Multiple clock domains is one solution to the increasing problem of propagating the clock signal across increasingly larger and faster chips. The ability to independently scale frequency and voltage in each domain creates a powerful means of reducing power dissipation
(GALS) system with dynamic voltage and frequency scaling can use the slowest frequency possible to a...
The current implementation of dynamic voltage and frequency scaling (DVS and DFS) in microprocessors...
Modern systems-on-a-chip platforms support multiple clock domains, in which different sub-circuits a...
Journal ArticleAs clock frequency increases and feature size decreases, clock distribution and wire...
Multiple Clock Domain processors provide an attractive solution to the increasingly challenging prob...
Microprocessors are traditionally designed to provide "best overall" performance across a ...
Enabled by the continuous advancement in fabrication technology, present day synchronous microproces...
With chip temperature being a major hurdle in microprocessor design, techniques to recover the perfo...
In this paper, we present a clustered, multiple-clock domain (CMCD) microarchitecture that combines ...
As the core count in processor chips grows, so do the on-die, shared resources such as on-chip commu...
In recent years, Globally Asynchronous Locally Synchronous (GALS) designs and dynamic voltage scalin...
As microprocessor power has been growing exponentially ever since the microprocessor industry starte...
Dynamic frequency and voltage control for a multiple clock domain microarchitectur
Microprocessors are traditionally designed to provide “best overall” performance across a wide range...
This thesis presents a comprehensive system for allowing a Multiple Clock Domain (MCD) processor to ...
(GALS) system with dynamic voltage and frequency scaling can use the slowest frequency possible to a...
The current implementation of dynamic voltage and frequency scaling (DVS and DFS) in microprocessors...
Modern systems-on-a-chip platforms support multiple clock domains, in which different sub-circuits a...
Journal ArticleAs clock frequency increases and feature size decreases, clock distribution and wire...
Multiple Clock Domain processors provide an attractive solution to the increasingly challenging prob...
Microprocessors are traditionally designed to provide "best overall" performance across a ...
Enabled by the continuous advancement in fabrication technology, present day synchronous microproces...
With chip temperature being a major hurdle in microprocessor design, techniques to recover the perfo...
In this paper, we present a clustered, multiple-clock domain (CMCD) microarchitecture that combines ...
As the core count in processor chips grows, so do the on-die, shared resources such as on-chip commu...
In recent years, Globally Asynchronous Locally Synchronous (GALS) designs and dynamic voltage scalin...
As microprocessor power has been growing exponentially ever since the microprocessor industry starte...
Dynamic frequency and voltage control for a multiple clock domain microarchitectur
Microprocessors are traditionally designed to provide “best overall” performance across a wide range...
This thesis presents a comprehensive system for allowing a Multiple Clock Domain (MCD) processor to ...
(GALS) system with dynamic voltage and frequency scaling can use the slowest frequency possible to a...
The current implementation of dynamic voltage and frequency scaling (DVS and DFS) in microprocessors...
Modern systems-on-a-chip platforms support multiple clock domains, in which different sub-circuits a...