ATET-2612

10G Ethernet/SDH/OTN Test Module

ATET-2612 10G Packet Ethernet/SDH/OTN Test Module is a multi-service test solution for the installation and maintenance for Metro/Carrier Ethernet, IP services, SDH/SONET, OTN circuit test up to 10G. Not only does it supply a compact test solution for 10G packet Ethernet, include ITU-T Y.1564 Standard for SLA test features, but also for SDH/SONET supports Out-of Service test, Round Trip Delay, In-service test, overhead controlling and decoding, troubleshooting, APS timing etc.

This module is compatible with ATET-6200v2 (Acuteq Intelligent Network Test Platform).

  • 10Gbit/s data stream in maximum;
  • RFC2544 test includes throughput, latency, frame loss, and back-to-back;
  • Y.1564 test;
  • BERT and loopback test from layer 1 to layer 4 with or without VLAN and MPLS tags;
  • Generate up to 512 traffic flows with different MAC address, VLAN tags, MPLS, IP address, TCP/UDP, payload, and bandwidth;
  • Service disruption test, IPV6;
  • STM-1/STM-4/STM-16/STM-64 and OC-3/OC12/OC-48/OC-192 SDH/SONET (SFP+ port);
  • Support bit error ration test and performance analysis;
  • Support SDH/SONET overhead control and decode;
  • Pointer monitoring and adjustment, G.783 pointer test sequences generation;
  • APS time measurement;
  • OTN test includes OTU2E/OTU1E/OTU2/OTU1, FEC test according with ITU-T O.182;
Platform Briefs: ATET-6200

图片1

  • Compact and lightweight designed;
  • Graphical user interface, easy to operate;
  • 6.5inches outdoor-enhanced LCD colour touch screen;
  • Ultra-high capacity field-exchangeable Li-ion battery pack extends testing time;
  • Powerful modular intelligent network test platform;
  • Dial, number keys and function keys for flexible scrolling and selecting;
  • Remote control by PC using 10/100M Base-T port.
Key Feature:

Ethernet:

  • Dual 10G Base-X test interfaces;
  • Perform throughput, latency, frame loss, and back-to-back measurements per industry-standard RFC2544;
  • Dual 10/100/1000M Base-T and 100/1000M Base-X dual media test interfaces;
  • Generate up to 512 traffic flows with different MAC address, VLAN tags, MPLS, IP address, TCP/UDP, payload, and bandwidth;
  • Network configuration testing and performance testing per standard ITU-T Y.1564;
  • IPv4 and IPv6 traffic generation;
  • RFC2544 and Y.1564 Bidirectional testing;
  • Ethernet BERT and Loopback testing at layer1, layer2, layer3, and layer 4;
  • Traffic scan according with MAC, IP, VLAN, MPLS label, and so on;
  • MAC and VLAN flooding;
  • Smart loop mode for layer 1, layer 2,

layer 3, and layer 4.
  • Service disruption test;

SDH/SONET:

  • Dual SFP+ port for STM-1/STM-4/STM- 16/STM-64;
  • Dual SFP+ port for OC-3/OC-12/OC- 48/OC-192;
  • SDH/SONET overhead control and decode;
  • Bit error ratio and performance analysis;
  • Pointer monitoring and adjustment, G.783 pointer test sequences

generation.

OTN:

  • Dual SFP+ ports for OTU2E/OTU1E/OTU2/OTU1 test;
  • OTN BERT Test;
  • OTN APS and SDT test;
  • OTN through mode, and can insert alarm and errors when use through mode;
  • Propagation delay test;
  • FEC test according with ITU-T O.182
Ethernet Applications:

RFC2544 Test:

ATET-2612 fully meets RFC2544 standard, supports Throughput; Latency; Frame loss; and Back-to- Back test in metro network, and can be able to generate a complete test report.

BERT Test:

Ethernet BERT test adopts the similar principle of SDH BERT test. It is by transferring the Ethernet frames with special test code, then analyse these frames at the receiver to test the network.

Multi-Stream Test:

ATET-2612 supports to generate multiple data streams to test the forward ability of these service in Ethernet network. In addition, multiple data streams can be set as different priority.

Y.1564 Test:

RFC2544 was the most popular standard for Ethernet test. However, it is specially designed for indoor network facilities test, not suitable for outdoor field test. Hence, ITU‐T Y.1564sam is particularly introduced for telecom operator to do Ethernet network service launch and fault diagnosis. Compared with RFC2544, it includes critical SLA standards such as packet jitter identification and QoS measurements, which could increase test speed promptly, save test time and resource, and optimises QoS.

Network Configuration Test

Network configuration test will conduct a test for every service to verify whether the service configuration is correcting or not, and whether all specific KPI or SLA parameters have been satisfied.

Performance Test

When the configuration of every service has been checked, and verified successfully, ATET-2612 will conduct a test for the quality of service simultaneously.

RFC6349 Test

RFC6349 provides a practical method for end-to-end testing of TCP throughput in Trusteeship IP networks, aiming at improving user experience.Acuteq has researched and developed a detail test method for RFC6349 in ATET-2612. Therefore Operators just need to load the relevant test configurations and start the test button, and then will get the test report.

Single Port Test

Operators need to prepare two ATET-2612 instruments, and then one instrument is as Client Unit, another one is as Service Unit. Meanwhile select one port (Port1 or Port2) to be test port separately from the instruments. And then build the connection and Client Unit transports the data information to Service Unit, also Service Unit transports the its data information to Client Unit, Finally Client Unit will complete the data statistics and generate the report.

Dual Ports Test

Also because ATET-2612 have two ports, Now In order to operate conveniently, ATET-2612 provides that Port1 is as Client Unit and Port2 is as Service Unit. Meanwhile Use one ATET-2612 to select through mode in the remote terminal. And then build the connection, Client Unit transports the data information to the Networks, after go through the remote instrument, return Service Unit.Finally Client Unit will complete the data statistics and generate the report.

SDH/SONET and OTN Applications:

Out of Service

  • End-to-end error free transmission verification;
  • Automatic protection switching verification;
  • SDH/SONET mapping verification down to VC12/VT1.5.

Round Trip Delay

In-Service Test

  • Through mode;
  • In-service monitoring protected monitoring points or optical splitters;
  • Overhead bytes monitoring and decoding;
  • Pointer monitoring.
General Specifications: ATET-6200 + ATET-2612
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)
  • ATET-6200: 319mm x 202mm x 105mm;
  • ATET-2612:25mm x 97mm x 259mm;
Weight
  • ATET-6200: 2.8kg;
  • ATET-2612:0.4kg;
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.
Technical Specifications: ATET-2612
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;
Advanced IP Tools
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;
MPLS
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;
Ethernet Frame Capture
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;
SDH and SONET Test
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.
OTN Test
Port
  • OTU2, OTU1e, OTU2e, OTU1 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

 In accordance with ITU-T G.709 and G.sup43;
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;
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;
OTN Mappings
OTN Alarm Alarm can to be detected:

  • OTU: OTU-AIS, LOF, OOF, LOM, OOM, SM-TIM, SM-BIAE, SM-BDI, SM-IAE;
  • ODU: ODU-AIS, ODU-OCI, ODU-LCK, PM-TIM, PM-BDI;
  • ODU Multiplex: ODU-LOF, ODU-OOF, ODU-LOM, ODU-OOM;
  • OPU: PLM, OPU-MSIM, CSF, LSS;
  • TCM: TCMi-TIM, TCMi-BIAE, TCMi-BDI, TCMi-IAE (i=1-6);
  • TCM: TCMi-TIM, TCMi-BIAE, TCMi-BDI, TCMi-IAE (i=1-6);

Alarm can to be generated:

  • OTU: OTU-AIS, LOF, OOF, LOM, OOM, SM-TIM, SM-BIAE, SM-BDI, SM-IAE;
  • ODU: ODU-AIS, ODU-OCI, ODU-LCK, PM-TIM, PM-BDI;
  • ODU Multiplex: ODU-LOF, ODU-OOF, ODU-LOM, ODU-OOM;
  • OPU: LSS, CSF;
  • TCM: TCMi-TIM, TCMi-BIAE, TCMi-BDI, TCMi-IAE (i=1-6);

Alarm generation mode:
  • Continuous;
  • Alternate;
  • Burst;

ATET-6200 + ATET-2612 Ordering Information

ATET-6200+ATET-2612 STANDARD CONFIGURAIOTN
Module Description
ATET-6200 Test platform, support SDH, OTN, Ethernet, Packet Ethernet, OTDR test modules;
ATET-2612 ETH Dual 10 Gigabit Ethernet test module;
Dual 10G Base-X optical interfaces;
Dual 10/100/1000M Base-T electrical interfaces;
Dual 100/1000M Base-X optical interfaces;
Layer 1 to Layer 4 BERT test;
Up to 16 streams generation and analysis with MAC/VLAN/IP/TCP/UDP;
RFC2544 standard test with Throughput, Latency, Frame Loss, Back-to-Back and Jitter;
Layer 1 to Layer 4 loopback and smart loopback test;
Enable to drop data packet under loopback mode;
Up to 10G streams generation with 3 Layer VLAN;
Ping, Trace Route, FTP Download/Upload, and HTTP tools;
Ethernet service disruption test;
Packet capture and analysis to 10G rate;
Enable to generate frame with increment, decrement, random length;
Enable to generate data streams with increment, decrement, random MAC, IP, VLAN, MPLS, and Port

Number;
Bi-directional test;
Layer 1 bandwidth statistics;
Remote control by PC;
SDH Dual 155M/622M/2.5G/10G Base-X optical SFP+ interface;
One SMA clock interface (input and output share);
STM1/4/16/64 and OC-3/12/48/192 SDH/SONET test by the optical interface;
Mapping and Conciliatory Mapping from VC4-64c/STS-192c to VC11/VC12 and VC1.5/VT2;
Control and decoding of SDH/SONET overhead;
Pointer monitoring and adjustment, the generation of G.783 pointer test sequence;
Measurement of APS (Service interruption);
Full channel loading and scanning of background information flow;
Round-Trip delay time;
Full path intelligent scanning;
OTN Dual SFP+ ports for OTU2E/OTU1E/OTU2/OTU1 test;
OTN BERT test;
OTN APS and SDT test;
OTN through mode, and can insert alarm and errors when use through mode
Propagation delay test;
FEC TEST according with ITU-T O.182;
ATET-6200+ATET-2612 STANDARD CONFIGURAIOTN
Accessories Code Accessories Description
16080010 LC/PC to LC/PC full-duplex single-mode fibre, 3 meters, one;
16060040 CAT5 cable, 3 meters, one;
14020491 10G 1310nm 10Km LC SFP+ optical modules, two;
05020050 SFP/SFP+ optical port dust proof cap – black – rubber, two;
05020060 RJ45 electrical port dust proof cap – black – rubber, two;
16060010 3 pins adapter cable, one;
43170020 ATET-6200 100-240V input and 19V output AC/DC power adapter, one;
18080010 Disc include user manual and Acuteq remote control software, one;
19070010 ATET-6200 package, one;
18010010 Factory test report, one;
18010020 Calibration certificate, one;
18040011 One year warranty service.
ATET-2612 OPTIONAL CONFIGURATION
Optional Software (ETH)
ATET-Y1564TGeEth Y.1564 standard service configuration and performance test for SLA QoS with CIR/EIR/Traffic

Dropped up to 10GE;
ATET-DPY1564TGeEth

(Need to order ATET-Y1564TGeEth first)

 Bi-directional Y.1564 test;
ATET-RFC6349TGeEth RFC6349 TCP throughput test features;
ATET-IPv6TGeEth IPv6 feature, the test interface can set IPv6 address and can generate stream with IPv6;
ATET-ScanTGeEth Traffic scan according with destination MAC/IP, source MAC/IP, 3 Layer VLAN, 3 Layer MPLS

in-service test;
OAPA-EPINGTGeEth Advance/Fast PING, PING segments of the IP one by one in one time;
ATET-3MPLSTGeEth Up to 10G rates generation with 3 Layer MPLS label;
ATET-128StreamsTGeEth Up to 128 streams generation and analysis with MAC/VLAN/IP/TCP/UDP for 10G port;
ATET-512StreamsTGeEth Up to 512 streams generation and analysis with MAC/VLAN/IP/TCP/UDP for 10G port;
ATET-EautoAGeEth Advance auto-negotiation, can set the remote equipment auto-negotiation the speed and

duplex as you want;
ATET-DPRFC2544AGeEth Enhancement RFC2544 test, support different upstream and downstream rates setup for

Throughput, Frame Loss and Back-to- Back test;
ATET-FXAGeEth Dual 100M Base-X optical ports;
ATET-10GWANATGeEth 10GE WAN Test Function;
Optional Software (SDH and SONET)
ATET-ThroughTGeSDH SDH/OTN Enhanced Through Function;
ATET-TCMTGeSDH TCM Test;
Optional Software (OTN)
ATET-OHSeqCapture 256 frames OTN overhead capture and decode capability
ATET-ODU0Mapping ODU0 mapping capability test
ATET-ODUflexMapping ODU flex mapping capability test
ATET-TCM TCM Test
ATET-RFC2544 RFC2544 (when the payload is ETH, can be used)
Optional Hardware
43160031 ATET-6200 lithium polymer rechargeable battery;
ATET-One Year One year extended warranty service;
ATET-Two year Two years extended warranty service;

Notes: Product ordering information may update along with the product upgrade, please refer to the final version provided by our sales.