer ATM Modules on page These menu entries are not available for port 2. Table 3-82 lists the Dual APS card level management options that are available when you select a Dual APS module. Table Card Level Management Options Dual APS Tasks Configuration Dialog Box and Parameter Location Path Setting Card Parameters Card Parameters Dialog Box (Figure 3-82) Configuration Parameters Dual APS Module RADview-HPOV/ATM

259 Chapter 3 Card and Port Level Management Setting Parameters To set card parameters for the Dual APS module: 1. Select the Dual APS module. 2. From the Configuration menu, select Parameters The Card Parameters dialog box appears. Figure Card Parameters Dual APS RADview-HPOV/ATM Dual APS Module 3-131