TestPoint Portfolio. Detailed Version

Transcription

1 TestPoint Portfolio Detailed Version

2 TestPoint offers a flexible and cost-effective telecom and datacom test solution for Production and Service Verification Testing (SVT). It consists of a modular platform that provides versatility in configuring interface types, transmission rates, protocols, and port density.a key TestPoint attribute is support for multiple rates on single modules. The platform also features an easy-to-use graphical user interface (GUI) and simple automation interfaces. It is available in three chassis formats: a lightweight, fixed interface TS-10; a 3-slot TS-30; and a 17-slot TS-170. TestPoint provides 1/2/4/8/10 G Fibre Channel (FC) support and Ethernet features from 10 Mb/s up to 10 Gigabit Ethernet (GigE). Transport protocol coverage includes synchronous optical network technologies/ synchronous digital hierarchy (SONET/SDH) up to Gb/s, and Optical Transport Network (G.709) up to Gb/s including overclocked rates Gb/s, Gb/s, Gb/s and Gb/s. Table of Contents Page TestPoint TS-chassis (TS-10,TS-30, and TS-170) 3 TestPoint 40Gbps V2 5 TestPoint 10Gbps 8 TestPoint 1Gbps 16 TestPoint Multi-Rate 21 TestPoint Group Controller 29 2

3 COMMUNICATIONS TEST & MEASUREMENT SOLUTIONS TestPoint TS-chassis (TS-10,TS-30, and TS-170) Key Features The TestPoint chassis support hot swappability and a high level of independence for all modules The TestPoint chassis provide scalability and high port density Control of TestPoint equipment is achieved over a web browser and Java plug-in removing the need to install PC software TestPoint supports simple and robust automation The JDSU TestPoint TS-10 chassis provides a fixed interface configuration and is a lightweight, easy-to-carry platform equipped with a handle. The JDSU TestPoint TS-30 and TS-170 are slot-based chassis equipped with modules. The TS-30 can be configured for rack mounting or portability with a handle and bumpers. All modules in the TS-30 and TS-170 support hot insertion and removal. Modules and configurations, including available options, are: 10Gbps (TS-10, TS-30, and TS-170) 1Gbps (TS-10, TS-30, and TS-170) 40Gbps (TS-30 and TS-170) Multi-Rate (TS-10, TS-30, and TS-170) Group Controller (TS-30 and TS-170)s 3

4 TESTPOINT TS-CHASSIS (TS-10, TS-30, AND TS-170) SYSTEM Connectivity and GUI Requires PC and 10/100BASE-T LAN connection. Static IP and DHCP (dynamic IP) support LAN management port supports simple network time protocol (SNTP) GUI interface via web browser and Java plug-in. No PC software required TS-30/170: PC connects to modules via the Group Controller (one LAN cable) or directly to each module s faceplate TS-30/170:Group Controller supports multiple concurrent users Automation Via Command Line Interface (CLI) ASCII commands. Connection to CLI via Telnet, socket connections, or serial port Automation toolkits available in: Python / C / TCL / LabView / Visual Basic Management Functions GUI installation tool provided for field software upgrades Each module has non-volatile storage for: software loads / configuration files / event logs / test results / capture files Result files (event logs / test results / RFC 2544 results) can be automatically transferred to the controlling PC TS-30/170:Group Controller module provides external clocking ports:t1 / E1 / GPS (including 10MHz) / and other rates CHASSIS The TS-10 provides a fixed interface configuration. The TS-30 and TS-170 are slot-based and all modules support hot insertion and removal. TS-10 The TS-10 is a lightweight, easy to carry platform equipped with a handle. Chassis specifications Height 5.6 cm; 2.25 inches Depth 42.5 cm; 17 inches Width 35 cm; 14 inches Width 3.7 kg; 8.1 lbs Operating temperature 0-35 C Operating humidity 0-85% TS-30 The TS-30 provides three slots. It either comes with a rackmount kit or a handle and bumpers. The Group Controller module or any test module may use slot 0. Chassis specifications Height 8.75 cm; 3.5 inches Depth 37.5 cm; 15 inches Width 42.5 cm; 17 inches Width 7.7 kg; 17 lbs Operating temperature 0-35 C Operating humidity 0-85% TS-170 The TS-170 provides seventeen slots. Test modules may occupy sixteen slots, slot 0 is reserved for the optional Group Controller module. The TS-170 comes with a rackmount kit. Chassis specifications Height cm; 10.5 inches Depth 52.5 cm; 21 inches Width 42.5 cm; 17 inches Width 22.7 kg; 50 lbs Operating temperature 0-35 C Operating humidity 0-85% ORDER INFORMATION TS-170 N TS slot chassis TS-30 N TS-30 3-slot chassis- commercial version N TS-30 3-slot chassis-industrial version OPT inch rack-mount kit for TS-30 OPT Rubber bumpers and transport handle kit for TS-30 chassis Accessories OPT Wheeled hard travel case accepting TS-30 or TS-10 chassis N Filler modules for TS-30/TS-170 chassis 4

5 COMMUNICATIONS TEST & MEASUREMENT SOLUTIONS TestPoint 40Gbps V2 Highlights High density solution for 40G testing Channelized OC-768 / STM-256 (down to STS-192 / VC-4-64c) OTU3 ( Gbps) with SONET/SDH or Bulk PRBS client PRBS framed and unframed Clock rate variations Reporting of incoming optical power and clock offset G.828 / G.829 Performance Monitoring Service Disruption Time for both OTU3 and SONET / SDH Intrusive and transparent monitor connectivity modes Applications SONET/SDH: OC-768 / STM-256 Digital Wrapper and FEC: OTU3 (ITU-T G.709) Compliance CSA Certificate of Compliance to CAN/ CSA C22.2 No (2003) and ANSI / UL (2003) with CSA Mark for Canada and USA CSA CB Certificate of Compliance to EN , IEC and National Deviations with CE Marking Class 1 Laser Product, with compliance to EN 60825, IEC and FDA / CDRH requirements The TestPoint 40Gbps V2 two-slot module fits into both the TS-30 chassis and the TS-170 chassis. Channelized SONET / SDH testing is provided as standard functionality at OC-768 / STM-256 down to STS-192c / VC-4-64c. Traffic consists of a pseudo random binary sequence (PRBS) pattern. The 40Gbps V2 Module also offers an option for Digital Wrapper and forward error correction (FEC) support at OTU3 ( Gbps). Up to eight 40Gbps V2 Modules can be inserted into a TS-170 chassis providing the industry s most dense and scalable 40G testing environment. Inserted into the TS-30 chassis the 40Gbps V2 Module provides a very compact solution. With its multiple chassis options and comprehensive feature set, the 40Gbps V2 Module is a costeffective and flexible test platform. Highlights of the 40Gbps V2 Module feature set include: Best in class Service Disruption Time Measurements Extensive alarm and error insertion and monitoring Robust and straightforward automation and scripting Easy-to-use graphical user interface (GUI) 5

6 TESTPOINT 40GBPS V2 INTERFACE SPECIFICATIONS Optical connector Wavelength Optical output power (Rx power read) Optical overload (min) Sensitivity (min) Clock out LAN (Ethernet) Port Operator port Fixed Optics LC 1550 nm 0 to +3 dbm +3 dbm -6 dbm LVPECL signal, AC coupled on SMA connector RJ 45 (10/100BASE-T) RJ 12 into RS-232 serial cable OPTICAL Receive power measurement Transmit laser on / off LINE RATES Reports PPM offset on receive interface Gbps (SONET / SDH) Gbps (OTU3) CLOCKING Internal (± 4.6 ppm accuracy) Recovered from line External via group controller (TS-30 / 170) Clock rate variations ± -30 ppm Clock output LOGGING Event log Log injections SONET/SDH ALARMS LOS / LOF / OOF / AIS-L / MS-AIS / RDI-L / MS-RDI / LOP-P /AU LOP / AIS-P / AU-AIS / RDI-P / HP-RDI / UNEQ-P / HP-UNEQ / ERDI-P ERRORS Single / Rates for LOF / AIS-L / RDI-L / ERDI / REI L / MS-REI / REI-P / HP-REI / B1 / B2 / B3 / Payload Duration (in ms) for LOS / [AIS-L/MS-AIS] / [RDI-L/MS-RDI] PERFORMANCE MONITORING (G.828/G.829) For Section / Regenerator section (near-end) and line / multiplex section (near-end; far-end): ES, ESR, SES, SESR, BBE, BBER, UAS For Path (near-end; far-end): ES, ESR, SES, SESR, BBE, BBER, SEP, SEPI, UAS, Verdict Threshold configuration CONNECTIVITY Terminal: Source and sink traffic Transparent monitor: Transparently monitors signal and retransmits unaltered Intrusive monitor: Can inject layer 1 errors and pass traffic unaltered APPLICATIONS Descriptions of the applications: SONET / SDH OC-768: STS-786c / STS-192c STM-256:VC-4-256c / VC-4-64c DIGITAL WRAPPER AND FEC OTU3 (ITU-T G.709): Client can be PRBS or SONET/SDH BERT UNFRAMED Gbps Gbps ENLARGED VIEW OF ERRORS & ALARMS REPORT Up to 4 indicators of errors and alarms detected by the TestPoint. Object of each indicator can be chosen by user from the above list of alarms and errors. OVERHEADS Pointer adjustments: Increment / Decrement (single, rates) / NDF count / Pointer value / SS bits Trace messages: J0 / J1; 1, 16 or 64 bytes Decoded bytes: K1 / K2 / S1 / C2 Byte diagram: User editable overhead fields (includes B1, B2, B3 xor masks) in two alternating overhead banks. Interleaving and injection counts in frames / continuous injection support TRAFFIC PRBS 7 / 11 / 15 / 23 / 31 / 4-byte sequence / 16-byte sequence / pattern invert TEST REPORT Contains performance monitoring settings and statistics SIGNAL Framed / unframed (raw pattern) at Gbps 6

7 TESTPOINT 40GBPS V2 OTU3 DIGITAL WRAPPER AND FEC ALARMS LOS / OOF / LOF / OOM / LOM / OTU-AIS (PN-11) / OTU- IAE / OTU-BDI / OTU BIAE / ODU AIS (PM / TCM1-6) / ODU LCK (PM / TCM1-6) / ODU-OCI (PM / TCM1-6) / ODU BDI (PM / TCM1-6) / ODU BIAE (TCM1-6) ERRORS Single and rate for OUT-BIP8 / OTU-BEI / ODU PM & TCM1-6 BIP8 / ODU-BEI (PM / TCM1-6) / Payload OVERHEADS Multi frame structures OTU-TTI / ODU-TTI (PM / TCM1-6) / ODU FTFL / PSI Overhead message editor and viewer CLIENTS SONET / SDH as described in SONET / SDH section Bulk PRBS 7 / 11/ 15 / 23 / 31 / 4-byte sequence / 16-byte sequence / pattern invert FEC Settings: Standard FEC / All-zeroes FEC. Enable / disable error correction Injection: Single. Control of errored sub-row (including all) / errored bytes per sub-row / errored bits per byte / skipped rows between errors. Up to 16 symbol errors Detection: Number of correctable byte errors / number of correctable bit errors / bit error rate / number of uncorrectable sub-rows SIGNAL Framed / unframed (raw pattern) at Gbps SERVICE DISRUPTION TIME Measurement: µs resolution Statistics: Current / Previous / Minimum / Maximum / Average / Count Event logging Automatic re-triggering Triggers: SONET/SDH: LOS / LOF / PRBS Sync / AIS-L/MS-AIS / AIS-P/ AU-AIS / OOF / RDI-L/MS-RDI / RDI-P/AU-RDI / B1 / B2 / B3 OTU3: LOS / AIS / LOF / LOM / OOF / OOM / SM-BDI / SM-BIP8 / ODU-AIS / ODU-LCK / ODU OCI / PM-BDI / PM-BIP8 / PRBS Sync ORDER INFORMATION N Gbps V2 Module with NRZ optics and SONET/SDH N UNF 40Gbps V2 Module with NRZ optics and unframed only Options OPT Accessories OPT OTN 43G G.709 Digital Wrapper / FEC Wheeled hard travel case accepting TS-10 or TS-30 chassis Justification events: Sync (line-client locked) on transmit with PRBS client, client frequency offset Error suppression: To optionally suppress incoming errors / alarms: FEC / PM errors 7

8 COMMUNICATIONS TEST & MEASUREMENT SOLUTIONS TestPoint 10Gbps Highlights Automatic testing with minimum script development time Tests all 10G related rates with one module 10 GigE LAN and WAN, 8G and 10G Fibre Channel Comprehensively supports OTN-related rates ODU2, OTU2, G, G, G, and G Supports EFEC (ITU-T G I.4) Maps GFP-F directly into OTU2 and SONET / SDH (STS 192c / VC-4-64c) Maps 10GigE LAN with preambles into OTU2 using GFP-F into extended payload (ITU-T G.Sup ) Runs framed and unframed PRBS at all supported rates Captures MAC traffic and line codes (64B / 66B for 10 GigE, 8B / 10B for 8GFC) Edits and plays back 64B / 66B 10 GigE PCS codes Generates up to 4096 unique traffic streams in ExStreams mode (MAC / stacked VLAN, MPLS, IPv4, IPv6) Applications Facilitates both 10 Gbps line and client testing Tests Ethernet and Fibre Channel transport Provides Gbps traffic blasting Compliance CSA Certificate of Compliance to CAN / CSA C22.2 No (2003) and ANSI / UL (2003) with CSA Mark for Canada and USA CSA CB Certificate of Compliance to EN ,IEC , and National Deviations with CE Marking Class 1 Laser Product in compliance with EN 60825, IEC 60825, and FDA / CDRH requirement The TestPoint 10Gbps Module supports a comprehensive set of line rates and protocols in the 10 Gbps range. Its applications include the testing of 10 Gigabit Ethernet (LAN / WAN) and SONET / SDH. Also offered are licensed options for 8 & 10 Gigabit Fibre Channel (8/10GFC), several Generic Framing Procedure (GFP) flavours, and Cisco high level data link control (HDLC) A factory installed hardware option provides forward error correction (FEC) and Enhanced FEC (EFEC) support at the following rates: ODU2 ( Gbps), OTU2 ( Gbps), OTU1e ( Gbps), OTU2e ( Gbps), OTU1f ( Gbps), and OTU2f ( Gbps). The test interface uses a 10 Gigabit small form-factor pluggable (XFP) socket which supports optical and electrical connectivity options. The 10Gbps module can be inserted into multiple scalable chassis options, including the highly compact TS-10 configuration. Additional highlights of the 10 Gbps module include a strong focus on lower-layer testing and an RFC 2544 test suite for 10 GigE and 8 / 10GFC. Note: The TestPoint 10Gbps is available as a module for multi-slot systems (TestPoint TS-30 and TS-170) or in a static, self-contained configuration (TestPoint TS-10). The term module is used in this document. 8

9 TESTPOINT 10GBPS INTERFACE SPECIFICATIONS Optical XFP Optical connector LC LC LC Wavelength 850 nm 1310 nm 1550 nm Optical output power (Rx power 4 to 1.1 dbm 6 to 1 dbm 1 to +2 dbm read) Optical overload (min) 1 dbm 0.5 dbm 2 dbm Sensitivity (min) 11.1 dbm 11 dbm 13.5 dbm Differential Electrical XFP Connector Note Impedance single-ended 50 Ohm Cable length 14 inches Type SMA Transmitter Minimum single-ended amplitude 150 mv Maximum single-ended amplitude 385 mv Level set to low 560 mv Level set to high Receiver Sensitivity with 12 (single-ended peak-to-peak) Clock Output Output level Connector Management Ports 10/100Base-T LAN (Ethernet) Operator port LAN management port OPTICAL Receive power measurement Transmit laser on / off XFP information display Electrical Receive equalization setting Transmit level high/low LINE RATES 100 mv Optimized RX equalizer LVPECL, AC coupled SMA/50 Ohm Reports PPM offset on receive interface G (8GFC) Gbps (10GigE WAN and OC-192 / STM-64 BERT) Gbps (ODU2) Gbps (10 GigE LAN) Gbps (10GFC) Gbps (OTU2) Gbps (OTU1e, 10 GigE LAN with FEC, no fixed stuff bytes) Gbps (OTU2e, 10 GigE LAN with FEC, with fixed stuff bytes) Gbps (OTU1f, 10GFC with FEC, no fixed stuff bytes) Gbps (OTU2f, 10GFC with FEC, with fixed stuff bytes) CLOCKING Internal (± 4.6 ppm accuracy) Recovered from line External via group controller (TS-30 / 170) Clock rate variations ± 30 ppm: 10 GigE WAN, SONET / SDH, OTU2 ± 110 ppm: 10 GigE LAN, 8 / 10GFC, 11.X G rates Clock output via RJ45 via RJ12 into RS-232 serial cable Supports simple network time protocol (SNTP) configurable for static IP address or DHCP LOGGING Event log Log injections CONNECTIVITY Transparent monitor: Transparently monitors signal and retransmits unaltered (all supported line rates) Intrusive monitor: Can inject layer 1 errors and pass traffic unaltered (OTN related rates, SONET / SDH) Logical loopback: Used to switch MAC and IP addresses to loop traffic back (10 GigE LAN) Terminal APPLICATIONS Description of the applications: 10 GigE 10 GigE LAN: 10 GigE directly on the line 10 GigE WAN: 10 GigE into SONET / SDH Intrusive Monitor SONET / SDH OC-192 / STM-64 (channelized down to STS-1 / VC-3) DIGITAL WRAPPER & FEC ODU2: OTU2 frame structure without FEC OTU2: Client can be PRBS, 10 GigE WAN, SONET / SDH BERT or GFP G FEC: PRBS or 10 GigE LAN client, frame structure without fixed stuff bytes G FEC: PRBS or 10 GigE LAN client, frame structure with fixed stuff bytes G FEC: PRBS or 10GFC client, frame structure without fixed stuff bytes G FEC: PRBS or 10GFC client, frame structure with fixed stuff bytes FIBRE CHANNEL 8G and 10G Point-to-point GFP-F All GFP-F modes feature a LAN client GFP-F directly in OPU2 GFP-F in OC-192/STM-64 (STS-192c / VC-4-64c) GFP-F in OC-192/STM-64 STM-64 wrapped in OTU2 GFP-F into ODU2 extended payload (ITU-T G.Sup43 7.3) GFP-T GFP-T wth 8GFC client directly in OPU2 Logical Loopback chdlc Cisco HDLC in OC-192 / STM-64 (STS-192c / VC-4-64c); or in OC-192 / STM-64 wrapped in OTU2 UNFRAMED PRBS and user pattern on all supported line rates 10 GigE Description covers 10 GigE LAN and WAN TRAFFIC SETTINGS Four modes: Single stream, multiple streams (physical ports), multiple streams (logical ports ExStreams), PCS play from buffer TestPoint allows for full bi-directional traffic testing 9

10 TESTPOINT 10GBPS SINGLE STREAM Used for BERT testing at PCS, MAC, single / stacked VLAN, and IPv4 layers Protocol support: MAC / single / stacked VLAN / LLC / SNAP / IPv4 User can set header values. For destination / source MAC addresses and VLAN IDs, support of single / incrementing value over a range Frame size: Range of 19 to 65,535 bytes. Size can be: fixed / incrementing / decrementing / random / user sequence (up to 8) Transmission rate: Specified as bandwidth (%,Mbps, frame/s) or number of inter frame gap (IFG) bytes (fixed / random / sequence up to 8; range 8 to 16,777,215 bytes) Frame payload: PRBS 15, 23, or 31 / 16-byte sequence / pattern invert MULTIPLE STREAMS Used for traffic simulation and multi-protocol support Maximum number of streams: 128 for physical ports / 4096 for logical ports (ExStreams) Number of logical ports (ExStreams): User setting to 1, 2, 4, 8, 16 or 32. Per transmit port, up to 4096/[# of logical ports] streams can be defined. Each receive port can detect up to 4096 streams Protocol support: MAC / single / stacked VLAN / MPLS / IPv4 / IPv6 / TCP (logical port) / UDP (logical port). User can set header values per stream Frame size: Range of 27 to 9,600 bytes. Size can be: Fixed / random within a stream Transmission rate: BW % / IFG size in bytes / frames/s Auto-scale BW: Scales bandwidth when total exceeds 100% Frame payload: Fill byte / random / custom (user defined byte-by-byte) Stream signature: Used for receive auto-detection PCS PLAY FROM BUFFER Used to edit PCS blocks, inject detailed errors, and create custom low-level patterns Send mode: Continuous / buffer burst Protocol support: Raw blocks / PCS / MAC PCS editing: Load from PCS capture file (auto-delineates MAC frames) / manual from scratch Auto-validation: Sync header bits / PCS block type value / SOF and EOF mismatch / MAC CRC / control codes Auto-correction: MAC CRC File type: Binary / ASCII CONTROL PLANE Pause frames: Single / continuous with interval. Pause timer Receiver throttles ARP: ARP request sent for each unique des tination IP address; Timeout, Retry Period and Count support ARP Reply sent on port MAC address match Gateway and Subnet Mask Settings PING Send mode: Continuous / packet count Transmission period: 1,000 to 4,294,967,295 ms Protocol support: IPv4 with no VLAN / single / stacked VLAN Data size: 0 to 9,554 bytes Replies: Issued on port IP address match ERROR INJECTIONS PCS sublayer: LOS / Remote Fault / Local Fault / error control character / user-defined 64B / 66B block (single, rates) / sync header error (single, HI BER, loss of sync) / 64B / 66B block type error (single, rates) SINGLE STREAM MAC: CRC single, error rate MULTIPLE STREAMS Applies to physical ports and logical ports (ExStreams) modes Applied to a specific stream MAC: CRC count / sequence number error (lost, out of order, duplicate) count ERROR MONITORING PCS sublayer: LOS / PCS synchronization / HI BER / Remote Fault / Local Fault / invalid 64B / 66B blocks / sync header errors / error control characters / Rx_E state MAC sublayer: Frames too long (>jumbo) / Jabbers / undersized / fragments / CRC errors / in-range length errors (802.3 frames) / short IFGs (adjustable threshold) IPv4: Checksum errors STATISTICS MAC: Bandwidth (%, Mbps, frames/s) / frame count / octet count / unicast frames / multicast frames / broadcast frames / [single / stacked VLAN tagged frames] / number of pause frames / ARP frames / MPLS tagged frames / frame length bins (including jumbo) / CRC counts (total and length bins) / short preamble count / long preamble count MPLS: Frame count IPv4: Packet count / ICMP packets IPv6: Packet count / ICMP packets Per stream statistics: Valid frames / valid bytes / frame rate (fps) / BW in % / BW in Mbps / MAC CRC error count / frames lost (count, ratio) / frames duplicated / frames out of order In logical ports multiple streams (ExStreams), a linked error summary is provided 10

11 TESTPOINT 10GBPS LATENCY AND SEQUENCING In single stream mode Sequencing: Frame loss / out-of-order / duplicates. Can inject errors on transmit Timestamping: Latency (min, max, avg over test period and 0.5 s window; bit forwarding / store and forward) / packet jitter RFC 2544 OVERHEADS Pointer adjustments: Increment / decrement (single, rates) / NDF count / pointer values / SS bits Trace messages: J0 / J1; 1, 16 or 64 bytes Decoded bytes: K1 / K2 / S1 / C2 Byte diagram: User editable overhead fields (includes B1,B2, B3 xor masks) in two alternating overhead banks. Interleaving and injection counts in frames / continuous injection support PERFORMANCE MONITORING (G.828 / G.829) Available except for 10 GigE WAN For section / Regenerator section (near-end) and line / multiplex section (near-end; far-end): ES, ESR, SES, SESR, BBE, BBER, UAS For path (near-end; far-end): ES, ESR, SES, SESR, BBE, BBER, SEP, SEPI, UAS, Verdict Threshold configuration One-way latency measurements available across module in a chassis; requires group controller FILTERS MAC: 8 MAC / VLAN filters with accept / discard operation Pattern filter: Up to 6 bytes with offset from start of frame CAPTURES Two modes: 64B / 66B PCS, and MAC level PCS Triggers: Manual / PCS sync loss / invalid 64B / 66B block / sync header error / Remote Fault / Local Fault / control code match / block type field match / data pattern match (up to 8 bytes) Display: Trigger point / 64B / 66B blocks as in Figure 49-7 IEEE 802.3ae-2005 Size: 3,355,400 64B / 66B blocks File type: Binary / ASCII MAC Triggers: Manual / CRC error / undersized frame / frame too long / in-range length error Provides throughput, latency, frame loss, and back-to-back measurements in single stream mode. Up to 10 frame sizes Supports function to run all tests in succession. Logs results to file and generates graphics TEST REPORT Contains 10 GigE settings, errors, and statistics OPTICAL TEST PATTERNS Square wave: Programmable between 4 and 11 bits Pseudo-random (AnAiBnBi- LF, AnAiBnBi-zero, AnAiAnAizero, BnBiBnBi-LF) Transmit and receive with PCS sync header and block error counts PRBS31: Transmit and receive with bit error injection and bit error count SONET / SDH CHANNELIZATION OC-192: STS-192c / STS-48c / STS-12c / STS-3c / STS-1 STM-64: VC-4-64c / VC-4-16c / VC-4-4c / VC-4 / VC-3 (AU-3) ALARMS TRAFFIC 10 GigE client (10 GigE WAN) / PRBS 15, 23 or 31 / 4-byte sequence / GFP-F / chdlc DIGITAL WRAPPER AND FEC For both GFEC and EFEC I.4 EFEC is as per ITU-T G I.4 Description covers ODU2, OTU2,11.049G FEC, G FEC, G FEC and G FEC. GFEC and EFEC does not apply to ODU2 ALARMS Filters: MAC filters / pattern filter Display: Trigger point / timestamp / MAC layer decode Size: 400,000 frames / 32.4 Mbytes / full frame or slicing (first 64 bytes) File type: Binary (snoop compatible with Wireshark) LOS / LOF / OOF / [AIS-L / MS-AIS] / [RDI-L / MS-RDI] / [LOP-P / AU-LOP] / [AIS-P / AU-AIS] / [ERDI-P / HP-ERDI] / [UNEQ-P / HP-UNEQ] ERRORS Single / rates for LOF / [AIS-L / MS-AIS] / [RDI-L / MS-RDI] / [REI-L / MS-REI] / [REI-P / HP-REI] / B1 / B2 / B3 Duration (in ms) for LOF / [AIS-L / MS-AIS] / [RDI-L / MS-RDI] LOS / OOF / LOF / OOM / LOM / OTU-AIS (PN-11) / OTU-IAE / OTU-BDI / OTU-BIAE / ODU-AIS (PM / TCM1-6) / ODU-LCK (PM / TCM1-6) / ODU-OCI (PM / TCM1-6) / ODU-BDI (PM / TCM1-6) / ODU-BIAE(TCM1-6) 11

12 TESTPOINT 10GBPS ERRORS Single and rates for OTU-BIP8 / OTU-BEI / ODU-BIP8 (PM / TCM1 6) / ODU-BEI (PM / TCM1-6) OVERHEADS Multi-frame structure: OTU-TTI / ODU-TTI (PM / TCM1-6) / FTFL / PSI Justification events: Sync (line-client locked) / async (range ± 70 ppm). Reporting of justification event ratio and lineclient ppm offset Byte diagram: User editable overhead fields / MFAS invert Injection count in frames / continuous injection Overhead PRBS: 3 independent PRBS 15 engines for GCC0-2 / RES (OTU, ODU, OPU) / TCM1-6 / TCM ACT / EXP Error suppression: to optionally suppress incoming errors / alarms: FEC / TCM1-6 errors / PM errors / client errors CAPTURES Triggers: Manual / OOF / LOF / OOM / LOM / OTU-IAE / OTU-BDI / OTU-BIAE / OTU-BIP8 / OTU-BEI / ODU-AIS (PM / TCM1-6) / ODU-LCK (PM / TCM1-6) / ODU-OCI (PM / TCM1-6) / ODU-BDI (PM / TCM1-6) / ODU-BIP8 (PM / TCM1-6) / ODU-BEI (PM / TCM1-6) / ODU-BIAE ( TCM1-6) / positive justification / negative justification / overhead PRBS bit error / pattern match (equal, not equal) with bit-mask Pattern match fields: FAS / MFAS / GCC0-2 / OTU RES / SM TTI / ODU RES1-3 / (TCM / ACT) / FTFL / EXP / (APS / PCC) / TCM1-6 TTI / PM TTI / OPU RES1-3 Display: Trigger point / Hex values for all overhead fields Size: Overhead of 256 frames File type: ASCII (csv) CLIENTS OTU2: PRBS 9, 15, 23, or 31 / 4-byte sequence / pattern invert / 10 GigE WAN / (SONET / SDH BERT) / GFP-F / GFP-T ODU2: PRBS 9, 15, 23, or 31 / 4-byte sequence / pattern invert / (SONET / SDH) G / G: 10 GigE LAN G / G: 10GFC GFEC (G.709) and EFEC I.4 (G.975.1) Settings: GFEC / EFEC / all-zeroes FEC selectable. Enable / disable error correction Injection: Single and rates. Control of errored sub-row (including all) / errored bytes per sub-row / errored bits per byte / skipped rows between errors. Up to 16 symbol errors Detection: Number of correctable byte errors / number of correctable bit errors / bit error ratio / number of uncorrectable sub-rows 8G FIBRE CHANNEL 8GFC point-to-point mode is described here TRAFFIC SETTINGS Frame size: Range of 12 to 4,104 bytes (multiple of 4, includes SOF & EOF). Size can be: Fixed / incrementing / decrementing / random / user sequence (up to 8) Transmission rate: Specified as bandwidth (%, Mbps, frames/s) / number of inter frame gap (IFG) bytes (fixed / random / sequence up to 8; range 8 to 65,535 bytes) FC-2 framing: User can set 24-byte header values Class support: Class 3 Flow control: Manual buffer-to-buffer credit setting; range 1 to 4,095. Sending of R_RDY may be enabled / disabled Frame payload: PRBS 15, 23 or 31 / 16-byte sequence / pattern invert LINK INITIALIZATION Settings: Enable / disable. LF1 / LF2 state force Reporting: Active state indicator / LF1 report / LF2 report / Primitive sequence protocol error count / loss of sync count / link failure count ERROR INJECTIONS PCS sublayer: LOS / running disparity error (single, rates) / [8B / 10B coding error (single, rates)] / random bit corruption (single, rates) FC-1: Misaligned frames (non-multiple of 4 bytes size) FC-2: CRC (single, rates) ERROR MONITORING PCS sublayer: LOS / synchronization / running disparity errors / invalid 8B / 10B Code groups / short IFGs (adjustable threshold) FC-1: Frames oversized (>2148 bytes) / frames undersized (<36 bytes) / frames misaligned (non-multiple of 4 bytes) FC-2: CRC errors STATISTICS FC-1: Bandwidth (%,Mbps, frames/s) / frame count / octet count / number of R_RDY LATENCY AND SEQUENCING Sequencing: Frame loss / out-of-order / duplicates. Can inject errors on transmit Timestamping: Latency (min, max, avg over test period and 0.5 s window) / packet jitter. One-way latency measurements available across all modules in a chassis; requires group controller CAPTURES Captures 8B / 10B codes Triggers : Manual / sync loss / invalid 8B / 10B code group / running disparity error / code group pattern match (up to 6 bytes) Display: Trigger point / 8B / 10B code group and decode (D / K codes and hex) Size: 8,250,000 code groups File type: Binary / ASCII RFC 2544 Functionality as described under 10 GigE TEST REPORT Contains settings, errors, and statistics OPTICAL TEST PATTERNS Transmits JSPAT, JTSPAT with receive BER measurement 10G FIBRE CHANNEL 10GFC point-to-point mode is described here TRAFFIC SETTINGS Frame size: Range of 12 to 4,104 bytes (multiple of 4, includes SOF & EOF). Size can be: Fixed / incrementing / decrementing / random / user sequence (up to 8) Transmission rate: Specified as bandwidth (%, Mbps, frames/s) / number of inter frame gap (IFG) Bytes (fixed / random / sequence up to 8; range 8 to 65,535 bytes) FC-2 framing: User can set 24-byte header values Class support: Class 3 Flow control: Manual buffer-to-buffer credit setting; range 1 to 4,095. Sending of R_RDY may be enabled / disabled Frame payload: PRBS 15, 23 or 31 / 16-byte sequence / pattern invert 12

13 TESTPOINT 10GBPS LINK INITIALIZATION Settings: Enable / Disable. LF1 / LF2 state force Reporting: Active sate indicator / LF1 / LF2 / primitive sequence protocol error count / loss of sync count / link failure count ERROR INJECTIONS PCS sublayer: LOS / Remote Fault / Local Fault / error control character / user-defined 64B / 66B block (single, rates) / sync header error (single, HI BER, loss of sync) / 64B / 66B block type error (single, rates) FC-1: Misaligned frames (non-multiple of 4 bytes size) FC-2: CRC (single, rates) ERROR MONITORING OPTICAL TEST PATTERNS Square wave: Programmable between 4 and 11 bits Pseudo-random: AnAiBnBi- LF, AnAiBnBi- Zero, AnAiAnAizero, BnBiBnBi-LF : Transmit and receive with PCS Sync header and block error counts PRBS31: Transmit and receive with bit error injection and bit error count GFP-F There are three possible mappings for GFP-F: as direct OTU2 client ; in OC-192 / STM-64 (STS-192c / VC-4 64c); or in OC-192 / STM-64 wrapped in OTU2 TRAFFIC SETTINGS STATISTICS GFP: Bandwidth (Mbps, % frames/s) / frame count / octet count / management frame count / GFP Idle frame count MAC: Frame count / octet count / unicast frames / multicast frames / broadcast frames / single / stacked VLAN tagged frames / frame length Bins (including jumbo) / CRC counts (total and lengths bins) FILTERS MAC: 8 MAC / VLAN filters with accept / discard operation Pattern filter: Up to 6 bytes with offset from start of GFP frame CAPTURES PCS sublayer: LOS / PCS synchronization / HI BER / Remote Fault / Local Fault / invalid 64B / 66B blocks / sync header errors / error control characters / RX_E state / short IFGs (adjustable threshold) FC-1 frames oversized (>2148 bytes) / frames undersized (<36 bytes) / frames misaligned (non-multiple of 4 bytes) FC-2: CRC errors STATISTICS FC-1: Bandwidth (%, Mbps, frames/s) / frame count / octet count / number of R_RDY LATENCY AND SEQUENCING Sequencing: Frame loss / out-of-order / duplicates. Can inject errors on transmit Timestamping: Latency (min, max, avg over test period and 0.5 s window) / packet jitter. One-way latency measurements available across all modules in a chassis; requires group controller CAPTURES Captures 64B / 66B codes Triggers: Manual / PCS sync loss / invalid 64B / 66B block / sync header error / Remote Fault / Local Fault / control code pattern match / block type field match / block pattern match (up to 8 bytes) Display: Trigger point / 64B / 66B blocks as in figure 49-7 IEEE Size: 3,355,400 64B / 66B blocks File type: Binary / ASCII RFC 2544 Functionality as described under 10 GigE TEST REPORT Contains FC settings, errors, and statistics 13 Header settings: PLI (auto-calculate on / off) / PTI / EXI / UPI / pfcs (on / off) / linear extension header (on / off) / channel ID / spare chec error correction on / off on receive Protocol support: MAC / single / stacked VLAN. User can set header values Scrambler: Core header scrambler (enable / disable); payload header scramble(enable / disable) Frame size: Range of 33 to 65,535 bytes (GFP frame). Size can be: Fixed / incrementing / decrementing / random Transmission rate: Specified as bandwidth (Mbps ) / number of GFP Idle frames (fixed / random; range 0 to 65, 535 bytes) Frame payload: PRBS 15, 23, or 31 / 4-byte sequence / pattern invert ERROR INJECTIONS GFP: Loss of client signal (LCS) / loss of client character synchronization (LCCS) / short GPF frame / pfcs (single, rates) / Idle GFP frame (single, 16-bit x or mask) / core header (single, rates; 16-bit x or mask) / type header (single, rates; 16-bit x or mask) / Extension header (single, rates; 16-bit x or mask) MAC: CRC (single, rates) ERROR MONITORING GFP: Loss of frame delineation (LFD) / LCS count / LCCS count / short GFP frames / undefined fields (client signal Fail, PTI, EXI) / pfcs errors / single-bit chec errors / multi-bit chec errors / single-bit thec errors / multi-bit thec errors / single-bit ehec errors / multi-bit ehec errors MAC: Frames too long (>jumbo) / Jabbers / undersized / Fragments / CRC errors / in-range length errors (802.3 frames) Triggers: Manual / LFD / single-bit chec error / multi-bit chec error / thec error / ehec error / pfcs error / management frame / large GFP frame (with threshold) / MAC CRC error Filters: Exclude Idle frame (on / off) Display: Trigger point / Timestamp / GFP and MAC layer decode Size: 700,000 frames / 32.4 Mbytes / full frame or slicing (first 64 bytes) File type: Binary (Snoop) / ASCII GFP-F with Preambles (G.Sup43 7.3) Maps 10GigE LAN with preambles into extended ODU2 payload as per ITU-T G.Sup TRAFFIC SETTINGS Header settings: PTI / UPI Protocol support: MAC / single / stacked VLAN. User can set header values Scrambler: Core header scrambler (enable / disable); payload header scramble(enable / disable) Frame size: Range of 35 to 10,240 bytes (GFP frame). Size can be: Fixed / incrementing / decrementing / random Transmission rate: Specified as bandwidth (Mbps, fps) Frame payload: PRBS 15, 23, or 31 / 16-byte sequence / pattern invert ERROR INJECTIONS GFP: Loss of client signal (LCS) / loss of client character synchronization (LCCS) / Core header (single; 16-bit XOR mask) / Type header (single; 16-bit XOR mask) PCS: Ordered Set continuous (Remote Fault, Local Fault, User) MAC: CRC (single, rates) Payload: Bit Errors (single, rates)

14 TESTPOINT 10GBPS ERROR MONITORING GFP: Loss of frame delineation (LFD) / LCS count / LCCS count / undefined fields CSF count / pfcs errors / single-bit chec errors / multi-bit chec errors PCS: Remote Fault, Local Fault MAC: Frames too long (>jumbo) / Jabbers / Undersized / Fragments / CRC errors / In-range length errors (802.3 frames) STATISTICS PCS: Bandwidth (Mbps, %, frames/s) GFP: Data frame count / GFP Idle frame count MAC: Frame count / octet count / unicast frames / multicast frames / broadcast frames / single / stacked VLAN tagged frames / frame length bins (including jumbo) / CRC counts (total and lengths bins) Payload: Byte count FILTERS MAC: 8 MAC / VLAN filters with accept / discard operation CAPTURES Two modes: 64B / 66B PCS, and MAC level PCS Triggers: Manual / Remote Fault / Local Fault / control code match / block type field match / data pattern match (up to 8 bytes) Display: Trigger point / 64B / 66B blocks as in Figure 49-7 IEEE 802.3ae-2005 Size: 3,355,400 64B / 66B blocks File type: Binary / ASCII MAC Triggers: Manual / CRC error / undersized frame / frame too long / in-range length error Filters: MAC filters / pattern filter Display: Trigger point / timestamp / MAC layer decode Size: 400,000 frames / 32.4 Mbytes / full frame or slicing (first 64 bytes) File type: Binary (snoop compatible with Wireshark) GFP-T with 8GFC Client Mapped into OPU2 Full OTU2 wrapper as described under Digital Wrapper and FEC Full 8GFC client as described under 8GFC TRAFFIC SETTINGS Header settings: PLI (auto-calculate on / off) / PTI / EXI / UPI / pfcs (on / off) / linear extension header (on / off) / channel ID / spare chec error correction on / off on receive Scrambler: Core header scrambler (enable / disable); payload header scramble(enable / disable) Superblocks per Frame: Range of 1 to 512 Transmission rate: Specified as bandwidth (Mbps ) / number of GFP Fixed Idle frames; range 0 to 65,535 bytes Client Rate Adaptation: adjust client rate in ± ppm ERROR INJECTIONS GFP: Loss of client signal (LCS) / loss of client character synchronization (LCCS) / short GPF frame / pfcs / PLI (single, 15-bit x or mask) / Idle GFP frame (single, 16-bit x or mask) / core header (single, rates; 16-bit x or mask) / type header (single, rates; 16-bit x or mask) / Extension header (single; 16-bit x or mask) Superblock: CRC (single, rates, burst; 16-bit x or mask) / Flag Bit Error (single, rates; 8-bit x or mask) ERROR MONITORING GFP: Loss of frame delineation (LFD) / LCS count / LCCS count / short GFP frames / undefined fields (client signal Fail, PTI, EXI) / pfcs errors / total errored frames / single-bit chec errors / multi-bit chec errors / single-bit thec errors / multi-bit thec errors / single-bit ehec errors / multi-bit ehec errors Superblock: CRC correctable, uncorrectable / 10B_ERR STATISTICS GFP: Bandwidth (Mbps, %, frames/s) / frame count / octet count / management frame count / GFP Idle frame count Superblock: superblocks per frame / total superblocks / 65B_PAD / 65B_PAD/s Pattern Filter: pattern matched frames FILTERS Pattern filter: Up to 6 bytes with mask and offset from start of GFP frame CAPTURES Triggers: Manual / LFD / single-bit chec error / multi-bit chec error / thec error / ehec error / pfcs error / management frame / large GFP frame (with threshold) / Superblock CRC correctable, uncorrectable / Ctrl Code Match / Data Pattern Match (8 bytes) Filters: Exclude Idle frame (on / off) Display: Trigger point / Timestamp / GFP and MAC layer decode Size: 700,000 frames / 32.4 Mbytes / full frame or slicing (first 64 bytes) File type: Binary (Snoop) / ASCII chdlc chdlc is Cisco-HDLC. Two possible mappings: in OC-192 / STM-64 (STS-192c / VC-4-64c); or in OC-192 / STM-64 wrapped in OTU2 TRAFFIC SETTINGS Two modes: Single stream / multiple streams SINGLE STREAM Used for BERT testing Protocol support: IPv4 (can also support MAC / single / stacked VLAN directly in HDLC). User can set header values including address / control / protocol Frame size: Range of 9 to 65,535 bytes. Size can be: fixed / incrementing FCS Size: CRC-32 Transmission rate: Specified as number of flags (fixed) between 1 and 65,535 Frame payload: PRBS 15, 23 or 31 / 16-byte sequence / pattern invert MULTIPLE STREAMS Used for traffic simulation and multi-protocol support Maximum number of streams: 128 Protocol support: MPLS / IPv4 / TCP / UDP. User can set header values per stream (HDLC address / control / protocol values are global) Frame size: range of 37 to 9,600 bytes. Size is fixed within a stream FCS Size: CRC-32 Transmission Rate: BW% / number of flags in bytes / frames/s Auto-scale BW: Scales bandwidth when total exceeds 100% Frame payload: Fill byte / random / custom (user defined byte-by-byte) Stream signature: Used for receive auto-detection CONTROL PLANE SLARP: Filters out SLARP packets from data stream ERROR INJECTIONS Abort (single) / FCS (single) ERROR MONITORING FCS errors / frames too short (threshold) / address mismatches / control mismatches / abort errors / invalid control sequences / IPv4 checksum errors (single stream) STATISTICS Bandwidth (%, Mbps, frames / s) / frame count / octet count / SLARP packet count / IPv4 packet count (single stream) Service Disruption Time Measurement: μs resolution Statistics: Current / Previous / Minimum / Maximum / Average / Count Event Logging Automatic re-triggering Triggers: 10GE LAN and Fibre Channel: LOS / PRBS Sync / PCS Sync SONET/SDH: LOS / LOF / PRBS Sync / AIS-L/MS-AIS / AIS-P/ AU-AIS / OOF / RDI-L/MS-RDI / RID-P/AU-RDI / B1 / B2 / B3 14

15 TESTPOINT 10GBPS ORDER INFORMATION TS-30 / 170 Module N Gbps module XFP Version N PA1 Electrical Production Package 9.9G-10.5G N PA2 Electrical Production Package 8.5G-11.3G Hardware option OPT OTN DW & GFEC for 10Gbps module OPT OTN DW & GFEC / EFEC I.4 for 10Gbps module Interfaces OPT OPT OPT OPT Software options OPT OPT OPT OPT OPT OPT OPT OPT OPT OPT OPT OPT Packages OPT OPT OPT OPT OPT nm XFP optics for 10Gbps module 1550 nm XFP optics for 10Gbps module 850 nm XFP optics for 10Gbps module Differential electrical XFP for 10Gbps module 10G GFP for 10Gbps module 11.27G FEC extended rate for 10Gbps module chdlc for 10Gbps module G FEC extended rate for 10Gbps module 10G WAN for 10Gbps module ExStreams Ethernet Multi-Streaming for 10Gbps module (4096 streams ) 10G FC for 10bps module ODU G digital wrapper for 10Gbps module OC-192 / STM-64 channelization for 10Gbps module (Includes full concatenation) 8GFC for 10Gbps module GFP-F with preambles in extended OPU2 for TS-10 10Gbps GFP-T for 8GFC client for 10Gbps module 10G LAN / WAN and OC-192c / STM-64c for 10Gbps module 10G LAN and OC-192c / STM-64 for 10 Gbps module 10G LAN / WAN and OC-192c / STM-64c & 10GFC for 10Gbps module G/11.317G FEC extended rate for 10 bps module 8G / 10GFC for 10Gbps module TS-10 10Gbps configuration N TS Gbps XFP Version N PB1 Electrical Production Package 9.9G-10.5G N PB2 Electrical Production Package 8.5G-11.3G Hardware option OPT OPT Interfaces OPT OPT OPT OPT OTN DW & GFEC for TS-10 10Gbps OTN DW & GFEC / EFEC I.4 for TS-10 10Gbps 1310 nm XFP optics for TS-10 10Gbps 1550 nm XFP optics for TS-10 10Gbps 850 nm XFP optics for TS-10 10Gbps Differential electrical XFP for TS-10 10Gbps Software options OPT G GFP for TS-10 10Gbps OPT G FEC extended rate for TS-10 10Gbps OPT chdlc for TS-10 10Gbps OPT G FEC extended rate for TS-10 10Gbps OPT G WAN for TS-10 10Gbps OPT ExStreams Ethernet Multi-Streaming for TS-10 10Gbps (4096 streams) OPT G FC for TS-10 10Gbps OPT ODU G digital wrapper for TS-10 10Gbps OPT OC-192 / STM-64 channelization for TS-10 10Gbps (Includes full concatenation) OPT GFC for TS-10 10Gbps OPT GFP-F with preambles in extended OPU2 for TS-10 10bps OPT GFP-T for 8GFC client for TS-10 10Gbps Packages OPT OPT OPT OPT OPT G LAN / WAN & OC-192c / STM-64c for TS-10 10Gbps 10G LAN and OC-192c / STM-64 for TS-10 10Gbps 10G LAN / WAN & OC-192c / STM-64c & 10GFC for TS-10 10Gbps G/11.317G FEC extended rate for TS-10 10Gbps 8G / 10GFC for TS-10 10Gbps Accessories OPT 022x-10 Wheeled hard travel case accepting TS-10 or TS-30 chassis 15

16 COMMUNICATIONS TEST & MEASUREMENT SOLUTIONS TestPoint 1Gbps Highlights Most comprehensive lower layer testing for Ethernet and Fibre Channel Controls two independent ports Test rates up to 4 G with one module: 1 / 2 / 4G Fibre Channel (FC), Optical Gigabit Ethernet (GigE), 10 / 100 / 1000BASE-T, 100BASE-FX Captures 8B / 10B PCS and MAC traffic Generates up to 4096 unique traffic streams in ExStreams mode (MAC / stacked VLAN, MPLS, IPv4, IPv6) Executes RFC 2544 test suite on both Ethernet and Fibre Channel Measures service disruption time Terminal and transparent monitor connectivity modes Applications Validates FC links Tests Ethernet Transport Provides FC traffic blasting up to 4 Gbps Compliance CSA Certificate of Compliance to CAN / CSA C22.2 No (2003) and ANSI / UL (2003) with CSA Mark for Canada and USA CSA CB Certificate of Compliance to EN , IEC , and National Deviations with CE Marking Class 1 Laser Product in compliance with EN 60825, IEC 60825, and FDA / CDRH requirements The JDSU TestPoint 1Gbps Module provides two test ports for Ethernet from 10 Megabit to 1 Gigabit or 1 / 2 / 4 Gigabit Fibre Channel (FC) with a strong focus on lower-layer testing. Licensed options control the available protocols and line rates. Both ports may be used concurrently with each being independently controlled. The test interface uses small form-factor pluggable (SFP) sockets which support optical and electrical connectivity options, and enable the convenience of changing wavelengths and protocols. Traffic generation of up to 128 streams is provided on all supported Ethernet rates in standard configuration. With the ExStreams option, up to 4096 streams can be generated and analyzed. The TestPoint 1Gbps Module can be inserted into multiple scalable chassis options, including the highly compact TS-10 configuration. Up to sixteen 1Gbps modules can be inserted into the TS-170 for a total of 32 test ports in a single chassis. Note: The TestPoint 1 Gbps is available as a module for multi-slot systems (TestPoint TS-30 and TS-170) or in a static, self-contained configuration (TestPoint TS-10). The term module is used in this document 16

17 TESTPOINT 1GBPS INTERFACE SPECIFICATIONS Optical / electrical SFP Optical connector LC LC LC Wavelength 850 nm 1310 nm 1550 nm Optical output power (Rx power read) -9.5 to -2.5 dbm Up to -3 dbm -5 to 0 dbm Optical overload (min) 0 dbm 0 dbm 0 dbm Sensitivity (min) -18 (4G); -21 (2G); -23 dbm -22 (1G) dbm Electrical connector RJ45; supports full-duplex 10BASE-T, 100BASE-TX, 1000BASE-T Differential electrical SFP Connector Impedance single-ended 50 Ohm Cable length 14 inches Type SMA Transmitter Minimum single-ended amplitude 265 mv Maximum single-ended amplitude 800 mv Receiver Sensitivity with 150 mv (single-ended peak-to-peak) Clock output Output level LVPECL signal, AC coupled Connector SMA / 50 Ohm Management ports 10/100Base-T LAN (Ethernet) via RJ45 Operator port via RJ12 into RS-232 serial cable LAN management port Supports simple network time protocol (SNTP) configurable for static IP address or DHCP APPLICATIONS Description of the applications: Fibre Channel: 1 / 2 / 4GFC Ethernet: Optical GigE and / or 10 / 100 / 1000BASE-T and / or 100BASE-FX Applications are switchable between FC and Ethernet; however, both ports run either FC or Ethernet FIBRE CHANNEL This covers 1 / 2 / 4GFC point-to-point. Used for BERT testing at the FC-1 and FC-2 layers. Applies to each port individually or both ports. TRAFFIC SETTINGS OPTICAL Receive power measurement Transmit laser on / off SFP information display LINE RATES 10 / 100 / 1000 Mbps (BASE-T) 125 Mbps (100BASE-FX) Gbps (1GFC) 1.25 Gbps (Optical GigE) Gbps (2GFC) 4.25 Gbps (4GFC) CLOCKING Internal (± 4.6 ppm accuracy) Recovered from line External via group controller: TS-30 / 170 Clock rate variations : ± 110 ppm Clock output LOGGING Event log Log injections CONNECTIVITY Terminal: Source and sink traffic Transparent monitor: Transparently monitors and retransmits unaltered Frame size: Range of 12 to 4,104 bytes (multiple of 4, includes SOF & EOF). Size can be: Fixed / incrementing / decrementing / random / user sequence (up to 8) Transmission rate: Specified as bandwidth (%, Mbps, frames/s) / number of inter frame gap (IFG) bytes (fixed / random / sequence up to 8; range 8 to 65,535 bytes) FC-2 framing: User can set 24-byte header values Class support: Class 3 Flow control: Manual buffer-to-buffer credit setting; range 1 to 4,095. Sending of R_RDY may be enabled / disabled. Frame payload: PRBS 23 or 31 / 16-byte sequence / pattern invert LINK INITIALIZATION Settings: Enable / disable. LF1 / LF2 state force Reporting: Active sate indicator / LF1 / LF2 / primitive sequence protocol error count / loss of sync count / Link Failure count ERROR INJECTIONS PCS sublayer: LOS / running disparity error (single, rates) / 8B / 10B coding error (single, rates) / random bit corruption FC-1: Misaligned frames (non-multiple of 4 bytes size) FC-2: CRC (single, rates) 17

18 TESTPOINT 1GBPS ERROR MONITORING Settings: Enable / disable. Remote fault (offline, link failure, auto-neg error) / pause encoding / operation mode Reporting: Auto-negotiation complete indicator. Remote fault (offline, link failure, auto-neg error) Capture: Using 8B / 10B capture 10 / 100 / 1000BASE-T PCS sublayer: LOS / synchronization / running disparity errors / invalid 8B / 10B code groups / short IFGs (adjustable threshold) FC-1: Frames oversized (>2148 bytes) / frames undersized (<36 bytes) / frames misaligned (non-multiple of 4 bytes) FC-2: CRC errors STATISTICS FC-1: Bandwidth (%, Mbps, frames/s) / frame count / octet count / number of R_RDY LATENCY AND SEQUENCING Sequencing: Frame loss / out-of-order / duplicates. Can inject errors on transmit Time stamping: Latency (min, max, avg over test period and 0.5 s window) / packet jitter CAPTURES Captures 8B / 10B codes Triggers : Manual / sync loss / invalid 8B / 10B code group / running disparity error / code group pattern match (up to 6 bytes) Display: Trigger point / 8B / 10B code group and decode (D / K codes and hex) Size: 8,250,000 File type: Binary / ASCII RFC 2544 As described under Ethernet TEST REPORT Contains FC settings, errors, and statistics TEST PATTERNS Transmits CJTPAT, CRPAT and CSPAT ETHERNET Description covers optical GigE 10 / 100 / 1000BASE-T, and 100BASE-FX, based on the SFP used. Applies to each port individually or both ports. TRAFFIC SETTINGS Three modes: Single stream, multiple streams (physical ports), and optional multiple streams (logical ports ExStreams) Single Stream Used for BERT testing at PCS, MAC, single / stacked VLAN, and IPv4 layers. Protocol support: MAC / single stacked VLAN / LLC / SNAP / IPv4. User can set header values. For destination / source MAC address and VLAN IDs, support of single / incrementing value over a range. Frame size: Range of 19 to bytes. Size can be : Fixed incrementing / decrementing / random / user sequence (up to 8) Transmission rate: Specified as bandwidth (%, Mbps, frames/s) or number of inter frame gap (IFG) bytes (fixed / random / sequence up to 8; range 8 to 16,777,215 bytes) Frame payload: PRBS23, or 31 / 16-byte sequence / pattern invert Multiple Streams Used for traffic simulation and multi-protocol support Maximum number of streams: 128 for physical ports / 4060 for logical ports (ExStreams) Number of logical ports (ExStreams): User setting to 1, 2, 4, 8, 16 or 32. Per transmit port, up to 4096/[# of logical ports] streams can be defined. Each receive port can detect up to 4096 streams Protocol support: MAC / single / stacked VLAN / MPLS / IP4 or IPv6./ TCP / UDP in the case of physical ports streaming. User can set header value per stream. Frame size: Range of 27 to 9,600 bytes. Size is fixed with a stream. Transmission rate: BW % / IFG size in bytes / [frame/s]. IFG does not apply to 10 / 100 / 1000BASE-T Auto-scale BW: Scales bandwidth when total exceeds 100% Frame payload: Fill byte / random / custom (user defined byte-by-byte) Stream signature: Used for receive auto-detection AUTO-NEGOTIATION Different implementation for optical GigE and 10 / 100 / 1000 BASE-T; does not apply to 100BASE-FX. Optical GigE Setting: Enable / disable. Full duplex only. Rate to negotiate / pause encoding Reporting: Auto-negotiation complete indicator CONTROL PLANE Pause frames: Single / continuous with interval. Pause timer. Receiver throttles. ARP: ARP request sent for each unique destination IP address; Timeout, Retry Period and Count support ARP Reply sent on port MAC address match Gateway and Subnet Mask Settings PING Send mode: Continuous / packet count Transmission period: 1,000 to 4,294,967,295 ms Protocol support: IPv4 with no VLAN / single or stacked VLAN Data size: 0 to 9554 bytes Replies: Issued on port IP address match ERROR INJECTIONS PCS / PMA Sublayer: Optical GigE: LOS / running disparity error (single, rates) / [8B / 10B coding error (single, rates) ] / random bit corruption (single, rates) 10BASE-FX: LOS / sync far end fault / invalid code MAC sublayer: Short preamble (single stream) / long preambles (single stream) / CRC (single, rates in single stream; per stream in multiple streams) ERROR MONITORING 18

19 TESTPOINT 1GBPS PCS / PMA sublayer: Optical GigE: LOS / PCS synchronization / running disparity errors / invalid 8B / 10B code groups 100BASE-FX: LOS / sync / far end fault / invalid codes MAC sublayer: Frames too long (>jumbo) / jabbers / undersized / fragments / CRC errors / in-range length errors (802.3 frames) / short IFGs (adjustable threshold, does not apply to 10 / 100 / 1000BASE-T) IPv4: Checksum errors (single stream) STATISTICS MAC: Bandwidth (%, Mbps, frames/s) / frame count / octet count / unicast frames / multicast frames / broadcast frames / [single / stacked VLAN tagged frames] / number of pause frames / ARP frames / MPLS tagged frames / frame length bins (including jumbo) / CRC counts (total and length bins) / short preamble count / long preamble count MPLS : Frame count IPv4: Packet count / ICMP packets IPv6: Packet Count / ICMP packets Per stream statistics: Valid frames / valid bytes / frame rate (fps) / BW in % / BW in Mbps / MAC CRC error count / frames lost (count / ratio) / frames duplicated / frames out of order In logical ports multiple streams (ExStreams), a linked error summary is provided LATENCY AND SEQUENCING In single-stream mode PCS Triggers : Manual / PCS sync loss / invalid 8B / 10B code group / running disparity error / code group pattern match (up to 6 bytes) Display: Trigger point / 8B / 10B code group and decode (D / K codes and hex) Size: 8,250,000 code groups File type: Binary / ASCII MAC Triggers: Manual / CRC error / undersized frame / frame too long / in-range length error Filters: MAC filters / pattern filter Display: Trigger point / time stamp / MAC layer decode Size: 400,000 frames / 32.4 Mbytes / full frame or slicing (first 64 bytes) File type: Binary (Snoop compatible with Wireshark) RFC 2544 DISRUPTION TIME Measurement: µs resolution Statistics: Current / Previous / Minimum / Maximum / Average / Count Event logging Automatic re-triggering Triggers: LOS (not applicable for 10/100/1000BASE-T) / PRBS Sync / PCS Sync Sequencing: Frame loss / out-of-order / duplicates. Can inject errors on transmit Time stamping: Latency (min, max, avg over test period and 0.5 s window) / packet jitter FILTERS MAC: 8 MAC / VLAN filters with accept / discard operation Pattern filter: Up to 6 bytes with offset from start of frame CAPTURES Two modes: 8B / 10B PCS, and MAC level Provides throughput, latency, frame loss, and back-to-back measurements in single stream mode. Up to 10 frame sizes. Supports function to run all tests in succession. Logs results to file and generates graphics TEST REPORT Contains Ethernet settings, errors, and statistics 19

20 TESTPOINT 1GBPS ORDER INFORMATION TS-30 / 170 1Gbps Module N Gbps Module Dual port module supporting GigE / Ethernet & FC Options OPT OPT OPT OPT OPT SFP interfaces OPT OPT OPT OPT OPT OPT OPT OPT Dual GigE / Ethernet Dual 1 / 2GFC Dual 4GFC Dual 1 / 2 / 4GFC ExStream Ethernet Multiple Streaming GigE / 1 / 2 G FC 1310 nm SFP optics GigE / 1 / 2 G FC 1550 nm SFP optics GigE / 1 / 2 G FC 850 nm SFP optics GigE / 1 / 2 / 4 G FC 850 nm SFP optics GigE / 1 / 2 / 4 G FC 1310 nm SFP optics 10 / 100 / 1000 Electrical SFP 100BASE-FX 1310 nm SFP optics Differential electrical SFP for 1 Gbps module TS-10 1 Gbps configuration N TS-10 with 1 Gbps Configuration Dual Port Module supporting GigE / Ethernet & FC Options OPT OPT OPT OPT OPT SFP interfaces OPT OPT OPT OPT OPT OPT OPT OPT Accessories OPT 022x-10 Dual GigE / Ethernet Dual 1 / 2GFC Dual 4GFC Dual 1 / 2 / 4GFC ExStream Ethernet Multiple Streaming GigE / 1 / 2 G FC 1310 nm SFP optics GigE / 1 / 2 G FC 1550 nm SFP optics GigE / 1 / 2 G FC 850 nm SFP optics GigE / 1 / 2 / 4 G FC 850 nm SFP optics GigE / 1 / 2 / 4 G FC 1310 nm SFP optics 10 / 100 / 1000 Electrical SFP 100BASE-FX 1310 nm SFP optics Differential electrical SFP for TS-10 1 Gbps Wheeled hard travel case accepting TS-10 or TS-30 chassis 20

21 COMMUNICATIONS TEST & MEASUREMENT SOLUTIONS TestPoint Multi-Rate Highlights Highest integration of line rates for multi-protocol testing Tests the following protocols with one module OC-3 / 12 / 48, STM-1 / 4 / 16, OTN, Ethernet, 1 / 2G Fibre Channel (FC) Comprehensive support for OTN related rates OTU1 (2.666 G) and ODU1 (2.498 G) Maps GFP-F and ATM into SONET / SDH Unique capability of Ethernet over PDH (ITU-T G.7043) Supports a wide variety of Ethernet interfaces: 1000BASE-X, 10 / 100 / 1000BASE-T, 100BASE-FX Applications Facilitates both line and client testing Tests Ethernet and Fibre Channel transport Provides 2.7 Gbps and below traffic blasting Compliance CSA Certificate of Compliance to CAN / CSA C22.2 No (2003) and ANSI / UL (2003) with CSA Mark for Canada and USA CSA CB Certificate of Compliance to EN , IEC , and National Deviations with CE Marking Class 1 Laser Product in compliance with EN 60825, IEC 60825, and FDA / CDRH requirements The TestPoint Multi-Rate Module is a single-slot, customizable module with three physical ports: OC-48/STM-16 (option for G.709 OTN), OC-3 /12 / STM-1/4, and Ethernet / Fibre Channel. One physical port can be active at a time for testing and at least one synchronous optical network technologies / synchronous digital hierarchy (SONET / SDH) port must be licensed. For the convenience of changing wavelengths and protocols, pluggable SFP optical / electrical interfaces are used. Traffic generation of up to 128 streams is provided on all supported Ethernet rates. A hardware option provides OTU1 support on the OC-48 / STM-16 port. Both SONET / SDH ports support licensed options for Ethernet over SONET / SDH (VCAT and GFP-F) and asynchronous transfer mode (ATM). Additional options include Ethernet over PDH (EoPDH) (DS1/ E1 / DS3 / E3 into SONET / SDH with GFP-F / HDLC payload), RPR Intrusive Monitor Mode on OC-48 / STM-16, and ODU1 line rate (2.499 G). The Multi-Rate Module can be inserted into multiple scalable TestPoint chassis including the highly compact TestPoint TS-10. Up to sixteen Multi-Rate modules can be inserted into the TS-170 for a high-density, rack-mounted test solution. NOTE: The TestPoint Multi-Rate is available as a module for multi-slot systems (TestPoint TS-30 and TS-170) or in a static, self-contained configuration (TestPoint TS-10).The term module is used in this document. 21

22 TESTPOINT MULTI-RATE OPTICAL Receive power measurement Transmit laser on / off SFP information display LINE RATES 10 / 100 / 1000 Mbps (BASE-T) 125 Mbps (100BASE-FX) Mbps (OC-3 / STM-1) Mbps (OC-12 / STM-4) Gbps (1GFC) 1.25 Gbps (GigE) Gbps (2GFC) Gbps (OC-48 / STM-16) Gbps (ODU1) Gbps (OTU1) CLOCKING Internal (± 4.6 ppm accuracy) Recovered from line External via group controller (TS-30 / TS-170) Clock rate variations ± 30 ppm: SONET / SDH, OTU1 ± 110 ppm: Ethernet, FC Clock out (LVPECL, AC coupled on SMA) LOGGING Event log Log injections CONNECTIVITY Terminal: Source and sink traffic (all rates) Transparent Monitor: Transparently monitors signal and retransmits unaltered (all SONET / SDH rates and OTU1) Intrusive Monitor: Intrusively injects errors while forwarding incoming traffic (RPR option only) APPLICATIONS Description of the applications SONET / SDH: OC-3 / 12 / 48 and STM-1 / 4 / 16 Digital Wrapper and FEC OTU1:Client can be PRBS or OC-48 / STM-16 ODU1:OTU1 frame structure without FEC Ethernet Optical GigE and / or 10 / 100 / 1000BASE-T and / or 100BASE FX Fibre Channel 1 and 2GFC point-to-point Ethernet over PDH DS1 / E1 and DS3 / E3 into OC-3 / 12 / 48 / STM-1 / 4 / 16 PDH VCAT / LCAS is available on DS1 / E1 MAC traffic on GFP-F / bit-hdlc / byte-hdlc (on DS1 / E1 only) Ethernet over SONET / SDH GFP-F on OC-3 / 12 / 48 or STM-1 / 4 / 16 Higher-Order VCAT on OC-48 / STM-16 RPR Intrusive monitor mode on OC-48 / STM-16 (STS 48c / VC-4 16c) ATM On OC-3 / 12 / 48, STM-1 / 4 / 16 SONET / SDH CHANNELIZATION OC-3: STS-3c / STS-1 STM-1:VC-4 / VC-3 (AU-3) OC-12: STS-12c / STS-3c / STS-1 STM-4:VC-4-4c / VC-4 / VC-3 (AU-3) OC-48: STS-48c / STS-24c / STS-12c / STS-3c / STS-1 STM-16:VC-4-16c / VC-4-8c / VC-4-4c / VC-4 / VC-3 (AU 3) / VC-3 (TUG-3) ALARMS Monitoring is performed on all paths concurrently in the event log LOS / LOF / OOF / AIS-L / MS-AIS / RDI-L / MS-RDI / LOP-P / AU-L OP / AIS-P / AU-AIS / ERDI-P / HP-ERDI / UNEQ-P / HP-UNEQ VC-3 (TUG-3):TU-AIS / TU-LOP / LP-RDI / LP-UNEQ ERRORS Monitoring is performed on all paths concurrently in the event log Single / Rates for LOF / AIS-L / MS-AIS / RDI-L / MS-RDI / REI-L /MSREI / REI-P / HP-REI / B1 / B2 / B3 VC-3 (TUG-3):Single / Rates for LP-REI / LP-BIP Duration (in ms) for LOF / [AIS-L/MS-AIS] / [RDI-L/MS-RDI] ENLARGED VIEW OF ERRORS & ALARMS REPORT Up to 4 indicators of errors and alarms detected by the TestPoint. Object of each indicator can be chosen by user from the above list of alarms and errors. TRAFFIC PRBS 23 or 31 / 4-Byte Sequence / Pattern Invert TRIGGER SIGNAL OC-48 / STM-16: Output pulse either on received / transmitted A2 byte DIGITAL WRAPPER AND FEC Covers OTU1,ODU1. FEC does not apply to ODU1 ALARMS LOS / OOF / LOF / OOM / LOM / OTU-AIS (PN-11) / OTU- IAE / OTU-BDI / OTU-BIAE / ODU-AIS (PM / TCM1-6) / ODU- LCK (PM / TCM1-6) / ODU-OCI (PM / TCM1-6) / ODU-BDI (PM / TCM1-6) / ODU-BIAE (TCM1-6) ERRORS Single / rates for OTU-BIP8 / OTU-BEI / ODU-BIP8 (PM / TCM1 6) / ODU-BEI (PM / TCM1-6) OVERHEADS Multi Frame Structures: OTU-TTI / ODU-TTI (PM / TCM1-6) / ODU-FTFL / PSI Justification events: Sync (line-client locked) / async (range ± 70 ppm). Reporting of justification event ratio and line client ppm offset Byte diagram: User editable overhead fields / MFAS invert. Injection count in frames / continuous injection Overhead PRBS: 3 independent PRBS 15 engines for GCC0 2 / RES (OTU, ODU, OPU) / TCM1-6 (TCM / ACT) EXP Error suppression: To optionally suppress incoming errors / alarms: FEC / TCM1-6 errors / PM errors / client errors CAPTURES Triggers: Manual / OOF / LOF / OOM / LOM / OTU- IAE / OTU-BDI / OTU-BIAE / OTU-BIP8 / OTU-BEI / ODU-AIS (PM / TCM1-6) / ODU-LCK (PM / TCM1-6) / ODU-OCI (PM / TCM1-6) / ODU-BDI (PM / TCM1-6) / ODU-BIP8 (PM / TCM1-6) / ODU-BEI (PM / TCM1-6) / ODU-BIAE (TCM1-6) / positive justification / negative justification / overhead PRBS bit error / pattern match (equal, not equal) with bit-mask Pattern Match Fields: FAS / MFAS / GCC0-2 / OTU RES / SM TTI / ODU RES1-3(TCM / ACT) FTFL / EXP / APS / PCC / TCM1-6 TTI / PM TTI / OPU RES1-3 Display: Trigger point / Hex values for all overhead fields Size: Overhead of 256 frames File type: ASCII (csv) CLIENT OC-48 / STM-16 PRBS 23, 31 & 4-byte user pattern 22

23 TESTPOINT MULTI-RATE FEC Settings: Standard FEC / All-Zeroes FEC. Enable / Disable error correction Injection: Single and rates. Control of errored sub-row (including all) / errored bytes per sub-row / errored bits per byte. Skipped rows between errors. Up to 16 symbol errors. Detection: Number of correctable byte errors / number of correctable bit errors / bit error rate / number of uncorrectable sub-rows ETHERNET Covers optical GigE, 10 / 100 / 1000BASE-T, and 100BASE-FX depending on the SFP used TRAFFIC SETTINGS Two modes: Single stream, multiple stream Single Stream Used for BERT testing at PCS (optical GigE only), MAC, single / stacked VLAN, and IPv4 layers Protocol support: MAC (single / stacked VLAN) LLC / SNAP / IPv4. User can set header values. For destination / source MAC addresses and VLAN IDs, support of single / incrementing value over a range Frame size: Range of 19 to 65,535 bytes (19 to 9,600 bytes for 10 / 100 / 1000BASE-T). Size can be: Fixed / incrementing / decrementing / random / user sequence (up to 8) Transmission rate: Specified as bandwidth (%,Mbps, frame/s) or number of inter frame gap (IFG) bytes (fixed / random / sequence up to 8; range 4 to 16,777,215 bytes). IFG does not apply to 10 / 100 / 1000BASE-T Frame payload: PRBS 23 or 31 / 16-byte sequence / pattern invert Multiple Streams Used for traffic simulation and multi-protocol support Maximum number of streams: 128 Protocol support: MAC (single / stacked VLAN) MPLS / IPv4 / IPv6 / TCP / UDP. User can set header values per stream. Frame size: Range of 27 to 9,600 bytes. Size is fixed within a stream. Transmission Rate: BW % / IFG size in bytes / frames/s. IFG does not apply to 10 / 100 / 1000BASE-T Auto-scale BW: Scales bandwidth when total exceeds 100%. Frame Payload: Fill byte / random / custom (user defined byte-by-byte) Stream signature: Used for receive auto-detection AUTO-NEGOTIATION Different implementation for optical GigE and 10 / 100 / 1000BASE-T; does not apply to 100BASE-FX Optical GigE Settings: Enable / disable. Remote fault (offline, link failure, auto-neg error) / pause encoding / duplex settings Reporting: Auto-negotiation complete indicator. Remote fault (offline, link failure, auto-neg error) Capture: Using 8B / 10B PCS capture 10 / 100 / 1000BASE-T Settings: Enable / disable. Full duplex only support. Rate to negotiate / pause encoding Reporting: Auto-negotiation complete indicator CONTROL PLANE Pause frames: Single / continuous with interval. Pause timer. Receiver throttles ARP: ARP request sent for each unique destination IP address; Timeout, Retry Period and Count support ARP Reply sent on port MAC address match Gateway and Subnet Mask Settings Ping Send mode: Continuous / packet count Transmission period: 1000 to 4,294,967,295 ms Protocol support: IPv4 with no VLAN, single VLAN and stacked VLAN Data size: 0 to 9,572 bytes Replies: Issued on port IP address match ERROR INJECTIONS PCS / PMA sublayer: Optical GigE: LOS / running disparity error (single, rates) / (8B / 10B) coding error (single, rates) / random bit corruption 100BASE-FX: LOS / Sync / far end fault / invalid code MAC sublayer: Short preambles (single stream) / long preambles (single stream) / CRC (single, rates in single stream; per-stream in multiple streams) ERROR MONITORING PCS / PMA sublayer: Optical GigE: LOS / PCS synchronization / running disparity errors / invalid 8B / 10B code groups 100BASE-FX: LOS / sync / far end fault / invalid codes MAC sublayer: Frames too long (>jumbo) / jabbers / undersized / fragments / CRC errors / in-range length errors (802.3 frames) / short IFGs (adjustable threshold, does not apply to 10 / 100 / 1000BASE-T) IPv4: Checksum errors (single stream) STATISTICS MAC: bandwidth (%,Mbps, frames/s) / frame count / octet count / unicast frames / multicast frames / broadcast frames / single / stacked VLAN tagged frames / number of pause frames / ARP frames / MPLS tagged frames / frame length bins (including jumbo) / CRC counts (total and lengths bins) / short preamble count / long preamble count IPv4: Packet count / ICMP packets IPv6: Packet count / ICMP packets Per-stream statistics: Bandwidth (Mbps,%, frames/s) / frame count / octet count LATENCY AND SEQUENCING In single-stream mode Sequencing: Frame loss / out-of-order / duplicates. Can inject errors on transmit Time stamping: Latency (min, max, avg over test period and 0.5 s window; bit forwarding / store and forward) / packet jitter FILTERS MAC: 8 MAC / VLAN filters with accept / discard criteria Pattern filter: Up to 6 bytes with offset from start of frame CAPTURES Two modes: 8B / 10B (optical GigE only), and MAC level 23

24 TESTPOINT MULTI-RATE PCS Triggers: Manual / PCS sync loss / invalid 8B / 10B code group / running disparity error / code group pattern match (up to 6 bytes) Display: Trigger point / 8B / 10B code group and decode (D / K codes and hex) Size: 8,250,000 8B / 10B code groups File type: Binary / ASCII MAC Triggers: Manual / CRC error / undersized frame / frame too long / in-range length error Filters: MAC filters / pattern filter Display: Trigger point / time stamp / MAC layer decode Size: 400,000 Frames / 32.4 Mbytes / full frame or slicing (first 64 bytes) File type: Binary (snoop compatible with Ethereal) RFC 2544 TRAFFIC SETTINGS Frame size: Range of 12 to 4,104 bytes (multiple of 4, includes SOF & EOF). Size can be: Fixed / incrementing / decrementing / random / user sequence (up to 8) Transmission rate: Specified as bandwidth (%,Mbps, frame/s) / number of inter frame gap (IFG) bytes (fixed / random / sequence up to 8; range 8 to 65,535 bytes) FC-2 framing: User can set the 24-byte header values Class support: Class 3 Flow control: Manual buffer-to-buffer credit setting; range 1 to 4,095. Sending of R_RDY may be enabled / disabled Frame payload: PRBS 23 or 31 / 16-byte sequence / pattern Invert LINK INITIALIZATION Settings: Enable / disable. LF1 / LF2 state force Reporting: Active state indicator / LF1 report / LF2 report / primitive sequence protocol error count / loss of sync count / link fail count Capture: Using 8B / 10B PCS capture ERROR INJECTIONS PCS sublayer: LOS / running disparity error (single, rates) / 8B / 10B coding error (single, rates) / random bit corruption FC-1: Misaligned frames (non-multiple of 4 bytes size) FC-2: CRC (single, rates) ERROR MONITORING PCS sublayer: LOS / PCS synchronization / running disparity errors / invalid 8B / 10B code groups / short IFGs (adjustable threshold) LATENCY AND SEQUENCING Sequencing: Frame loss / out-of-order / duplicates. Can inject errors on transmit. Time stamping: Latency (min, max, avg over test period and 0.5 s window) / packet jitter CAPTURES At the 8B / 10B PCS level Triggers: Manual / PCS sync loss / invalid 8B / 10B character / running disparity error / character pattern match (up to 6 bytes) Display: Trigger point / 8B / 10B character and decode (D / K codes and hex) Size: 8,250,000 8B / 10B characters File type: Binary / ASCII RFC 2544 Applies to FC as described under Ethernet TEST REPORT Contains FC settings, errors, and statistics TEST PATTERNS CJTPAT / CRPAT / CSPAT ETHERNET OVER PDH EoPDH is based on ITU-T G.7043 / 7042 and G.8040 DS1 Mapping onto SONET is via VT1.5. Supports PDH VCAT / LCAS Provides throughput, latency, frame loss, and back-to-back measurements in single-stream mode. Up to 10 frame sizes. Supports function to run all tests in succession. Logs results to file and generates graphics. TEST REPORT Contains Ethernet settings, errors, and statistics FIBRE CHANNEL This covers 1 and 2G Fibre Channel point-to-point. Used for BERT testing at the FC-1 and FC-2 layers. FC-1: Frames oversized (>2,148 bytes) / frames undersized (<36 bytes) / frames misaligned (non-multiple of 4 bytes) FC-2: CRC errors STATISTICS FC-1: Bandwidth (%,Mbps, frames/s) / frame count / octet count / number of R_RDY Independent channels: 336 on OC-12 / 48, 84 on OC-3 for VCG member selection Format: ESF / SF PPM offset: ± 130 ppm relative to line ESF overheads: DL (data link) 6-bit programmable value / PRM (performance report message) 15-byte message injection and reporting ESF errors: OOF / SEF / AIS / RAI / Idle / FPS bits (burst with mask, 10-3 rate, error reporting) / CRC-6 (single, 10-3 rate, error reporting) SF errors: FT OOF / FT & FS OOF / SEF / AIS / RAI / Idle / FT & FS bits (burst with mask, 10-3 rate, error reporting) Payload: PRBS 15 or 23 / 4-byte sequence into GFP-F, byte- HDLC or bit-hdlc (RFC 1662 or LAPS) with MAC encapsulation E1 Mapping onto SDH is via VC-12 using AU-3 or TU-3 VC-3 multiplexing. Supports PDH VCAT / LCAS 24

25 TESTPOINT MULTI-RATE PDH VCAT / LCAS Number of members: Up to 16 (DS1 / E1) Statistics Bandwidth (%,Mbps, frames/s) / frame count / octet count / management frame count HDLC Bit-HDLC comes two ways: RFC 1662 and LAPS. RFC 1662 is supported on DS1 / E1 / DS3 / E3, and LAPS is supported on DS1 / E1. LAPS Byte-HDLC (ITU-T X.86) is supported on DS1 / E1 Independent channels: 252 E1 channels on STM-4 / 16, 63 E1 channels on STM-1 for VCG member selection Format: PCM31CRC / PCM31 PPM Offset: ± 50 ppm relative to line Overheads: Spare bits 5-bit programmable / Si 1-bit programmable (PCM31) / MDL (message-based data link) PRBS test PCM31CRC errors: OOF / AIS / RAI / FAS bits (burst with mask, 10-3 rate, error reporting) / Non-FAS Bit 2 (burst, continuous) / CRC-4 (burst, rates, error reporting) / REBE (single with mask, 10-3 rate, error reporting) PCM31 errors: OOF / AIS / RAI / FAS bits (burst with mask, 10-3 rate, error reporting) / Non-FAS Bit 2 (burst, continuous) Payload: PRBS 15 or 23 / 4-byte Sequence into GFP-F, byte- HDLC or bit-hdlc (RFC 1662 or LAPS) with MAC encapsulation DS3 Mapping onto SONET is via STS-1 Independent engines: 12 on OC-3 / 12 / 48; for parallel independent testing on each engine Format: C-bit parity / pseudo M23 / unframed PPM Offset: ± 90 ppm relative to line Overheads: MDL (maintenance data link) PRBS test C-bit parity errors: OOF / AIS / SEF / Idle / RAI / F-bits (single with value, 10-3 rate, error reporting) / M-bits (single with value, 10-3 rate, error reporting) / C-bit parity errors (single with mask, 10-3 rate, error reporting) / P-bit parity errors (single, 10-3 rate, error reporting) / FEBE (single, 10-3 rate, error reporting) Payload: PRBS 15 or 23 / 4-byte sequence into GFP-F, or bit- HDLC (RFC 1662) with MAC encapsulation E3 Mapping onto SDH is via VC-3 using AU-3 or TU-3 multiplexing Independent engines: 12 on STS-1 / 4 / 16; for parallel independent testing on each engine Format: G.832 (VLI on / off) / G.751 / unframed PPM Offset: ± 78 ppm relative to line G.832 overheads: Trace message / MA payload type / MA SSM / network operator byte / GC PRBS test G.751 overheads: National bit G.832 errors: OOF / RDI / AIS / FAS (single with value, 10-3 rate, error reporting) / REI (single, 10-3 rate, error reporting) / BIP-8 (single, 10-3 rate, error reporting) G.751 errors: OOF / AIS / RAI / FAS (single with value, 10-3 rate, error reporting) Payload: PRBS 15 or 23 / 4-byte sequence into GFP-F, or bit- HDLC (RFC 1662) with MAC encapsulation Error injections: OOM1 / OOM2 / LOM (MFI1, MFI2) / SQ overwrite / CTRL overwrite / RS_ACK toggle / suppress (LCAS) / MST invert (LCAS) / CRC (LCAS; single) / GID PRBS bit error (LCAS) Error monitoring:oom1 / OOM2 / LOM / SQM (VCAT; sequence indicator mismatch) / SQNC (LCAS; inconsistent sequence numbers) / LOA (VCAT; loss of alignment) / MND (LCAS; member not deskewable) / DNU (LCAS) / CRC error count (LCAS) Error suppression: To optionally suppress non-member or noncandidate errors / alarms LCAS status: Control word value / MST value LCAS sink Config: User configures up to 32 candidate paths Monitoring of CTRL packets from this list provides sink side VCG information LCAS statistics: number of RS_ACK toggles GFP-F Support on EoPDH TRAFFIC SETTINGS Header settings: PLI (auto-calculate on / off) / PTI / EXI / UPI / pfcs (on / off) / linear extension header (on / off) / channel ID / spare chec error correction on / off on receive Scrambler: Core header scrambler (enable / disable); payload header scrambler (enable / disable) Frame size: Range of 9 to 65,535 bytes (GFP frame) Size can be: Fixed / incrementing / decrementing (DS1 / E1 only) / random (DS1 / E1 only) Transmission rate: Specified as bandwidth (Mbps) / number of GFP Idle Frames (fixed / random) ERROR INJECTIONS Loss of client signal (LCS) / loss of client character synchronization (LCCS) / short GFP frame / pfcs (single, rates on DS1 / E1 only) / Idle GFP frame (single, 16-bit x or mask) / core header (single, rates on DS1 / E1 only; 16-bit x or mask) / type header (single, rates on DS1 / E1 only;16-bit x or mask) / extension header (DS1 / E1 only; single, rates) ERROR MONITORING Loss of frame delineation (LFD) / LCS count / LCCS count / short GFP frames / undefined fields (DS1 / E1 only: Client signal fail, PTI, EXI) / pfcs errors / single-bit chec errors / multi-bit chec errors / single-bit thec errors / multi-bit thec errors / single-bit ehec errors (DS1 / E1 only) / multi-bit ehec errors (DS1 / E1 only) Settings: RFC 1662 bit-hdlc / LAPS bit-hdlc (DS1 / E1 only) / LAPS byte-hdlc (DS1 / E1 only) Header settings: Address / control / protocol or SAPI Frame size: Range of 7 to 65,535 bytes Size can be: Fixed / incrementing Transmission rate: Specified as number of idle flags (fixed) Error injections: Abort (single) / FCS (single) / rate adaptation (byte-hdlc) Error monitoring: FCS errors / abort errors / frames too short (threshold) / frames too long (threshold) / address mismatches / control mismatches (byte-hdlc) / invalid control sequence (byte-hdlc) / invalid rate adaptation sequence (byte-hdlc) Statistics: Bandwidth (frames/s) / frame count / octet count MAC MAC maps into GFP-F or HDLC. On DS1 / E1, traffic maps on a VCG. On DS3 / E3, 12 independent traffic engines are available on 12 channels. Protocols: MAC / single VLAN (DS1 / E1 / DS3 / E3) / stacked VLAN with programmable Ethertype (DS3 / E3).User can set header values Error injections: CRC (DS1 / E1 only; single, rates) Error monitoring: CRC errors / DS1 / E1 only: (frames too long / jabbers / undersized / fragments / in-range length errors) Statistics: Frame count / DS1 / E1 only: (octet count / unicast frames / multicast frames / broadcast frames / VLAN tagged Frames / frame length bins [HDLC only] / CRC error length bins [HDLC only]) ETHERNET OVER SONET / SDH VCAT One VCAT group (VCG). Available on OC-48 / STM-16 port Channelization: STS-3c-nV (8 members) / VC-4-nV (8 members) / STS-1-nV (24 members) / VC-3-nV (AU-3 / TUG-3; 24 members) Error injections: LOM (using MFI1 / MFI2) / SQM / multi-frame (16-frame) control packet editor Error monitoring: LOM (per-member) / SQM (per-member) / LOA (adjustable threshold) Error suppression: To optionally suppress non-member errors / alarms Differential delay: Reporting of max differential delay in VCG. Injection on one VCG member of up to 256 ms. Capture: H4 Byte capture over 8 multi-frames (of 16 frames) for one VCG member 25

26 TESTPOINT MULTI-RATE GFP-F Available on Contiguously concatenated SONET / SDH (OC 3 / 12 / 48 STM-1 / 4 / 16) and VCAT (OC-48 / STM-16) CAPTURES IMPAIRMENTS For the frames matching the triggering criteria, an impairment control engine narrows down the number of frames to impair. An AND relation applies between the selected fields to impair for a specific frame type. TRAFFIC SETTINGS Header settings: PLI (auto-calculate on / off) / PTI / EXI / UPI / pfcs (on / off) / linear extension header (on / off) / channel ID spare. chec error correction on / off on receive Protocol support: MAC / single or stacked VLAN. User can set header values Scrambler: Core header scrambler (enable / disable); payload header scrambler (enable / disable) Frame size: Range of 9 to 65,535 bytes (GFP frame) Size can be: fixed / incrementing / decrementing / random Transmission rate: Specified as bandwidth (Mbps) / number of GFP Idle Frames (fixed / random; range 0 to 65,535 bytes) Frame payload: PRBS 23 or 31 / 4-byte sequence ERROR INJECTIONS GFP: Loss of client signal (LCS) / loss of client character synchronization (LCCS) / short GFP frame / pfcs (single, rates) / idle GFP frame (single, 16-bit x or mask) / core header (single, rates; 16-bit x or mask) / type header (single, rates; 16-bit x or mask) / extension header (single, rates; 16-bit x or mask) MAC: CRC (single, rate) ERROR MONITORING GFP: Loss of frame delineation (LFD) / LCS count / LCCS count / short GFP frames / undefined fields (client signal fail, PTI, EXI) / pfcs errors / single-bit chec errors / multi-bit chec errors / single-bit thec errors / multi-bit thec errors / single-bit ehec errors / multi-bit ehec errors MAC: Frames too long (>jumbo) / jabbers / undersized / fragments / CRC errors / in-range length errors (802.3 frames) STATISTICS GFP: Bandwidth (Mbps,%, frames/s) / frame count / octet count / management frame count / GFP Idle Frame count MAC: Frame count / octet count / unicast frames / multicast frames / broadcast frames/single / stacked VLAN tagged frame FILTERS Pattern filter: Up to 6 bytes with offset from start of GFP frame Triggers: Manual / GFP LFD / single-bit chec error / multi-bit chec error / thec error / ehec error / pfcs error / management frame / large GFP frame (with threshold) / MAC CRC error Filters: Pattern filter / exclude GFP Idle option Display: Trigger point / Time stamp / GFP and MAC layer decode Size: 700,000 frames / 32.4 Mbytes / full frame or slicing (first 64 bytes) File type: Binary (Snoop) / ASCII RPR Intrusive monitor mode only on OC-48 / STM-16 (STS- 48c / VC-4-16c). RPR frames are encapsulated in GFP. RPR impairments are created based on triggering criteria applied to incoming frames TRIGGERING An AND relation applies between the frame fields selected as available triggers for one specific frame type. Frame type: 1 choice from: Data (regular, extended) / control / fairness / idle Trigger condition: Equal / not equal Frame fields: TTL (all) / ringlet ID (all) / fairness eligible (all) / service class (all) / wrap eligible (all) / parity (all) / destination address (data, control; with mask) / source address (data, control; with mask) / TTL BASE- (data, control) / flooding indication (data, control) / passed source (data, control) / strict order (data, control) / res (data, control, fairness) / HEC (data, control) / protocol type (data) / DA extended (data; with mask) / SA extended (data; with mask) / control type (control) / control version (control) / SA compact (fairness, idle; with mask) / fairness frame type (fairness) / fairness rate (fairness) Impairment control: Continuous / periodic (on / off periods) / burst Frame type: 1 choice from: Data (regular, extended) / control / fairness / idle Impairment action: Overwrite / invert / increment (TTL) / decrement (TTL) Frame fields: TTL (all) / ringlet ID (all) / fairness eligible (all) / service class (all) / wrap eligible (all) / corrupt parity (all) / destination address (data, control; with mask) / source address (data, control; with mask) / TTL BASE (data, control) / flooding indication (data, control) / passed source (data, control) / strict order (data, control) / res (data, control, fairness) / HEC (data, control) / protocol type (data) / DA extended (data; with mask) / SA extended (data; with mask) / control type (control) / control version (control) / SA compact (fairness, idle; with mask) / fairness frame type (fairness) / fairness rate (fairness) / corrupt FCS (all) ERROR MONITORING GFP: Loss of frame delineation (LFD) / LCS count / LCCS count / short GFP frames / undefined fields (client signal fail, PTI, EXI) / pfcs errors / single-bit chec errors / multi-bit chec errors / single-bit thec errors / multi-bit thec errors / single-bit ehec errors / multi-bit ehec errors RPR: Frames too long (data, control) / undersized (data, control) / HEC error (data, control) / invalid length (fairness, idle) / parity errors / FCS errors STATISTICS Incoming GFP: Bandwidth (%,Mbps, frames/s) / frame count / octet count / management frame count Incoming RPR frames: Total bandwidth (Mbps, frames/s) / total frame count / total octet count / frame count & BW (data, control, fairness, idle) / octet count (data, control, fairness, idle) / per-class data frames & BW (class A A1, A A0, B CIR, B EIR, C) / unicast data frames / multicast & broadcast data frames / broadcast data frames / jumbo data frames Outgoing RPR frames: Total frame count / total octet count / frame count (data, control, fairness, idle) / perclass data frames (Class A A1,A A0,B CIR, B EIR, C) / Unic frames / multicast and broadcast data frames / broadcast data frames / jumbo data frames / triggered frame count / impaired frame count 26

27 TESTPOINT MULTI-RATE CAPTURES Frames are captured at the GFP level Triggers: Manual / GFP LFD / single-bit chec error / multi-bit chec error / thec error / ehec error / pfcs error / management frame / large GFP frame (with threshold) / MAC CRC error Filters: Pattern filter up to 6 bytes with offset from start of GFP frame Display: Trigger point / time stamp / GFP layer decode Size: 700,000 frames / 32.4 Mbytes / full frame or slicing (first 64 bytes) File type: Binary (Snoop) / ASCII ATM TRAFFIC SETTINGS Two configuration options are available, based on engine lineups: File playback, PRBS, O.191 or saturation engine, PRBS, O.191 File playback: Plays cells as defined in a file. Two file types: ASCII / binary (Snoop; expects IP packets, will encapsulate with AAL5) Saturation engine: Provides AAL0 background traffic. Simulates multiple VCs. User programs a VPI / VCI range / GFC / PT / CLP / fill byte payload O.191:Single VC with CRC, times tamp, sequence number for latency and sequencing. User programs a VPI / VCI / GFC / PT / CLP PRBS: PRBS 23 or 31.User programs a VPI / VCI / GFP / PT / CLP Idle cells: To control link bandwidth Send mode: Continuous / buffer burst for file playback. Continuous / burst for O.191. Continuous for saturation engine, PRBS Transmission rate: Specified as Mbps / Quantums (back-toback cells for file playback / saturation engine / PRBS) / % ERROR INJECTIONS HEC: Continuous (single bit / multiple bits) STATISTICS Port: ATM sync / bandwidth (%,Mbps, cells / s) / cell count Per connection: Up to 256 auto-detected connections. Bandwidth (%,Mbps, cells / s), cell count / CLP=1 Cells / F5 OAM cells / congestion cells / cell inter-arrival (min, max, avg) LATENCY AND SEQUENCING Uses O.191 cells Sequencing: Cell Loss / misinserted Cell (out-of-order). Can inject errors on transmit. Times tamping: Latency (min, max, avg over test period) / peak-to-peak CDV (one point) CRC: Errored cells. Can inject errors on transmit CAPTURES Triggers: Manual Filters: All / Per-VC Display: Hex Size: 20,000 cells File type: Binary (Snoop for IP packets) / ASCII SERVICE DISRUPTION TIME Measurement: us resolution Statistics: Current / Previous / Minimum / Maximum / Average / Count Event Logging Automatic re-triggering Triggers: Ethernet and Fibre Channel: LOS / PCS Sync /PRBS Sync SONET/SDH: LOS / LOF / PRBS Sync ERROR MONITORING HEC: Single-bit correctable / single-bit uncorrectable / multiple-bit; HEC error. Error correction enable / disable option 27

28 TESTPOINT MULTI-RATE ORDER INFORMATION TS-30/170 Multi-Rate Module N Multi-Rate Module N Multi-Rate Module with Digital Wrapper/FEC Options SONET / SDH ports OPT OC-3/12 STM-1/4 OPT OC-48/STM-16 OPT OC-3/12 STM-1/4 & OC-48/STM-16 OPT ODU Gbps Digital Wrapper OPT ATM for SONET/SDH ports OPT Ethernet over SONET/SDH for SONET/SDH ports OPT Ethernet over PDH for SONET/SDH ports OPT RPR for SONET/SDH ports GigE / Ethernet & FC port OPT GigE/Ethernet OPT /2GFC OPT OC-3/12/48 STM-1/4/16 & GigE/Ethernet OPT OC-3/12/48 STM-1/4/16 & GigE/Ethernet & 1/2GFC OPT OC-3/12/48 STM-1/4/16 & 1/2GFC SFP Optical interfaces for SONET / SDH ports OPT OC-3/12 STM-1/ nm SFP opticss OPT OC-3/12 STM-1/41550 nm SFP optics OPT OC-48/STM nm SFP optics OPT OC-48/STM nm SFP optics SFP Optical interfaces for GigE / Ethernet/FC port OPT GigE/FC 1310 nm SFP optics OPT GigE/FC 1550 nm SFP optics OPT GigE/FC 850 nm SFP optics OPT /100/1000BASE-T electrical SFP OPT BASE-FX 1310 nm SFP optics TS-10 Multi-Rate configuration N TS-10 with multi-rate configuration N TS-10 with multi-rate configuration with Digital Wrapper/FEC Options SONET / SDH ports OPT OC-3/12 STM-1/4 OPT OC-48/STM-16 OPT OC-3/12 STM-1/4 & OC-48/STM-16 OPT ODU Gbps Digital Wrapper OPT ATM for SONET/SDH ports OPT Ethernet over SONET/SDH for SONET/SDH ports OPT Ethernet over PDH for SONET/SDH ports OPT RPR for SONET/SDH ports GigE / Ethernet / FC port OPT GigE/Ethernet OPT /2GFC OPT OC-3/12/48 STM-1/4/16 & GigE/Ethernet OPT OC-3/12/48 STM-1/4/16 & GigE/Ethernet & 1/2GFC OPT OC-3/12/48 STM-1/4/16 & 1/2GFC SFP Optical interfaces for SONET / SDH ports OPT OC-3/12 STM-1/ nm SFP optics OPT OC-3/12 STM-1/ nm SFP optics OPT OC-48/STM nm SFP optics OPT OC-48/STM nm SFP optics SFP Optical interfaces for GigE / Ethernet / FC port OPT GigE/FC 1310 nm SFP optics OPT GE/FC 1550 nm SFP optics OPT GE/FC 850 nm SFP optics OPT /100/100BASE-T electrical SFP OPT BASE-FX 1310 nm SFP optics Accessories OPT 022x-10 Wheeled hard travel case accepting TS-10 or TS-30 chassis 28

29 COMMUNICATIONS TEST & MEASUREMENT SOLUTIONS TestPoint Group Controller Highlights Provides single-point management access to the TestPoint chassis for multiple modules from a single interface Provides global test functions which control multiple modules simultaneously Provides external clocking capabilities to modules via backplane Offers timestamp synchronization source for one-way latency measurements (10 Gbps Module) Enables multi-user environment to access multiple modules Compliance CSA Certificate of Compliance to CAN/ CSA C22.2 No (2003) and ANSI/UL (2003) with CSA Mark for Canada and USA CSA CB Certificate of Compliance to EN , IEC , and National Deviations with CE Marking Class 1 Laser Product, with compliance to EN 60825, IEC 60825, and FDA/CDRH requirements The JDSU TestPoint Group Controller is an optional single-slot module that plugs into slot 0 of the TestPoint TS-30 and TS-170 chassis. It provides the following main functions: Single local area network (LAN) (Static Internet Protocol [IP] or Dynamic Host Configuration Protocol [DHCP]) access point for test system management Enables a single IP address for an entire chassis when the TestPoint chassis contains multiple test modules Without the Group Controller, each module s faceplate can be connected directly to the LAN Global test function capability to control testing across multiple modules within a chassis Synchronized test start for multiple modules Advanced clocking capabilities Expanded clocking features beyond those available on individual test modules Multiple external clock synchronization options Timing synchronization across entire chassis 29

30 TESTPOINT GROUP CONTROLLER GLOBAL TEST FUNCTIONS Test functions may be performed individually on each module or globally via the Group Controller. Global test functions include: Providing per-slot test status (major, minor, history indicators) Concurrent test start/stop on multiple modules Concurrent save and restore of the test configuration on multiple modules Enabling and disabling of event logs on multiple modules Concurrent clearing of errors, events, LEDs on multiple modules Selectable module reset within chassis CLOCKING Group Controller clocking is distributed to modules via the chassis backplane Clock sources Internal, external, or any module s recovered clock Internal generator Internal accuracy Offset range Offset step size ± 4.6 ppm ± 35 ppm 0.1 ppm External source: T1/E1/External T1 100 Ohm Bantam E1 75 BNC External 50 SMA 8 khz/1.544 MHz/2.048 MHz/5.0 MHz/10.0 MHz/19.44 MHz/ MHz/ MHz System Connectivity and GUI Requires PC and 10/100BaseT LAN link. Static IP and DHCP (dynamic IP) are supported. GUI interface via web browser and Java plug-in. No PC client software required. TS-30/170: PC connects to modules via the Group Controller (one LAN cable) or directly to the faceplate of each module TS-30/170: Group Controller supports multiple concurrent users Automation Via Command Line Interface (CLI) ASCII commands Connection to CLI via Telnet, socket connections, or serial port Automation toolkits available in: Python/C/TCL/LabView/ Visual Basic Management functions GUI installation tool provided for field software upgrades Each test module has non-volatile storage for: software loads/configuration files/event logs/test results/capture files Result files (event logs/test results/rfc 2544 results) from test modules can be automatically transferred to the controlling PC TS-30/170: Group Controller module provides external clocking ports:t1/e1/gps (including 10 MHz)/and other rates Module recovered clock Source clock from any module s line recovered clock 30