Intel® Xeon® Processor E3-1200 v2 with C216 Chipset: Block Diagram

Outlines an energy-efficient platform that increases service options for end users.

Embedded processor platform extends life-cycle support and improves application performance.

Intel® technology is ideal for cryptography, transcoding, and intrusion detection. (March 2009)

Intel® Xeon® processors provide power savings, scalability performance, integration, and more.

Shows how to view tasks on Linux and compile objects exposed to debugging. (v.1, June 2009)

Discusses increasing throughput for multi-core processors. (v.1, June 2009)

A discussion of experimental techniques for rapid mitigation of phishing and spam. (v.1 June 2009)

Research on building a network device for improving peer-to-peer traffic control. (v.1, June 2009)

Shows how to view tasks on VxWorks and compile objects exposed to debugging. (v.1, June 2009)

Webinar details AltiVec* SIMD macros translator migration to Intel® processors. (v.1, May 2009)

To better understand how Intel® multi-core creates expansiveness and efficiency simultaneously, this brief summation defines advantages, identifies complexities, and cites industry use.

Mark Hatle describes creating a custom embedded distribution on any architecture. (v.001, Oct. 2011)

Ishu Verma discusses Android* SDK and NDK toolsets as well as the benefits of using NDK. (v.001, Oct. 2011)

Minimize concerns of cost, effort, and complexity. (v.001, Oct. 2011)

Covers uncore performance monitoring registers, counters, and integrated memory controller specifics.