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32Gbaud PAM4 Clock Recovery Module With A SFP28/56 Optical Port

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32Gbaud PAM4 Clock Recovery Module With A SFP28/56 Optical Port

32Gbaud PAM4 Clock Recovery Module With A SFP28/56 Optical Port
32Gbaud PAM4 Clock Recovery Module With A SFP28/56 Optical Port

Large Image :  32Gbaud PAM4 Clock Recovery Module With A SFP28/56 Optical Port

Product Details:
Place of Origin: China
Brand Name: YOUCII
Certification: CU,IOS
Model Number: U9720A
Payment & Shipping Terms:
Minimum Order Quantity: 1pcs
Price: negotiate a price
Packaging Details: Carton
Delivery Time: 20 work days
Payment Terms: L/C, D/A, D/P, T/T, Western Union, MoneyGram, T/T
Supply Ability: 15 pcs+per month

32Gbaud PAM4 Clock Recovery Module With A SFP28/56 Optical Port

Description
Data Rate Range: 25~29 Gbps/Gbaud Wavelength Range: 800~1650 Nm
Output Electrical Clock Amplitude: 500 MVpp The Clock Output Jitter Randomly: 300~800 Fs
Power Supply Voltage: 4~5.5V Operating Temperature: 10~70 ℃
Highlight:

SFP28/56 Clock Recovery Module

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PAM4 Clock Recovery Module

32Gbaud PAM4 Clock Recovery Module With A SFP28/56 Optical Port

 

 

  U9720A CDR (Clock Recovery Module ) is mainly used to provide clock recovery signal in the test environment without triggering clock, so as to use the sampling oscilloscope to test the optical eye diagram of the device. The typical application is the testing of optical network equipment or the BOB prodUt in PON application. Because the photometric device itself has no frequency division clock output, it is necessary to recover the clock signal to trigger the sampling oscilloscope when testing the optical eye diagram.

  U9720A CDR has a SFP28/56 optical port, which is suitable for SFP28/56 encapsulated conventional SFP28/56, SR,LR,BIDI and other optical modules. It is Support for NRZ and PAM4 signals. And only needs the receiving end of the optical module to convert the optical signal to the electrical signal, and then extract and output the clock of the electrical signal. Clock signal is mainly used for the trigger signal of oscilloscope.

 

   32G clock recovery instrument is a kind of test equipment for high speed digital communication system, which is used to extract and recover the clock signal from the input signal. In high-speed digital communications, the stability and accuracy of the clock signal are crucial for the correct transmission of data. Because the signal may be affected by noise, distortion and other factors in the transmission process, resulting in the quality of the clock signal decline, it is necessary to use the clock recovery instrument to extract and recover high-quality clock signals.

 

Specification

 

Technical index Max Min Unit
Data rate range 29 25 Gbps/Gbaud
Wavelength range (single mode/multi-mode determined by module) 1650 800 nm
Optical input range (determined by module sensitivity) +3 -12 dBm
Clock recovery output frequency division ratio 2 / 4 / 8 / 16 / 64 / 256  
Output electrical clock amplitude 500 (Typical value) mVpp
CML clock differential output amplitude 800 200 mVpp
The clock output jitter randomly 800 300 fs
Clock frequency (28.1Gbps as an example) 14.05 0.11 GHz
Internal Signal Loss Detection (LOS) 128 (overload) 5 (Sensitivity) mV
Power supply voltage (external power input voltage) 5.5 4 V
Operating temperature 70 10
Adaptive module type (supports NRZ and PAM4 signals) SFP28/56,SR,LR,BIDI  

 

32Gbaud PAM4 Clock Recovery Module With A SFP28/56 Optical Port 0

Contact Details
Guangzhou UC Instruments., Co. Ltd.

Contact Person: Jack Zhou

Tel: +86 4008 456 336

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