Anritsu BERTWave™ MP2100B Eye Diagram Error Meter Oscilloscope
MP2100B 10GbE×4ch, small size, big action. All-in-one 4-channel BERT (up to 12.5 Gbit/s) and sampling oscilloscope.BERTWave MP2100B, Multi-Channel Optical Module Test Solution.
With the popularity of cloud computing, the demand for optical modules in data centers is increasing day by day. Among them, the demand for SFP+ modules (for 10GbE) and QSFP+ modules (40GbE (10Gbit/s×4) is growing even faster. The all-in-one BERTWave MP2100B has a built-in BERT tester and sampling oscilloscope that can simultaneously run BER tests and eye diagram analysis required for developing and manufacturing modules. the number of BERT channels can be expanded to four, and it supports 4-channel simultaneous BER measurements. In addition, the high sampling speed reduces eye diagram measurement time. Use the MP2100B to measure multi-channel optical modules such as QSFP+ more efficiently.
BERTWave MP2100B Features All-in-One 4-Channel BER Measurement and Eye Chart Analysis
Increasing the number of channels significantly reduces the measurement time of the QFSP+ module. If the number of channels is not increased, the measurement time will be relatively long.
The all-in-one sampling oscilloscope with integrated BERT simplifies measurement system configuration and control to support simultaneous BER measurements and EYE pattern analysis, reducing measurement time by approximately 40% compared to combining separate instruments.
In addition, the BERTS can be extended to 4 inches to support synchronized error measurements on all QSFP+ module channels, which can further reduce measurement time by 70% since time-consuming channel switching operations have been eliminated.
40 Gbit)s (10 Gbit/s x 4 channels) QSFP+ BER measurement time comparison.
MP2100B Features
High-Speed BER Testing
The MP2100 B uses the BERT channel ranking function to support batch setup and measurement of up to 4 channels, and also has a built-in standard function that enables measurement results to be captured in batches, dramatically reducing measurement time for 40 GbE (10 Gbit/s×4) QSFP+ BER. In addition, it is capable of capturing BER measurement results in approximately 10 ms, which also reduces measurement time.
Fast Sampling Mode/High-Speed Eye Analysis
The MP2100B incorporates a new standard feature, the Fast Sampling Mode. In addition to providing the same high-speed 100k samples/second as the previous model, the new Fast Sampling Mode increases the sampling speed to 150k samples/second, which is 1.5 times faster than conventional eye chart analysis.
Wideband Operating Frequency
As standard, the built-in PPG and ED operate at a 1/N bit rate in the range of 8.5 Gbit/s to 11.32 Gbit/s. With the installation of Option 092, all bit rates from 125 Mbit/s to 12.5 Gbit/s used by many applications such as STM1, 10GFC, etc. can be supported in one unit.
Clock recovery function
The ED clock recovery function (standard function) enables BER analysis without an external clock by inputting a data signal.
Eye diagram/pulse sampling clock recovery function (Options 053, 054, 055)
Frequency range: 8.5GHz to 12.5GHz,0.1GHz to 2.7GHz This function can be used to evaluate the optical characteristics of long-distance transmission equipment or devices without clock output.
Time and Amplitude Testing
Supported measurements include: 0 level, 1 level, SNR, eye chart closure rate, eye chart amplitude, eye chart height, eye chart width, jitter p-p, jitter RMS, extinction ratio, rise time, fall time, duty cycle distortion, average power, OMA, and more.
Eye diagram template / template margin test
Testing is simple because the stencil margin test is performed automatically. In addition, the template margin test takes only about 1 second, making it possible to perform compliance measurements at high speeds in a shorter period of time, thus greatly increasing the productivity of the production line.
Automatic measurement in 1 second
Real-time margin measurement
Template selectable counts and rates
Histogram
Make troubleshooting easier by analyzing waveform data components using the mean, standard error, and scatter of the group data distribution.
Reference tracking function
Measured waveform data can be saved for reference so that current data can be compared with previous data.
MP2100B 10GbE×4ch, small size, big action. All-in-one 4-channel BERT (up to 12.5 Gbit/s) and sampling oscilloscope.BERTWave MP2100B, Multi-Channel Optical Module Test Solution.
With the popularity of cloud computing, the demand for optical modules in data centers is increasing day by day. Among them, the demand for SFP+ modules (for 10GbE) and QSFP+ modules (40GbE (10Gbit/s×4) is growing even faster. The all-in-one BERTWave MP2100B has a built-in BERT tester and sampling oscilloscope that can simultaneously run BER tests and eye diagram analysis required for developing and manufacturing modules. the number of BERT channels can be expanded to four, and it supports 4-channel simultaneous BER measurements. In addition, the high sampling speed reduces eye diagram measurement time. Use the MP2100B to measure multi-channel optical modules such as QSFP+ more efficiently.
BERTWave MP2100B Features All-in-One 4-Channel BER Measurement and Eye Chart Analysis
Increasing the number of channels significantly reduces the measurement time of the QFSP+ module. If the number of channels is not increased, the measurement time will be relatively long.
The all-in-one sampling oscilloscope with integrated BERT simplifies measurement system configuration and control to support simultaneous BER measurements and EYE pattern analysis, reducing measurement time by approximately 40% compared to combining separate instruments.
In addition, the BERTS can be extended to 4 inches to support synchronized error measurements on all QSFP+ module channels, which can further reduce measurement time by 70% since time-consuming channel switching operations have been eliminated.
40 Gbit)s (10 Gbit/s x 4 channels) QSFP+ BER measurement time comparison.
MP2100B Features
High-Speed BER Testing
The MP2100 B uses the BERT channel ranking function to support batch setup and measurement of up to 4 channels, and also has a built-in standard function that enables measurement results to be captured in batches, dramatically reducing measurement time for 40 GbE (10 Gbit/s×4) QSFP+ BER. In addition, it is capable of capturing BER measurement results in approximately 10 ms, which also reduces measurement time.
Fast Sampling Mode/High-Speed Eye Analysis
The MP2100B incorporates a new standard feature, the Fast Sampling Mode. In addition to providing the same high-speed 100k samples/second as the previous model, the new Fast Sampling Mode increases the sampling speed to 150k samples/second, which is 1.5 times faster than conventional eye chart analysis.
Wideband Operating Frequency
As standard, the built-in PPG and ED operate at a 1/N bit rate in the range of 8.5 Gbit/s to 11.32 Gbit/s. With the installation of Option 092, all bit rates from 125 Mbit/s to 12.5 Gbit/s used by many applications such as STM1, 10GFC, etc. can be supported in one unit.
Clock recovery function
The ED clock recovery function (standard function) enables BER analysis without an external clock by inputting a data signal.
Eye diagram/pulse sampling clock recovery function (Options 053, 054, 055)
Frequency range: 8.5GHz to 12.5GHz,0.1GHz to 2.7GHz This function can be used to evaluate the optical characteristics of long-distance transmission equipment or devices without clock output.
Time and Amplitude Testing
Supported measurements include: 0 level, 1 level, SNR, eye chart closure rate, eye chart amplitude, eye chart height, eye chart width, jitter p-p, jitter RMS, extinction ratio, rise time, fall time, duty cycle distortion, average power, OMA, and more.
Eye diagram template / template margin test
Testing is simple because the stencil margin test is performed automatically. In addition, the template margin test takes only about 1 second, making it possible to perform compliance measurements at high speeds in a shorter period of time, thus greatly increasing the productivity of the production line.
Automatic measurement in 1 second
Real-time margin measurement
Template selectable counts and rates
Histogram
Make troubleshooting easier by analyzing waveform data components using the mean, standard error, and scatter of the group data distribution.
Reference tracking function
Measured waveform data can be saved for reference so that current data can be compared with previous data.