With control (signaling) and user plane (packet processing) workloads running on Intel® architecture, network operators can deploy software-defined network elements that support multiple standards (GSM, 3G, EPC). This approach minimizes operational costs by providing the flexibility to easily reconfigure network functionality and services, implement power management and optimize load balancing. A single platform streamlines development and testing, thus reducing cost and time-to-market for wireless equipment vendors, and enabling faster service deployment for network operators.
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.
Intel® QuickAssist Technology is an Intel® initiative designed to optimize the use and deployment of accelerators on Intel® platforms.
Breakthrough performance for bladed and dense bladed applications requiring less than 200W, including ATCA* and NEBS-compliant solutions.
Performance and virtualization for communications and storage, based on the latest generation Intel® microarchitecture.
Get the technical information, software tools and third party ecosystem support to design signal processing application using Intel® Architecture products.
Exploding smart phone usage is putting unprecedented pressure on network operators to keep up with this insatiable demand while maintaining quality.
Version: 001 : January 2011
WiMAX* is the next generation of wireless technology designed to enable pervasive, high-speed mobile Internet access to the widest array of devices.
ITU* is the UN agency for information and communication technologies.
Global standards for information and communication technologies
PICMG* is a consortium of companies who collaboratively develop open specifications for high-performance telecommunications and industrial computing applications.
System-on-a-chip (SOC) solution integrates features for multi-service wireless gateway solutions.
Envivio* achieves breakthrough performance by optimizing code for the latest-generation Intel® microarchitecture
Version: 001 : June 2009
Encoding solutions from Inlet Technologies* and Intel® Xeon® processors with quad-core technology enable live Internet broadcasts.
Version: 001 : February 2009
With support from Intel, Packet Vision* port code and optimized multi-core migrating from MIPS to Intel® Embedded architecture provide an advanced internet advertising solution.
File Type/Size: PDF 1,556KB
Version: 1 : November 2009
Utilizing Intel® processor-based AdvancedTCA* Blades and TietoEnator* RAN signaling plane software
Version: 001 : February 2007
Intel® multi-core processor-based platform runs application, control plane and data plane workloads
Version: 003 : August 2009
Performance tests demonstrate that multi-core Intel® architecture supports the demanding traffic loads of current and future RNCs.
Version: 001 : January 2010
Exploding smart phone usage is putting unprecedented pressure on network operators to keep up with this insatiable demand while maintaining quality.
Version: 001 : January 2011
Siemens* OpenScape® is a sophisticated application for unified communications that can assist users to work faster and more efficiently by embedding communications in the workflow.
Version: 001 : August 2007
Intel® Embedded platforms consolidate workloads on a single architecture enabling communications systems for applications, services, control plane processing, and packet processing.
Version: 001 : March 2010
This video explains how Intel® VT enables telecom companies to consolidate workloads and simplify architecture topology.
Version: 1 : June 2011
See how an Intel® benchmark tool facilitates performance measures and comparisons of various vendor systems cost-effectively, enabling expansion of the US Comcast* digital voice network.
Version: 001 : March 2011
Alcatel-Lucent* converged IP messaging solution allows carriers to deliver new services without compromise.
Synapse Mobile Networks* Active Device Management System (ADMS) featuring Intel® multi-core technology and Intel® solid state drive.
File Type/Size: PDF 276KB
Quad-core Intel® Xeon® processors enable significant improvement in performance density for intensive signaling-plane processing.
Version: 001 : June 2008
Synapse Mobile Networks* ported its EIR application to an Intel® architecture-based platform running the Sun Solaris* operating system.
File Type/Size: PDF 184KB
Version: 001 : February 2008
Benchmark consists of a test system that presents the system under test with workloads.
Version: 001 : March 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.
