アンリツ株式会社 MD1260A Add
Contents
1.2. iii lv MD1260A 40 100G 3 MD1260A 40 100G MD1260A 40 100G MD1260A 40 100G Add on Add on Add on MD1260A 40 100G
3. 5 1 3 amp 1 Y EXPERS lt T Te 5 1 2 Tc lt PE Tp Te 5 1 3 T E 6 22920 5 2 Ser
4. Rs Ra ucRa 2 Ra Ri Rs RER Ri Rs gt Resolution for Throughput 7 Ri Rs lt Resolution for Throughput R2 Throughput 1 10 64 128 256 1024 1280 1518 Add on RFC2544
5. T Frame _ Loss Frame _ Rate Frame _ Loss Tx _ Frame Rx Frame Tx Frame Frame _ Rate Tx_ Time Tp Service Disruption Time Tx _ Frame Rx _ Frame Tx Time Rx Frame tJ t t 3 3 E LLL LO i Voce me _ Time s im 5 1 1 Add on 40GbE 100GbE ID 40GbE 100GbE Stream 4 E MD1260A 40 100G 4 2 4 ZH
6. Add on 7 2 Add onf REOXW 1 2 Add on 1 2 1 Add on Add on 2 Add on A MD1260A Top Menu 100GbE Unit 01 gt S Add on 1 2 1 1 ZH RFC2544 Add on Add on P1 Add on EOM 1 2 2 Add on Add on System Menu SU Add on MD1260A 407100G
7. 12 1 1 Frame Loss Rate 1 Ri Frame Loss Rate R Frame Loss Rate 100 Ri 10 11 Ri 4 Ri Throughput 11 R Resolution for Throughput Rg Rs
8. Add on 1 1 1 Add on RFC2544 RFC MD1260A 001 Frame Loss Rate Throughput Latency Back to Back Frames MD1260A 003 CFP CFP MDIO MD1260A 031 T CFP 100GBASE 100BASE LR4 ER4 MD1260A 001 CAUI PSC 4 MD1260A 002 4 MD1260A 001 MD1260A 003 RFC2544
9. Add on d AX Add on REOR 1 4 1 4 1 100GbE 100 Giga bit Ethernet 40GbE 40 Giga bit Ethernet APD Avalanche Photo Diode BER Bit error rate CAUI 100 Gigabit Attachment Unit Interface CFP 100G Form factor Pluggable CTRL Control FAWS Fault Alarm Warning and Status HW Hardware IFG Inter Frame Gap LOL Loss of lock LOS Loss of signal LOSF Loss of signal functionality MDIO Management Data Input Output MOD Module NVR Non Volatile Register NW Network PCS Physical Coding Sublayer PLD Programmable Logic Device PRBS Pseudo Random Binary Sequence RFC Request for comments RX Receiver SOA Solid State Optical Amplifier TEC Thermoelectric Cooler TX Transmitter 1 6 B26 RFC2544
10. RFC2544 System Recovery Reset RFC2544 2 RFC2544 MD1260A 40 100G 7 MD1260A 2 1 1 MD1260A 1 a RA cu _ MD1260A 2 1 2 MD1260A 2 2 2 21 RFC2544 RORYA 2 1 4 Frame Loss Rate Frame Loss Rate Frame Loss Rate R M N aioi Nt
11. 2 3 2 1 Settings 2 1 3 Latency 21 RFC2544 RORYA Latency Throughput Ti REC1242 Latency For bit forwarding devices Latency ZH For store and forward devices The time interval starting when the last bit of the input frame reaches the input port and ending when the first bit of the output frame is seen on the output port For bit forwarding devices The time interval starting when the end of the first bit of the input frame reaches the input port and ending when the start of the first bit of the output frame is seen on the output port Fr c N Qi NN nw B Latency Throughput Latency Throughput Throughput Latency 1 Throughput
12. MD1260A 40 100G Add on 2011 23 1 24 2012 24 5 21 2 Copyright O 2011 2012 ANRITSU CORPORATION Printed in Japan ii 1
13. ID Pair2 Stream TD Pair 1 Flow ID 5 3 3 1 Pair1 Stream Stream Configuration Off Pair 1 Flow ID Pair 1 Stream 5 3 3 2 Pair1 Stream Stream Configuration On 5 3 1 Stream Configuration On Alt ID Selectl Pair 1 Stream 5 3 3 3 ID OKI amp 4 22202 5 4 Startl Duration Continuous On Stop l ZH 1 Service Disruption
14. ID ID 1 40GbE Test Frames Distribution All Lanes Individual CFP Chart Captt Counter Elapsed ID Tx Test Frame Rx Test Frame Sequence Error Current Current Accumulated 59 523 80 411 064 613 59 523 810 411 064 427 o o o o o o o o O 5 3 1 ID 0 Stream Configuration O ID Stream1 Stream16 40GbE 100Gb Streaml L MD1260A 407100G 4 3 1 Stream Stream Configuration On ID
15. 40GbE 100GbE Error Alarm Link System Menu Add on selectl RFC2544 OK RFC2544 Ports Settingsl Startl Logl Format Reportl 5J Fr e N Cm NN s B 2 15 B2 RFC254
16. On Back to back Frames 1 2 300 s Number of Trial Back to back Frames 1 50 RFC 50 77 B28 RFC2544 FE 2 4 Startl Stop A 1 40G 100G RFC2544 qr 2 REC2544 REC2544 3 RFC2544 2 12 2 5
17. M W3395AW MD1260A 40 100G II EOE Dc 1 Add on i 11 Add on kk 1 2 Add on ki CBE ETE EROTIC 1 4 2 RFC2544 i 2 1 RFC2544 kk 2 2 kk 2 3 kk 2 4 kk 2 5 i 2 6 PAT AE i S 3 CFP i 3 1 CFP 3 2 kk 3 3 3 4 kk 3 5 MDIO 3 6 ll 3 7 es 4 100GBASE 4 1 100GBASE 4 2 kk 4 3 100GBASE esse 4 4 ki 4 5 ki 1 2 1 3 1 5 1 6 2 1 2 2 2 7 2 8 2 12 2 13
18. 3 5 1 1 MDIO MDIO 4 0000 FFFF 0 amp 5 ER 16 Read Write R W 4 Read Write W 0000 16 FFFF 4 16 Read Write W 0000 FFFF 0 1 x Read Write R 1 AND MDIO 0 MDIO 2 3 XQ 0011 kk x M
19. 2 Duration 3 1 2 4 1 3 64 128 256 1024 1280 1518 Add on RFC2544 x 2 3 2 1 Settings A V 100 p Throughtput Rate o w nc 0 Time Duration Duration 2 Latency 2 1 3 1 Latency B2 RFC2544 RR 2 1 4 Back to back Frames Back to back Frames
20. 4 2 1 Lambda Measure 100GbE 4 2 1 Lambda Measure Start Stop Ports Lane PCS Mapping Report 43 100GBASE IE IAE EAE 4 3 100GBASE 100GBASE PCS 4 3 1 100GBASE MD1260A MD1260A ID MD1260A 407100G 7 2 1 Portsl Unit ID 2 3 OKI Port A Unit ID Cancel gt 4 3 1 1 Po
21. 3 5 MDIO 3 5 2 MDIO 1 Import Open CSV Look in B My Documents 3 Arritsu amp My Music My Recent Documents My Pictures 3 E test csv Desktop My Documents My Computer Q kc 5 My Network File name Flaces Files of type csv 2 OK 3 MDIO Accessl MDIO 3 5 3 MDIO MDTIO Accessl MDIO Accessl Read Write W Read Value hes CFP MDIO Analysis Start Acquire GTRL FAWS Refresh Import MDIO Access Repo NVR1 NVR2 Module FAWS NW Lane FAWS Host Lane FAWS MDIO Access Address hex Read Write Write Value hex9 Mask he Read Value Chex A005 W 1 0001 0003 A006 W 1 0001 0003 A007 w 1 0001 0001 A010 W H 01060 000E A08 R
22. Port A E ET rA R 3 Port B Unit ID Port B 1 Port A Unit ID 4 MD1260A 2 Traffic Orientation Traffic Orientation Bidirection Port A Port B Port A to Port B Port A MD1260A Port B to Port Al Port B MD1260A 5 OKI Port Unit ID Port B Unit ID Traffic Orientation Bidirectional 2 3 1 3 Ports A2 RFC2544 PU 2 3 2 Settings y 7 3 2 2 Frame Ske P4 128256 812 10241280 1519 Burst Size Frame Loss Rate Duration 60 E Resolution for Frame Rate 10 0000 5 Resolution for Throughput 0 3000
23. Service Disruption Stream 5 5 1 m POE Y ETRIPBPRRRTE 5 3 1 MD1260A MD1260A ID MD1260A 40 100G 7 2 5 3 1 1 MD1260A 01 t pi d mm 5 3 1 2 1 amp 0 MD1260A 1 Portsl 2 Stream Configuration 3 Pair1 TX Unit ID Unit ID 1 MD1260A 4 Pair1 RX Unit I
24. 3 22 1 System Menul 2 Add on Selectl Add on Add on List Lambda Measure 2 01 00 CFP MDIO Analysis 2 01 00 RFC2544 2 01 00 Service Disruption 2 01 00 3 Add on 4 OKI ZH RFC2544 Add on Add on Add on Add on L3 BART 1 8 Add on Bp LB 3 RFC2544 rema Report Initialize Theoretical Max Rate Throughput B S RE 1 3 1 Add on RFC2544 1 3 1 Add on Add on
25. MDIO 1 le 1 1 lt 3 3 1 1 BER BER Host BER CFP CAUI PRBS 1 CTRL 2 Host Lanel 3 Tx PRBS Checker OFF 4 Apply 5 Tx PRBS Checker PRBS7 PRBS31 6 OKI 7 Startl 8 Stop l 9 CTRLI BIR CFPAEFDTB RE 10 11 12 13 Host Lanel
26. 4 5 4 3 2 P68 KK 4 6 4 4 E OE l LS EA 4 7 4 5 Fill c MM 4 7 4e ME F me 4 8 8 p AA3 I100GBASE RHE 100GBASE 100GBASE LR4 ER4 4 20 4 1 1mnebE Test Frames Distribution Alignment Status o Physical Lane PCS 1 5 100GBASE CFP PCS PCS CFP All Lanes Individual CFP Chart Capture H BER j Cli PCS 5 MD1260A PCS Lane 0 Lane Mapping 7 Pu l PCS Lane 1 PCS Lane 18 PCS Lane 19 Counter Elapsed Time 00 00 08 Invalid Block Count Invalid Sync Header Tota
27. IFG nter Frame Gap IFG gt se Y NR Back to back Frames 2 1 4 1 Back to back Frames 1 FG 2 3 1 2 4 1 3 64 128 256 1024 1280 1518 Add on RFC2544 2 3 2 1 Settings ZH Back to back Frames Trial Length 22 BEBE 2 2 REC 2544 RFC
28. Report Export Setting Format Ports C Documents and Settings Administrator My Documents VnritsuMD1260A UserData RFC2544NSetting config lua C Documents and Settings Administrator My Documents VnritsuMD1260A UserData X RFC2544NResult 2010 9 21 H 14 14 49 20100921T141449 2 6 2 1 Import 2 Setting Format 2 6 3 Initializel Ports Settings Format 2 14 2 7 o n 9 10 11 12 13 14 27 8
29. Host Lane PRBS Network Lane Tx PRBS Network Lane Rx PRBS 3 1 3 FAWS Enable General 3 1 1 Module FAWS Global Alarm FAWS Host Lane 3 1 1 Host Lane FAWS Global Alarm FAWS 7 Network Lane FAWS MDIO CSV MDIO CSV 3 1 1 NW Lane FAWS Global Alarm 7 An 3 5 Global Alarm CFP MSA Management Interface Specification Version 1 4 5 Global Alarm System Logic
30. 0400 A01 R l 0000 AO1A R O 0000 AO1B R 0000 3 5 3 1 MDIO Access 3 11 BIR CFPAEFDTB RE 3 6 Reportl MDIO NVR1 NVR2 RENET Module FAWS NW Lane FAWS Host Lane FAWS MDIO Access C Documents and Settings Administrator My Documents VnritsuMD1260A UserData MDIOAnalysisWResult 20114E2 H OL 10 20 30 20110201T102030 txt NVR 1 Power Class 1 lt 8W max Lane Ratio Type Network Lane Host Lane n n Parallel type WDM Type CWDM CLEI Code Presence Not Present Connector Type SC Ethernet Application Code SDH SONET Application Code OTN App
31. 1f 2 DurationlO Continuous O E HUTA 1 E A BOXE Y ETRIPBPRRERTE 9 5 5 10 Report C Documents and Settings Administrator My DocumentsWAnritsu WD1260AUserData ServiceDisruption Result 2011 2 1 15 35 00 20110201T153500 txt 5 amp 6 WEF 5 6 1 2 40GbE 100GbE
32. 3 13 BIR CFPAEFDTB RE 3 7 3 14 1 CFP 2 40GbE 100GbE System Menu Add on selectl CFP MDIO Analysis OK CEP MDIO Analysis Start Acquireld Reportl CFP Refresh l OO o6 oc s Of 2 100GBASE 2 4 BINAE 100GBASE 100GBASE 100GbE 100GbE No Frame OTU4 OTU4 No Frame Add on 4 1 100GBASE 4 2 4 2 TREIBER e i t e etre oues 4 4 4 38 100GBASE 4 5 4 3 1
33. MDIO 3 1 1 MDIO NVR1 NVR2 Module FAWS NW Lane FAWS Host Lane FIFO FAWS Module FAWS MDIO 3 1 2 Hardware Pin Contrl
34. 25 A ROdX Settings On REC2544 Frame Loss Rate Througput Latency Back to Back Frames Format Formatl Format Frame Loss Rate Throughput Throughput Chart Unit Latency Back to back 5J Fr c N Qi NN nw B Cancel 2 5 1 Format 2 5 1 Format Frame Loss Rate Throughput Chart Latency Table Back to back Throughput Chart Unit REC Throughput Latency Frame Loss Rate Back to back 2 13 B2 RFC2544 RR 2 6 2 6 1
35. B2 RFC2544 RR 2 3 2 3 1 A zr RX AE RFC2544 MD1260A 3 ID MD1260A 40 100G 7 2 02 01 B pi ipi 2 3 1 1 01 2 3 1 2 1 23 Port A Port B 2 3 1 1 MAC IP Port A 00 00 00 00 00 01 198 18 0 1 Port B 00 00 00 00 00 02 198 18 0 2 1 Portsl EJ 2 Port A Unit ID
36. Tx PRBS Checker OFE OKI Acquirel 7 8 7 8 Acquirel Network BER 1 E a 0o n 9 m 11 12 13 14 15 CTRL Network Lane Tx Tx PRBS Generator PRBS7 PRBS311 Network Lane Rx RX PRBS Check OFT Applyl Rx PRBS Checker PRBS7 PRBS31 OK Startl Stop CTRL Network Lane Rx RX PRBS Check OFF OK Acquirel 9 10 9 10 Acquirel
37. 3 Error Alarm Link 4 Streaml 5 ControlHeaderl Frame Size Fix l Gap Size Fix 2 Gap Size Counter ye 10 Stream O F 11 Test Framesl Rx Test Frame 12 System Menu l 13 Add on selectl 14 Service Disruption OK o o N 15 Service Disruption l 16 Portsl 17 Duration 18 Stream ID ID 19 Startl
38. On Throughput Duration Throughput Frame Loss Rate 2 300 s RFC 60 Resolution for Throughput Throughput 0 0001 10 Resolution Resolution for Frame Loss Frame Loss Rate 0 0001 10 Latency Off Latency On Latency Duration Repeat Count Latency 2 300 s REC 120 Latency REC 20 Back to back Frames Trial Length Of FF Back to back Frames
39. Stopl ZH Bil 4 5 Reportl C Documents and Settings Administrator My Documents WnritsuMD1260AYUserDataNLambda Result gt 2011 2 01 10 20 30 20110201T102030 txt 4 7 4E 100GBASE HRAJME 4 6 po zi g Ot 10 11 100GbE 100GbE No Frame OTU4 OTUA No Frame 100GbE Link System Menu Add on select
40. 34 SARLORE 3 4 3 4 1 Contro 1 CTRL Control 2 3 4 OK Apply 3 Hardware Pin Host Lane Network Lane Tx Network Lane Rx BERESEURE dI RX PRBS Checker Rx Rate Select 10G Lane Rate i Off ebEo31G BN RX MCLK Control RX Ref CLK Cancel Disabled v REFCLK1I6 v RX MCLK Lock Normal RX Reset RXFIFO Auto Reset RX FIFO Reset Active Vvth Phase Network Lane Loop back S 1 2 8 Phase Adjustment 0 255 Amplitude Adjustment 0 255 3 4 1 1 CTRL BIR CEP BEPTBERE 3 4 2 FAWS Enable 1 IEAWS FAWS Enable 2 3
41. Import MDIO Access Report 33 22722 3 3 Acquirel Module FAWSI NW Lane FAWS Host Lane FAWS MDIO Refreshl NVR1 NVR2 MDIO CFP Refresh dH 1 Startl Module FAWSI NW Lane FAWS Host Lane FAWS ZZ 04823 1 MDIO Stop 1 Q ko Jg 1 MDIO MDIO CFP
42. 1 0 4 OK Apply FAWS Enable Registers General FAWS Host Lane FAWS Network Lane FAWS Module General Status All On All Off Apply GLB Alarm Master iv HW Interlock Loss of RefClk Input TX Jitter PLL LOL Cancel Module Alarms and Warning TX CMU LOL v TX LOSF Alarm Warning iv TX HOST LOL iv RX LOS Temp High Ir iv RX Network LOL Out of Alignment Temp Low iv Module State Enable Vcc High High Power Down px Turn Off Vcc Low v Fault v Ready SOA Bias High TX Turn On M TX Off SOA Bias Low High Power Up iv Low Power Aux High Initialize Module Fault Status v PLD Flash Init Faut v Power Supply Fault amp uX2 High AUxT Low iv CFP Checksum Fault Aux2 Low 3 4 2 1 FAWS Enable Registers 3 5 MDIO FZE IIF SILOER 3 5 MDIO 3 5 1 MDIO MDIO CSV csvy MDIO 1 1000
43. R Frame Loss Rate Nt Nr 1 100 Duration 2 Frame Loss Rate 5J Fr c N Qi NN nw B 3 Frame Loss Resolution for Frame Rate Duration 2 Frame Loss Rate 0 4 4 1 3 64 128 256 1024 1280 1518 Add on RFC2544 2 3 2 1 Settings B2 RFC2544 RR 2 1 2 Throughput Throughput
44. 20 Reportl T E 77 6 22920 5 12 PIRA DAREM A 1 RFC2544 A 1 1 Ports Port A Port B Traffic Orientation Port Ato Port B A 1 2 Settings Frame Size 64 128 256 512 1024 1280 1518 Burst Size Throughput Resolution for Throughput Frame Loss Rate Duration Resolution for Frame Loss A tency Duration Repeat Count Back to back Frames Trial Length Number of Trial A 1 3 Format Throughput Throughput Unit Latency Frame Loss Rate Back to back Frames IRA PAREM A 2 Lambda Measure A 2 1 Ports A 2 2 Lane Mapping Lambda1 Lane 0 Lane 1 Lane 2 Lane 3 Lane 4 Lambda2 Lane 5 Lane 6 Lane 7 Lane 8 Lane 9 Lambda3 Lane 10 Lane 11 Lane 12 Lane 13 Lane 14 Lambda4 Lane 15 Lane 16 Lane 17 Lane 18 Lane 19 A 3 Service Disruption A 3 Service Disruption A 3 1 Ports
45. Q ko Jg BIR CFPAEFDTB RE 3 2 CFP MDIO Analysis CFP MDIO Analysis Acquire CTRL FAWS Refresh Import MDIO Access Report NVR1 NVR2 Module FAWS NW Lane FAWS Host Lane FAWS MDIO Access Power Class Lane Ratio Type UDM Type CLEI Code Presence Connector Type Ethernet Application Code SDH SONET Application Code OTN Application Code Application Capable Rates Support 111 8 Gbps 103 125 Gbps 41 25 Gbps 43 Gbps 39 8 Gbps Number of Lanes Supported Media Properties Media Type Directionality Optical Multiplexing and De multiplexing Active Fiber per Connector Max Network Lane Bit Rate Max Host Lane Bit Rate Max Single Mode Optical Fiber Length Max Multi Mode Optical Fiber Length Max Cupper Cable Length Min Wavelength per Active Fiber Max Wavelength per Active Fiber Max per Lane Optical Width Device Technology Laser Source Technology Transmitter Modulation Technology Wavelength Control Cooled Transmitter Tunability VO Implemented Detector Type CDR with EDC Sicmal Code 1 lt 8W max unknown Non UDM Not Present MPO l00GE MMF 100m OM3 l100GESRIO Undefined type Undefined type Not Supported Supported Not Supported Not Supported Not Supported Network 10 Lanes Host
46. 2 14 2 15 3 1 3 2 3 4 3 5 3 7 3 9 3 12 3 14 4 1 4 2 4 4 4 5 4 7 4 7 4 8 5 5 1 5 1 5 2 5 2 E AT 5 4 5 3 kk 5 5 5 4 5 9 5 5 ik 5 10 56 nd CNN 5 11 A i A 1 c mc 1 III Add on Add on 1 1 1 2 1 3 1 4 P1E Add on KEDZE Add on 1 2 Add on LL 1 3 Add on kk 1 3 1 2 2 Add on i 1 4 1 5 E E AAEE AEE 1 6 gt t S f ii AX Add on REOR 1 1 Add on MD1260A MD1260A 001 100G MD1260A 002 OTU4 MD1260A 003 40G MD1260A 004 OTU3 MD1260A 005 ODU4 100GbE MD1260A 006 ODTU4 1 ODU0 GbE MD1260A 007 ODTU4 8 ODU2e 10GbE MD1260A 002 MD1260A 005 MD1260A 006 MD1260A 007 OTU4 Add on
47. Duration 120 s Repeat Count 20 times Back to back Frames Trial Length 2 s 50 Number of Trial 2 3 2 1 Settings amp Latency Throughput Throughput Off Latency On 7 Frame Size 23 22 2 3 2 1 Settings byte Burst Size 2 1 1 65535 frame Frame Loss Rate Of Frame Loss Rate On Frame Loss Rate 5J Fr c N QR NN Throughput Off Throughput
48. EVEN CIMMEMEMMKMMMEMMMME MM MM NN 24 000 000 f 22000000 1 20 000 000 18000000 16000000 1 14000000 iem RARLSSe nei 12 000 000 1 non t PF 8 000 000 z 00000 6000000 4 000 000 i A 2000000 rrj Q N Qi NN HN 64 128 256 512 1 024 1280 1518 Frame Size bytes 2 2 1 RFC2544 2 2 1 RFC2544 Start Stop Ports Settings Format Report Initialize Ports Settings Format Export Setting Format Import Setting Format
49. 10 Lanes MMF 0M3 Normal Without Optical MUX DEMUX 10 TX Lanes and 10 RX Lanes 10 4 Gbps 10 4 Gbps 0 km 100 m 0m 840 000 nm 860 000 nm 20000 pm VCSEL DML No Wavelength Control Un cooled Transmitter Device Transmitter not Tunable Detector side VOA not Implemented PIN Detector CDR without EDC 3 2 1 CFP 3 2 1 CFP Start 1 MDIO Stop 1 MDIO Acquire Module FAWS NW Lane FAWS Host Lane FAWS CTRL 8 1 2 Control FAWS 3 1 2 FAWS Enable Refresh NVR1 NVR2 MDIO CSV MDIO Access CSV MDIO MDIO v MDIO Access
50. 6 Liatency cT 2 5 2 11 M MDIO Access 3 4 8 11 MDIO 3 9 N Number of Trial oR RE 2 11 P owbiAUm DL 2 9 Port B Ur 0 2 9 ROSS 2 7 2 9 4 4 4 5 5 4 5 6 R Refresh uice eva E 9 4 8 5 Repeat Count essent 2 11 Report 2 7 2 14 3 12 4 4 4 7 5 4 5 10 Resolution for Frame Loss 2 11 Resolution for Throughput 2 4 2 11 REC2544 vB isi eeu ttem e nere ries 2 2 S Settings erns iorri ionii niini ia 2 7 2 10 LAE e NEEE ione 2 1 8 4 3 5 4 4 5 4 SLOD nuin npe ss 2 7 3 4 3 5 4 4 5 4 SEFGaTAO e AEE EEE 5 4 5 8 Stream Configuration 5 6 System Menu 1 4 T Throughput 2 4 2 11 Traffic Orientation eee 2 9 Trial Liensth E 2 11 AXZI 1 E y Wed n 1 2 c a A EE 1 8 XZI 2
51. Stream Configuration Pair1 TX Unit ID Panr1 RX Unit ID Pair2 TX Unit ID Pair2 RX Unit ID 3 amp A 3 2 Duration Continuous hours minutes seconds A 3 3 Pair1 Stream A Flow ID 0 Stream ID Add on Stream A 3 4 Pair2 Stream Flow ID 0 Stream ID 1 Add on Stream S T VIRA PARKE PG MEL 3 4 3 5 Add on Select eicere inen 1 4 B Back to back Frames 2 6 2 11 Bidirection i kk k 2 9 B rst SiZ De 2 11 C CFP MDIO Analysis eee 9 4 CTRD EE 3 4 3 7 D 10141781610 0 01 2 11 5 4 5 7 E DO 2 7 2 14 F FAW 3 4 3 8 FOfmnast E eer e MR MR RM ER UN 2 7 2 18 Frame Loss Rate 2 3 2 11 G Global Alarm Ri 3 3 I Import La 2 7 2 14 3 4 3 11 T ristaalize a iecore aa 2 7 L Lambda Measure 4 4 Lane Mapping 4 4 4
52. 001 Lambda 3 10 11 12 13 1 63 820802 144 862 455 190 4 37 E 001 Lambda 4 15 16 17 18 19 63 92092 144543 300 056 4 36E 001 4 1 3 100GbE No Frame Elapsed Time 4E 100GBASE 2 4e BINAE 4 2 Lambda Measure Lambda Measure Port Lane Mapping Report Results Elapsed Time Invalid Sync Header Invalid Align Marker BIP Error Current Lambda 1 0 1 2 3 4 00000 Lambda 2 5 6 7 8 9 Lambda 3 10 11 12 13 14 gt Lambda 4 15 16 17 18 19 Accumulated Lambda 1 0 1 2 3 4 e Lambda 2 65 6 7 8 9 Lambda 3 10 11 12 13 14 Lambda 4 15 16 17 18 19
53. 1 Lambda 4 15 16 17 18 19 Accumulated Lambda 1 0 1 2 3 4 Lambda 2 5 6 7 8 9 pamm Lambda 3 10 11 12 13 14 Lambda 4 15 16 17 18 19 Im 4 1 2 100GbE 7 Q ies 100GbE No Frame OTU4 No Frame Em 100GBASE Pattern Syne Loss Bit Error Count Bit Error Rate Lambda Measure Y Results Elapsed Time 00 00 13 Pattern Sync Loss 5 Bit Error Count Bit Error Rate Current Lambda 1 0 1 2 3 4 9184 10864517 197 4 30E 001 Lambda 2 5 6 7 8 9 48184 10865 555 528 4 30E 001 Lambda 3 10 11 12 13 145 48184 11 148 223 284 437E 001 Lambda 4 15 16 17 18 19 48184 11 116 207 077 436E 001 Accumulated Lambda 1 0 1 2 3 5 63 520902 142 480 456 465 4 30E 001 Lambda 2 5 6 7 8 9 63 852002 142 483272 354 4 30E
54. 2544 Log Results Frame Loss Rate Throughput Latency Back to back Throughput fps 62 000 000 v E T 580000001 A Throughput 56 000 000 Y i i 1 54 000 000 1 52000 000 50000000 1 X 2 eere eere M 48 000 000 1 i i 460000004 4 1 44 000 000 Le 1 42000000 4i de 40 000 000 38000000 g 36 000 000 e 1 i i 0000004 OA ARARARARA AR AAA A OO M S amp 32000000 t e dX peas s ES gt TM E HIN Ip SE 8 28000000 1 f FE 0000 000 SEE
55. 4 RR 2 16 PIF 2222 CFP CFP MD1260A 031 CFP MDIO 3 1 CFP 3 2 320 cc ERROREM 3 4 3 3 i 3 5 3 4 kk 3 7 3 4 1 Control i 3 7 3 4 2 FAWS Enable 3 8 3 5 MDIO 3 9 z 3 5 1 MDIO 3 9 3 5 2 MDIO 3 11 3 5 3 MDIO 3 11 3 6 kk 3 12 BB 37 DI NR 3 14 BIR 22822 3 1 CFP CFP MDIO GUI MDIO MDIO CEP MSA Management Interface Specification Version 1 4 5 CFP RESGISTER DESCRIPTTION NVR1 NVR2 Module FAWS NW Lane FAWS Host Lane FAWS MDIO Transceiver Temp Alarm Warning Threshold High Alarm 0 3 degC High Warning 0 3 degC Low
56. D 1 MD1260A 5 MD1260A Pair2 TX Unit ID Pair2 RX Unit ID MD1260A 6 OKI Stream Configuration Pair 1 Tx Unit ID Pair 1 Rx Unit ID 5 3 1 3 Ports 5 6 amp 3 2222 5 3 2 1 Duration y f LET 2 Continuous O On Stopl 3 2 Of hours minutes seconds 0 0 10 24 00 00 4 OKI Duration Continuous hours Cancel minutes seconds 5 3 2 1 Duration 1 a E POE Y ETRIPBPRRRTE 5 3 8 D 5 5 8 Stream l Flow ID
57. DIO 2 E 1100 1101 1110 1111 3 5 1 1 BIR CFPAEFDTB RE 3 10 Network Lane TX Control MX MOCLK 1 8 of network lane rate 3 5 1 1 Network Lane TX Control A011 7 5 TX MCLK 000b Disabled Control 001b Reserved 010b 1 8 of network lane rate 011b Reserved 100b 1 64 of network lane rate 101b 1 64 of host lane rate 110b 1 16 of network lane rate 111b 1 16 of host lane rate A011 7 5 010b MDIO A011 W 2 00E0 MDIO A005 W 1 0001 x A006 W 1 0001 0xA005 0xA007 0 1 A007 W 1 0001 A010 Wm 7 01C0 0xA010 6 8 7 A018 R A019 R i A01A R 0xA018 lt 0xA01B A01B R 3 5 1 2 MDIO
58. MD1260A 407100G Add on 2 MD1260A 40 100G M W3483AW 2 0
59. Pie REC2544 RFC2544 40GbE 100GbE Add on 2 1 RFC2544 kk 2 2 2 1 1 Frame Loss Rate 2 3 2 1 2 Throughput 2 4 2 1 3 Latency 2 5 2 1 4 Back to back Frames 2 6 Q 2 2 kk 2 7 2 3 kk 2 8 2 3 1 2 8 2 3 2 kk 2 10 2 4 EE A ONE L T A 2 12 2 5 2 13 26 2 14 2 6 1 kk 2 14 2 6 2 i 2 14 2 6 3 UMP ducebat atiende Des retta 2 14 27 ATSE dpa d a bot dm 2 15 B2 RFC2544 RR 2 1 RFC2544 REC2544 RFC 2544 Benchmarking Methodology for Network Interconnect Devices 1 Throughput 2 Latency 3 Frame Loss Rate 4 Back to back Frames
60. Power Supply Fault 0 CFP Checksum Fault 0 0 0 Q kc Jg 3 6 2 Module FAWS NW Lane FAW GS Field Name Lane1 Lane2 Lane3 Lane4 NETWORK LANE ALARM AND WARNING Bias High Alarm 0 Bias High Warning Bias Low Warning Bias Low Alarm 0 TX Power High Alarm TX Power High Warning TX Power Low Warning TX Power Low Alarm Laser Temp High Alarm Laser Temp High Warning Laser Temp Low Warning 0 Laser Temp Low Alarm RX Power High Alarm RX Power High Warning RX Power Low Warning RX Power Low Alarm NETWORK LANE FAULT AND STAT Lane TEC Fault 0 0 Lane Wavelength Unlocked Fault Lane APD Power Supply Fault Lane TX LOSF 0 0 Lane TX LOL 0 Lane RX LOS 1 Lane RX LOL 1 Lane RX FIFO Status oo o S 0 1 1 0 3 6 3 NW Lane FAWS
61. Warning 0 0 degC Low Alarm 0 0 degC Vcc High Low Alarm Warning Threshold High Alarm 5031 0 High Warning 5338 0 mv Low Warning 12 5 mV Low Alarm 2879 5 mV S0 Bias Current High Low Alarm Warning Threshold High Alarm 0 000 m High Warning 0 000 m Low Warning 0 000 m Low Alarm 0 000 ma Laser Bias Current High Low Alarm Warning Threshold High Alarm 0 000 m High Warning 0 000 ma Low Warning 0 000 m Low Alarm 0 000 m Laser utput Power High Low Alarm Warning Threshold High Alarm 99 9 dBm High Warning 99 9 dBm Low Warning 99 9 dBm 3 1 1 MDIO NVR2 NVR1 NVR2 Module FAWS NW Lane FAWS Host Lane FAWS MDIO Field Name Lane 1 Lane 2 Lane 3 Lane 4 NETWORK LANE ALARM AND WARNING i Bias High Alarm Bias High Warning Bias Low Warning Bias Low Alarm TX Power High Alarm TX Power High Warning TX Power Low Warning TX Power Low Alarm Laser Temp High Alarm Laser Temp High Warning Laser Temp Low Warning Laser Temp Low Alarm RX Power High Alarm RX Power High Warning RX Power Low Warning Ooj ojojojoj ojojojojojojojoljioijo OOoOoOoOooOoooooooooooio OoOoOoo0oo0o0o0o0o0oo0coooooo 3 1 2 MDIO Module FAWS 3 1 22882 CFP
62. l Lambda Measurel OK Lambda Measurel MD1260A Ports Lane Mappingl PCS Startl Reportl BIE Y UPBEREINAE 40GbE 100GbE Add on 5 1 esci nan itur 5 2 E L AEE 5 4 5 3 kk 5 5 5 3 1 ca OE O E a 5 6 5 3 2 lk 5 7 5 3 3 Dk 5 8 5 4 5 9 5 5 kk 5 10 5 6 kkk 5 11 1 E A 5 9 1 DER PREF RIE Tx Frame
63. l Accumulated Invalid Algn Marker BIP Error Total Accumulated Total Accumulated Lambda2 SV N Lambda4 y S Lambda1 Lambda Measure Start Results Lane Mapping Report Elapsed Time Invalid Sync Header Invalid Align Marker BIP Error Current Lambda 1 0 1 2 Lambda 2 Q5 6 7 3 2 8 9 Lambda 3 10 11 12 13 14 Lambda 4 15 16 17 18 19 Accumulated Lambda 1 0 1 2 Lambda 2 5 6 7 3 49 8 9 4 1 1 Lambda 3 10 11 12 13 14 Lambda 4 15 16 17 18 19 41 100GBASE EJJED 100GbE OTU4 100GBASE Invalid Sync Header Invalid Align Marker BIP Error Lambda Measure Port Lane Mapping Report Results Elapsed Time Invalid Sync Header Invalid Align Marker BIP Error Current Lambda 1 0 1 2 3 4 Lambda2 5 6 7 8 9 Lambda 3 10 11 12 13
64. lication Code Application Capable Rates Support 111 8 Gbps 103 125 Gbps 41 25 Gbps 43 Gbps 39 8 Gbps Number of Lanes Supported Media Properties Media Type Directionality Optical Multiplexing and De multiplexing Active Fiber per Connector Max Network Lane Bit Rate Max Host Lane Bit Rate Max Single Mode Optical Fiber Length Max Multi Mode Optical Fiber Length CDR with EDC Signal Code Modulation Signal coding 40GE SMF 10km 40GE LR4 Undefined type Undefined type Not Supported Not Supported Supported Not Supported Not Supported Network 4 Lanes Host 4 Lanes SMF Normal With Optical MUX DEMUX 4 TX Lanes and 4 RX Lanes 10 4 Gbps 10 4 Gbps 10 km 0 m CDR without EDC NRZ Non PSK Max Total Optical Output Power per connector 6700 uW Max Total Input per Network Lane Max Power Consumption Operating Case Temp Range 3 12 1600 uW 8000 mW Normal 1000 mW Low Power Mode 0 degC 70 degC NVR1 26 22202 Field Name Value MODULE STATE High Power down State 0 TX Turn off State 0 Fault State 0 Ready State 1 TX Turn on State 0 TX Off State 0 High Power up State Low Power State Initialize State 0 MODULE GENERAL STATUS HW_Interlock 0 Loss of REFCLKInput 0 TX JITTER PLL LOL 0 TX CMU LOL 0 TX LOSF 0 TX HOST LOL 0 RX LOS 0 RX NETWORK LOL 0 Out of Alignment 0 MODULE FAULT STATUS PLD or Flash Initialization Fault 0
65. rts AA43 I100GBASE Efe BIMAE 4 3 0 PCS PCS 5 4 1 2 Clearl Lane Mapping Lane Mapping Lambda1 Lambda4 gt gt lt lt OKI Yirtual Lane Mapping Cancel Clear 4 3 2 1 Lane Mapping IV 44 2222 4 4 Startl 4 3 1 m
66. vice Disruption gt Service Disruption Results Ports Duration Stream Report Unit 4 gt 4 FID 0 Elapsed Time Left Time Tx Frames Rx Frames Tx Rx Service Disruption Time 5 2 1 5 2 1 Start Service Disruption Service Disruption nuli Stop Ports Duration Stream ID Report 5 4 5 3 amp 3 2222 BI TD 40GbE 100GbE
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