DCA1065 Sampling Oscilloscope
Semight DCA1065 Sampling Oscilloscope — Fully meets the testing needs of the 1.6T optical module!
The 200Gbps per lane data rate not only achieves higher bandwidth but also significantly contributes to power consumption reduction. On the other hand, evaluating such high-speed signals requires extremely advanced measurement techniques. Semight has developed the "DCA1065," a wideband sampling oscilloscope that employs a newly designed ASIC compatible with 200Gbps per lane, addressing the challenges of high-speed signal measurement. With the System Impulse Response Correction (SIRC) function, it can flexibly respond to signal measurement requirements under various data rate conditions. Additionally, it supports up to 64 taps in the feedforward equalizer (FFE) for TDECQ, effectively reducing inter-symbol interference (ISI).
basic information
■High-efficiency measurement Supports 100GBd PAM4 signal eye diagram measurement for up to 4 channels ■Multifunctional measurement Fully compliant with NRZ and PAM4 eye diagram measurement requirements Capable of measuring high-speed signals at 200Gbps per lane ■Automatic testing function Enables quick and efficient operation through remote command control mode ■High-precision performance guarantee Ensures measurement consistency and reproducibility with high-performance hardware
Price information
Excellent cost performance! Please feel free to contact us.
Delivery Time
Model number/Brand name
65GHz sampling oscilloscope for 1.6T optical transceiver testing
Applications/Examples of results
Evaluation and implementation are already underway with top-class companies in the industry, and they are actively adopting it.
Detailed information
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■ Multi-Port Integrated Design **Compact design (half-rack width)** significantly saves installation space Supports 1/2/4 channel configurations, enabling flexible system construction.
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■ TDECQ (Transmitter and Dispersion Eye Closure Quaternary) Measurement TDECQ is measured based on two vertical histograms on the eye diagram. These histograms are ideally centered at 0.45 UI and 0.55 UI, maintaining a spacing of 0.1 UI. The width of each histogram window is 0.04 UI, covering all modulation levels. The point of the measurement is to fine-tune the position of the histograms to obtain the minimum TDECQ value. The figure below shows an image of the TDECQ measurement window.
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■ OMA (Outer Optical Modulation Amplitude) Measurement OMA (Outer Optical Modulation Amplitude) is defined as the difference in optical power levels P₃ and P₀ at the center of two UIs within a **specified pattern (seven consecutive "3"s and six "0"s)**. The calculation formula is as follows:
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■Measured example of 106GBd PAM4 signal A screenshot of the SSPRQ eye diagram waveform of the 106GBd PAM4 signal measured by the DCA1065.
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We are a global supplier of advanced testing and measurement equipment. We provide high-performance and highly integrated measurement solutions that can support everything from research and development to mass production processes in cutting-edge fields such as high-speed communication, optical chips, electronic measurement, and power semiconductors. Since our founding, we have placed "Dedication and Craftsmanship" at the core of our corporate values, pursuing product development that combines deep insights into measurement principles with a spirit of craftsmanship. Aiming to be "the best testing solution company supporting global technological innovation," we will continue to provide high-performance, high-efficiency, and highly reliable solutions to address global industrial challenges.