Wave pipelining for application-specific networks-on-chips
Proceedings of the 2002 international conference on Compilers, architecture …, 2002•dl.acm.org
This paper presents methods for optimizing application-specific networks-on-chips (NoCs).
We show that wave pipelining provides more energy efficient data transport than non-wave
pipelined communication. We observe 52% energy saving, 60% transistor area saving, and
1.7 times speedup by using wave pipelining in simulation. Wave pipelining is particularly
well suited to networks-on-chips because the networkes structured interconnection provides
better delay control. Our analysis shows how designers can tune their network to the …
We show that wave pipelining provides more energy efficient data transport than non-wave
pipelined communication. We observe 52% energy saving, 60% transistor area saving, and
1.7 times speedup by using wave pipelining in simulation. Wave pipelining is particularly
well suited to networks-on-chips because the networkes structured interconnection provides
better delay control. Our analysis shows how designers can tune their network to the …
This paper presents methods for optimizing application-specific networks-on-chips (NoCs). We show that wave pipelining provides more energy efficient data transport than non-wave pipelined communication. We observe 52% energy saving, 60% transistor area saving, and 1.7 times speedup by using wave pipelining in simulation. Wave pipelining is particularly well suited to networks-on-chips because the networkes structured interconnection provides better delay control. Our analysis shows how designers can tune their network to the requirements of the application by choosing a design point along area/performance or area/energy curves.
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