Anritsu BERTWave™MP2100B

BERTWave™ MP2100B
MX210001A Jitter Analysis Software/MX210002A Transmission Analysis Software

Features

• Built-in 4ch BERT and sampling oscilloscope
• Simultaneous 4ch Bit Error Rate (BER) measurements
• High-quality waveform PPG (1 ps rms Jitter)
• High-input sensitivity (10 mVp-p minimum input sensitivity)
• High-speed Eye Mask test and Eye pattern analysis at 150 ksample/s max.
• Supports differential signal BER measurement, Eye Mask test and Eye pattern analysis
• Up to six built-in Bessel filters for full-featured application support
• Compact (18 cm deep) test set for optical module evaluation
• Simultaneous measurement of BER, Jitter, Eye pattern and Eye Mask
• Supports WDP measurements
• Calculates optimum values for sampling simultaneously with equalizer and emphasis values to display Eye Pattern
• Simultaneous Eye Pattern, Eye Mask and Jitter measurements of simulated waveform

Description

The BERTWave MP2100B is an all-in-one test set with built-in BERT and sampling oscilloscope supporting evaluation of optical modules, including BER measurements, Eye Mask tests, Eye pattern analyses, etc.

A BERT and sampling oscilloscope are required measuring instruments for evaluating optical modules used by optical communications systems. Previous evaluations of optical modules, such as QSFP+ and SFP+ modules, required provision of a separate BERT and sampling oscilloscope. However, the BERTWave MP2100B incorporates a BERT supporting up to 4 channels as well as a sampling oscilloscope in a single, compact, 18 cm deep cabinet, slashing equipment investment costs and saving bench-top space. In addition, the BERTWave MP2100B reduces measurement times by eliminating the need to change cable connections at simultaneous BER measurements, Eye Mask tests, and Eye pattern analyses. Additionally, adding the SFP+ plug-in port supports optical BER measurements.

The BERTWave MP2100B BERT function supports BER measurements at speeds ranging from 125 Mbit/s to 12.5 Gbit/s; its built-in 4ch BERT option makes it easy to configure test systems for multichannel modules, such as QSFP+ and AOC. Further, in addition to supporting BER measurements for differential signals, it also supports Eye Mask and Eye pattern Measurements. 　

The BERTWave MP2100B sampling oscilloscope has a bandwidth of 25 GHz (typ.) for electrical interfaces and a bandwidth of 9 GHz (typ.) for optical interfaces. In addition, up to six optional Bessel filters can be built-in for measuring optical signals using the scope. Using these filters, MP2100B supports extinction ratio measurements, Eye Mask tests and Eye pattern analyses for various applications. Further, the scope has a Fast Sampling Mode to secure the fastest high-speed measurements; sampling speeds of up to 150 ksample/s are supported by Fast Sampling Mode, which is 1.5 times faster than legacy models and supports time-saving high-speed Eye Mask tests and Eye pattern analyses.

Using the Jitter Analysis MX210001A software facilitates easy all-in-one simultaneous Jitter analysis, Eye pattern and Eye Mask measurements and the 150 ksample/s sampling speed makes even more efficient use of measurement time. Combined use with MATLAB^® supports waveform dispersion measurements for specific signals, such as WDP, TWDP, and dWDP waveforms.

Last, the Transmission Analysis MX210002A software adds functions for analyzing device transmission (S₂₁ gain and phase), plus a De-Embedded waveform simulation function executed by linear equalizer, filter, and Emphasis calculations. Simultaneous waveform sampling and simulation as well as simultaneous Eye pattern and Eye Mask measurements are supported. Combined use with the MX210001A software also enables simultaneous Jitter measurements of simulated waveforms.

MATLAB^® is a registered trademark of The MathWorks Inc.

BERT

Sampling Oscilloscope

Jitter Analysis Software MX210001A

Transmission Analysis Software MX210002A

Applications

40 Gbit/s QSFP+ (4 x 10 Gbit/s) Measurement

Active Optical Cable (AOC) Measurement

PON Device BOB (BOSA On Board) Evaluation

Direct Attach Cable (DAC) Measurement

Emphasis Effect Simulation