MP1800 Series. Signal Quality Analyzer. MU181620A Stressed Eye Transmitter MU181640A MX180002A. Optical Receiver

Transcription

1 Product Introduction MP1800 Series Signal Quality Analyzer MU181620A Stressed Eye Transmitter MU181640A Optical Receiver MX180002A Stressed Eye Measurement Control Software

2 MP1800A Series MU181620A Stressed Eye Transmitter MU181640A Optical Receiver MX180002A Stressed Eye Measurement Control Software Product Introduction Anritsu Corporation IP Network Measurement Division IP Network Measurement Division 1 Agenda Introduction and Market Background Key Features Main Applications and Product Composition Summary Appendix IP Network Measurement Division 2 1

3 Agenda Introduction and Market Background Key Features Main Applications and Product Composition Summary Appendix IP Network Measurement Division 3 Introduction New modules and software of MP1800A Series was launched additionally for R&D/manufacture of 10GbE Equipment and Optical module/device as below modules and software. MU181620A Stressed Eye Transmitter E/O converter for Stressed Eye Generation and Reference transmitter MU181640A Optical Receiver Wideband O/E converter MX180002A Stressed Eye Measurement Control Software Support Power Penalty test / Jitter Tolerance test / Jitter Sweep test IP Network Measurement Division 4 2

4 Market Background 1/6 The recent growth of rich-content distribution over the Internet is increasing the size of data transfers. These large-capacity networks are supported by optical modules and devices. Optical module vendors concluded the Multi Source Agreement (MSA) as a policy for ensuring rapid market growth. The MSA standardizes interface parameter, control methods and package dimensions. And they stipulated in the IEEE/ITU-T/ANSI, etc., recommendations. However, since performance is a competitive marketing factor, there are issues about Interoperability among network equipments due to factors such as Jitter, Noise, Cross-talk, Receiver Tolerance, etc. This Anritsu instrument has been developed to meet these market needs. The MU181620A, MU181640A, and MX180002A support stable, high-accuracy, IEEE compliant Stressed Receiver Conformance Test. In addition, the Reference transmitter with variable extinction ratio offers a simple, space-saving, production-line system configuration to network equipment vendors and optical module vendors. IP Network Measurement Division 5 Market Background 2/6 What s s happen on real transmission path? 40km Optical Fiber XFP XFP Optical waveform of XFP Output Optical waveform through 40km optical fiber The Receiver of Network Equipment receives the impaired signal with Timing Jitter, Amplitude Noise (Interfere), Cross-talk, Insertion loss, Lack of bandwidth. Need to assure interoperability among Network Equipments IP Network Measurement Division 6 3

5 Market Background 3/6 Why Users need Stressed Eye Measurement? Need to assure interoperability among Network Equipments. For Optical module vendor, worst case testing is required before shipping. For Network Equipment vendor, receiving inspection is required before installing the optical module to Network Equipment. Various MSA is set up for expanding Optical module business and performing cost reduction by effect of mass-production. These optical modules produced based on MSA specification have variation of characteristic. It is necessary for testing that simulates a real transmission, and this test is effective in controlling this variation of characteristic and preventing trouble in the field. Stressed Receiver Conformance Test (Stressed Eye Measurement) was standardized by IEEE (10GbE standard). It is checked Stressed Receiver Sensitivity (SRS) and Receiver tolerance using the impaired signal. Receiver have to meet BER 1E-12 in this test condition. SRS :Stressed Receiver Sensitivity MSA : Multi Source Agreement IP Network Measurement Division 7 Market Background 4/6 Stressed Receiver Conformance Test Outline For generating Stressed Eye waveform inject Timing Jitter(SJ) to phase direction and Amplitude Noise (SI) to Amplitude direction, and adjust VECP (OMA and A0) The repeatability and accuracy is important for this Stressed Eye waveform. SJ OMA OMA and VECP OMA is the difference in optical power for the nominal 1 and 0 levels of the optical signal. VECP is eye closure at time-center of eye OMA (dbm) = P1-P2 VECP(dB) = 10log OMA A 0 SI Stressed Eye waveform Stressed Receiver Conformance Test block diagram Conformance test signal characteristic OMA : Optical Modulation Amplitude VECP: Vertical Eye Closure Penalty SJ : Sinusoidal Jitter SI : Sinusoidal Interfere IP Network Measurement Division 8 4

6 Market Background 5/6 The OMA value ( SRS) at BER 1E-12 is derived from BER characteristic to OMA by the power penalty test BER 1E-12 OMA 17 dbm 10G Base-L (1310nm) 10G Base-E (1550nm) SRS (min) in OMA dbm (0.093 mw) dbm (0.074 mw) Power penalty test OMA : Optical Modulation Amplitude SRS : Stressed Receiver Sensitivity IP Network Measurement Division 9 Market Background 6/6 Requirement for Reference Transmitter characteristic It is necessary to use the optical signal with the characteristic of already-known ER and VECP for the Reference transmitter used by evaluating optical modules. ER is specified in each application (10GbE, SONET/SDH). ER (minimum) : 8.2 to 10dB (SONET/SDH), 3 to 3.5dB (10GbE) VECP 0.5dB or less The repeatability and stability is important for this Reference transmitter waveform. ER ER is ratio in optical power for the nominal 1 and 0 levels of the optical signal. The signal with a large extinct ratio is a good signal. ER (db) = 10log P1 P2 Reference transmitter waveform Reference transmitter waveform characteristic ER : Extinction Ratio VECP: Vertical Eye Closure Penalty IP Network Measurement Division 10 5

7 Agenda Introduction and Market Background Key Features Main Applications and Product Composition Summary Appendix IP Network Measurement Division 11 Key Features 1/13 1. High-Performance Optical Interface (MU181620A/MU181640A) Wide-band Bit rate 0.1 to 12.5Gbit/s Dual 1310/1550nm Optical Transmitter (MU181620A) Wide wavelength Optical receiver 750 to 1650nm(MU181640A) 2. 10GBASE-L, E Stressed Receiver Conformance Test High-repeatability Stressed Eye Waveform (OMA, ER, VECP Auto-calibration) High-accuracy measurement ± 0.3 db typ (Power Penalty test) Power penalty test using internal optical attenuator and Power monitor 3. Reference Optical Transmitter for evaluating Optical module High-repeatability Clean Eye Waveform (Variable OMA and ER) Power penalty test using internal optical attenuator and power monitor 4. Auto-calibration and Auto measurement by MX180002A Power Penalty Test Jitter Tolerance Test Jitter Sweep Test 5. High-Flexibility System configuration Simultaneous Optical/Electrical signal testing using Multi channel configuration Remote-control Peripherals by MP1800A without External PC IP Network Measurement Division 12 6

8 Key Features 2/13 1. High-Performance Optical Interface (MU181620A/MU181640A) Wide-band Bit rate 0.1 to 12.5Gbit/s Support wide-band data rate for various Optical Interface. Ethernet, SONET/SDH, OTN, Fibre Channel, etc. Dual 1310/1550nm Optical Transmitter (MU181620A) Simple Power Penalty test using Internal optical attenuator and Power monitor. Stressed Eye waveform generation for Stressed Receiver Conformance Test (Stress mode). DC to 3.2 GHz Sinusoidal Amplitude Noise (SI) injection. Up to 80 MHz (Internal) / 1 GHz (External) Timing Jitter (SJ) injection. Reference waveform generation as Reference Optical Transmitter (Reference mode). Low temperature-dependency and high-stability optical transmitter. Variable ER (OMA) optical transmitter. Wide wavelength 750 to 1650nm Optical receiver (MU181640A) Support Single mode (SM) / Multi mode (MM) optical fiber. Linear O/E converter >>> Q measurement and Bathtub measurement for Optical signal. # MU181600(XFP)/601A(SFP) Optical module is depend on Operating data rate and wavelength of Optical transceiver. IP Network Measurement Division 13 Key Features 3/13 MU181620A Stressed Eye Transmitter Electrical Data/Clock Input (from PPG module) Noise Input (from MG3642A SG) Filtered data Output/Input (Loop-back) Optical Data Output ( to DUT) MU181640A Optical Receiver Optical Data Input (from DUT) Electrical Data Output (to ED module) IP Network Measurement Division 14 7

9 Key Features 4/ GBASE-L, E Stressed Receiver Conformance Test High-repeatability Stressed Eye Waveform (OMA, ER, VECP Auto-calibration) Remote controlled peripherals using MP1800A installed MX180002A, without external PC. High-repeatability Stressed Eye waveform generation with auto-calibration(oma, ER, VECP) Receiver tolerance test by variable OMA, ER, and VECP. High-accuracy measurement ± 0.3 db typ (Power Penalty test) Guaranteed high-accuracy measurement using Internal Optical attenuator and recommended Sampling oscilloscope (DSO). High-accuracy Stressed Receiver Sensitivity (SRS) value from Power penalty test. Power penalty test using internal optical attenuator and optical power monitor Internal optical attenuator and optical power monitor. Variable optical power range to 4.0 dbm / 0.01 db step (1310nm) to 2.0 dbm / 0.01 db step (1550nm) Simple power penalty test using internal saved calibration data. Filter On Stressed Eye Waveform Stressed Eye Waveform 10.3G, 1310nm ER 3.5dB SI 1GHz, 10dBm Filter On of DSO OMA : Optical Modulation Amplitude, ER : Extinction Ratio VECP: Vertical Eye Closure Penalty SJ : Sinusoidal Jitter, SI : Sinusoidal Interfere IP Network Measurement Division 15 Key Features 5/13 Variable OMA, ER, VECP function Up to 80MHz (Internal) / 1GHz (External) sinusoidal jitter generation (MU181000A-001 Jitter) Up to 3.2GHz Sinusoidal Amplitude Noise (SI) generation (up to 2GHz using MG3642A) Variable OMA, ER ER : 2.0 to 6.0 db / 0.1 db step (1310nm stress Eye) ER : 2.0 to 5.0 db / 0.1 db step (1550nm stress Eye) SJ SI SI P1 ER(dB) = 10log 10 P2 OMA(dBm) = P1-P2 OMA VECP(dB) = 10log 10 Jitter Amplitude 4000UI 0.22UI A 0 Sinusoidal Jitter frequency of MU181000A-001 Stressed Eye Waveform 220Hz 80MHz Jitter Modulation Frequency Jitter tolerance Mask IP Network Measurement Division 16 8

10 Key Features 6/13 3. Reference Optical Transmitter for evaluating Optical module High-repeatability Clean Eye Waveform (Variable OMA and ER) Low temperature-dependency and high-stability optical transmitter Internal optical attenuator and optical power monitor Variable OMA, ER ER : 5.0 to 10.0 db / 0.1 db step (1310nm reference) ER : 6.0 to 10.0 db / 0.1 db step (1550nm reference) Data retiming ON/OFF function by input clock signal ON: Reduce Jitter of input data signal and Clean Eye waveform output OFF: Simple E/O converter without clock signal Power penalty test using internal optical attenuator and optical power monitor Internal optical attenuator and optical power monitor Variable optical power range to 4.0 dbm / 0.01 db step (1310nm) to 2.0 dbm / 0.01 db step (1550nm) Simple power penalty test using internal Optical Attenuator and Optical Power monitor Minimum Receiver Sensitivity value from Power penalty test Filter On Clean Eye waveform Filter Off Clean Eye waveform Reference waveform 10.3G, 1310nm ER 10dB Filter On/Off of DSO IP Network Measurement Division 17 Key Features 7/13 4. Auto-calibration and Auto measurement by MX180002A Power Penalty Test Optical Receiver SRS/Minimum receiver sensitivity test (Optical power level for BER 1E-12) OMA vs. BER, Optical Power vs. BER or Attenuation vs. BER Power Penalty Test setting screen Power Penalty Test Analysis screen (OMA vs.ber) IP Network Measurement Division 18 9

11 Key Features 8/13 Power Penalty Test Result screen Attenuation vs. BER Power Penalty Test Result screen Optical Power vs. BER Power Penalty Test Result screen OMA vs. BER IP Network Measurement Division 19 Key Features 9/13 Jitter Tolerance Test Margin measurement for Jitter tolerance (Jitter modulation Frequency vs. Jitter amplitude) Jitter Tolerance Test setting screen Jitter Tolerance Test Result screen IP Network Measurement Division 20 10

12 Key Features 10/13 Jitter Sweep Test Go/No test for specified Jitter value (Jitter frequency and Jitter amplitude) Jitter Sweep Test setting screen Jitter Sweep Test Result screen IP Network Measurement Division 21 Key Features 11/13 Saving/Loading calibration data and Report function Saving/Loading calibration data Report function using CSV and HTML format Ex. Penalty test Calibration Waveform data (HTML format) Ex. Penalty test result (CSV format) Ex. Penalty test result (HTML format) IP Network Measurement Division 22 11

13 Key Features 12/13 5. High-Flexibility System configuration Simultaneous Optical/Electrical signal testing using Multi channel configuration Simultaneous Tx/Rx test for Optical module. Checking interfere and cross-talk between Transmitter (Tx) and Receiver (Rx). Save test time. Flexible Multi-channel configuration using multiple PPG and Optical interface modules. IP Network Measurement Division 23 Key Features 13/13 Remote-controlled Peripherals by MP1800A without External PC Available to install MX180002A to MP1800A and external PC. Flexible Optical module testing system using Sampling oscilloscope of Tektronix or Agilent. Equipments setting for remote-control IP Network Measurement Division 24 12

14 Agenda Introduction and Market Background Key Feature Main Applications and Product Composition Summary Appendix IP Network Measurement Division 25 Main Applications and Product Composition 1/9 1. Stressed Receiver Conformance Test 2. Optical module test using Multi-channel configuration 3. Optical module test 4. Product composition (Modules/Options, Software) IP Network Measurement Division 26 13

15 Data Input Clock Input 0.8 to 1.6Vp-p 0.25 to 1.0Vp-p Noise Input Max. 4.0Vp-p Data Output 0.1 to 1.0Vp-p Data Output 0.1 to 1.0Vp-p 1310nm Filtered Data Output 1550nm Filtered Data Output Anritsu MU181620A Stressed Transmitter Filtered Data Input Max. 2.4Vp-p Optical Output Max. +3dBm CLASS1 LASER PRODUCT IEC Main Applications and Product Composition 2/9 1. Stressed Receiver Conformance Test Improve the optical module vendors yield. Assure interoperability for equipment vendors. (Calibration) MT9810B OPM MX180002A Stressed Eye measurement Control Software MG3642A SG Sinusoidal Noise MP1800A MU181000A w/jitter x1 MU181020A PPG x1 MU181040A ED x1 MU181620A E/O x1 MU181640A O/E x1 MP1800A Synthe PPG Stressed Eye Transmitter ED Optical Receiver Jittered clock (Electrical signal) Optical signal (Calibration) Optical signal 1310/1550nm DSO DUT(XFP) (In case of electrical loop-back in DUT) IP Network Measurement Division 27 Main Applications and Product Composition 3/9 Standard Configuration for Single Channel SQA Calibration Stressed Eye mode Reference mode Category Model Number Options 1310nm 1550nm 1310/ nm 1550nm 1310/1550 nm nm -014 v v v v v v MP1800A -001 v v v -002 v v v v v v MU181000A v v v v v v -001 v v v *1 *1 *1 MU181020A -002, 030 v v v v v v -011 v Refer the right SQA -012 v configuration -013 v MU181620A -001 v -002 v -003 v MU181640A -004 *1 *1 *1 *1 *1 *1 MU181040A -001 or 002/020/030 v v v *1 *1 *1 MX180002A v v v v v v SG MG3642A v v v v OPM DSO MT9810B with MU931311A Oscilloscope *2 *1 v *1 *1 *1 *1 *1 *1 MP1026A *1 Select if needed *2 Recommended Sampling Oscilloscope DSA C11 82A04 Digtal Serial Analyzer 30GHz Optical Sampling Module Phase Reference Module 86100A/B/C 86106B A Infiniium DCA-J Main Frame 28 GHz Optical Channel Timebase Reference Module Manufactured by Tektronix Manufactured by Agilent Peripherals IP Network Measurement Division 28 14

16 Main Applications and Product Composition 4/9 Stressed Receiver Conformance Test (Single Channel) Model Number Options Receiving Electrical Receiving Signal Optical signal Note 1 1 MP1800A Main frame -001 GPIB LAN 1 1 MU181000A 1 1 Synthesizer -001 Jitter modulation to 12.5 Gbit/s 1 1 MU181020A -010/011/012 Data Output *1 *1 Pulse Pattern Generator -021 Differential Clock Output *1 *1-030 Variable Data Delay 1 1 MU181620A -01x Stressed Eye Transmitter (-010/011/012) 1 1 Depend on Wavelength MU181640A Optical receiver For receiving Optical signal to 12.5 Gbit/s MU181040A or to 12.5 Gbit/s 1 1 Error Detector -020 Clock Recovery *1 *1 If select Clock Delay 1 1 If select -002 MX180002A Stressed Eye measurement 1 1 Control software *1 Select if needed Optical signal DUT Rx Tx Electrical signal Optical signal DUT Rx Tx Loop-back Electrical signal IP Network Measurement Division 29 Main Applications and Product Composition 5/9 2. Optical module test using Multi-channel configuration Save testing time by Tx / Rx simultaneous testing. Assure customer module quality with high repeatable reference optical transmitter. MX180002A Stressed Eye measurement Software MG3642A Synthesized SG Stressed Eye waveform Optical signal MP1026A Bit Master Sinusoidal noise Rx Tx Electrical MP1800A signal MU181000A w/jitter x1 Optical Module EV Board MU181020A PPG x2 MU181040A ED x1 MU181620A E/O x1 Scope IP Network Measurement Division 30 15

17 Main Applications and Product Composition 6/9 Optical Module test for Multi channel configuration (Multi channel: Two PPGs and ED) Model Number Options Set Note MP1800A Main frame MU181000A Synthesizer MU181020A Pulse Pattern Generator MU181020A Pulse Pattern Generator MU181620A Stressed Eye Transmitter MU181640A Optical receiver MU181040A Error Detector MX180002A Stressed Eye measurement Control software For Multi channel: Two PPGs and ED -001 GPIB 1 Remote control periphrals using GPIB -002 LAN Jitter to 12.5 Gbit/s 1-010/011/012 Data Output *1-021 Differential Clock Output *1-030 Variable Data Delay to 12.5 Gbit/s 1-010/011/012 Data Output *1-021 Differential Clock Output *1-030 Variable Data Delay - -01x (-010/011/012) to 12.5 Gbit/s or to 12.5 Gbit/s 1 1 Depend on Wavelength -020 Clock Recovery *1 If select VariableClock Delay 1 If select -002 To scope 1 Optical signal Second PPG is Electrical data signal of TX side for simultenuos TX/RX testing. It uses PPG's internal clock which is asynchronous clock with MU181000A DUT Rx Tx Electrical signal IP Network Measurement Division 31 Main Applications and Product Composition 7/9 3. Optical module test Assure customer module quality with high repeatable reference optical transmitter. Extinction ratio can meet various standard. Customer does not prepare several optical transmitter depends on standard. Clean Eye waveform MP1026A Bit Master Optical signal Rx Tx Electrical signal MP1800A MU181000A Synthe x1 MU181020A PPG x1 MU181040A ED x1 MU181620A E/O x1 Optical Module EV Board Scope IP Network Measurement Division 32 16

18 Main Applications and Product Composition 8/9 Optical Module test as using Optical reference transmitter (Single channel) Model Number Options Set Note MP1800A Main frame MU181000A Synthesizer MU181020A Pulse Pattern Generator MU181620A Stressed Eye Transmitter MU181640A Optical receiver MU181040A Error Detector MX180002A Stressed Eye measurement Control software *1 Select if needed GPIB -002 LAN Jitter to 12,5 Gbit/s 1-010/011/012 Data Output *1-021 Differential Clock Output *1-030 Variable Data Delay 1-00x (-001/002/003) * to 12.5 Gbit/s or to 12.5 Gbit/s 1 Depend on Wavelength For receiving Optical signal -020 Clock Recovery *1 If select Variable Clock Delay 1 If select Optical signal DUT Rx Tx Electrical signal IP Network Measurement Division 33 Main Applications and Product Composition 9/9 4. Product composition (Modules/Options, Software) MU181620A Stressed Eye Transmitter Model No Model Name Note MU181620A Stressed Eye Transmitter Base module Option nm Reference 1310nm E/O (Reference light source) Option nm Reference 1550nm E/O (Reference light source) Option /1550nm Reference 1310/1550nm (Reference light source) Option nm Stressed Eye 1310nm Stressed Eye generator Option nm Stressed Eye 1550nm Stressed Eye generator Option /1550nm Stressed Eye 1310nm/1550nm Stressed Eye generator Option-037 FC connector If nothing is specified, the FC connector will be Option-040 SC connector supplied as the standard connector. * Option-001/002/003 : Reference transmitter only, Option-011/012/013 : Stressed Eye/Reference transmitter function MU181640A Optical Reciver Model No Model Name Note MU181640A Optical Reciver Base module Option-004 Bandwidth 8.5GHz Must select Option-037 Option-040 FC connector SC connector If nothing is specified, the FC connector will be supplied as the standard connector. MX180002A Stressed Eye measurement Control software Model No Model Name Note MX180002A Stressed Eye measurement control software Installed to MP1800A or external PC IP Network Measurement Division 34 17

19 Agenda Introduction and Market Background Key Feature Main Applications and Product Composition Summary Appendix IP Network Measurement Division 35 Summary 1. 10GBASE-L, E Stressed Receiver Conformance Test 2. Simultaneous Tx/Rx test for Optical module 3. High-repeatability Stressed Eye Waveform OMA, ER, VECP Auto-calibration / Adjustment 4. High-accuracy measurement ± 0.3 db typ (Power Penalty test) Stressed Receiver Sensitivity (SRS) measurement 5. High-repeatability Clean Eye Waveform (Variable OMA and ER) 6. Power penalty test using internal optical attenuator Minimum Receiver Sensitivity measurement 7. Wide-band Bit rate 0.1 to 12.5Gbit/s Optical Interface 8. Dual 1310/1550nm wavelength Optical Transmitter (MU181620A) 9. Wide wavelength 750 to 1650nm Optical receiver (MU181640A) 10. Auto calibration and Auto measurement by MX180002A Power Penalty Test / Jitter Tolerance Test / Jitter Sweep Test IP Network Measurement Division 36 18

20 Agenda Introduction and Market Background Key Feature Main Applications and Product Composition Summary Appendix IP Network Measurement Division 37 MU181620A Specification 1/2 MU181620A Stressed Eye Transmitter Electrical Data/Clock Input (from PPG module) Noise Input (from MG3642A SG) Filtered data Output/Input (Loop-back) Optical Data Output ( to DUT) MU181620A Stressed Eye Transmitter Items Operation Bit rate (Data/Clock signal) Data Input Format Amplitude Termination, Connector Clock Input Amplitude Termination, Connector Noise Input Frequency Amplitude Termination, Connector Stressed Eye & Reference Transmitter MU181620A-011: 1310nm MU181620A-012: 1550nm MU181620A-013: 1310nm/1550nm 0.1 to 12.5Gbit/s NRZ (Cross Point 50 ±5%) 0.8 to 1.6Vp-p GND / 50ohm SMA 0.25 to 1.0Vp-p GND / 50ohm SMA DC to 3.2GHz Max. 4.0Vp-p GND / 50ohm SMA Specification Reference Transmitter MU181620A-001: 1310nm MU181620A-002: 1550nm MU181620A-003: IP Network Measurement Division 38 19

21 MU181620A Specification 2/2 Items Optical Output (Reference) 1310nm Reference Center Wavelength Output Power (Average) Extinction ratio 1550nm Reference Center Wavelength Output Power (Average) Extinction ratio Format Output Power Stability *6 Side Mode Suppression Ratio VECP *3, 7 Tr/Tf *3, 5 Jitter *3 Eye Mask *4, 5 Optical Output (Stressed Eye) 1310nm Stressed Eye Center Wavelength Output Power (Average) Optical Modulation Amplitude *5 Extinction ratio VECP *3, 4, 5, nm Stressed Eye Center Wavelength Output Power (Average) Optical Modulation Amplitude *5 Extinction ratio VECP *3, 4, 7, 9 Format Output Power Stability *6 Side Mode Suppression Ratio Jitter *3, 4, 9 Eye Mask *3, 4, 9 Fiber Connector Optical Attenuator Output Power Control Attenuation Setting Range Accuracy *7 Laser Safety Stressed Eye & Reference Transmitter Reference Transmitter Specification Min. 1290nm, Max. 1330nm Min. -4.0dBm, Max. +4.0dBm, Non-modulation or input opened: Max. +7dBm 5.0 to 10.0dB / 0.1dB step Min. 1530nm, Max. 1565nm Min. -2.0dBm, Max. +4.0dBm, Non-modulation or input opened: Max. +7dBm 6.0 to 10.0dB / 0.1dB step NRZ ± 0.02dB greater than equal to 30dB less than equal to 0.5dB (In the Center 20% Region of the Eye) less than equal to 30ps (20 to 80%) less than equal to 0.2UIp-p, Compliant with IEEE Compliant with STM64/OC192 ( Gbit/s), IEEE Clause 52 ( Gbit/s, mask margin greater than equal to 30%), STM64/OC192 with FEC (10.709Gbit/s) Min. 1290nm, Max. 1330nm Min. -4.0dBm, Max. +4.0dBm, Non-modulation or input opened: Max. +7dBm greater than equal to -5.2dBm 2.0 to 6.0dB / 0.1dB step Min. 1.47dB, Max. 2.2dB (In the Center 1% Region of the Eye, without noise input) Min. 2.20dB, Max. 4.5dB (In the Center 1% Region of the Eye, noise input: 2.0Vp-p, 100 MHz) Min. 1530nm, Max. 1565nm Min. -2.0dBm, Max. +4.0dBm, Non-modulation or input opened: Max. +7dBm greater than equal to -1.7dBm 2.0 to 5.0dB / 0.1dB step Min. 1.8dB, Max. 2.7dB (In the Center 1% Region of the Eye, without noise input) Min. 2.7dB, Max. 5.0dB (In the Center 1% Region of the Eye, noise input: 2.0Vp-p, 100 MHz) NRZ ± 0.02dB greater than equal to 30dB less than equal to 0.25UIp-p, Compliant with IEEE Compliant with IEEE Clause 52 ( Gbit/s) SM Fiber (ITU-T G.652) FC-PCConnector / SC-PC Connector (User-replaceable) to -4.0 dbm / 0.01dB step (1310nm), to -2.0 dbm / 0.01dB step (1550nm) 0.0 to 16.0 db / 0.01dB step (1310nm), 0.0 to 18.0 db / 0.01dB step (1550nm) ± 0.5dB Typical IEC:IEC :2001 Class1, FDA:CDRH 21 (J) CFR Laser Safety Notice 50, July 2001 *3 Bit Rate Gbit/s, *4 Use a filter of Bit Rate of 75%, *5 Extinction Ratio: 10dB, *6 Stability level at one hour after a certain period of time after optical outputs *7 20 to 30 C, *8 Extinction Ratio: 3.5dB, *9 Extinction Ratio: 3.0dB IP Network Measurement Division 39 MU181640A Specification MU181640A Optical Receiver Optical Data Input (from DUT) Electrical Data Output (to ED module) MU181640A Optical Receiver Items Specifications Operation Bit Rate 0.1 to 12.5Gbit/s Band Width -3dB Band Width DC to 7.5 GHz Optical Data Input Format NRZ Wavelength 750 to 1650nm Maximum Input (Peak) +7.00dBm Maximum Input (Average) +2.00dBm Maximum Linear Input -2.0dBm Typical Return Loss less than equal to dB (SM), less than equal to dB (MM) Sensitivity (Typical) -15.5dBm (Typical) (10.3Gbit/s, 1550nm, SM, Extinction ratio greater than equal to 10dB) BER: less than equal to dBm (Typical) (10.3Gbit/s, 1310nm, SM, Extinction ratio greater than equal to 10dB) -10.0dBm (Typical) (10.3Gbit/s, 850nm, MM, Extinction ratio greater than equ Filter bandwidth 8.5GHz (MU181640A-001) Connector FC-PCConnector / SC-PC Connector (User-replaceable) Fiber 10 / 125μm SM (ITU-T G.652), 50 / 125μm MM, 62.5 / 125μm MM Data Output Amplitude greater than equal to 150mVp-p (1550nm, SM, -4dBm, Extinction ratio greater than equal to 10dB) greater than equal to 160mVp-p (1310nm, SM, -4dBm, Extinction ratio greater than equal to 10dB) greater than equal to 90mVp-p ( 850nm, MM, -4dBm, Extinction Conversion Gain greater than equal to 400 V/W (1550nm, SM, -4dBm) greater than equal to 425 V/W (1310nm, SM, -4dBm) greater than equal to 230 V/W ( 850nm, MM, -4dBm) IP Network Measurement Division 40 20

22 Typical Waveform 1/2 Typical Reference Waveform at Variable Extinction ratio 1310 nm Filter Off, PRBS31 ER 11 db Jitter 1.59 ps rms VECP db 1310 nm Filter Off, PRBS31 ER 9 db Jitter 1.24 ps rms 1310 nm Filter Off, PRBS31 ER 7 db Jitter 1.27 ps rms 1310 nm Filter Off, PRBS31 ER 4 db Jitter 1.33 ps rms IP Network Measurement Division 41 Typical Waveform 2/2 Typical Stressed Waveform without SJ/SI injection 1310 nm Filter Off, PRBS31 ER 6.9 db Jitter 1.83 ps rms 1310 nm Filter Off, PRBS31 ER 5.7 db Jitter 1.81 ps rms 1310 nm Filter Off, PRBS31 ER 3.5 db Jitter 1.59 ps rms VECP 1.70 db 1310 nm Filter Off, PRBS31 ER 2.2 db Jitter 2.13 ps rms IP Network Measurement Division 42 21

23 10GBASE GBASE-L L Specification IP Network Measurement Division 43 10GBASE GBASE-E E Specification IP Network Measurement Division 44 22

24 END IP Network Measurement Division 45 23

25 Note:

26 Specifications are subject to change without notice. Anritsu Corporation Onna, Atsugi-shi, Kanagawa, Japan Phone: Fax: U.S.A. Anritsu Company 1155 East Collins Blvd., Suite 100, Richardson, TX 75081, U.S.A. Toll Free: Phone: Fax: Canada Anritsu Electronics Ltd. 700 Silver Seven Road, Suite 120, Kanata, Ontario K2V 1C3, Canada Phone: Fax: Brazil Anritsu Eletrônica Ltda. Praca Amadeu Amaral, 27-1 Andar Paraiso-São Paulo-Brazil Phone: Fax: Mexico Anritsu Company, S.A. de C.V. Av. Ejército Nacional No. 579 Piso 9, Col. Granada México, D.F., México Phone: Fax: U.K. Anritsu EMEA Ltd. 200 Capability Green, Luton, Bedfordshire, LU1 3LU, U.K. Phone: Fax: France Anritsu S.A. 16/18 avenue du Québec-SILIC COURTABOEUF CEDEX, France Phone: Fax: Germany Anritsu GmbH Nemetschek Haus, Konrad-Zuse-Platz München, Germany Phone: Fax: Italy Anritsu S.p.A. Via Elio Vittorini 129, Roma, Italy Phone: Fax: Sweden Anritsu AB Borgafjordsgatan 13, KISTA, Sweden Phone: Fax: Finland Anritsu AB Teknobulevardi 3-5, FI VANTAA, Finland Phone: Fax: Denmark Anritsu A/S Kirkebjerg Allé 90, DK-2605 Brøndby, Denmark Phone: Fax: Spain Anritsu EMEA Ltd. Oficina de Representación en España Edificio Veganova Avda de la Vega, n 1 (edf 8, pl 1, of 8) ALCOBENDAS - Madrid, Spain Phone: Fax: United Arab Emirates Anritsu EMEA Ltd. Dubai Liaison Office P O Box Dubai Internet City Al Thuraya Building, Tower 1, Suit 701, 7th Floor Dubai, United Arab Emirates Phone: Fax: Singapore Anritsu Pte. Ltd. 60 Alexandra Terrace, #02-08, The Comtech (Lobby A) Singapore Phone: Fax: India Anritsu Pte. Ltd. India Branch Office Unit No. S-3, Second Floor, Esteem Red Cross Bhavan, No. 26, Race Course Road, Bangalore , India Phone: Fax: P.R. China (Hong Kong) Anritsu Company Ltd. Units 4 & 5, 28th Floor, Greenfield Tower, Concordia Plaza, No. 1 Science Museum Road, Tsim Sha Tsui East, Kowloon, Hong Kong Phone: Fax: P.R. China (Beijing) Anritsu Company Ltd. Beijing Representative Office Room 1515, Beijing Fortune Building, No. 5, Dong-San-Huan Bei Road, Chao-Yang District, Beijing 10004, P.R. China Phone: Fax: Korea Anritsu Corporation, Ltd. 8F Hyunjuk Building, , Yeoksam Dong, Kangnam-ku, Seoul, , Korea Phone: Fax: Australia Anritsu Pty. Ltd. Unit 21/270 Ferntree Gully Road, Notting Hill, Victoria 3168, Australia Phone: Fax: Taiwan Anritsu Company Inc. 7F, No. 316, Sec. 1, Neihu Rd., Taipei 114, Taiwan Phone: Fax: Please Contact: No. MP1800A_SRS-E-L-1-(1.00) 公知 Printed in Japan AKD