Transmission Test Equipment

Transcription

1 Test Various Optical Modulation formats in one set QUALITY INNOVATION FORESIGHT Bulletin NX E Subscribe to "Newswave" our free newsletter

2 Built for 40G Next Generation s, the NX4000 is designed to measure the transmission and reception of communication frames, alarm/error characteristics, and the transmission characteristics, such as the transmission delay time, of 40 Gbit/s / networks. The NX4000 supports multiple optical modulators and wavelength tunable transponders providing measurement solutions tailored to the needs of customers. In addition, the NX4000 can also be used to measure non-frame signals. Editing and Monitoring Function Frame editing The overhead of the frame and frame can be freely edited. Frame monitoring The overhead and payload of the frame and frame can be monitored. Trace message The trace message of the section (J0) and Path (J1) can be edited, and the trace message in a received frame can be monitored and displayed. Various trace messages of the frame can also be edited and monitored. 02 Usable for Various Modulation Formats By using a standards based 40 Gbit/s transponder, the NX4000 can easily support various optical modulation formats and wavelengths over short and long distances by replacing interface modules. 40 Gbit/s NRZ, (NX4120, single rate) 40/43 Gbit/s NRZ, (NX4120, dual rate) 43 Gbit/s DPSK, C-band (planned) 43/44 Gbit/s DQPSK (NX4121,C-band) 43/44 Gbit/s DQPSK (NX4121,L-band) 43 Gbit/s ODB, C-band (planned) Comfortable Operation Stress-free operation Reduces the setup time and contributes to a reduction in the turn around time for automated systems. Direct operation with touch panel The settings can be configured by directly touching the GUI window eliminating the need for a mouse or separate PC. Use of a large 10.4-inch display Measurement results which include a large amount of information can be effectively displayed. The NX4000 provides the ability for the user to select what information is displayed using four configurable workspaces. 03 Main Measurement Functions Various alarm and error measurements Alarms and errors are generated in a variety of modes for / frames. For alarm and error measurements, status and measurement results are displayed. Bit error (BER) measurement Bit errors in the payload and non-frame bit errors at 40/43/44 Gbit/s can be measured in addition to the parity errors in the overhead. Delay time measurement A transmission delay time from the signal transmission through the DUT to the return can be measured at a resolution of 0.1 µsec. Multiple measurements Not only frames but also mapped multiple channels can be measured at the same time.

3 SELECTION for EACH TEST Select Extension s Suitable for the Solution Each function is configured with functional modules. Only necessary modules need to be selected to build the optical system. Pluggable modules provide for a tailored solution. test system System can be upgraded at minimum cost. test system NX4000 can be upgraded for testing by adding a single module. Optical modulation formats Only modules need to be replaced to use the unit for various optical modulation formats. Intuitive Easy Operation Quick key response Large touch panel display Intuitive operation Constant display of receive status Monitor display Receive status (alarm & error) is displayed at all times. Direct button START/STOP Laser On/off Alarm On Error On Large 10.4-inch screen Operation keypad EASY OPERATION : OPTICAL INTERFACE : BASE MODULE USB port : Additional slot ( MODULE) Power key Basic Extension Optical Interface 04 FUNDAMENTAL TRANSPORT TEST PERFORMANCE NX4000 NX4100 NX4110 NX4120 NX4120 NX4121 NX4121 Transport Analyzer module (NRZ, (NRZ, (DQPSK, (DQPSK, (Gbit/s) (Main frame) Base module Single rate) Dual rate) C-band) L-band) Test Application / / / G 43 G & 40 G 43 G / 44 G (10 G LAN) mark: Required. mark: Optional DQPSK-C: A C-band tunable laser is incorporated. DQPSK-L: A L-band tunable laser is incorporated. Full Mapping Mapping Function frame Mapping from 1/VC3 to 768c/VC4-256c is supported. frame Mapping of 40 Gbit/s and 4-channel 10 Gbit/s to 43 Gbit/s OTU-3, as well as mapping of 10 Gbit/s LAN-PHY 4 channels to 44 Gbit/s OTU-3 is possible. Offset variable Independent offset variable frequencies can be used for client signals. OTU-3 ODU3 OPU3 ODU2 Mapping and 10G LAN-PHY on frame. (example) Async OPU2 Sync/Async x3 3 x c 192c 48c 12c 3c 1c 192c 48c 12c 3c 1c 10 G LANPHY Front panel USB 1.1 interface Mouse Keyboard Memory USB 1.1 memory Two configurable work areas Any window can be assigned to the upper or lower area of a workspace. Two USB 1.1 compliant interface ports are standard components, which can be used for the USB flash memory, mouse and keyboard. Large internal hard drive Measurement conditions, measurements results, and program data can be saved in the internal hard drive. Display A Variety of External Interfaces Available Rear panel Ethernet interface (10/100 BASE-TX) USB Interface & Setup Function Video output (XGA) Direct key access The four workspaces can be dynamically switched to make it easy to configure the settings and display test results from the window. USB interface GP-IB interface (IEEE488.1/488.2) 10 M/5 M clock input 156 M clock input EXT SYNC I/F (BAL, UNBAL) 156 M clock output Setup function Setup information of a measuring instrument can be saved and loaded. Settings of multiple measuring instruments can be configured to the same conditions via the external memory. CONNECTIVITY EASY DATA HANDLING 05

4 TEST APPLICATIONS 40 Gbit/s Transponder Test 43 Gbit/s Test :, Frequency Offset: ±30 ppm Non-Frame BERT: PRBS31-PRBS7 Frame BERT: SDH (Payload pattern: PRBS, Programmable) (Payload pattern: PRBS) Trigger Output for Eye Diagram: 1/16 or 1/64 of Line rate REF CLOCK Output: 1/64 FEC Test Function ( ) Optical Sampling Oscilloscope NRZ OPT Trg, Gbit/s Transponder Receiver Transmitter REF Clock SFI-5 Loopback : Optical interface should be replaced. l / Ether over / / Optical I/F: NRZ, DQPSK, (Duo-Binary, DPSK) Line rate Offset: ±50 ppm OH, Error/Alarm Test CBR 40 G/CBR 10 G ( mode) FEC ERROR Test ( mode) 43 G NRZ, Gbit/s D BASE : Optical interface should be replaced. l / TEST APPLICATIONS D / SDH BASE Ethernet Over Test Gbit/s Test Line rate Offset: ±50 ppm Mapping : 1, 3c, 12c, 48c, 192c, 768c SDH: VC3, VC4, VC4-4c, VC4-16c, VC4-64c, VC4-256c OH, Error/Alarm, Pointer Justification Test APS Test: Test Period Max ms, Time Resolution 0.1 ms OH BERT: 1 Byte, D1-D3, D4-D12 of SOH/TOH/POH Client OC-768,STM-256 NRZ, Gbit/s Rep. OC-768,STM-256,43 G Transport l : 10 G-LANPHY Direct Mapping Client Rate Offset: ±100 ppm, Each of the four channels independently Packet BERT: (Bit error rate test) NRZ D / SDH BASE, Gbit/s l Ether over Client 10 GbE 10 GbE Traffic Tester 10 G LANPHY (4 Port) Mapping Structure STM STM G LANPHY Sync/Async Async (Muxponder) OPU G Async ODU -2 OPU G Ethernet over ODU -3 OTU D BASE 40 Gbit/s to Through Test 40 Gbit/s to Test Optical I/F : NRZ Line rate Offset : ±50 ppm OH, Error/Alarm Test CBR 40 G/CBR 10 G ( mode) FEC ERROR Test ( mode) Client OC-768,STM-256 NRZ, Gbit/s D BASE 43 G l / Optical I/F: NRZ, DQPSK, (Duo-Binary, DPSK) Line rate Offset: ±50 ppm Through-mode OH monitor, OH overwrite = Error insert Transparent Loop-back NRZ D BASE, Gbit/s OC G : Optical interface should be replaced. l / Ether over / /

5 08 DELAY TIME MEASUREMENT LOGGING FUNCTION REMOTE OPERATION Delay Time Measurement Function Delay time measurement Measurement range: 0.1 µs to 10 s Resolution: 0.1 µs Monitor CRC error and measurement timeout status is displayed. Delay time Measurement results (Current, Maximum, Minimum, and Average) are displayed. Measure Time Time elapsed since the start of measurement is displayed. Logging Function Errors and alarms occurring during measurement are recorded at a resolution of one second to the hard disk in CSV format. Results of measured errors and alarms are displayed at the end of measurement. A generated log file can be copied to the USB memory and can be viewed on screen. NX4000 Remote Operation Function Remote operation is possible using a LAN connection. Connecting to the network enables operation on a PC in the same manner as using the GUI of the unit. Also useful when the equipment is located in a separate room from the tester. N E T W O R K Specifications Function section Operation mode OC-768/STM-256 Non Frame Timing source Internal Frequency accuracy: ±2 ppm Frequency offset: ±30 ppm (specifications guaranteed), ±110 ppm Ext. 1/N clock 1/16, 1/64 (received from the optical IF module) Ext. sync. 10 MHz, 5 MHz, 64 k+8 khz, 1.5 MHz, 2 MHz, 1.5 Mbit/s, 2 Mbit/s, 156 MHz Slave Synchronizes to the received clock Pattern trigger output Waveform Rectangular, positive pulse Connector SMA Female Error trigger output Timing When an alarm or error occurs Waveform Rectangular, positive pulse Connector SMA Female Non-Inverted, inverted OH editing TOH/SOH All byte except B1,B2, andh1-h3 are user settable (00 to FF). Mapping 1,3c,12c,48c,192c, 768c SDH VC3,VC4,VC4-4c,VC4-16c,VC4-64c,VC4-256c Payload generation Payload patterns PRBS31, PRBS31inv, PRBS23, PRBS23inv, (Foreground) PRBS10, PRBS10inv, PRBS9, PRBS9inv POH editing All bytes except B3 are user settable (00 to FF). Payload generation Payload patterns PRBS31, PRBS31inv, PRBS23, PRBS23inv, (Background) PRBS15, PRBS15inv Copy Foreground POH editing All byte except B3 are user settable (00 to FF). Scrambling Alarm generation OOF, AIS-L/MS-AIS, RDI-L/MS-RDI, AIS-P/AU-AIS, LOP-P/AU-LOP, RDI-P/HP-RDI, TIM-L/RS-TIM, TIM- P/HP-TIM, SLM-P/HP-SLM, UNEQ-P/HP-UNEQ Single, Repeat, All Error addition FAS, B1, B2, REI-L/MS-REI (M0/M1), B3, REI-P/HP- REI, INFO-BIT Single, Rate, Repeat Frame, Repeat Bit AU pointer control Action POS, NEG, New Pointer Single, Repeat NDF J0/J1 message Multiframe 1-, 16-, 64-byte frames Message Editable Input code Patterns PRBS PRBS31, PRBS31inv, PRBS23, PRBS23inv, Error addition Single, Rate Receiving section Operation mode OC-768/STM-256 Non Frame Error trigger output Trigger timing When an alarm or error is detected Connector SMA Female Non-Inverted, inverted Auto sync function Frame monitor SOH and POH Payload (displays on a portion) Mapping 1,3c,12c,48c,192c, 768c SDH VC3,VC4,VC4-4c,VC4-16c,VC4-64c,VC4-256c Payload Patterns PRBS31, PRBS31inv, PRBS23, PRBS23inv, PRBS10, PRBS10inv, PRBS9, PRBS9inv Descramble Alarm measurement OOF, LOF, AIS-L/MS-AIS, RDI-L/MS-RDI, AIS-P/AU- AIS, LOP-P/AU-LOP, RDI-P/HP-RDI, TIM-L/RS-TIM, TIM-P/HP-TIM, SLM-P/HP-SLM, UNEQ-P/HP- UNEQ, PATTERN SYNC LOSS Alarm count, alarm time Detection release condition Detection release condition user settable for each alarm Error measurement FAS, B1, B2, REI-L/MS-REI (M0/M1), B3, REI-P/HP- REI, INFO-BIT Error count, error rate J0/J1 monitor Multiframe 1-, 16-, 64-byte frames Display Alarm detection Compares against received data, measures TIM, and detects CRC errors AU pointer analysis Monitor Pointer value, offset Count POS, NEG, NDF, MNDF, POS second, NEG second, NDF second, MNDF second Patterns PRBS PRBS31, PRBS31inv, PRBS23, PRBS23inv, Status SYNC LOSS, BIT ERR Error measurement Target INFO-BIT Bit error count, error rate Common Measurement function Manual, Single, Repeat Time setting 0 to 999 hours, 0 to 59 minutes, 1to 59 seconds (maximum settable value: 999: 59: 59, minimum settable value: 1 second) Delay time measurement Measure range 0.1 µs to 10 s, >Time Out Current, Maximum, Minimum, Average Result display Current, 100 ms, 1 s, 10 s, Last Data logging Records measured results over a set amount of time or when an event occurs monitor Resolution 1 khz Refresh rate 1 s Coupling function Couple Tx to Rx, Rx to Tx Function section Operation mode frame 44 G OUT-3 (Four 10 G LAN PHY Mapping) 43 G OTU-3 ( Mapping) Non Frame (Line) Timing source Internal Frequency accuracy: ±2 ppm Frequency offset: ±30 ppm (specifications guaranteed), ±110 ppm Ext. 1/N clock 1/16, 1/64 (receive from the optical IF module) Ext. sync 10 MHz, 5 MHz, 64 k+8 khz, 1.5 MHz, 2 MHz, 1.5 Mbit/s, 2 Mbit/s, 156 MHz Slave Synchronizes to the received clock Pattern trigger output Waveform Rectanglular, positive pulse Connector SMA Female ( module output) Error trigger output Trigger When an alarm or error is generated Connector SMA Female ( module output) Non-inverted, Inverted Payload Mapping Capsuling 10 G LAN-PHY to the multiple ODU2 4 Ch to ODU. 40 G mapping to ODU3 OH editing All byte except MSAF, JC are user settable Alarm generation OTU3 OOF, OTU3 OOM, OTU3 AIS, ODU3 LCK, ODU3 OCI, ODU3 AIS, SM-TIM, SM-BIAE, SM-BDI, SM-IAE, ODU3 TCM (1-6) TIM, ODU3 TCM (1-6) BIAE, ODU3 TCM (1-6) BDI, ODU3 TCM (1-6) IAE, ODU3 TCM (1-6) LTC, ODU3 PM-TIM, ODU3 PM- BDI, OPU3 PLM, MSIM, ODTU2 (a-d) OOF, ODT Single, Repeat, All Error addition OTU3 FAS, SM-BIP8, ODU3 PM-BIP8, SM-BEI, ODU3 PM-BEI, FEC error, ODU3 TCM (1-6) BIP8, ODU3 TCM (1-6) BEI, ODU2 (a-d) PM-BEI, ODU2 (a-d) TCM (1-6) BEI, INFO-BIT Single, Rate, Repeat Frame, Repeat Bit FEC decode TTI message Frame length 64 multi frame FTFL message Frame length 256 multi frame 10 G LAN-PHY (Client) Mapping Async mode Offset ±100 ppm/1 ppm step, 4 Ch individually configurable non-inverted Transmit rate Rate IFG: 72 bit, IFG interval: 96 bit Transmit mode continues Transmit data Number of frame 1 frame Frame length 64 byte Define frame MAC frame (MAC address can be set) Payload BERT mode: PRBS15 Error addition CRC error (single), Bit error (single) LFS function Manual transmitte of LF (Local Fault) /RF (Remote Fault) Monitor Frame count, Byte count, Rate (frame/s), Bit error count (Client) Mapping Sync mode, Async mode Offset ±100 ppm/1 ppm step, 4 Ch individually Payload generation Mapping : 768c, 192c SDH: VC4-256c, VC4-64c Pattern PRBS31, PRBS31inv, PRBS23, PRBS23inv, PRBS15, PRBS15inv OH editing TOH/SOH All byte except B1 and B2, H1 to H3 byte are user settable POH All byte except B3 are user settable (00 to FF) Alarm generation OOF, AIS-L/MS-AIS, RDI-L/MS-RDI, AIS-P/AU-AIS, LOP-P/AU-LOP, RDI-P/HP-RDI, TIM-L/RS-TIM, TIM- P/HP-TIM, SLM-P/HP-SLM, UNEQ-P/HP-UNEQ Single, Repeat, All Error addition FAS, B1, B2, REI-L/MS-REI (M0/M1), B3, REI-P/HP- REI, INFO-BIT Single, Rate 09

6 Specifications Specifications 10 AU pointer control Action POS, NEG, New Pointer NDF J0/J1 message Multiframe 1-, 16-, 64-byte frames Message Editable Input code Pattern PRBS PRBS31, PRBS31inv, PRBS23, PRBS23inv, Error addition Single, Rate Receive section Operation mode frame 44 G OUT-3 (Four 10 G LAN PHY Mapping) 43 G OTU-3 ( Mapping) Non Frame (Line) Error trigger output Trigger timing When an alarm or error is detected Connector SMA Female ( module output) Non-Inverted, inverted Auto sync function On, Off settable Payload Mapping Capsuling 10 G LAN-PHY to the multiple ODU2 4 Ch to ODU. 40 G mapped to ODU3 Frame monitor OH (OUT, ODU, OPU) Alarm measurement OTU3 LOF, OTU3 OOF, OTU3 LOM, OTU3 OOM, OTU3 AIS, ODU3 LCK, ODU3 OCI, ODU3 AIS, OPU3 PLM, SM-TIM, SM-BIAE, SM-BDI, SM-IAE, ODU3 TCM (1-6) TIM, ODU3 TCM (1-6) BIAE, ODU3 TCM (1-6) BDI, ODU3 TCM (1-6) IAE, ODU3 TCM (1-6) LTC, ODU3 PM-TIM, ODU3 PM-BDI, MSIM, ODU2 Alarm count, Alarm time, Alarm second Error measurement OTU3 FAS, SM-BIP8, ODU3 PM-BIP8, SM-BEI, ODU3 PM-BEI, ODU3 TCM (1-6) BIP8, ODU3 TCM (1-6) BEI, ODU2 (a-d) PM-BIP8, ODU2 (a-d) TCM (1-6) BIP8, ODU2 (a-d) PM-BEI, ODU2 (a-d) TCM (1-6) BEI, Corrected FEC error, Corrected 0, Corrected 1, Uncorrected FEC Error count, error rate FEC encode TTI monitor Status TIM FTFL monitor Status No Fault, Signal Fail, Signal Degrade 10 G LAN-PHY (Client) Filter Over size setup 1519 fixed BERT setup Measurement error frame with a bit error ON/OFF Measurement items Rx frame, Rx rate (frame/s), CRC error, Bit error, Bit error rate (Client) Frame monitor SOH and POH, Payload (displays on a portion), STS3/STM1 mode, only Ch.1 Payload Mapping : 768c, 192c SDH: VC4-256c, VC4-64c Pattern PRBS31, PRBS31inv, PRBS23, PRBS23inv, PRBS15, PRBS15inv Alarm measurement OOF, LOF, AIS-L/MS-AIS, RDI-L/MS-RDI, AIS-L/AU- AIS, LOP-P/AU-LOP, RDI-P/HP-RDI, TIM-L/RS-TIM, TIM-P/HP-TIM, SLM-P/HP-SLM, UNEQ-P/HP- UNEQ, PATTERN SYNC LOSS Alarm count, Alarm time Error measurement B1, B2, REI-L/MS-REI (M0/M1), B3, REI-P/HP-REI, INFO-BIT Error count, Error rate AU pointer analysis Monitor Pointer value, offset Counter POS, NEG, NDF, MNDF, POS second, NEG second, NDF second, MNDF second J0/J1 monitor Multiframe 1-, 16-, 64-byte frames Display Alarm detection Compares against received data, measures TIM, and detects CRC errors Patterns PRBS PRBS31, PRBS31inv, PRBS23, PRBS23inv, Status SYNC LOSS, BIT ERR Error measurement Target INFO-BIT Error count, Error rate Common Measurement function Manual, single, repeat Time setup 0 to 999 hours, 0 to 59 minutes, 1 to 59 seconds (maximum settable value: 999: 59: 59, minimum settable value: 1 second) Delay time measurement Measure range 0.1 µs to 10 s, >Time Out Current, Maximum, Minimum, Average Result display Current, 100 ms, 1 s, 10 s, Last Data logging Records measured results over a set amount of time or when an event occurs Bitrate monitor Resolution 1 khz Refresh rate 1 s Couple function Pairing to Tx to Rx, Rx to Tx NX4120 OPT I/F MODULE (NRZ) section (suffix code: -R1), Gbit/s (suffix code: -R2) Optical output Center wavelength 1530 to 1565 nm (typical: 1550 nm) Average output power 0 dbm to +3 dbm Modulation NRZ External 1/N clock input Rate 1/16, 1/64 the clock rate connector SMA Trigger Output Rate 1/16 the clock rate Waveform Rectangular Duty cycle 50% ±5% (nominal) Receiving section (suffix code: -R1), Gbit/s (suffix code: -R2) Optical Input Wavelength range 1530 to 1565 nm Input sensitivity <-5 dbm, (10^-12 BER) input overload +3 dbm Modulation NRZ Safety standard Laser safety Compliance Class 1 (IEC : A2: 2001) NX4121 OPT I/F MODULE (DQPSK) section, Gbit/s Optical output Center wavelength to nm (50GHz ITU-Grid selectable) (suffix code: -W1) to nm (50GHz ITU-Grid selectable) (suffix code: -W2) Average output power -13 to -3 dbm Modulation RZ-DQPSK External 1/N clock input Rate 1/16, 1/64 the clock rate connector SMA Trigger Output Rate 1/64 the clock rate Waveform Rectangular Duty cycle 50% ±5% (nominal) connector SMA Receiving section, Gbit/s Optical Input Wavelength range to nm (50GHz ITU-Grid selectable) (suffix code: -W1) to nm (50GHz ITU-Grid selectable) (suffix code: -W2) Input sensitivity -15 dbm (EDFA gain: 20 db or less) Input overload +3 dbm Modulation RZ-DQPSK Safety standard Laser safety Compliance Class 1 (IEC : A2: 2001) NX4000 TRANSPORT ANALYZER (Main Frame) Operation Display Size 10.4 inchs, with touch screen Resolution XGA ( pixels) Switches, keys Main Power switch POWER ON: Power standby state POWER OFF: Power OFF state Power key The power turns ON when you press this switch and the MAIN POWER switch is ON. Keys For various operations Indicator LEDs POWER Green: Power ON indication (built into the POWER key) STANDBY Orange: Power standby state indication (built into the POWER key) HDD Green: Hard disc drive access indication REMOTE Green: Remote control indication MEASURE Green: Measurement status indication (built into the START key) External I/F LAN port RJ-45 port for 10BASE-T/100BASE-TX USB USB1.1 (4 ports) Clock IF External 156 M input Input frequency MHz Input level 0.6 Vpp to 1.5 Vpp EXT SYNC (BAL) input Input frequency Mbit/s, MHz, Mbit/s, MHz, 64 k+8 khz connector RJ-48 connector EXT SYNC (UNBAL) input Input frequency Mbit/s, MHz, Mbit/s, MHz Input level 0.6 Vpp to 1.2 Vpp connector BNC Female 10 M/5 M Clock input Input frequency 10 MHz, 5 MHz Input level 0.6 Vpp to 1.5 Vpp 156 M Clock output Output frequency MHz Output level 0.3 Vpp to 1.0 Vpp EXT SYNC (BAL) output Output frequency MHz, MHz, 64 k+8 khz connector RJ-48 connector General specifications slots SLOT1 Dedicated to the Optical I/F module SLOT2 Dedicated to the BASE module SLOT3 module Power supply Voltage 90 to 264 VAC Frequency 48 to 63 Hz Power consumption 580 VA or less (when all modules are installed) Dimensions and weight Dimensions 426 (W)221 (H)559 (D) mm (excluding protrusions) Weight Approx. 30 kg (when all module are installed) Environment Operating temperature 5 to 40 C, 5 to 35 C (specifications guaranteed) Humidity 35 to 85%RH Storage temperature -20 to +60 C Ordering Information l and Suffix s l Suffix codes Descriptions NX4000 TRANSPORT ANALYZER Power cord -D UL, CSA standard -F VDE standard -R AS standard -Q BS standard -H GB standard complied with CCC -M UL,CSA std. (3P-2P conv. adaptor) NX4100 BASE MODULE NX4110 MODULE NX4120 OPT I/F MODULE (NRZ) Signal speed -R1 40 G Single rate -R2 40/43 G Dual rate Reference Clock /RC Reference Clock Output NX4121 OPT I/F MODULE (DQPSK) Wavelength -W1 Tunable laser for C-band range -W2 Tunable laser for L-band Reference Clock /RC Reference Clock Output Related Products IP traffic generation tester TrafficTesterPro AE5511 Dimensions Portable 10 G BERT AQ Accessories (Optional) l Suffix codes Descriptions Carrying case for NX Rack mounting kit -E5 Hight 5 Type for EIA -J5 Hight 5 Type for JIS Rear view Optical Spectrum Analyzer AQ6370 Unit : mm 11

7 YOKOGAWA CORPORATION OF AMERICA 2 Dart Road, Newnan, Georgia , U.S.A. Phone: (1) , Fax: (1) YOKOGAWA EUROPE B.V. Databankweg 20, 3821 AL, Amersfoort, THE NETHERLANDS Phone: (31) , Fax: (31) YOKOGAWA ENGINEERING ASIA PTE. LTD. 5 Bedok South Road, Singapore Phone: (65) , Fax: (65) YOKOGAWA MEASURING INSTRUMENTS KOREA CORP. Phone: (82) , Fax: (82) YOKOGAWA SHANGHAI TRADING CO., LTD. Phone: (86) , Fax: (86) Represented by : YOKOGAWA ELECTRIC CORPORATION Communication & Measurement Business Headquarters Nakacho, Musashino-shi, Tokyo, Japan Phone: (81) , Fax: (81) tm@cs.jp.yokogawa.com MM-16E Subject to change without notice. [Ed : 01/b] Printed in Japan, 802(KP) All Rights Reserved, Copyright 2008, Yokogawa Electric Corporation.