Intel platforms are ideal for all network computing systems and scale easily across product families and product generations. Because all Intel® processors are built on the same core architecture, developers can run one code base on everything from the high-end Intel® Xeon® processor to value-oriented Intel® Atom™ processors. Cost advantages include:
Low-power platform based on the 2nd generation Intel® Core Microarchitecture providing excellent performance and power efficiency with impressive processor graphics, memory and I/O.
Excellent performance and power efficiency with impressive graphics, memory, and I/O. Support for small form factor and value apps.
Description of the Intel® EP80579 Integrated Processor product line.
Parallelism toolkit for Microsoft Visual Studio* C/C++.
Performance and virtualization for communications and storage, based on the latest generation Intel® microarchitecture.
Jumpstart your embedded designs by using the technical resources and support for Intel® Xeon™ processors available on Intel® Embedded Design Center.
Consolidate services and packet processing workloads on a single processor architecture to improve subscriber experiences, and reduce network complexity.
Version: 001 : September 2011
Intel® architecture provides a flexible, scalable service edge solution meeting the challenges of tomorrow’s interconnectivity today, reducing capx and opx, increasing revenue potential.
Version: 1 : February 2011
Multi-core processing enables flexible and cost effective routers for service providers and allows manufacturers to develop a range of products from one code base to support multiple functions.
File Type/Size: PDF 524KB
Version: 1.0 : November 2009
Consolidate services and packet processing workloads on a single processor architecture to improve subscriber experiences, and reduce network complexity.
Version: 001 : September 2011
Intel® architecture provides a flexible, scalable service edge solution meeting the challenges of tomorrow’s interconnectivity today, reducing capx and opx, increasing revenue potential.
Version: 1 : February 2011
With an anticipated 15 billion intelligent connected network devices active by 2015, see how RouterBricks provides maximum performance, programmability, extensibility, and scalability in one.
Version: 001 : June 2010
This paper describes the benefits enterprises can derive from software-based networking components with respect to flexibility, scalability and low overall cost.
Version: 001 : April 2011
This paper describes the performance increase that can be achieved on the 2nd Generation Intel® Core™ processor family over previous generation, on cryptographic applications.
Version: 001 : January 2011
Intel® multi-core processors can deliver high performance and greater flexibility than ASICs for many of the functions in a router or switch.
Version: 001 : December 2008
Intel provides configurations of processors and chipsets to meet the power-efficient performance, Internet connectivity and security requirements of embedded devices.
Intel® architecture brings intelligent, energy-efficient performance to a broad range of applications.
Documentation, tools and technical support for embedded development
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Intel® Embedded platforms consolidate workloads on a single architecture enabling communications systems for applications, services, control plane processing, and packet processing.
