A Quad-Channel 3.125Gb/s/ch Serial-Link Transceiver with Mixed-Mode Adaptive Equalizer in 0.18µm CMOS Authors : Jeongsik Yang, Jinwook Kim, Sangjin Byun,

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Presentation transcript:

A Quad-Channel 3.125Gb/s/ch Serial-Link Transceiver with Mixed-Mode Adaptive Equalizer in 0.18µm CMOS Authors : Jeongsik Yang, Jinwook Kim, Sangjin Byun, Cormac Conroy,Beomsup Kim Provided By: SAEID MEHRMSNEDH

Outline Why serial link? Transceiver Architecture Current Mode Logic Multiplexer Equalization Data recovery Conclusion

Why serial link? Less Complexity Using Fully Differential Signaling Digital Data as an analog signal Equalization Methods Data recovery Asynchrony

Transceiver Architecture

Current Mode Logic More Speed Noise Immunity No bad effect on supply Constant current High Power consumption

Input Multiplexer

Why Equalization? Bandwidths Limitation of channel Channel Distortion If channel transfer function is H(S) we can add H -1 (S) in signal path Avoiding inter symbol interference

Equalizer Circuits Equalization at Receiver Lower power consummation Adaptive methods (LMS) Farjadrad methods

Clock Data Recovery

CDR Result

Results

Conclusion Better Input multiplexer Input Equalization Delay Immune CDR Achieving good power consumption characteristic (.18 W per channel)