100Gbps Multi-frequency Clock Recovery Instrument 25~28Gbps CDR

100Gbps Multi-frequency Clock Recovery Instrument 25~28Gbps CDR

The 100Gbps multi-frequency division clock recovery instrument is a key device for high-speed optical communication testing. This device is connected to the optical module through the SFP28 optical port, converts the optical signal into an electrical signal, and then extracts the clock information to trigger the sampling oscilloscope to test the optical eye diagram.

Its core functions include:

Optical signal conversion: Supports conventional optical modules in SFP28 packaging (such as SR, LR, BIDI), and converts optical signals into electrical signals through the receiving end.

Clock extraction and output: Extract the clock from the electrical signal and output it as the trigger signal of the oscilloscope to solve the problem of no frequency division clock output of the device under test.

Multi-frequency division support: By adapting the frequency division function to different test requirements, it ensures that the clock signal is synchronized with the sampling oscilloscope.

100G Multi-frequency Clock Recovery Instrument

100Gbps Multi-frequency Clock Recovery Instrument

Multi-frequency Clock Recovery Instrument

100Gbps Multi-frequency Clock Recovery Instrument 25~28Gbps CDR Images