4 Channel 100G Multi-Rate Error Meter With High Stability And
Precision
Multi-channel and multi-rate support:
The instrument has four independent test channels and can perform
four independent error tests at the same time.
Support a variety of rate test, such as 10G, 25G, 28G, etc., to
meet the test requirements of different speed devices.
High accuracy and stability:
Instruments usually have high precision and stability to ensure the
accuracy and reliability of test results.
Equipped with advanced test algorithms and circuits to improve the
accuracy and efficiency of error detection.
Multiple code types are available:
Support PRBS (pseudo-random binary sequence) and other types of
code testing.
Provides user-defined coding capabilities to suit different test
scenarios and needs.
Integrated design:
The code generator, error detector, clock source and other
functions are integrated.
Equipped with touch display and convenient operation interface,
simplify the test process and improve the test efficiency.
Powerful analytics:
The error code can be analyzed, such as the distribution of the
error code and the type of the error code.
Provide visual display of test results, such as eye maps, to
further optimize the performance of digital communication systems.
Specification
| Argument | Min | Model | Max | Unit | Remark |
| Universal parameter |
| Supply voltage | 100 | 220 | 240 | V | Alternating current, 50-60HZ |
| Power dissipation | 20 | W |
|
| Operating temperature range | 0 |
| 55 | ℃ |
|
| Overall dimension | 235 x 85 x 320 | mm |
|
| Code error detector (ED) |
| Input level range | 100 | — | 1200 | mVppd | Differential input, AC coupling |
| Input rate range | 9.953 | — | 28.05 | Gbps |
|
| Connecting port | SFP28,SFP+ |
| Difference, front panel |
| Supported code types | PRBS 2n-1, n=7, 9, 10, 11, 15,23, 31, Up to 40 bits/Ch, user defined | Rate 9.953 to 14.025Gbps |
| PRBS 2n-1, n=9, 15, 31 | Speed 25~28.05Gbps |
Application scenario
The 4-channel 100G multi-rate error meter is widely used in the
fields of communication system, optical fiber transmission, data
communication and digital signal processing. Specifically, it can
be used to:
Test the performance and stability of optical transceiver modules
such as CFP2, CFP4, QSFP28 and other high-speed optical transceiver
modules.
Detecting the bit error rate of photoelectric devices such as TOSA
and ROSA.
Evaluating digital systems: Used to evaluate the performance of
high-speed integrated circuits, printed circuit boards, electronic
modules, subsystems, and entire systems.
High-speed backplane design: Used to test signal integrity and bit
error rate in serial bus and high-speed backplane designs.
Network installation and troubleshooting: Used to locate and
rectify error codes during the installation and troubleshooting of
an optical transmission network.
