[September
1, 1999]
Intel Unveils New Internet Communications Architecture
Intel announced a new network processor and a
comprehensive family of silicon-based products to help enable the networking and
communications industry build faster, more intelligent networks. Mark Christensen, vice
president and general manager of Intel's Network Communications Group, made the
announcement at the Intel Developer Forum.
The company said it would base its line of communications silicon products on the new
Intel Internet Exchange (IX) Architecture which uses an open standards-based design
allowing systems designers to add network functionality quickly and cost effectively.
Intel also announced it has established a $200 million Communications Fund that would
initially be used to invest in companies developing IX Architecture-based systems and
software.
"The explosive growth of the Internet and e-business requires faster deployment of
high-bandwidth equipment and greater flexibility to support emerging Internet technologies
and new services within the network," said Christensen. "IX Architecture will
help customers deliver faster and smarter networks on Internet time."
Intel's strategy to deliver communications silicon to a wide range of
telecommunications and networking companies combines the strength of Intel's core
technologies with the company's recent acquisitions of Level One Communications, Softcom
Microsystems and Digital Semiconductor.
Several companies announced support for the IX Architecture or specific products that
incorporate IX Architecture elements including: Broadband Access Systems; Cabletron; CAG;
Cisco; Newbridge Networks; and Omneon Video Networks. Third-party developers that have
announced support for the IXA include: Hi/fn; Harris & Jeffries; Inter-Niche;
Trillium, T.Sqware, Inc.; and Wind River Systems.
The Internet Exchange Architecture is Intel's new approach for designing networking and
telecommunications equipment based on reprogrammable silicon and open interfaces. IX
Architecture provides a new level of integration, performance and programmability to
network system original equipment manufacturers (OEMs). OEMs can use IX Architecture to
design systems without encountering the costs, risks and time penalties typically
associated with ASIC (application specific integrated circuit) design efforts.
IX Architecture-based systems can be deployed more quickly and easily upgraded. As a
result, developers can speed time to market and take advantage of new technologies in such
areas as security, reliability, policy-based management, and "quality of
service" for delivering real-time voice and video over the Internet.
As part of IX Architecture, Intel is introducing a developer's tool kit to help
facilitate product design and enable equipment suppliers to provide post-sale product
enhancements to their customers. New capabilities such as wire-speed voice, video and data
services can be added to existing equipment simply by reprogramming the network processor,
which allows suppliers to extend the life and value of their designs.
Level One Communications, Inc., recently acquired by Intel, introduced a portfolio of
silicon components as part of this announcement. The flagship component is the Level One
IXP1200 network processor, a reprogrammable network engine comprised of a StrongARM
processor core and six programmable RISC packet processing micro engines (or micro
controllers) that deliver approximately 1000 MIPs of useable wire speed performance per
processor.
The IXP1200 network processor is designed to deliver the performance and flexibility
needed by a new generation of routers, switches and access concentrators for Internet
service providers and enterprise customers. Programming instructions can be used to add
new features to networking products, thereby extending the life of systems. The IXP1200
enables a fundamental shift in networking and communications system design, which has
typically relied on a 12 to 18 month development cycle for custom ASICs.
Level One also introduced an extensive range of supporting components for the IXP1200
network processor including a family of scalable switching and formatting engines and
physical layer devices. In all, Level One announced 13 different components that can be
used to develop network devices for local and wide area networks (LAN and WAN) as well as
Internet-based networks.
"The Internet is causing companies to reassess the role the network plays in their
businesses," says Dr. Robert Pepper, vice president, Network Communications Group,
and general manager, Level One Communications, Inc. "With the advent of e-business
and the Internet economy, companies need networks that can evolve as their businesses
evolve. Our IX Architecture portfolio with the IXP1200 network processor delivers that
flexibility."
The Intel Communications Fund will be used to invest in companies developing networking
and communications products that support key Intel voice and data communications programs.
The first initial focus of the $200 million fund will be companies developing products
that are based on IX Architecture including basic communications components, real-time
operating systems, software tools, protocol stacks and other communications building
blocks.
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