In current embedded systems processors, multi-ported register files are one of the most power hungry parts of the processor, even when they are clustered. This paper presents a novel register file architecture, which has single ported cells and asymmetric interfaces to the memory and to the datapath. Several realistic kernels from the TI DSP benchmark and from Software Defined Radio (SDR) are mapped on the architecture. A complete physical design of the architecture is done in TSMC 90nm technology. The novel architecture presented is shown to obtain energy gains of upto 10X with respect to conventional multi-ported register file over the different benchmarks
A major obstacle in designing superscalar p ocessors i the size and port requirement ofthe register ...
Abstract. A variety of new register file architectures have been devel-oped for embedded processors ...
A register file is a critical component of a modern superscalar processor. It has a large number of ...
In current embedded systems processors, multi-ported register files are one of the most power hungry...
In current embedded systems processors, multi-ported register files are one of the most power hungry...
In current embedded systems processors, multi-ported register files are one of the most power hungry...
In current embedded systems processors, multi-ported register files are one of the most power hungry...
Register files represent a substantial portion of the energy budget in modern processors, and are gr...
Dynamic superscalar processors execute multiple instructions out-of-order by looking for independent...
A large multi-ported register file is indispensable for exploiting instruction level parallelism (IL...
Abstract. This paper describes the architecture of a configurable, multi-ported register file for so...
Large register file with multiple ports is a critical component of a high-performance processor. A l...
[[abstract]]©2006 CPC-A variety of new register file architectures have been developed for embedded ...
Register files of microprocessors have often been cited as performance bottlenecks and significant c...
[[abstract]]This paper talks about how to analyze and design high performance low power multiple-por...
A major obstacle in designing superscalar p ocessors i the size and port requirement ofthe register ...
Abstract. A variety of new register file architectures have been devel-oped for embedded processors ...
A register file is a critical component of a modern superscalar processor. It has a large number of ...
In current embedded systems processors, multi-ported register files are one of the most power hungry...
In current embedded systems processors, multi-ported register files are one of the most power hungry...
In current embedded systems processors, multi-ported register files are one of the most power hungry...
In current embedded systems processors, multi-ported register files are one of the most power hungry...
Register files represent a substantial portion of the energy budget in modern processors, and are gr...
Dynamic superscalar processors execute multiple instructions out-of-order by looking for independent...
A large multi-ported register file is indispensable for exploiting instruction level parallelism (IL...
Abstract. This paper describes the architecture of a configurable, multi-ported register file for so...
Large register file with multiple ports is a critical component of a high-performance processor. A l...
[[abstract]]©2006 CPC-A variety of new register file architectures have been developed for embedded ...
Register files of microprocessors have often been cited as performance bottlenecks and significant c...
[[abstract]]This paper talks about how to analyze and design high performance low power multiple-por...
A major obstacle in designing superscalar p ocessors i the size and port requirement ofthe register ...
Abstract. A variety of new register file architectures have been devel-oped for embedded processors ...
A register file is a critical component of a modern superscalar processor. It has a large number of ...