Low-power on-chip communication based on transition-aware global signaling (TAGS).

Low-power on-chip communication based on transition-aware global signaling (TAGS).

In this paper, we propose a new circuit structure, the transition aware global signaling (TAGS) receiver, that detects transitions at arbitrary switch points. The major performance advantage of this circuit occurs when it switches before the 50% point in the input transition. The TAGS receiver store...

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Bibliographic Details
Published in:IEEE Transactions on VLSI systems 12, 5 (2004).
Main Author: Kaul, H.
Format: Article
Language:English
Subjects:
CMOS process.
Arbitrary switch points.
Bus optimizations.
Bus structures.
Circuit structure.
Delay.
Interconnects.
Low-power on-chip communication.
Power consumption.
Power supply noise.
Repeaters.
Standard inverter.
Switches.
Transition-aware global signaling receiver.