Embedded Technology Journal

On Demand

Pushing The Envelope in FPGA Design Using PlanAhead (CHALK TALK)

Want to have the best FPGA designs on the block? You have to push the technology to stay competitive. Join Amelia Dalton as she talks with Greg Daughtry of Xilinx in this Chalk Talk about pushing the envelope in FPGA design.

Sponsored by: Xilinx

Shinhan Bank Projects 524% ROI in 6 Years and 43% Reduction in ATM Downtime via Embedded Intel® vPro™ Technology (WHITE PAPER and ROI STUDY)

Shinhan Bank headquartered in South Korea, has implemented the Intel® Core™2 processor with vPro™ technology as an embedded controller in their automated teller machines (ATMs). Embedded Intel® vPro™ technology allows better remote updates, patching, reimaging, and problem resolution of the machines. This paper details results of a Shinan ROI study that shows a projected break-even point in year 2, savings of over $608,000 across 6 years, and a positive ROI of 524 percent in year 6.3.

Sponsored by: Intel

16-bit Performance for an 8-bit Price: TI’s MSP430 Microcontroller Value Line (PRODUCT BULLETIN)

The ultra-low power MSP430™ microcontroller Value Line offers superior 16-bit MCU performance and industry leading ultra-low power consumption for cost sensitive applications that have traditionally depended on low cost 8-bit microcontrollers. Starting at 25 cents (in 100K volumes), the MSP430G2xx Value Series ensures 8-bit developers no longer need to sacrifice performance, power efficiency or scalability because of price.

Sponsored by: Texas Instruments

EasyPath-6 FPGAs Deliver Lowest Total Product Cost in Six Weeks (CHALK TALK)

Confused about FPGA cost reduction? There are easy options for even the most sophisticated FPGAs. Join Amelia Dalton and Shekhar of Xilinx in this Chalk Talk about cost-reducing your Virtex FPGA design with EasyPath.

Sponsored by: Xilinx

Lowering Total System Power Using Xilinx FPGAs (CHALK TALK)

In this webcast, Chalk Talk host Amelia Dalton talks with Jameel Hussein of Xilinx about optimizing system-level power with FPGAs, and features and tools that simplify low-power design with Xilinx FPGAs.

Sponsored by: Xilinx

Optimized FIR Filter Implementation Using SSE Instructions (WHITE PAPER)

Intel® software products take advantage of the performance potential of the Intel® Atom™ processor. When compiler technologies or optimized off-the-shelf libraries are not sufficient to meet extreme performance requirements, hand-optimized routines are justified to maximize performance. This paper describes step-by-step development of an ultra-fast impulse response (FIR) filter for digital signal processing using Streaming SIMD Extensions (SSE) and other Intel Atom processor features.

Sponsored by: Intel