White Paper: Develop commercial SDN and NFV solutions to transform networks with the HP OpenNFV* platform, based on the Intel® Open Network Platform.
White Paper: Explains how the HP OpenNFV* platform, featuring Intel® Open Network Platform reference architecture and HP* carrier-grade servers, streamlines the development of commercial open SDN and NFV solutions to transform networks.
Wind River Simics* full system simulation technology builds virtual systems even before hardware is available, reducing time to market and costs.
Wind River Simics* full system simulation technology allows developers, architects, and engineers to build and use a virtual system even before hardware is available, reducing time to market and development costs.
Platforms that execute multiple workloads help meet the growing demand of communications infrastructure with superior throughput and performance.
To help equipment suppliers meet the growing demand of communications infrastructure, a consolidation strategy using Intel® processor-based platforms to execute multiple workloads delivers superior throughput, boosting packet-processing performance.
An overview about how upgraded data center technology can help IT spend less time managing the data center and more time serving the business.
The video lays out the challenges IT faces as demands on the data center continue to increase, and provides solutions to these challenges focused on combining the latest hardware, software, virtualization, and orchestration capabilties.Full View >
Multi-core Intel® processors deliver high performance, scalability, flexibility, and security for deep packet inspection (DPI).
Multi-core Intel® processors with exceptional performance-per-watt, large caches, and hardware virtualization deliver an ideal compute platform to meet the ever growing market requirements for deep packet inspection (DPI).
Discover hardware-based technologies that lower costs, increase security, and simplify the management of intelligent systems. (v.1, Aug. 2013)
Discover hardware-based technologies, such as Intel® Active Management Technology and packet processing, that lower costs, increase security, and simplify the management of intelligent systems. (v.1, Aug. 2013)
Improvements to multi-core architecture make packet processing viable on Intel® processors, resulting in high performance and reduced hardware costs.
Packet processing on Intel® processors is a viable option with continued improvements to multi-core architecture, resulting in superior performance, reduced hardware costs, a simplified application development environment, and faster time to market.
Improvements to multi-core architecture make signal processing viable on Intel® processors, resulting in superior parallelism performance.
Signal processing on Intel® processors is a viable option with continued improvements to multi-core architecture, resulting in superior parallelism performance for applications in aerospace, communications infrastructure, media, and health care.
Release Notes: Cedarview Norco B3 Intel® Boot Loader Development Kit release notes provide overview of kit, features, configuration, issues, and more.
Release Notes: Intel® Boot Loader Development Kit release notes for the Cedarview Norco B3 provide an overview of the board platform and kit components, release information, features, hardware configuration, build environment OS, issues, and more.
Platform Brief: Ideal for Intelligent Systems, the security-focused embedded platform enables device connectivity to networks, clouds, and each other.
Designed for Intelligent Systems, the context-aware and securely managed embedded Intel® Xeon® processor E5-2600 series-based platform enables communication devices to connect seamlessly to networks, clouds, and each other.