Local interconnect architectures are at a cusp in which advances in throughput have come at the expense of power and latency. Moreover, physical limits imposed on dissipation and ...
As we approach 100nm technology the interconnect issues are becoming one of the main concerns in the testing of gigahertz system-onchips. Voltage distortion (noise) and delay viol...
: As we continue miniaturization of circuits into nano-scale, interconnects have been recognized as the limiting factor for next generation of computing structures. To increase the...
Interconnect delays are becoming an increasingly significant part of the critical path delay for circuits implemented in FPGAs. Pipelined interconnects have been proposed to addre...
Realization of high-performance domino logic depends strongly on energy-efficient and noise-tolerant interconnect design in ultra deep sub-micron processes. We characterize the c...
Ki-Wook Kim, Seong-Ook Jung, Unni Narayanan, C. L....
For deep sub-micron system-on-chips (SoC), interconnects are critical determinants of performance, reliability and power. Buses and long interconnects being susceptible to crossta...
Clustering is an effective microarchitectural technique for reducing the impact of wire delays, the complexity, and the power requirements of microprocessors. In this work, we inv...
Joan-Manuel Parcerisa, Julio Sahuquillo, Antonio G...
As the technology is shrinking toward 50 nm and the working frequency is going into multi gigahertz range, the effect of interconnects on functionality and performance of system-o...
Mohammad H. Tehranipour, Nisar Ahmed, Mehrdad Nour...
Interconnects have deserved attention as a source of crosstalk to other interconnects, but have been ignored as a source of substrate noise. In this paper, we evaluate the importa...
Ferran Martorell, Diego Mateo, Xavier Aragon&egrav...
We tackle the problem of fault-free assumptions in current PLB and interconnect built-in-self-test (BIST) techniques for FPGAs. These assumptions were made in order to develop stro...