Anritsu MU120119A Operation Manual Download Page 52

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Appendix A Specifications

A-28.

MU120120A (Cont’d)

Item Specifications

Latency

Duration: 2 to 999 s
Number of Trials: 1 to 50

Rate (%): Initial Rate, Step Rate, Step Count, 0.01%

step,

Result of Throughput Rate

Burst Size: 1 to 1000

Result: Latency (0.01 us resolution)

Graph: Latency vs. Frame Size

Frame Loss Rate

Duration: 2 to 999 s
Number of Trials: 1 to 50

Rate (%): Initial Rate, Step Rate, Step Count, 0.01% step

Burst Size: 1 to 1000

Result: Frame Loss Rate (%)

Graph: Frame Rate vs. Frame Loss Rate

Back-to-back Frames

Duration: 2 to 999 s

Number of Trials: 1 to 50

Rate (%): Initial Rate, Step Rate, Step Count, 0.01% step

Burst Size: 1 to 1000

Loss Tolerance: 0 to 100%, 0.0001% step

Result: Number of Frames

Graph: Number of frames vs. Frame Size

System Recovery

Duration: 2 to 999 s
Number of Trials: 1 to 50

Threshold Time: 0 to 999 s

Rate (%): Overload Rate (110% of the Throughput Rate

User

defined), Moderate Rate

Burst Size: 1 to 1000

Result: Recovery time (1 us resolution, Accuracy 1 us)

Graph: Recovery time vs. Frame Size

Reset

Rate (%): User defined
Burst Size: 1 to 1000

Sequence: Start

→

Waiting trigger

→

Triggered

→

Stop

Graph: Reset time (1 us resolution, Accuracy 1 us)

Emvironmental Performacen

Temperature range

Operation: 0 to +40

Storage:

−

20 to +60

Power Consumption

Less than 15 W

Size

Based on PICMG2.0 R2.1

262.0 (W)

20.0 (H)

174.5 (D) mm

It doesn't contain protuberance.

Weight

Less than 1.0 kg

Summary of Contents for MU120119A

Page 1: ... safety and warning information please read this manual before attempting to use the equipment Additional safety and warning information is provided within the MD1230B Data Quality Analyzer Operation Manual or MP1591A Network Performance Tester Operation Manual Please also refer to this document before using the equipment Keep this manual with the equipment ...

Page 2: ...wing safety symbols are used inside or on the equipment near operation locations to provide information about safety items and operation precautions Ensure that you clearly understand the meanings of the symbols and take the necessary precautions BEFORE using the equipment This indicates a prohibited operation The prohibited operation is indicated symbolically in or near the barred circle This ind...

Page 3: ...d modification or repair of the equipment by the customer The fault is due to severe usage clearly exceeding normal usage The fault is due to improper or insufficient maintenance by the customer The fault is due to natural disaster including fire flooding earthquake etc The fault is due to use of non specified peripheral equipment peripheral parts consumables etc The fault is due to use of a non s...

Page 4: ... When you dispose of export controlled items the products manuals need to be broken shredded so as not to be unlawfully used for military purpose Notice The following actions are strictly prohibited for all of the software installed in this product or otherwise provided by Anritsu 1 Copying except for archival purposes 2 Transferring to a third party apart from this product 3 Analyzing the incorpo...

Page 5: ...e 1310 nm MU120120A OC 3 STM 1 Module 1310 nm 2 Applied Directive and Standards When the above modules are installed in the main frame shown below the applied directive and standards of these modules conform to those of the main frame Main frame MD1230A B Data Quality Analyzer MD1231A A1 IP Network Analyzer MT7407A Multislot Chassis MP1591A Network Performance Tester PS About main frame Please con...

Page 6: ...U120120A OC 3 STM 1 Module 1310 nm 2 Applied Directive and Standards When the above modules are installed in the main frame shown below the applied directive and standards of these modules conform to those of the main frame Main frame MD1230A B Data Quality Analyzer MD1231A A1 IP Network Analyzer MT7407A Multislot Chassis MP1591A Network Performance Tester PS About main frame Please contact Anrits...

Page 7: ...ion of MD1230 Family Operation Manual indicates this document Describes basic operations of the MD1230B MD1230B Data Quality Analyzer Operation Manual Describes how to use the software that controls the mainframe of the MD1230 family MX123001A Data Quality Analyzer Control Software Operation Manual Describes basic operations of Ethernet modules Ethernet Module Operation Manual Describes basic oper...

Page 8: ...tion Traffic Monitor Operation Manual Describes basic operations of Decode modules Decode Module Operation Manual Describes basic operations of Tcl Interface Tcl Interface Operation Manual Describes basic operations of Expert Analysis modules Expert Analysis Module Operation Manual ...

Page 9: ...10 7G Optical Unit Tx MU150122A 10 10 7G Optical Unit Rx Narrow MU150123A 10 10 7G Optical Unit Rx Wide MU150134A 10 10 7G Optical Unit Tx Ex Mod Operation Manual Describes specifications for the EO OE modules indicates this document Describes specifications for the Jitter module MU150100A 10 10 7G Unit Operation Manual MU150125A 10 10 7G Jitter Unit Operation Manual MU150101A 2 5 2 6G EoS Unit Op...

Page 10: ... Manual Describes basic operations of Ethernet modules Describes basic operations of SDH SONET modules MU120119A OC 3 12 STM 1 4 Module 1310 nm MU120120A OC 3 STM 1 Module 1310 nm Operation Manual MU120103A B 2 5G 1 31 Module MU120104A B 2 5G 1 55 Module MU120105A 10G 1 31 Module MU120106A 10G 1 55 Module Operation Manual Describes specifications for the MU150121B 23B MU150121B 10 10 7G Optical El...

Page 11: ...nce Tester MP1591A MU120119A OC 3 12 STM 1 4 Module 1310 nm 156 622M Module MU120120A OC 3 STM 1 Module 1310 nm 156M Module Note Note that the MD1230A MD1231A A1 and MT7407A are not sup ported in Ver 7 0 and above Description in this manual shows the case of using the MD1230B 2 Notation on reference page This manual indicates a related page as below For details on specifications and functions refe...

Page 12: ...1 1 1 Product Outline 1 2 Section 2 Precautions Before Use 2 1 2 1 Installation Site Environmental Conditions 2 2 2 2 Connection with Device Under Test 2 2 Section 3 Description of Panel 3 1 3 1 Description of Panel 3 2 Appendix A Specifications A 1 Index Index 1 ...

Page 13: ...1 VII Index Appendix 2 3 ...

Page 14: ...VIII ...

Page 15: ...Section 1 Overview 1 1 1 Overview This section describes an overview of the 156 622M POS module func tions For specifications refer to the Appendix Specifications 1 1 Product Outline 1 2 ...

Page 16: ...1 Available interfaces The modules and their available interfaces are given below Modules Available interfaces wave length band MU120119A OC 3 12 1310 nm single mode MU120120A OC 3 1310 nm single mode 2 Number of ports Each POS module has the number of ports listed below Modules Number of ports module Max number of modules unit Max number of ports unit Max number of ports for 8 unit connection MU1...

Page 17: ...on to be understood before using the 156 622M POS modules It also covers safety precautions and steps to avoid malfunctioning of the device in use Read through this section be fore using the POS modules 2 1 Installation Site Environmental Conditions 2 2 2 2 Connection with Device Under Test 2 2 ...

Page 18: ...long time in low temperatures moving them to a location with higher temperatures may create dew inside the module In this event sufficiently dehumidify the module before turning the power On Turning the power On when dew is present inside may cause a short circuit and damage the module 2 2 Connection with Device Under Test When connecting a device being tested Device Under Test DUT be sure to chec...

Page 19: ...Section 3 Description of Panel 3 1 3 Description of Panel This section describes the 156 622M POS module panel controls 3 1 Description of Panel 3 2 ...

Page 20: ...ule MU120120A OC 3 STM 1 Module Power Meter Port 2 Link Tx Error Rx Output Input Port 1 Link Tx Error Rx Output Input CLASS 1 LASER PRODUCT Max 10dBm Max 8dBm Max 8dBm Fig 3 1 2 156M POS Module LED Color Description Link Green Lit when an SDH SONET frame has been received and LOS LOF or AIS alarms have not been detected Also lit when PPP Negotiation PPP has succeeded Tx Green Lit when a PPP Cisco ...

Page 21: ...d in the table below PPP Cisco HDLC MAPOS Bulk Error items SDH SONET PPP Cisco HDLC MAPOS High Layer SDH SONET FAS Bit all B1 B2 B3 MS REI HP REI HP IEC Bit info Error Oversize Undersize Error FCS Error Oversize FCS Error Fragments IP Header checksum Error TCP UDP checksum Error ...

Page 22: ...Section 3 Description of Panel 3 4 ...

Page 23: ...Appendix App I Appendix Appendix A Specifications A 1 ...

Page 24: ...Appendix App II ...

Page 25: ...OC 12 STM 4 Connector SC Number of Ports 2 Bit Rate 155 52 Mbit s NRZ 622 08 Mbit s NRZ Clock Internal 50 ppm Variable Receive Lock 64 kHz 8 kHz 1 5 MHz 2MHz 1 5 Mbit s 2 Mbit s Wavelength 1 274 to 1 356 nm Output Level PRBS23 average power 15 to 8 dBm Extinction Ratio 8 2 dB over Pulse Mask Compliant with Bellcore TR NWT 000253 and ITU T recommendation G 957 Input Sensitivity 28 to 8 dBm Laser Sa...

Page 26: ...MS AIS RDI L MS RDI TIM L MS TIM AIS P AU AIS LOP P AU LOP RDI P HP RDI PLM P HP SLM TIM P HP TIM UNEQ P HP UNEQ Alarm Addition Timing Single Single Burst Frame Burst Size 1 to 64 000 Alternative Alarm Frame 0 to 8 000 Normal Frame 1 to 8 000 All Error Insertion FAS B1 B2 B3 REI P MS REI REI P HP REI HP IEC Bit All Bit Info Error Insertion Timing Single Single Burst Bit Burst Size 1 to 64 000 Rate...

Page 27: ...tinuous Burst Stop after this Stream Next Stream Jump to Stream Jump to Stream for Count Loop Count 1 to 16 000 000 Frame per Burst 1 to 1 099 511 627 775 Burst per Stream 1 to 1 099 511 627 775 Frame View Raw Frame Decoded Gap Setting Inter Frame Gap 155M Resolution of 53 4 ns 53 4 ns to 120 s Settable as Fixed or Random 1 622M Resolution of 13 4 ns 13 4 ns to 120 s Settable as Fixed or Random 1 ...

Page 28: ...Alternate1 0 Each bit Each 2bit Each 4bits Each 1 byte Each 2 bytes Increment Decrement Random Single PRBS9 Only Data Field 1 can set Programmable Time Stamp 3 Sequence Number 3Test Frame Programmable Header Pattern 1 user defined Pattern can be set Frame Size 8 to 65 535 byte Settable as Auto Fixed Increment 4 or Random 4 2 For IPv6 any Increment Decrement or Random setting can be specified for b...

Page 29: ...erride 011 Flash 010 Immediate 001 Priority 000 Routine Bit3 0 Normal delay 1 Low delay Bit4 0 Normal throughput 1 High throughput Bit5 0 Normal Reliability 1 High Reliability Bit6 to 7 2 bit User defined Total Length Auto Identification User defined 4 byte Flag User defined initial 010 b Bit0 User defined Bit1 DF 0 May Fragment 1 Don t Fragment Bit2 MF 0 Last Fragment 1 More Fragment Fragment off...

Page 30: ...byte mask TCP RFC0793 Source Port 16 bit User defined 0 to 65535 Destination Port 16 bit User defined 0 to 65535 Sequence Number 32 bit User defined Acknowledgement Number 32 bit User defined 0000 to FFFF Data offset 4 bit Set to 5 Reserved 6 bit User defined 0 to 63 Control bit 6 bit User Defined Setting by bit Window 16 bit User defined 0 to 65535 Checksum 16 bit Auto Urgent pointer 16 bit User ...

Page 31: ...ed 0 to 255 Checksum 16 bit Automatically calculated Soft Data For Echo Request Response Identifier 16 bit User defined Sequence Number 16 bit User defined RIP RFC2453 Command 8 bit 1 Request 2 Response Version 8 bit 1 RIP version1 2 RIP version2 Address Family Identifier 16 bit 0000 0002 IP protocol FFFF Authentication entry see next Route tag User defined IP Address User defined Subnet Mask User...

Page 32: ... address 16 byte User defined Server Host Name 64 byte User defined Boot File Name 128 byte User defined Option 0 to 64 byte User defined MPLS RFC3031 3032 Label 20 bit User defined 0 IPv4 explicit null label 1 Router alert label 2 IPv6 explicit null label 3 Implicit null label 4 to 15 Reserved EXP 3 bit User defined S 1 bit Bottom of stack TTL 8 bit User defined 10 kinds of MPLS can set Error Ins...

Page 33: ...nt Rate REI P HP REI Count Rate B3 Count Rate UNEQ P HP UNEQ Count Second PLM P HP SLM Count Second RDI P HP RDI Count Second LOP P AU LOP Count Second AIS P AU AIS Count Second REI L MS REI Count Second B2 Count Rate B1 Count Rate RDI L MS RDI Count Second AIS L MS AIS Count Second OOF Count Second LOF Count Second Bit Info Count Rate 5 Pattern Sync Loss Count Second 5 PPP Transmitted Received Fr...

Page 34: ...t care Match Not match Source IP Address don t care Match Not match Pattern1 don t care Match Not match Pattern2 don t care Match Not match Error don t care Match Not match Refer to Pattern and Error conditions of Capture Packet BER Test Opt11 Transmitted Received Test Frame Count Sequence Error Received PRBS Frame Error Count Rate Received PRBS Bit Error Count Rate Unframed BER Test Bit Error Cou...

Page 35: ...on t care Match Not match Pattern2 don t care Match Not match Error don t care Match Not match External Trigger Traffic is out of range 0 to 100 Latency is out of range 1 ns to 59 s Manual Trigger Trigger Position Settings Top Middle Bottom Pattern and Error Conditions Destination IP Address 32 bit Mask bit mask Source IP Address 32 bit Mask bit mask Pattern1 2 Pattern 32 bit Mask byte mask Field ...

Page 36: ...LCP IPCP IPv6CP OSINLCP MPLSCP CiscoHDLC MAPOS NSP SSP Test Frame Extended Decode Protocol By Sniffer Technologies Opt04 or MX123002A Expert Analysis Module the number of decode protocols can be increased up to 400 MD1230 Family includes Ethereal Convert Function Replay Capture frames are converted to Tx streams Latency When Test Frames are received the latency is indicated The result includes 1s ...

Page 37: ...ing 6 types of tests can be supported MD1230 Family supports continuous test 1 to 5 1 Throughput 2 Latency 3 Frame Loss Rate 4 Back to back Frames 5 System Recovery 6 Reset Port Pairs Traffic Distribution One to one Partially meshed Fully meshed Traffic Orientation Unidirectional Bidirectional Mesh Type Round Robin Peak Loading VLAN Tag On Off VLAN ID 1 to 4095 Test Setting Frame Size 64 128 256 5...

Page 38: ...ep Count 0 01 step Burst Size 1 to 1000 Loss Tolerance 0 to 100 0 0001 step Result Number of frames Graph Number of frames vs Frame Size System Recovery Duration 2 to 999 s Number of Trials 1 to 50 Threshold Time 0 to 999 s Rate Overload Rate 110 of the Throughput Rate User defined Moderate Rate Burst Size 1 to 1000 Result Recovery time 1 us resolution Accuracy 1 us Graph Recovery time vs Frame Si...

Page 39: ...Connector SC Number of Ports 2 Bit Rate 155 52 Mbit s NRZ Clock Internal 50 ppm Variable Receive Lock 64 kHz 8 kHz 1 5 MHz 2MHz 1 5 Mbit s 2 Mbit s Wavelength 1 274 to 1 356 nm Output Level PRBS23 average power 15 to 8 dBm Extinction Ratio 8 2 dB over Pulse Mask Compliant with Bellcore TR NWT 000253 and ITU T recommendation G 957 Input Sensitivity 28 to 8 dBm Laser Safety 21 CFR 1040 10 1995 CLASS...

Page 40: ...I P HP RDI PLM P HP SLM TIM P HP TIM UNEQ P HP UNEQ Alarm Addition Timing Single Single Burst Frame Burst Size 1 to 64 000 Alternative Alarm Frame 0 to 8 000 Normal Frame 1 to 8 000 All Error Insertion FAS B1 B2 B3 REI P MS REI REI P HP REI HP IEC Bit All Bit Info Error Insertion Timing Single Single Burst Bit Burst Size 1 to 64 000 Rate 1 0E 9 1 0E 8 1 0E 7 1 0E 6 1 0E 5 1 0E 4 1 0E 3 Programmed ...

Page 41: ...m Number of Streams 256 Streams Port Stream Setting Distribution Stream Transport Mode Continuous Continuous Burst Stop after this Stream Next Stream Jump to Stream Jump to Stream for Count Loop Count 1 to 16 000 000 Frame per Burst 1 to 1 099 511 627 775 Burst per Stream 1 to 1 099 511 627 775 Frame View Raw Frame Decoded Gap Setting Inter Frame Gap 155M Resolution of 53 4 ns 53 4 ns to 120 s Set...

Page 42: ...nate1 0 Each bit Each 2 bit Each 4 bits Each 1 byte Each 2 bytes Increment Decrement Random Single PRBS9 Only Data Field 1 can set Programmable Time Stamp 3 Sequence Number 3 Test Frame Programmable Header Pattern 1 user defined Pattern can be set Frame Size 8 to 65 535 byte Settable as Auto Fixed Increment 4 or Random 4 2 For IPv6 any Increment Decrement or Random setting can be specified for bit...

Page 43: ...erride 011 Flash 010 Immediate 001 Priority 000 Routine Bit3 0 Normal delay 1 Low delay Bit4 0 Normal throughput 1 High throughput Bit5 0 Normal Reliability 1 High Reliability Bit6 to 7 2 bit User defined Total Length Auto Identification User defined 4 byte Flag User defined initial 010 b Bit0 User defined Bit1 DF 0 May Fragment 1 Don t Fragment Bit2 MF 0 Last Fragment 1 More Fragment Fragment off...

Page 44: ...bytemask TCP RFC0793 Source Port 16 bit User defined 0 to 65535 Destination Port 16 bit User defined 0 to 65535 Sequence Number 32 bit User defined Acknowledgement Number 32 bit User defined 0000 to FFFF Data offset 4 bit Set to 5 Reserved 6 bit User defined 0 to 63 Control bit 6 bit User Defined Setting by bit Window 16 bit User defined 0 to 65535 Checksum 16 bit Auto Urgent pointer 16 bit User d...

Page 45: ...ed 0 to 255 Checksum 16 bit Automatically calculated Soft Data For Echo Request Response Identifier 16 bit User defined Sequence Number 16 bit User defined RIP RFC2453 Command 8 bit 1 Request 2 Response Version 8 bit 1 RIP version1 2 RIP version2 Address Family Identifier 16 bit 0000 0002 IP protocol FFFF Authentication entry see next Route tag User defined IP Address User defined Subnet Mask User...

Page 46: ... Address 16 byte User defined Server Host Name 64 byte User defined Boot File Name 128 byte User defined Option 0 to 64 byte User defined MPLS RFC3031 3032 Label 20 bit User defined 0 IPv4 explicit null label 1 Router alert label 2 IPv6 explicit null label 3 Implicit null label 4 to 15 Reserved EXP 3 bit User defined S 1 bit Bottom of stack TTL 8 bit User defined 10 kinds of MPLS can set Error Ins...

Page 47: ...unt Rate REI P HP REI Count Rate B3 Count Rate UNEQ P HP UNEQ Count Second PLM P HP SLM Count Second RDI P HP RDI Count Second LOP P AU LOP Count Second AIS P AU AIS Count Second REI L MS REI Count Second B2 Count Rate B1 Count Rate RDI L MS RDI Count Second AIS L MS AIS Count Second OOF Count Second LOF Count Second Bit Info Count Rate 5 Pattern Sync Loss Count Second 5 PPP Transmitted Received F...

Page 48: ... t care Match Not match Source IP Address don t care Match Not match Pattern1 don t care Match Not match Pattern2 don t care Match Not match Error don t care Match Not match Refer to Pattern and Error conditions of Capture Packet BER Test Opt11 Transmitted Received Test Frame Count Sequence Error Received PRBS Frame Error Count Rate Received PRBS Bit Error Count Rate Unframed BER Test Bit Error Co...

Page 49: ...on t care Match Not match Pattern2 don t care Match Not match Error don t care Match Not match External Trigger Traffic is out of range 0 to 100 Latency is out of range 1 ns to 59 s Manual Trigger Trigger Position Settings Top Middle Bottom Pattern and Error Conditions Destination IP Address 32 bit Mask bit mask Source IP Address 32 bit Mask bit mask Pattern1 2 Pattern 32 bit Mask byte mask Field ...

Page 50: ...LCP IPCP IPv6CP OSINLCP MPLSCP CiscoHDLC MAPOS NSP SSP Test Frame Extended Decode Protocol By Sniffer Technologies Opt04 or MX123002A Expert Analysis Module the number of decode protocols can be increased up to 400 MD1230 Family includes Ethereal Convert Function Replay Capture frames are converted to Tx streams Latency When Test Frames are received the latency is indicated The result includes 1s ...

Page 51: ... types of tests can be supported MD1230 Family supports continuous test 1 to 5 1 Throughput 2 Latency 3 Frame Loss Rate 4 Back to back Frames 5 System Recovery 6 Reset Port Pairs Traffic Distribution One to one Partially meshed Fully meshed Traffic Orientation Unidirectional Bidirectional Mesh Type Round Robin Peak Loading VLAN Tag On Off VLAN ID 1 to 4095 Test Setting Frame Size 64 128 256 512 10...

Page 52: ...ep Count 0 01 step Burst Size 1 to 1000 Loss Tolerance 0 to 100 0 0001 step Result Number of Frames Graph Number of frames vs Frame Size System Recovery Duration 2 to 999 s Number of Trials 1 to 50 Threshold Time 0 to 999 s Rate Overload Rate 110 of the Throughput Rate User defined Moderate Rate Burst Size 1 to 1000 Result Recovery time 1 us resolution Accuracy 1 us Graph Recovery time vs Frame Si...

Page 53: ...Index Index 1 Index A AIS 3 2 C Cisco HDLC 3 2 L LOF 3 2 LOS 3 2 M MAPOS 3 2 3 3 P POS 1 1 1 2 2 1 2 2 3 1 3 2 PPP 3 2 3 3 T TCP 3 3 U UDP 3 3 ...

Page 54: ...Index Index 2 ...

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