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LIME: A Low-latency and Low-complexity On-chip Mesochronous Link with Integrated Flow Control

Saponara, S. ; Vitullo, F. ; Locatelli, R. ; Teninge, P. ; Coppola, M. ; Fanucci, L.

2008 11th EUROMICRO Conference on Digital System Design Architectures, Methods and Tools, 2008, p.32-35

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Título:
LIME: A Low-latency and Low-complexity On-chip Mesochronous Link with Integrated Flow Control
Autor: Saponara, S. ; Vitullo, F. ; Locatelli, R. ; Teninge, P. ; Coppola, M. ; Fanucci, L.
Assuntos: Clocks ; Communication system control ; Delay ; Design methodology ; Flow Control ; Frequency conversion ; Frequency synchronization ; Mesochronous ; Network on Chip ; Network-on-a-chip ; Physical link ; Power system reliability ; Protocols ; Synchronization ; System-on-a-chip
É parte de: 2008 11th EUROMICRO Conference on Digital System Design Architectures, Methods and Tools, 2008, p.32-35
Descrição: This work presents a low-complexity physical link micro architecture for a mesochronous on-chip communication insensitive to clock skew. This new link architecture, called LIME, integrates a low-latency flow control scheme; this feature may ease the set up of reliable Network-on-Chip infrastructures. The proposed architecture also supports virtual channels that are multiplexed on a single physical link. LIME can be integrated in a conventional digital design flow since it is implemented by means of standard cells only.
Editor: IEEE
Idioma: Inglês

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