Networks-on-chip have been developed in the last few years to address the scalability challenges of global on-chip communication. VLSI technology is now rapidly moving into vertical stacking to overcome fundamental communication and integration bottlenecks, however this technology is not mature yet, and significant reliability challenges must be overcome. In this paper we describe our effort in establishing a 3DNoC design flow and in designing circuits and architectural solutions for variability and reliability characterization and tolerance.
Loi I. , Marchal P. , Pullini A. , Benini L. (2010). 3D NoCs — Unifying inter & intra chip communication. s.l : IEEE Press.
3D NoCs — Unifying inter & intra chip communication
LOI, IGOR;BENINI, LUCA
2010
Abstract
Networks-on-chip have been developed in the last few years to address the scalability challenges of global on-chip communication. VLSI technology is now rapidly moving into vertical stacking to overcome fundamental communication and integration bottlenecks, however this technology is not mature yet, and significant reliability challenges must be overcome. In this paper we describe our effort in establishing a 3DNoC design flow and in designing circuits and architectural solutions for variability and reliability characterization and tolerance.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.