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Shared L1 memories are of interest for tightly-coupled processor clusters in programmable accelerators as they provide a convenient shared memory abstraction while avoiding cache coherence overheads. The performance of a shared-L1 memory critically depends on the architecture of the low-latency interconnect between processors and memory banks, which needs to provide ultra-fast access to the largest...
Shared L1 memories are of interest for tightly-coupled processor clusters in programmable accelerators as they provide a convenient shared memory abstraction while avoiding cache coherence overheads. The performance of a shared-L1 memory critically depends on the architecture of the low-latency interconnect between processors and memory banks, which needs to provide ultra-fast access to the largest...
An innovative modular 3-D stacked multi-processor architecture is presented. The platform is composed of completely identical stacked dies connected together by through-silicon-vias (TSVs). Each die features four 32-bit embedded processors and associated memory modules, interconnected by a 3-D network-on-chip (NoC), which can route packets in the vertical direction. Superimposing identical planar...
This work presents Adaptive Vgs Multiplexer (AVGS-Mux) Technique. Proposed method controls the transistor current by the source voltage. It can provide ??1.6X control on the delay and ??7X exponential control on sub-threshold and gate leakages in the switch-box, LUT, and interconnects. For equal leakage, it improves the speed 9%, reduces dynamic power 13%, and reduces random dopant fluctuations effect...
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