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Simics* Simulation Technology Accelerates Development

Wind River* Simics* full system simulation technology builds virtual systems even before hardware is available, reducing time to market and costs.

Wireless Network Infrastructure Combines Control and User Plane

Wireless network infrastructure reduces cost and enables faster service deployment, with options for control and user plane on a single platform.

Optimized Galois-Counter-Mode Implementation

White Paper: Optimized Galois-Counter-Mode execution combines stitching with polynomial multiplication, increasing performance on Intel® processors.

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Innovating the Cloud Radio Access Network for a Mobile Experience

University researchers discuss the cloud radio access network and how wave broadcast mobile communications improve user experience. (v.1, April 2011)

Demands on Embedded Devices in a Connected World: Paper

White Paper: Discusses demands and trends driving workload diversity and communications-centric functionality in embedded device capabilities.

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Radio Network Layer Data Plane Processing: Paper

White Paper: Describes how embedded Intel® architecture implements the workload associated with a Radio Network Layer Data Plane pipeline.

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LTE Control Plane on Intel® Architecture

White Paper: LTE control plane overview and processor selection instructions for optimizing system power and performance. (v.1, Jan. 2013)

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Workload Consolidation in Communications Infrastructure

Intel® Virtualization Technology enables workload consolidation on a single architecture, simplifying network complexity and management.

Pattern Matching Performance with HyperScan* Software: Brief

Solution Brief: Discusses pattern matching performance optimization of Sensory Networks HyperScan* software with Intel® Xeon® processors.

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Deep Packet Inspection: Intel® Architecture Delivers Flexibility

Multi-core Intel® processors deliver high performance, scalability, flexibility, and security for deep packet inspection (DPI).