Simple computer designs move data with a single bus structure; multiple buses, however, vastly improve performance. In a multiple-bus architecture, each pathway is suited to handle a particular ...

Storage system data interchanges, like the internal bus of a computer or server, face similar issues; that is, the amount of data flow between internal components has increased to the point where the ...

Configurable processors are, by nature, easily adapted to traditional system bus architectures. However, their configurable bus architectures provide designers with alternative approaches. For example ...

Expansion buses (sometimes called peripheral buses) have connectors that allow you to add a computer's expansion cards (peripherals). Different types of standard internal buses are characterized by ...

The PCI Industrial Computer Manufacturing Group recently ratified the PICMG 2.17 CompactPCI StarFabric Specification, which specifies how to implement StarFabric. StarFabric provides a simple ...

A shared bus architecture allows testing and repairing memories within IP cores through a single access point referred to as a shared bus interface. Within this interface, designers need ...

However, the personal computer is not an ideal platform for home entertainment, since the system hardware and software are not designed for real-time audio/video stream processing. For example, the ...

In addition, a shared bus architecture provides flexibility to users to route design-for-test (DFT) signals along functional paths behind the shared bus interface. Tessent MemoryBIST instruments ...

With its peak data transfer rate of 6.4GBps, HyperTransport Technology will be integrated into AMD’s next-generation processors, Mitchell said.