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This paper presents a CMOS 65 nm optical receiver design based on a continuous-time feed-forward equalizer (CT-FFE). A low-bandwidth front-end approach increases the mid-band gain and improves sensitivity. However, the intersymbol interference (ISI) that is introduced must be removed using equalization. The proposed CT-FFE topology mitigates the challenges of sampling present in discrete-time FFEs...
This paper presents a transceiver for a long on-chip link in 130-nm CMOS. It features a hybrid-mode transmitter with a current sense amplifier receiver. From the perspective of power efficiency, voltage-mode pre-emphasis is preferred because it reduces the current consumption of the circuit. Based on simulations, an on-chip link in 130-nm CMOS achieves 8 Gb/s over 5-mm long interconnects, while consuming...
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