MD8470A. Signalling Tester. Mobile communications network on the desk. Excellent Eco Product Lightweight Power saving

Transcription

1 Signalling Tester Mobile communications network on the desk Excellent Eco Product Lightweight Power saving

2 Global Mobile Communications Network Realized on the Desks of Wireless Application Developers In today s wireless communication market, packet data services and third generation systems are growing globally. Factors for succeeding in the wireless communication business are shifting from basic communication technology to the ability to plan and develop attractive mobile devices and services. The supports wireless application engineers in accelerating the development and reducing the test cycle of these ever-increasing product and service requirements. A single platform implements functional testing of UE applications such as voice calling, video calling, contents download and messaging. Call processing is performed by simple operations (W-CDMA: Voice/Video call/packet/sms/mms; GSM/GPRS: Voice/Packet/SMS/MMS) Supports multiple communication systems (W-CDMA, GSM/GPRS). Wide frequency coverage (400 MHz to 2.7 GHz). 2

3 Features Single platform implements functional testing of UE applications such as voice calling, video calling, contents download and massaging. The Signalling Tester offers the optimum solution for mobile UE application development. It supports the processes required for various application developments such as voice calling, packet communications including browser/contents download, video calling, SMS/MMS massaging and end-to-end UE communications (requires two sets of ). Also, the PPP server function is incorporated. The serves as an effective tool for establishing an integrated simulation environment in application development. In addition, Ethernet, ISDN, handset and serial I/O interfaces are provided for various data communication services. Configuration for application tests RF Handset (For Voice Call Test) Handset Connect to application server function in the built-in PC of Video Call Terminal Ethernet ISDN Application Server (For Packet Communication Test) 3

4 Features Call processing realized by simple operations W-CDMA: Voice/Video call/packet/sms/mms GSM/GPRS: Voice/Packet/SMS/MMS The Signalling Tester supports basic call processing for W-CDMA (Voice call/video call/packet Communications/SMS/MMS), GSM/GPRS (Voice call/packet Communications/SMS/MMS). Simple operations implement the simulation environment required for application tests. Platform Architecture Multiple communication system support W-CDMA, GSM/GPRS The Signalling Tester is compliant with GSM/GPRS and W-CDMA standards that are the world's major 2.5G and 3G mobile communication systems. Also, since a wide frequency band (400 to 2700 MHz) is covered seamlessly, it can easily support the development of multiband mobile UE and the frequency expansion of systems in the future. Since the baseband processing is configured by DSPs and other programmable devices, will be able to provide flexible support for additional functions in the future. The base station simulator function is accomplished by installing the communication system hardware and the control software. The Windows operating system provides the user interface, so simulations can be controlled without using a remote PC. (A 10.4-inch display and Windows XP Professional operating system are installed.) : Windows is a registered trademark of Microsoft Corporation in the United States and other countries. The chassis is designed with a small footprint so developers can use it in their personal simulation environments. (Width: 426 mm, Height: mm, Depth: 281 mm) 4

5 Overview The Signalling Tester supports the simulations of various call processing status and service environments by operating as an artificial mobile communications network on the desks of wireless application developers. MX847010A W-CDMA/GSM Simulation Kit Application tests implemented with simple operations WNS: Wireless Network Simulator WNS (Wireless Network Simulator) is a software application that simulates an interactive mobile network on the. WNS activates the required communication bearers based on requests by the UE and easily implements an end-to-end test environment for application developers. Users can set up basic call processing parameters with GUI-based operation. The call processing status can be displayed graphically. Also, call origination and termination is controlled using a virtual terminal in WNS. WNS also supports network simulation functions for MMS (Multimedia Messaging Service), a messaging service with increasing worldwide usage. Configuring a system composed of a MMS test server and a WAP gateway makes it possible to perform MMS Submit and MMS Notification/MMS Retrieval tests in an interactive environment. Settings on the test system permits MMS testing using loopback as well as MMS Submit and MMS Retrieval tests between different terminals. WNS (Wireless Network Simulator) SMSC (SMS Centre) Main Functions of WNS W-CDMA Supported Bearers GSM/GPRS Common W-CDMA Setup parameters GSM/GPRS USIM Other functions W-CDMA: Voice (MO/MT), Packet (MO/MT), Video Call [ISDN/Loopback] (MO/MT), MultiCall GSM/GPRS: Voice (MO/MT), Packet (MO/MT) Client IP address setting/server IP address setting/router connection setting RF Level setting Channel setting Registration Type setting Activation Time setting (Voice, Packet, Video, MultiCall) Packet Window Size setting Frequency Band setting (GSM450, GSM480, GSM850, P-GSM900, E-GSM900, R-GSM900, DCS1800, PCS1900)/ARFCN (CCH, TCH) GPRS Multi Slot setting (DL1/UL1, DL2/UL1, DL3/UL1, DL4/UL1, DL1/UL2, DL2/UL2, DL3/UL2) Cording Scheme setting (CS1, CS2, CS3, CS4) USIM Parameter setting (MCC, MNC, USIM_MODE, K, RAND, AUTN, IK) Edit and transmission of SMS/Display of received SMS (7-bit ASCII/Unicode/Binary) MMS transmission/reception test (MMS application server is separately required) State transition diagram for call processing/cs/ps Attach status indicator BTS output power setting by GUI Out-of-service setting MO/MT (manual and auto answer) operation by virtual terminal Caller ID with presentation condition setup DTMF checking by tone and display 5

6 Overview Simulation control by scenarios W-CDMA, GSM/GPRS execution and analysis of simulations The Signalling Tester runs simulations by loading edited and compiled scenarios into the dedicated control software and executing them. The information being controlled during simulations, protocol messages, and user data exchanged between a mobile UE under test and a are logged in real time. After the test, simulation results can be analyzed with the protocol message decode function (RRC, NAS [RR, CC, MM, GMM, SM], SMS, SS [Supplementary Service], Config) and the filtering function. Simulation control software Control software support functions Function Scenario execution Real-time trace Trace log save/load Trace display filtering Message decode and analysis Scenario library function External control function Description Reads and executes the compiled DLL scenarios. Displays signalling messages and user data during the simulation in real time. Saves (Binary/Text/Packet/H.245) and recalls (Binary only) the traced log data. Displays the trace filtered by channel and primitive classification. Translates and displays the traced messages (RRC, NAS, SMS, SS, Config). Provides the C language library function for scenario creation. Provides a DLL library that allows external application to control the MX847010A control software. : Supports RR, CC, MM, GMM, SM. Effective Scenario Creation Protocol Message Encoder/Decoder Tools (Message Coder) The Message Coder is a protocol message encoder/decoder tool supporting RRC, NAS (RR, CC, MM, GMM, SM), SMS, and SS (Supplementary Service). This makes the creation of protocol messages needed for test scenarios more efficient. Message Encoder/Decoder Library A protocol message encoder/decoder library supporting RRC, NAS (RR, CC, MM, GMM, SM), SMS, and SS (Supplementary Service) is provided to simplify changing or extracting message information elements in test scenarios. The information elements are designated using the tree structure shown in the decode results of the Message Coder. This feature can be used for conditional branch processing in the scenario or analysis of the received messages. Message Coder 6

7 Application Overview Application test examples Voice Call Voice Call Testing Voice call testing can be performed between mobile UE and a handset by connecting a handset (a standard accessory) to the. Voice call testing can also be performed by voice data loopback using scenario simulation. A sample scenario is provided for voice data loopback testing. Handset interface Handset Handset Loopback Video Call Video Call Testing Video call testing is performed between mobile UE and a video call terminal connected to the. (The MU847090B ISDN Interface Unit is required when using an external video call terminal.) Video call testing can also be performed without using an external video call terminal by video data loopback within the. The capability to save H.245 control protocol trace data during video calls makes it possible to perform offline analysis of H.245 protocol message logs. ISDN interface ISDN Video call terminal Loopback 7

8 Application Overview Application test examples Packet Call Packet Communication Testing Application functions that use packet communications can be tested on a single platform by installing the application server in the s built-in PC. (Application servers can also be connected externally.) Furthermore, when a packet transmission test is performed, the user trace data can be saved. In case an application server is installed in the built-in PC of. In case an external application server is used. Application server Connect the Call Proc Ethernet with the Ethernet (0 or 1) of the built-in PC of Call Proc Ethernet The s router connection function can provide packet transmission to a different subnet over a router Ethernet HUB Connectable Router UE to UE End-to-End UE Testing End-to-end UE testing including video calls and voice call can be performed between two sets of mobile UE by connecting them to two sets of interconnected with cross-wired Ethernet cables. End-to-end UE test is supported by the sample scenario. Connect the Call Proc Ethernet ports to one another with the Ethernet cable (cross type). 8

9 Application Overview Application test examples SMS SMS Testing Using the SMSC (SMS Centre) software to simulate SMS (Short Message Service) makes it possible to perform SMS transmission/reception and SMS loopback tests. The SMSC software has a simple user interface (GUI) for creating and sending Text SMS (7-bit ASCII, Unicode) and Binary SMS messages. The GUI also enables checking the content of messages received from mobile UE. Furthermore, by using the SMS Push interface, it is possible to send SMS from an external server. SMSC (SMS Centre) MMS MMS Testing Combining the separate MMSC (MMS Centre) application server and SMSC (SMS Centre) makes it possible to test the MMS Submit and MMS Notification/MMS Retrieval functions. Additionally, if the MMSC software is installed in the, MMS testing can be performed on one unit. MMS application server is separately required. MMS Submit WAP Connection MMS Centre WAP Gateway Notification HTTP Connection MMS Retrieval Notification MMS Notification MMS Submit MMS Notification 9 MMS Retrieval

10 Application Overview Application test examples End-to-End MMS Testing MMS UE to UE By using two units with MMS Centre installed on either one of them, it is possible to perform MMS message submit and retrieval tests between two mobile UEs. With appropriate settings, submit and retrieval tests between mobile UEs of different Mobile netwark operators and between different systems (W-CDMA and GSM/GPRS) can be performed. MMS Submit MMS Retrieval WAP Connection WAP Connection RF connection Hub WAP Gateway MMS Centre WAP Gateway (A) HTTP Connection (A) Notification HTTP Connection (B) RF connection (B) Notification MMS Notification Service Interruption Testing Behavior of applications during services interruptions can be evaluated by using WNS to simulate interactive base station operations such as incoming voice or video calls during packet communications, or SMS/MMS reception during voice calls, video calls, or packet communication. Multi Call Service Interruption Test Examples (W-CDMA) Interruption Voice call Video call SMS MMS Status Interruption Interruption Interruption Interruption During Voice call During Packet comm During Video call : Testable Service Interruption Test Examples (GSM/GPRS) Interruption Voice call SMS MMS Status Interruption Interruption Interruption During Voice call During Packet comm : Testable Only when packet data is not transmitted. 10

11 List of Supported Functions W-CDMA test functions ( : Can be supported by WNS or sample scenarios : Can be supported by creating scenarios) MU847010A W-CDMA Signalling Unit and MX847010A W-CDMA/GSM Simulation Kit are required. Function Description WNS Sample Scenario Location registration MS(Mobile Station) originated voice call (Loopback) Performs loopback communication test. MS terminated voice call (Loopback) Performs loopback communication test. MS originated voice call (Handset) Performs handset communication test. MS terminated voice call (Handset) Performs handset communication test. MS originated voice call (the end-to-end MS test) Performs the end-to-end voice call test between two sets of MS. 1 MS terminated voice call (the end-to-end MS test) Performs the end-to-end voice call test between two sets of MS. 1 Voice call released from MS Voice call released from NW (Network) MS originated video cal (Loopback) Performs loopback communication test MS terminated video call (Loopback) Performs loopback communication test MS originated video cal (ISDN) Performs external video call terminal 2 communication test MS terminated video call (ISDN) Performs external video call terminal 2 communication test MS originated video call (the end-to-end MS test) Performs the end-to-end video call test between two sets of MS. 1 MS terminated video call (the end-to-end MS test) Performs the end-to-end video call test between two sets of MS. 1 Video call released from MS Video call released from NW MS originated packet call Performs application tests utilizing packet data communications by connecting to a server. MS terminated packet call Performs application tests utilizing packet data communications by connecting to a server. Packet call released from MS Packet call released from NW MS originated PPP packet call Performs PPP (built-in server) packet data communication test. PPP packet call released from MS Performs PPP (built-in server) packet data communication test. PPP packet call released from NW Performs PPP (built-in server) packet data communication test. MS originated Unrestricted Digital Information (UDI) 2 7 MS terminated Unrestricted Digital Information 2 7 Unrestricted Digital Information released from MS 2 7 Unrestricted Digital Information released from NW 2 7 Multi call Performs packet and voice call test simultaneously etc. 3 SMS transmission Performs SMS (7bit-ASCII, Unicode, Binary) test. 4 SMS reception Performs SMS (7bit-ASCII, Unicode, Binary) test. 4 MMS transmission Performs MMS transmission test (MMS Submit) 5 MMS reception Performs MMS reception test (MMS Notification / MMS Retrieval) 5 Supplementary service Offers various sample scenarios of supplementary service such as Emergency call/multiparty/call waiting/ussd etc. 7 Ciphering function test Performs call processing test with W-CDMA ciphering function. 6 GSM/GPRS test functions ( : Can be supported by WNS or sample scenarios : Can be supported by creating scenarios) MU847020A GSM Signalling Unit and MX847010A W-CDMA/GSM Simulation Kit are required. Function Description WNS Sample Scenario Location registration MS originated voice call (Loopback) Performs loopback communication test. MS terminated voice call (Loopback) Performs loopback communication test. MS originated voice call (Handset) Performs handset communication test. MS terminated voice call (Hansset) Performs handset communication test. MS originated voice call (the end-to-end MS test) Performs the end-to-end voice call test between two sets of MS. 1 MS terminated voice call (the end-to-end MS test) Performs the end-to-end voice call test between two sets of MS. 1 Voice call released from MS Voice call released from NW MS originated packet call Performs application tests utilizing packet data communications by connecting to a server. MS terminated packet call Performs application tests utilizing packet data communications by connecting to a server. Packet call released from MS Packet call released from NW MS originated Circuit Switched Data (CSD) call Performs GSM circuit switched data (CSD) communication test MS terminated Circuit Switched Data call Performs GSM circuit switched data (CSD) communication test Circuit Switched Data call released from MS Performs GSM circuit switched data (CSD) communication test Circuit Switched Data call released from NW Performs GSM circuit switched data (CSD) communication test SMS transmission Performs SMS (7bit-ASCII, Unicode, Binary) test. 4 SMS reception Performs SMS (7bit-ASCII, Unicode, Binary) test. 4 MMS transmission Performs MMS transmission test (MMS Submit) 5 MMS reception Performs MMS reception test (MMS Notification / MMS Retrieval) 5 Supplementary service Offers various sample scenarios of supplementary service such as Emergency call/multiparty/call waiting/ussd etc. 7 1 : Two sets of are used. 2 : ISDN interface (option) is used. 3 : Refer to Service Interruption Testing on Page.10 for details. 4 : SMSC(SMS Centre) is used : MMS application server is separately required. 6 : W-CDMA Ciphering Software (option) is required. 7 : Provided by web download service of support service (MX847010A-20).

12 Panel Layout to Power switch Switches the mode between power-on (On) and standby (Stby). [RF Main] Main input/output connector The main N-type input/output connector [RF Aux1] Aux1 input/output connector The auxiliary N-type input/output connector [RF Aux2] Aux2 input/output connector The auxiliary N-type input/output connector Left key Equivalent to the left click button on the mouse. Either Left key on the right and the left sides of the panel is available. Right key Equivalent to the right click button on the mouse. Either right key on the right and the left sides of the panel is available. [Pointer] Pointer Used to move the pointer on the screen. Cursor key Used to move the cursor, equivalent to the cursor key on the keyboard. Enter key Equivalent to the Enter key on the keyboard. Off-Hook key Functions as Off-Hook button for the measurement software that adopts this key, equivalent to the Shift + Ctrl + F1 keys on the keyboard. On-Hook key Functions as On-Hook button for the measurement software that adopts this key, equivalent to the Shift + Ctrl + F2 keys on the keyboard. Previous key Moves the cursor to the previous item of currently selected one, equivalent to the Shift + Tab keys on the keyboard. Next key Moves the cursor to the next item of currently selected one, equivalent to the Tab key on the keyboard. Help key Displays a Help window on the screen, equivalent to the F1 key on the keyboard. Keyboard key Displays the on-screen keyboard. Extender key This key is pressed before entering the blue letters on the panel. A lamp on the key lights up while this Extender key is enabled. BackSpace key Deletes the previous letter, equivalent to the BackSpace key on the keyboard. Ten key Enters numerical values for parameters. Enters A to F in hex. [HDD] Hard disk access lamp The lamp lights up while accessing the hard disk incorporated in the mainframe. [Handset] Handset connector The connector for handset (standard accessories) [USB] USB connector The connector for the USB1.1 compliant USB devices. [PCMCIA] PCMCIA slot The card slot for the PCMCIA compliant (Type I, II) memory card 12

13 [Trigger I/O Input] Trigger input connector The BNC connector for trigger signal input from external devices and transmission measurement of UE in synchronization with the external devices [Trigger I/O Output] Trigger output connector The BNC connector for event timing output to external devices [Call Proc Timing I/O A to D] Timing input/output port for call processing The 15-pin Mini D-Sub connector for call processing [Call Proc Serial I/O A to D] Serial input/output port for call processing The 9-pin D-Sub connector for call processing [10 MHz Ref Input] Reference signal input connector The BNC connector to input the external reference signal [10 MHz Buff Output] Reference signal output connector The BNC connector to output the built-in reference signal [PCMCIA] PCMCIA slot The card slot for the PCMCIA compliant (Type I, II) memory card [Call Proc Ethernet A to D] Ethernet input/output port for call processing The RJ-45 connector for call processing. The Ethernet port can be used for packet communication, etc. [ISDN 0] ISDN 0 port The RJ-45 connector for ISDN (BRI) <Option> The ISDN port can be used for video call test, etc. [ISDN 1] ISDN 1 port Currently not available. [Keyboard] Keyboard The connector for the keyboard (standard accessories) [Mouse] Mouse The connector for the mouse (standard accessories) [Headphone] Headphone The connector for the 3.5 mm headphones [Microphone] Microphone The connector for the 3.5 mm microphone [VGA] VGA connector The 15-pin Mini D-Sub connector for the external monitor [USB] USB connector The connector for the USB2.0/USB1.1 compliant USB devices [Ethernet 0] Ethernet 0 port The Ethernet port can be used for built-in PC. [Ethernet 1] Ethernet 1 port The Ethernet port can be used for built-in PC. [RS-232C] RS-232C port The 9-pin D-Sub connector for the external PC Main power switch Switches On or Off the main power. The power switch on the front panel enters standby (Stby) mode when the main power is switched on. 13

14 Main Specifications Transmitter characteristic Receiver characteristic External interface Reference oscillator External reference input Built-in personal computer User interface Dimensions Mass Power supply Operating temperature Storage temperature Frequency range: 400 to 2700 MHz Frequency setting resolution: 100 Hz Output level range: 120 to 18 dbm (RF Main ), 106 to 4 dbm (RF Aux1 when Tx mode) Level setting resolution: 0.1 db Output level accuracy: ±3.0 db (Output level: 50 dbm, +18 to +28 C) Modulation accuracy: 7%rms (when MU847010A is mounted) Phase error: 4 rms (when MU847020A is mounted) Frequency range: 400 to 2700 MHz Frequency setting resolution: 100 Hz Maximum input level: +34 dbm (Average) Reference setting range: 30 to +20 dbm (RF Main) RF Main/RF Aux1/RF Aux2: N type connector, Impedance: 50 Ω Trigger I/O: BNC connector, TTL, Event trigger input/output Call Proc Timing I/O A to D: 15-pin Mini D-Sub connector, TTL, Timing signal for call processing Call Proc Serial I/O A to D: 9-pin D-Sub connector, RS-232C, Serial interface for data communications Call Proc Ethernet A to D: RJ-45 connector, 10Base-T, Ethernet interface for data communications ISDN 0/1: RJ-45 connector (Option), ISDN interface for data communications (I.430), ISDN1 is reserved Handset: Modular jack, Handset interface (incl. the dedicated handset) 10 MHz Buff Output Frequency: 10 MHz Level: TTL level Connector: BNC type Startup characteristics: ±5 x 10 8 (5 minutes after power-on, reference to 24 hours after power-on) Aging rate: ±1 x 10 8 /day, ±1 x 10 7 /year (reference to 24 hours after power-on) Temperature characteristics: ±2 x MHz Ref Input Frequency: 10 MHz (±0.5 ppm) Level: 0 dbm Impedance: 50 Ω Connector: BNC Type OS: Windows XP Professional operating system 1 CPU: Mobile Intel Pentium 4 processor 1.7 GHz 2 HDD: 40 GByte Memory: 512 MByte Display: Color TFT LCD monitor, 10.4 inch, XGA Headphone: 3.5 mm headphone jack Microphone: 3.5 mm microphone jack USB: USB1.1 (Front panel), USB2.0/1.1 (Rear panel) RS-232C: 9-pin D-Sub connector PCMCIA: Type I, II compliant (Front/Rear panel) Keyboard: PS/2 Mouse: PS/2 VGA: 15-pin Mini D-Sub connector Ethernet 0/1: RJ-45 connector (10Base-T/100Base-TX) 426 (W) x (H) x 281 (D) mm Without protuberances 17 kg (when all options are installed) AC 100 to 120 V/200 to 240 V ( 15%/+10%, Max: 250 V), 47.5 to 63 Hz, 300 VA +5 to +40 C, Humidity 95% (no condensation) 20 to +65 C, Humidity 95% (no condensation) EMC EN61326: 1997/A2: 2001 (Class A), EN : 2000 (Class A), EN61326: 1997/A2: 2001 (Annex A) LVD EN : 2001 (Pollution Degree 2) 1: Windows is a registered trademark of Microsoft Corporation in the United States and other countries. 2: Intel and Pentium are registered trademarks of Intel Corporation. 14

15 Units/Options/Software Hardware W-CDMA Signalling Unit (MU847010A) This hardware unit simulates the operation of W-CDMA base stations. GSM Signalling Unit (MU847020A) This hardware unit simulates the operation of GSM/GPRS base stations. ISDN Interface Unit (MU847090B) This unit enables the ISDN interface. A video call communication test is performed with a mobile UE under test by connecting a video call terminal UE to the ISDN interface. Software W-CDMA/GSM Simulation Kit (MX847010A) This software is required for use with W-CDMA and GSM/GPRS. The kit includes libraries for scenario programming, control software for scenario execution and tracing/analysis, sample scenarios for basic call processing, and user manuals. (Microsoft Visual C++.NET Standard 2003 is separately required for scenario compiling. Also, in case Visual C++.NET Standard 2003 is installed in the s built-in PC, a CD or DVD drive with a USB interface is separately required.) : Microsoft Visual C++ is a registered trademark of Microsoft Corporation in the United States and other countries. W-CDMA Ciphering Software (MX847011A) This software is required to test the W-CDMA ciphering function. It supports the standard ciphering algorithm in 3GPP. Software maintenance contract MX847010A Support Service (One year) (MX847010A-20) This contract covers response to inquiries from users, maintenance releases (including trouble support), and commercial UE support by WNS (Wireless Network Simulator). MX847010A-20 is the software maintenance contract for MX847010A. (Refer to separate materials for contract detail.) Configurations Units/Options/Software MU847010A MU847020A MU847090B MX847010A MX847011A MX847010A-20 W-CDMA GSM ISDN W-CDMA/GSM W-CDMA MX847010A Support Configurations Signalling Unit Signalling Unit Interface Unit Simulation Kit Ciphering Software Service (One year) W-CDMA test configuration Required Optional Required Optional Required GSM/GPRS test configuration Required Required Required W-CDMA/GSM/GPRS test configuration Required Required Optional Required Optional Required W-CDMA test configuration: Ability to run a simulation corresponding to W-CDMA 1BTS. GSM/GPRS test configuration: Ability to run a simulation corresponding to GSM/GPRS 1BTS. W-CDMA/GSM/GPRS test configuration: Includes the functions of test configurations for both W-CDMA and GSM/GPRS. 15

16 Ordering Information Please specify model/order number, name and quantity when ordering. Model/Order No. Name Model/Order No. Name Z0741 G0134 A0013 MX847000A MU847010A MU847020A MU847090B Z0714 Z0715 Z MX847010A MX847011A Z0728 MX847010A-20 Mainframe Signalling Tester Standard Accessories Power Cord, 2.6 m Operation Manual (CD-ROM) Keyboard (Japanese or English) 1 Mouse Handset Platform Software Units / Options W-CDMA Signalling Unit GSM Signalling Unit ISDN Interface Unit English OS Option Japanese OS Option Retrofit Option Extended Three Year Warranty Service Extended Five Year Warranty Service Software W-CDMA/GSM Simulation Kit 2 W-CDMA Ciphering Software Software Installation Kit MX847010A Support Service (One year) Application Parts J1261A Ethernet Cable (Shield type, Straight), 1 m J1261B Ethernet Cable (Shield type, Straight), 3 m J1261C Ethernet Cable (Shield type, Cross), 1 m J1261D Ethernet Cable (Shield type, Cross), 3 m J1262A RS-232C Cable (Straight), 2 m J1262B RS-232C Cable (Cross), 2 m J0576B Coaxial Cord (N-P 5D-2W N-P), 1 m J0576D Coaxial Cord (N-P 5D-2W N-P), 2 m J0127A Coaxial Cord (BNC-P RG58A/U BNC-P), 1 m J0127B Coaxial Cord (BNC-P RG58A/U BNC-P), 2 m J1263 W-CDMA Interface Cable J1264 N-SMA Adapter J1265 Adapter (Serial Connector) J0658 Adapter (SMA, L Type) B0543 Carrying Case B0329D Front Cover for 1MW 5U Z0749 MN8110B + Inch Screw Cable J1287 HDD-SUB15P Cable (Milli-Inch) 1: Selected by OS option. 2: P0027: W-CDMA/GSM TEST USIM is attached by this option. Specifications are subject to change without notice. ANRITSU CORPORATION 1800 Onna, Atsugi-shi, Kanagawa, Japan Phone: Fax: U.S.A. ANRITSU COMPANY TX OFFICE SALES AND SERVICE 1155 East Collins Blvd., Richardson, TX 75081, U.S.A. Toll Free: ANRITSU ( ) Phone: Fax: Canada ANRITSU ELECTRONICS LTD. 700 Silver Seven Road, Suite 120, Kanata, ON K2V 1C3, Canada Phone: Fax: Brasil ANRITSU ELETRÔNICA LTDA. Praca Amadeu Amaral, 27-1 andar Paraiso, Sao Paulo, Brazil Phone: Fax: U.K. ANRITSU LTD. 200 Capability Green, Luton, Bedfordshire LU1 3LU, U.K. Phone: Fax: Germany ANRITSU GmbH Grafenberger Allee 54-56, Düsseldorf, Germany Phone: Fax: Printed on 70% Recycled Paper France ANRITSU S.A. 9, Avenue du Québec Z.A. de Courtabœuf Les Ulis Cedex, France Phone: Fax: Italy ANRITSU S.p.A. Via Elio Vittorini, 129, Roma EUR, Italy Phone: Fax: Sweden ANRITSU AB Borgafjordsgatan Kista, Sweden Phone: Fax: Finland ANRITSU AB Teknobulevardi 3-5, FI Vantaa, Finland Phone: Fax: Denmark Anritsu AB Danmark Korskildelund 6 DK Greve, Denmark Phone: Fax: Singapore ANRITSU PTE LTD. 10, Hoe Chiang Road #07-01/02, Keppel Towers, Singapore Phone: Fax: Catalog No. -E-A-1-(3.00) Hong Kong ANRITSU COMPANY LTD. Suite 923, 9/F., Chinachem Golden Plaza, 77 Mody Road, Tsimshatsui East, Kowloon, Hong Kong, China Phone: Fax: P. R. China ANRITSU COMPANY LTD. Beijing Representative Office Room 1515, Beijing Fortune Building, No. 5 North Road, the East 3rd Ring Road, Chao-Yang District Beijing , P.R. China Phone: Korea ANRITSU CORPORATION 8F Hyun Juk Bldg , Yeoksam-dong, Kangnam-ku, Seoul, , Korea Phone: Fax: Australia ANRITSU PTY LTD. Unit 3/170 Forster Road Mt. Waverley, Victoria, 3149, Australia Phone: Fax: Taiwan ANRITSU COMPANY INC. 7F, No. 316, Sec. 1, NeiHu Rd., Taipei, Taiwan Phone: Fax: Printed in Japan W/CDT