인텔® 임베디드 디자인 센터 지원

The largest electronic vote in the world is in Brazil. A better future driven by intelligent connected technology from Intel.

HS Jamadagni explains the embedded research programs at the school, including system and circuit design.

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

Intel® Embedded Education Summit 2010: Discusses challenges of university-level embedded education.

Sandeep Gupta of Arizona State University discusses the need for body area sensor network.

Video: Lunarworthy Controllers from Commercial Electronics

Measure actual power consumption of components and embedded systems. (v.001, July 2011)

Discusses virtualization advances in hardware, technology, and platform consolidation.

Demos set-up, software, oscilloscope settings, and power delivery assessments. (v.001, Mar. 2010)

Demos tools, oscilloscope, platform, waveform analysis, SigTest software, and reports. (v.001, Mar. 2010)

Demonstrates how to use a USB drive to boot a customer reference board to DOS. (v.1, June 2010)

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

Overview of the Intel® Atom™ processor, including embedded applications and product features.

Learn how to use online tool to plan a printed circuit board based on available technology.

Describes aspect of Intel® vPro™ technology that enables remote management of embedded clients.