Crystal Forest communications platform for workload consolidation performs applications, control plane, and data plane concurrently.
Crystal Forest—a computing and communications platform for workload consolidation—can perform applications, control plane, and data plane concurrently, with very high throughput.
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.
White Paper: Part two of this series explains the components needed to implement open networks, including frameworks, switches, and designs.
White Paper: Part two of this series explains the hardware and software components needed to implement open networks in virtualized environments, including frameworks, switches, and designs.
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).
Identification, errata, modif. et clarification des spéc. et modif. de la doc. pour la famille de processeurs Intel® Core™ i7, socket LGA-2011.
Identification information, errata, specification changes and clarifications, and document changes for the Intel® Core™ i7 processor family for the LGA-2011 socket. (v.18, Mar. 2014)
Getting Started Guide: Describes how to install and configure the Intel® Data Plane Development Kit. (v.001, Nov. 2012)
Getting Started Guide: Instructions for installing, configuring, compiling, and running an Intel® DPDK application in a Linux* application (linuxapp) environment to get customers up and running quickly. (v.4, Sept. 2013)
White Paper: Benefits of network functions virtualization in telecom reference architecture address ETSI virtualization use cases. (v.1, Feb. 2014)
White Paper: Discusses the benefits of network functions virtualization in a telecom reference architecture that address three ETSI virtualization use cases: base stations, function as a service, and mobile core networks. (v.1, Feb. 2014)