Shared-cache architecture multi-core processors, such as theIntel Core Duo processor, take ahuge step toward bringing the benefits of power-saving, dynamic cacheutilization and flexibility to system ...

Starting from the advent of the first integrated-circuit-based embedded ... multi-core processor architectures, the advantage of which is that the design allows the operating system to assign ...

The networked, multi-processor architecture of the CPC714 can be applied as a parallel processing compute blade, as a cluster of compute elements integrated on a single blade, or as an array of ...

Multi-core processors may be the new rock ... are saying about the potential of parallel processing architectures is not really new. All they are doing is taking the concept to the wider embedded ...

One of the key challenges in chip multi-processing is to provide ... The Cache Coherency Architecture has 64 cores, in our example for general purpose, where each CPU core of the system may be ...

Bolting cache memory directly onto a processor core is a time-tested way to boost performance, but some microprocessor vendors will drop hints at this week's Embedded Processor Forum suggesting that ...

Combining 45-nm technology, on-chip fabric and an enhanced Power Architectureâ„¢ core, Freescale sets the pace for embedded ... multi-core-based architectures. The Simics environment allows developers ...

Guest columnist Richard Kirk, product manager at GE Intelligent Platforms, describes how the Intel Core i7 processor is challenging Freescale’s Power Architecture in military embedded systems ...

So, in short: complex SoCs based on multi-core processors take years to reach the market ... A key missing piece of the puzzle is the ability to apply such a system to multicore architecture. To ...

AMD has expanded its x86 embedded processor lineup by rolling out ... with AMD claiming its Zen 5c core architecture delivers a 1.3 times increase in socket throughput and better performance ...