HyperTransport Technologyâ€ Consortium today announced a major new release of the HyperTransportâ€ Technology I/O Link Specification. The HyperTransport Release 2.0 Specification introduces three more powerful bus speeds and mapping to PCI Express, an emerging I/O interconnect architecture.
HyperTransport’s speed capability extends from the 1.6 Giga Transfers/second (GT/s) of Release 1.1 Specification to 2.0, 2.4, and 2.8 GT/s using dual-data rate clocks at 1.0, 1.2, and 1.4 Gigahertz, delivering a maximum aggregate bandwidth of 22.4 Gigabytes/second.
The electrical protocols supporting the new clock rates are backward compatible with all previous versions of the HyperTransport electrical specifications.”Our Release 2.0 Specification delivers the top performance expected by the industry for its next generation computing, communications and embedded platforms,” said Mario Cavalli, General Manager of the HyperTransport Technology Consortium.
“Release 2.0’s substantial speed and bandwidth extensions combined with PCI Express bus extensibility reaffirm and consolidate HyperTransport’s long term chip-to-chip I/O technology leadership while preserving HyperTransport’s low implementation cost and the multi-million dollars investments made by the HyperTransport Consortium members and their considerable customer base.”
“These new specifications are in response to HyperTransport Consortium’s members expectation of backward compatibility with Release 1.05 and Release 1.1 Specifications along with state-of-the-art performance,”noted Brian Holden, Chair of the Technical Working Group, responsible for the development of the technical specification.
“We achieved our goal of successfully increasing data throughput without a major rework of the basic electrical specification.”
â€ “Release 2.0 Specification confirms the significant contribution that HyperTransport has been making to the industry over recent years,” said Gabriele Sartori, President of the HyperTransport Technology Consortium.
“Our technology empowers leading edge products like Microsoft’s Xbox, Apple’s Power Mac G5, Cisco’s high-end routers, IBM’s and Sun Microsystems’s servers, notebooks and Tablet PC’s based on Transmeta’s Efficeon-processor, and all AMD’s Athlon64- and Opteron-based PCs, servers and supercomputers.”
â€ “As the first of the high-bandwidth I/O technologies to reach volume shipments, HyperTransport technology has already gained significant traction in the industry,” says Jim Turley, principal analyst at SiliconInsider.
“It is a further advantage for the HyperTransport-based industry to have a defined roadmap to faster performance and clean mapping to emerging I/O links.”