01-23-2014, 09:01 AM
Abstract:-
Keywords:-Electrical Engineering Project,Project Report,Final year Engineering Project report,High Speed Clock less Serial Link Project Report,Energy Consumption in Wireless.Electrical Engineering Thesis/Dissertation
We present a high-speed, clockless, serial link transceiver for inter-chip communication in asynchronous VLSI systems. Serial link transceivers achieve high offchip data rates by using multiplexing transmitters and demultiplexing receivers that interface parallel on-chip data paths with high-speed, serial off-chip buses. While synchronous transceivers commonly use multi-phase clocks to control the data multiplexing and demultiplexing, our clockless transceiver uses a token-ring architecture that eliminates
complex clock generation and synchronization circuitry.Furthermore, our clockless receiver dynamically self-adjusts its sampling rate to match the bit rate of the transmitter. Our SPICE simulations report that in a 0.18-m CMOS technology this transceiver design operates at up to 3-Gb/s and dissipates 77 mW of power with a 1.8-V supply voltage.
complex clock generation and synchronization circuitry.Furthermore, our clockless receiver dynamically self-adjusts its sampling rate to match the bit rate of the transmitter. Our SPICE simulations report that in a 0.18-m CMOS technology this transceiver design operates at up to 3-Gb/s and dissipates 77 mW of power with a 1.8-V supply voltage.
Keywords:-Electrical Engineering Project,Project Report,Final year Engineering Project report,High Speed Clock less Serial Link Project Report,Energy Consumption in Wireless.Electrical Engineering Thesis/Dissertation