What are the applications for the Anritsu MP2110A? | Multichannel Modules, Multichannel Modules, Active Optical Cable (AOC) and Direct Attach Cable (DAC) Evaluation
The BERTWave MP2110A all-in-one instrument is used in multi-channel module evaluation, TOSA/ROSA evaluation, and active optical cable (AOC) and direct-attached cable (DAC) evaluation. The instrument is capable of performing Tx/Rx signal wavemask margin testing, Rx signal eye diagram analysis (including jitter, Tr/Tf, etc.), Tx signal eye diagram analysis (including jitter, Tr/Tf, extinction ratio, etc.), and Rx signal receive sensitivity testing (BER measurement). Measurement costs can be optimized by using the BERTWave MP2110A, as it allows simultaneous BER measurements and eye diagram analysis without the need to purchase separate BERT and sampling oscilloscopes. In addition, the instrument supports measurements on up to four channels, significantly reducing measurement time, and its excellent BERT performance, including data jitter as low as 600 fs rms and ED sensitivity as high as 25 mV, contributes to increased production line throughput.
多通道模块评估
Tx/Rx Signal Wave Mask Residual Test
Rx signal eye diagram analysis (jitter, Tr/Tf, etc.)
Tx signal eye diagram analysis (jitter, Tr/Tf, extinction ratio, etc.)
Rx signal reception sensitivity test (BER measurement)
-Optimize Measurement Costs
The BERTWave MP2110A all-in-one instrument enables simultaneous BER measurements and eye chart analysis, eliminating the need to purchase separate BERTs and sampling oscilloscopes, and thus dramatically reducing capital investment. In addition, easy expansion to up to 4-channel BERT and dual-channel optical sampling oscilloscopes supports BER measurements on the Rx side of the optical module while simultaneously measuring the optical waveform on the Rx side, reducing measurement time for multi-channel optical modules by up to 65%.
-Tx/Rx Signal Wave Mask Margin Test, Rx Signal Eye Diagram Analysis (Jitter, TR/Tf, etc.), Tx Signal Eye Diagram Analysis (Jitter, TR/Tf, Extinction Ratio, etc.)
The BERTWave MP2110A has a sampling rate of up to 250,000 samples/second, and has a built-in automatic wavemask margin test function, which helps to shorten the wavemask margin test time.
-Rx Signal Receiving Sensitivity Test (BER Measurement)
The BERTWave MP2110A BERT has a built-in PPG with data jitter as low as 600 fs rms (typical) and an ED with sensitivity as high as 25 mV (typical), which provides excellent performance for BER measurements of low-amplitude signals after they cross the transmission path, thus improving production line throughput.
TOSA/ROSA 评估
Tx/Rx Signal Wave Mask Margin Testing
Rx signal eye diagram analysis (jitter, Tr/Tf)
Rx signal reception sensitivity test (BER measurement)
-Optimize Measurement Costs
The BERTWave MP2110A all-in-one instrument enables simultaneous BER measurements and eye chart analysis, eliminating the need to purchase separate BERTs and sampling oscilloscopes, and therefore dramatically reducing capital investment. In addition, the all-in-one design supports simultaneous Tx/Rx measurements, reducing measurement time by more than 50%.
-Tx/Rx Signal Wave Mask Margin Measurement, Rx Signal Eye Diagram Analysis (Jitter, TR/Tf, etc.), Tx Signal Eye Diagram Analysis (Jitter, TR/Tf, Extinction Ratio, etc.)
The BERTWave MP2110A has a sampling rate of up to 250,000 samples/second, and has a built-in automatic wavemask margin test function, which helps to shorten the wavemask margin test time.
-Rx Signal Receiving Sensitivity Test (BER Measurement)
The BERTWave MP2110A BERT has a built-in PPG with data jitter as low as 600 fs rms (typical) and an ED with sensitivity as high as 25 mV (typical), which provides excellent performance for BER measurements of low-amplitude signals after they cross the transmission path, thus improving production line throughput.
有源光缆 (AOC) 和直接连接电缆 (DAC) 评估
4 channels simultaneously perform BER measurements (crosstalk test)
Eye diagram analysis of differential electrical signals
4-channel simultaneous BER measurements (crosstalk testing)
The BERTWave series of BERTs extends to up to 4 channels to support the simultaneous execution of Tx/Rx measurements of high-speed multi-channel AOC and DAC devices, an increasingly common requirement nowadays, as well as the need to clarify crosstalk conditions. Additionally, Tx signal eye diagram analysis is supported when the sampling oscilloscope option is installed.
-Outstanding BERT Performance
The BERTWave MP2110A BERT has a built-in PPG with data jitter as low as 600 fs rms (typical) and an ED with sensitivity up to 25 mV (typical), which sends signals close to the characteristics of the DUT to the optical module/device at the quality of the PPG, and supports BER measurements of low-amplitude signals after crossing the transmission path.
High-speed eye diagram/automatic waveguide margin test for differential electrical signals
The Opt-021 supports eye diagram analysis of differential electrical signals. In addition, the MP2110A has a sampling rate of up to 250,000 samples/second, and has a built-in automatic wavemask margin measurement function, which helps to shorten wavemask margin testing time.
The BERTWave MP2110A all-in-one instrument is used in multi-channel module evaluation, TOSA/ROSA evaluation, and active optical cable (AOC) and direct-attached cable (DAC) evaluation. The instrument is capable of performing Tx/Rx signal wavemask margin testing, Rx signal eye diagram analysis (including jitter, Tr/Tf, etc.), Tx signal eye diagram analysis (including jitter, Tr/Tf, extinction ratio, etc.), and Rx signal receive sensitivity testing (BER measurement). Measurement costs can be optimized by using the BERTWave MP2110A, as it allows simultaneous BER measurements and eye diagram analysis without the need to purchase separate BERT and sampling oscilloscopes. In addition, the instrument supports measurements on up to four channels, significantly reducing measurement time, and its excellent BERT performance, including data jitter as low as 600 fs rms and ED sensitivity as high as 25 mV, contributes to increased production line throughput.
多通道模块评估
Tx/Rx Signal Wave Mask Residual Test
Rx signal eye diagram analysis (jitter, Tr/Tf, etc.)
Tx signal eye diagram analysis (jitter, Tr/Tf, extinction ratio, etc.)
Rx signal reception sensitivity test (BER measurement)
-Optimize Measurement Costs
The BERTWave MP2110A all-in-one instrument enables simultaneous BER measurements and eye chart analysis, eliminating the need to purchase separate BERTs and sampling oscilloscopes, and thus dramatically reducing capital investment. In addition, easy expansion to up to 4-channel BERT and dual-channel optical sampling oscilloscopes supports BER measurements on the Rx side of the optical module while simultaneously measuring the optical waveform on the Rx side, reducing measurement time for multi-channel optical modules by up to 65%.
-Tx/Rx Signal Wave Mask Margin Test, Rx Signal Eye Diagram Analysis (Jitter, TR/Tf, etc.), Tx Signal Eye Diagram Analysis (Jitter, TR/Tf, Extinction Ratio, etc.)
The BERTWave MP2110A has a sampling rate of up to 250,000 samples/second, and has a built-in automatic wavemask margin test function, which helps to shorten the wavemask margin test time.
-Rx Signal Receiving Sensitivity Test (BER Measurement)
The BERTWave MP2110A BERT has a built-in PPG with data jitter as low as 600 fs rms (typical) and an ED with sensitivity as high as 25 mV (typical), which provides excellent performance for BER measurements of low-amplitude signals after they cross the transmission path, thus improving production line throughput.
TOSA/ROSA 评估
Tx/Rx Signal Wave Mask Margin Testing
Rx signal eye diagram analysis (jitter, Tr/Tf)
Rx signal reception sensitivity test (BER measurement)
-Optimize Measurement Costs
The BERTWave MP2110A all-in-one instrument enables simultaneous BER measurements and eye chart analysis, eliminating the need to purchase separate BERTs and sampling oscilloscopes, and therefore dramatically reducing capital investment. In addition, the all-in-one design supports simultaneous Tx/Rx measurements, reducing measurement time by more than 50%.
-Tx/Rx Signal Wave Mask Margin Measurement, Rx Signal Eye Diagram Analysis (Jitter, TR/Tf, etc.), Tx Signal Eye Diagram Analysis (Jitter, TR/Tf, Extinction Ratio, etc.)
The BERTWave MP2110A has a sampling rate of up to 250,000 samples/second, and has a built-in automatic wavemask margin test function, which helps to shorten the wavemask margin test time.
-Rx Signal Receiving Sensitivity Test (BER Measurement)
The BERTWave MP2110A BERT has a built-in PPG with data jitter as low as 600 fs rms (typical) and an ED with sensitivity as high as 25 mV (typical), which provides excellent performance for BER measurements of low-amplitude signals after they cross the transmission path, thus improving production line throughput.
有源光缆 (AOC) 和直接连接电缆 (DAC) 评估
4 channels simultaneously perform BER measurements (crosstalk test)
Eye diagram analysis of differential electrical signals
4-channel simultaneous BER measurements (crosstalk testing)
The BERTWave series of BERTs extends to up to 4 channels to support the simultaneous execution of Tx/Rx measurements of high-speed multi-channel AOC and DAC devices, an increasingly common requirement nowadays, as well as the need to clarify crosstalk conditions. Additionally, Tx signal eye diagram analysis is supported when the sampling oscilloscope option is installed.
-Outstanding BERT Performance
The BERTWave MP2110A BERT has a built-in PPG with data jitter as low as 600 fs rms (typical) and an ED with sensitivity up to 25 mV (typical), which sends signals close to the characteristics of the DUT to the optical module/device at the quality of the PPG, and supports BER measurements of low-amplitude signals after crossing the transmission path.
High-speed eye diagram/automatic waveguide margin test for differential electrical signals
The Opt-021 supports eye diagram analysis of differential electrical signals. In addition, the MP2110A has a sampling rate of up to 250,000 samples/second, and has a built-in automatic wavemask margin measurement function, which helps to shorten wavemask margin testing time.