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This work presents a differential bidirectional transceiver (DBT) for on-chip long wires. To enhance operating speed and reduce power consumption, the voltage swing on the wire is reduced using current-mode scheme. Consequently, our design performs higher data rate when wire length is extended. Moreover, adoption of differential scheme with a moderate tradeoff of area effectively lowers power supply...
This work presents a current-mode differential bidirectional transceiver with adaptive impedance matching architecture. The current signals are transmitted bidirectionally on a shared interconnection to double up the data rate. The voltage swing on the wire is reduced so that the proposed scheme consumes less power at higher data rate. The proposed adaptive impedance matching circuit has the ability...
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