GENERAL SPECIFICATIONS

User Interface

Screen

6.5 Inch TFT Touch Screen (640 x 480);

Other Interface

USB

• USB2.0, A type, 2;
• USB2.0 Mini B type, 1;

Ethernet

Ethernet 10/100M, RJ45;

Audio

3.5mm Audio Interface;

Storage

16G;

Physical Specifications

Temperature

• Operating: -10°C to 50°C;
• Storage: -40°C to 70°C;

Relative Humidity

0% to 95%(non-condensing);

Size(H×W×D)

• Platform: 319mm x 202mm x 105mm;
• Module:25mm x 97mm x 259mm;

Weight

• Platform: 2.8kg;
• Module:0.4kg;

Vibrancy

10Hz to 500Hz < 1.5g (on 3 main axes);

Mechanical Shock

6 sides, 8 edges < 760cm, according to GR-196-CORE;

EMC

• EN55022/CIPSR22;
• EN61000-3-2;
• EN55024;

Battery and Power Supply

Battery

• Rechargeable Li-lon batteries;
• Working time: 4 hours (typical for 10G Ethernet test);
• Charging time: 3.5hours (typical: 25°C);

Power Source

• Input: 100-240VAC, 50-60Hz,2A;
• Output: 19VDC, 4A.

OTN Test

Port

• OTU0, OTU1, OTU2, OTU1e, OTU2e. optical interface: SFP+, 2 ports;

User selectable optical module: 1310nm, 1550nm.

Measurement

• Out-of-service Mode;

• In-service Mode;

Operation

• Pointer-to-pointer Mode;

• Through mode;

• Enhanced through mode;

The OTU, ODU and OPU overhead can be changed; and the FEC encoder and decoder can be set ON/OFF in any mode.

Frame and Scramble

Compliant with ITU-T G.709 and ITU-T G.709.20 standards

FEC: Compliant with G.709, RS (255239) standard, can control on/off

Transmitter Clock

• Internal clock:

• Accuracy: 4.6ppm, up to 2ppm;
• Clock Offset: ±100ppm (1ppm steps);

• Recovered clock;

• TTL level external 2.048MHz clock;
• E1: 2.048Mbps;
• DS1: 1.544Mbps;

Received signal frequency

• ±100ppm

Scrambling

• Compliant with ITU-T G.709 standard

OTN alarm

Detectable alarms:

• OTU layer: OTU-AIS,LOF,OOF,LOM,OOM,SM-TIM,SM-BIAE,SM-BDI,SM-IAE

• ODU layer: ODU-AIS, ODU-OCI, ODU-LCK, PM-TIM, PM-BDI

• ODU multiple use: ODU-LOF, ODU-OOF, ODU-LOM, ODU-OOM

• OPU layer: PLM, OPU-MSIM, CSF, LSS

• TCM layer：TCMi-TIM,TCMi-BIAE,TCMi-BDI,TCMi-IAE(i=1-6)

• OTL layer: LOF, OOF, OOR, LOR, OOM, LOM, ILA/OLA

Possible alarms that can be generated:

• OTU layer：OTU-AIS,LOF,OOF,LOM,OOM,SM-TIM,SM-BIAE,SM-BDI,SM-IAE

• ODU layer: ODU-AIS, ODU-OCI, ODU-LCK, PM-TIM, PM-BDI

• ODU multiple use: ODU-LOF, ODU-OOF, ODU-LOM, ODU-OOM

• OPU layer: LSS, CSF

• TCM layer：TCMi-TIM,TCMi-BIAE,TCMi-BDI,TCMi-IAE(i=1-6)

• OTL layer: LOF, OOF, OOR, LOR

Alarm generation method:

• Continuous

• Alternating

• Burst

OTN Error

Detectable errors:

• OTU Layer: FAS,MFAS,SM-BEI,SM-BIP8,FEC-Correctable,FEC-Uncorrectable

• ODU layer: PM-BIP8,PM-BEI

• OPU layer: BIT

• TCM layer: TCMi-BEI,TCMi-BIP8(i=1-6)

• OTL layer: FAS,MFAS,LLM

Possible errors:

• OTU layer: FAS,MFAS,SM-BEI,SM-BIP8

• ODU layer: PM-BIP8,PM-BEI, ODU-FAS

• OPU layer: BIT

• TCM layer: TCMi-BEI,TCMi-BIP8(i=1-6)

• OTL layer: FAS,MFAS,LLM

Incorrect insertion method:

50. Continuous

50. Alternating

50. Rate

50. Single

50. Burst

Mapping adjustment

Mapping adjustment (for each AMP)

50. Negative (-1)

50. Positive (+1)

50. Positive (+2)

Cm (t) (per GMP)

50. Can support Cm (t) (ppm) based

Bit Error Test Pattern

Support the generation and detection of the following patterns:

50. Test code PRBS9, PRBS11，PRBS15，PRBS20，PRBS23，PRBS31

Support reverse PRBS pattern

50. Support 16 bit user-defined patterns

FEC Test

50. Random error insertion in accordance with ITU-T O.182

Overhead

Users can edit the following frame header bytes:

50. OTU layer: FAS,SM-TTI,SM-BEI/BIDE,BDI,IAE,GCC0，RES

50. ODU layer: PM-TTI,PM-BEI,BDI,IAE,FTFL,APS/PCC,GCC1，GCC2，RES,EXP,

50. Advanced TCMi TTI (i=1-6), TCMi BEI/BIAE, TCMi BDI, TCMi IAE, TCMi RES (i=1-6)

50. OPU layer: PSI

Support capturing and displaying current overhead byte information:

50. The following signals can be decoded: high-order TTI (SM, PM, TCMi (i=1-6)), FTFL, PT

Support capturing consecutive 256 frames of overhead bytes

OTU0

Support OTU0 standard testing and adding business parameters such as net load GFP-F;

Main path mapping structure:

50. PRBS->BMP->OPU0->OTU0

50. STM-1->GMP->OPU0->OTU0

50. STM-4->GMP->OPU0->OTU0

50. GE->GFP-T->GMP->OPU0->OTU0

50. MAC (GE, 10G) ->GFP-F ->BMP ->OPU0->OTU0

Through Mode

50. Transparent transmission mode

50. Expense rewriting mode

The overhead of OUT, ODU, and OPU can be changed

FEC encoding and decoding can be set to on/off

fgOTN Test

Mapping Path

PRBS、ETH、CBR、VCN->fgODUflex->ODU2->OTU2

PRBS、ETH、CBR、VCN->fgODUflex->ODU1->ODU2->OTU2

PRBS、ETH、CBR、VCN->fgODUflex->ODU0->ODU1->ODU2->OTU2

PRBS、ETH、CBR、VCN->fgODUflex->ODU0->ODU2->OTU2

PRBS、ETH、CBR、VCN->fgODUflex->ODUFlex(3，4，5，6，7)->ODU2->OTU2

PRBS、ETH、CBR、VCN->fgODUflex->ODU1->OTU1

PRBS、ETH、CBR、VCN->fgODUflex->ODU0->ODU1->OTU1

PRBS、ETH、CBR、VCN->fgODUflex->ODU2->OTU2

Overhead editing and monitoring

Cost sequence setting/reading

fgODUflex

PM-TTI、TCMi-TTI

fgOPUflex

PT、CSF

OPUk(fgTS)

fgTSMxOH

Cost setting/display

fgODUflex

FAS0~FAS7，STAT(row1~4)、PM&TCM、

TCMi-APS、PM-APS、DAi, RES

fgOPUflex

RES

1. PM-TTI and TCMi TTI can set the cost sequence according to the protocol and display ASCII characters

2. All frames can be set to have the same overhead

Overhead capture/display

Content

Can capture the overhead sequence of fgODUflex frames at any specified coordinate,

Coordinate range: ROW=1～4，COL=1～16，1905～1920

Mode

Continuous capture (manual trigger mode, change trigger mode), change capture

Capacity

256 Bytes

Display

Raw data (hexadecimal), ASCII characters

Error code alarm insertion and monitoring

1. Alarm and error codes that can be unplugged in the fgODUflex layer PM:

Error code: PM_BIP8, PM_BEI, FAS,MFAS

give an alarm: PM_BDI, PM_LCK, PM_OCI, PM_AIS,

Alarm and error codes available for monitoring:

Error code: PM_BIP8, PM_BEI, FAS_BIT, MFAS_BIT, DM_CRC12

give an alarm: LOF, LOM, OOF, OOM, PM_OCI, PM_BDI, PM_LCK, PM_SAPI_TIM, PM_DAPI_TIM

Support rewriting and monitoring of PM TTI

TCM insertable alarms and errors:

Error code: TCM_BIP8, TCM_BEI

give an alarm: TCM_SAPI, TCM_DAPI_TIM, TCM_BIAE, TCM_BDI, TCM_AIS, TCM_LTC, TCM_OCI, TCM_LCK, TCM_IAE

Alarm and error codes available for monitoring:

Error code: TCM_BIP8, TCM_BEI, TCM_DM_CRC12

give an alarm: TCM_SAPI, TCM_DAPI_TIM, TCM_BIAE, TCM_BDI, TCM_AIS, TCM_LTC, TCM_OCI, TCM_LCK, TCM_IAE, TCM_SAPI_TIM, TCM_DAPI_TIM

Support rewriting and monitoring of TCM TTI

2. Alarm and error codes that can be unplugged in the fgOPUflex layer:

Error code: CMT_CRC8, CND_CRC5, RCOH_CRC3

give an alarm: CSF, PLM, CM0

Alarm and error codes available for monitoring:

Error code: PRBS_BIT，CM_CRC8, CN_CRC5, RCOH_CRC3, OFCS, OMFI

give an alarm: OPU_PLM, OPU_CFS, LSS, OOMFI, LOOMFI, CM_LOS, CM

Non destructive adjustment testing

Non destructive adjustment test values can be edited and displayed through schematic diagrams

Bidirectional latency test

Content

Total number of measurements, number of successful measurements, number of failed measurements, minimum value

Maximum value, average value, current value

Test selection

PM、TCM1、TCM2

Range

0s ~ 60s

Accuracy

1us

Testing mode

two-way

Service Interruption Test

Monitoring trigger conditions

Alarm

fgODUflex

LOFLOM、LOFOOM、PM-BDI、PM-AIS、PM-OCI、PM-LCK、PM-SAPI-TIM、PM-DAPI-TIM

fgODUflex-TCM

TCMi-BDI、TCMi-AIS、TCMi-OCI、TCMi-LCK、

TCMi-BIAE、TCMi-SAPI-TIM、TCMi-SAPI-TIM

fgOPUflex、OPUk(fgTS)

OOMFI、LOOMFI、PLM、CSF

fgOPUflex-GMP、
OPUk(fgTS)-fgGMP

Loss of Synchronization Cm=0

Bit Error

fgODUflex

PM-BIP8、PM-BEI

fgODUflex-TCM

TCMi-BIP8、TCMi-BEI

fgOPUflex、
OPUk(fgTS)

OMFI

fgOPUflex-GMP

CRC-5、CRC-8

OPUk(fgTS)-fgGMP

CRC-4

fgTSMxOH

CRC-6

fgBWR RCOH

CRC-3

DM

CRC-12

Packet client

fgOFFCS

Payload

CLIENT-Error

Test Result

statistics

content

Number of interruptions, maximum, minimum, average, total

List the time and length of each interruption, which can be recorded 50 times

Range

0~10s

precision

0.01ms

Unit

ms, s, min

GMP mapping mode

fgOPUflex-GMP/OPUk(fgTS)-fgGMP mapping method

Cmt

method

Reference value, actual maximum value, minimum value, average value, current value

Separate statistics for the transmit and receive sides

TCM testing

Transmit Side

2-level TCM Independent Enable

SAPI、DAPI

Receive Side

2-level TCM Independent Enable

Display Received and Set Expected: SAPI, DAPI

OTN test results

Status

Current Information  

50. Monitoring of line alarms and errors  
50. Optical signal input level indication  
50. Frequency  
50. Frequency offset

Statistics

Log Information: Alarms (in seconds), Errors (number or number and ratio)  

Histogram

All errors and alarms are displayed graphically, allowing users to view all issues at a glance.  

APS

APS (Automatic Protection Switching) testing and analysis:  

50. Measurement of APS switching time  
50. Independent selection of start and end triggers  
50. Selection of trigger events from higher-order OTU and ODU  
50. Saving and displaying of switching time, number of switches, pass/fail, minimum, maximum, and average values  

APS switching time measurement resolution: 0.01ms  

Loopback Delay Measurement

Resolution: 1us  

Maximum test time: 60.0s

TECHNICAL SPECIFICATIONS

Ethernet

Port

• Optical interface: 2ports,10G Base-X with SFP+;
• Optical interface: 2 ports,100/1000M Base-X;
• Electrical interface: 2 ports, 10/100/1000M Base-T;

User selectable optical module: 850nm, 1310nm, 1550nm.

Ethernet Feature

Auto negotiation, flow control;

Configuration

Monitor/Generate, pass-through;

Encapsulation

Ethernet type II, IEEE802.3 with 802.2, IEEE802.3 with SNAP;

Configuration, Monitoring, and Generation

Traffic Generation

• Variable line rate traffic generation, up to full line rate;
• Traffic generate mode: continuous, burst, ramp, n-frame, n-burst, n-ramp;
• Adjustable frame size:46bytes to 16000 bytes;
• Frame size:fixed, increase, decrease, random;
• User-defined traffic mix of unicast and broadcast frames;
• Fixed, increase, decrease, random MAC/IP identifier;
• User programmable DSCP/TOS byte;
•  Configurable IP and Ethernet source and destination addresses (support IPv4 and IPv6 addressing);
• User programmable TCP/UDP address;
•  Generate pause frames, respond to pause frames;
•  Answer incoming ARP, ping requests;

Stacked VLAN

• Up to 3 user-settable VLAN tags;
• Parameters per VLAN tag:

• Ethernet type II 0x8100(802.1Q),0x88a8(802.1ad),0x9100, 0x9200, 0x9300;
• User-defined VLAN ID, CFI, VLAN priority;
• Address fixed, increments,decrement, random generation supported;

Multi stream

Number of streams: up to 512streams per port can be activated;

Error Injection

FCS, IP check sum error, UDP/TCP check sum Error, bit error, BER test sequence error;

Alarm generation

No link;

Result, Monitoring and Generation

Status

• Link status, interface type, jabber detected, frames present, MPLS/VLAN, speed, full or half duplex, signal present, bit rate of incoming Ethernet signal, auto negotiation complete;
• Link partner abilities: speed/duplex;
• Indicators of utilisation, throughput, errored frames;
• Signal level indication for optical Ethernet interfaces;

Performance Statistics

Utilisation, throughput,frame rate;

Frame Statistics

• Total frames, totaltesting frames, totalnot testing frames, Unicast/multicast/broadcast frames, number of pause frames;
• Total VLAN frames;
• Total MPLS frames;
• Total errored framed, number of oversized, normal, and runt frame, number of FCS errored;

Result, Monitoring and Generation

Frame Distribution Statistics

• Total valid/frames, <64, 64-127, 128-511, 512-1023, 1024-1518, >1518;

Multi stream

Display information per steam:

• Frame loss count/rate, throughput, latency, packetjitter, frames and bytes received and transmitted;

Transmit Statistics

Total frames, unicast/multicast/broadcast;

Filter

Filter condition support:

• Source and destination MAC/IP, IPv6, VLAN ID and VLAN Priority, MPLS, IP TOS, TCP/UDP source and destination port, Ethernet type and IP protocol;

BER Test and Service Disruption Test

BER Test

• Generation and detection of test pattern, count of errors in received test pattern;
• Pattern generation: layer 1 to layer 4;
• Frame loss count and frame loss seconds;
• BER measurement results;
• Test pattern: PRBS9, PRBS11, PRBS15, PRBS20, PRBS23, PRBS31, CRPRJ, JTPAT, SPAT,32bits user defined;

Error Injection

FCS, IP check sum error, UDP/TCP check sumerror, BIT error, BER test sequence error;

Service Disruption Test

Service disruption test activated as part of BER test:

•  Max/Avg service disruption test, resolution:0.1us;
•  Number of service disruption;

Loopback

Loopback Test

• Layer 1 to layer 4loopback test;
• Advanced loopback test:

• Packet loss setting: percentage, packetcount, time;
• Loopback drop enable: protocolloss,protocolpass,control, CRC error;

RFC2544

RFC2544 Test

• Switch/Router test and single ended network test mode:

• Throughput, frame loss,latency,back-to-back;

• End-to-End network test mode (2 units in local-remote setup):

• Throughput, frameloss,back-to-back;

Service Activation Test (Y.1564)

Service Activation Test

ITU-T Y.1564 service activation test:

• Up to 512services per port;
• Colour-aware and non-colour-aware in combinations;
• Verification against service acceptance criteria: information rate, frame transfer delay, frame delay variation, frame loss rate, availability;

Service Configuration Test

• Subtest for: CIR, EIR, traffic policing;
• Step duration:1-60s (user define);
• Number of steps: 1 to 4;
• Result: pass/fail indication, IR(min/avg/max), FL(Count/FLR), FTD,FDV (min/Avg/max (during measurement));

Service Performance Test

• All services tested simultaneously at CIR;
• Duration 15min, 2hours, 24 hours, or user defined;
• Result: pass/fail indication, IR(min/avg/max), FL(count/FLR), FTD, FDV (min/avg/max (during measurement));

Remote Smart Loopback Test

Remote Smart Loopback

• Use as local unit control another remote unit for RFC2544 and Y.1564 bi-directional testing;
• Support layer 1 to layer 4 smart loopback test;

PING

For connectivity and configuration check:

•  Round trip time(RTT);

• Support IPv4, TTL, URL;

Trace Route

Trace IP route over IP network:

• Information per hop: PINGtime, number of ping timeouts;

VCT Cable Test

Use for CAT5 cable connectivity check:

•  Status: pass/fail;
•  Fault location;

• Channel;
•  Polarity;

• Pair Skew;

Flow Control

Flow control time, us:

•  Pause time: total, last, max, min;

• Pause frame count: TX, RX;

FTP Upload/

Download

Use for FTP server and client emulation:

• Support IPv4 and URL;
• Username/password;

• File upload/download;
• Result: pass/fail indication, upload/download time display;

HTTP

WEB access:

• Support IPv4 and URL;

• HTTP access pass/fail;

Advanced PING (Topology)

Advance/fast PING, PING segments of the IP one by one in one time:

• IP address range: start, end
• Send count;

• Timeout (ms);
• Status: pass/fail indication;

Number of MPLS Header

Up to 3 MPLS header set by user;

Parameter per MPLS Header

User defined label, exp and TLL fields in each MPLS header:

• Label fixed, increment, decrement, random generation;

Statistics

MPLS frame count;

Capture Buffer Size

• 16Kbytes;
• When capture buffer full: stop;

Capture Frame Slicing

Can capture frame length by user defined;

Capture Data

CAP format for display in Wireshark.

SDH and SONET Test

Port

• STM-1/STM-4/STM-64/STM-16, OC-3/OC-12/OC-192/OC-48optical interface: ( SFP+), 2port;

User selectable optical module:850nm/1310nm, 1550nm

Measurement

• Out-of-service mode;

• In-service mode;

Operation

• Through mode;

• Pointer-to-pointer mode;

• Enhance through mode;

Can be changed SOH/TOH, can injection alarms and errors under Enhance Through Mode.

Frame and Scramble

• SDH: complies with latest version ITU-T G.707;
• SONET: complied with latest version Telcordia GR-253;

Line Code

NRZ

Transmitter Clock

• Internal clock:

• Accuracy: 4.6ppm, up to 2ppm;
• Clock Offset: ±70ppm (1ppm steps);

• TTL level external 2.048MHz clock;
• E1: 2.048Mbps;
• DS1: 1.544Mbps;

Receive Single Rate

• ±100ppm;
• Frequency deviation indication resolution: ±1ppm;

TCM Frame Format

• ITU-T G.783, G.707 Annex D and Annex E, POH bytes:

• HP-N1(SDH);

• LP-N1(SDH);

• LP-N2 (SDH);

• Z5(SONET);

• Z6(SONET);

• TCM access point identifier (Apid): 15 bytes ASCII sequence, CRC-7;

SDH Mapping

SONET Mapping

Alarm

Alarm can to be detected and generated:

• SDH: LOS, LOF, OOF, MS-AIS, MS-RDI, AU-AIS, AU-LOP, HP-PLM,HP-UNEQ,HP-TIM, HP-RDI,TU-LOM, TU-AIS, TU-LOP,LP-PLM,LP-UNEQ, LP-TIM, LP-RDI, LP-RFI, LSS;

• SONET: LOS, LOF, OOF, AIS-L, RDI-L, AIS-P, LOP-P, TIM-P, PLM-P, UNEQ-P, RDI-P, LOM-V,AIS-V, LOP-V, PLM-V,UNEQ-V, RDI-V, TIM-V, LSS;

Alarm

• TCM: TC-LTC, TC-TIM, TC-UNEQ, TC-AIS, TC-RDI, TC-ODI;

Alarm generation mode:

• Continuous;

• Alternate;

• Burst;

Error

Error can be detected and generated:

• SDH: FAS, B1, B2, MS-REI, HP-B3, HP-REI, LP-B3, LP-BIP2, LP-REI, Bit Error;
• SONET: FAS, B1, B2, REI-L, B3, REI-P, B3-V, BIP2-V, REI-V, Bit Error;
• TCM: TC-IEC, TC-BIP2, TC-REI, TC-OEI;

Error generation mode:

• Single;

• Continuous;

• Alternate;

• Burst;

• Rate;

• N-frame;

BERT Pattern

• Pattern generation and monitor for O.181 bulk test pattern;

Support to generate and detect:

• PRBS9, PRBS11, PRBS15, PRBS20, PRBS23, PRBS31;

Support reversed PRBS pattern:

• 16bit user define pattern;

Pointer

• Support AU/TU, STS/VT pointer monitor and generation;
• Support ITU-T G.783 pointer test sequences;
• Display pointer value of receiver side;

Overhead

• Generation of section/transport and path overhead bytes;
• Display of current section/transport and path overhead bytes;
• All overhead can be decoded, including decoded J0, J1, J2 byte;
• All overhead and anyone overhead PRBS BER testing;
• Just All overhead and anyone overhead PRBS BER (Including with DCC) testing;
• 256 frames overhead capture and decode;

SDH Tributary Scan

• DS1 embedded in selected VC-11;
• E1 embedded in selected VC-12;
• E2 embedded in selected VC-2;

• E3/DS3 embedded in selected VC-3;
• E4 embedded in selected VC-4;

SONET Tributary Scan

• DS1 embedded in selected VT-1.5;
• E1 embedded in selected VT-2;

• E3/DS3 embedded in selected STS-1;
• E4 embedded in selected STS-3c;

Smart Scan

Remote single auto detects and auto setup for SDH/SONET analyser;

SDH and SONET Result

Status

Display information of current status:

• Alarms and errors;
• Frequency deviation;

• Actual bit rate;
• Frequency ;

• Input power of optical signal;

Statistics

Event log display:

• Alarms (seconds);
• Errors (count and rate);

• Pointer operations;
• Start/stop time;

• All events refresh with 1 second resolution;

Histogram

All alarms and errors detected can be display in histogram;

Error Performance

G.821/G.826/G.828/G.829/M.2100/M.2110 analysis of received signals based on detected errors and alarms: ES, SES, BBE, AS, UAS, and so on;

APS

APS (Automatic protection switching):

• Independently select start and complete trigger;
• All SDH/SONET alarms and errors, Bit error, errors with threshold;
• Number of switchovers indicated by APS protocol;
• K1/K2 bytes set and displayed;
• Display and save APS time, frequency, pass/fail, minimum/maximum/ average value.

APS time resolution: 1us;

Propagation Delay Measurement

• Resolution: 0.1us;
• Measurement max time: 10.0 s.