Multicore Videos

Texas Instruments Incorporated (TI) (NYSE: TXN) today announced the availability of the industry’s most power efficient, six-core DSP (digital signal processor), the TMS320C6472, targeted at process-intensive applications requiring low power consumption. To help evaluate the performance of the C6472 devices more easily and affordably, TI is also offering a multicore processors evaluation module (EVM), the TMDXEVM6472, for USD $349. To view Multimedia News Release, go to http://multivu.prnewswire.com/mnr/ti/39148/ Ranked 1.00 / 5 | 0 views | 0 comments Click here to watch the video (02:14) Submitted By: MultiVu Tags: Texas Instruments TI TMS320C6472 Multicore Dsp Digital Signal Processor Power Efficient Categories: Science & Tech

Texas Instruments Incorporated (TI) (NYSE: TXN) today announced the availability of the industry s most power efficient, six-core DSP (digital signal processor), the TMS320C6472, targeted at process-intensive applications requiring low power consumption. To help evaluate the performance of the C6472 devices more easily and affordably, TI is also offering a multicore processors evaluation module (EVM), the TMDXEVM6472, for USD $349. To view Multimedia News Release, go to http://multivu.prnewswire.com/mnr/ti/39148/

Texas Instruments Incorporated (TI) (NYSE: TXN) today announced the availability of the industry’s most power efficient, six-core DSP (digital signal processor), the TMS320C6472, targeted at process-intensive applications requiring low power consumption. To help evaluate the performance of the C6472 devices more easily and affordably, TI is also offering a multicore processors evaluation module (EVM), the TMDXEVM6472, for USD $349. To view Multimedia News Release, go to http://multivu.prnewswire.com/mnr/ti/39148/Author: multivu Tags: Texas Instruments TMS320C6472 multicore DSP digital signal processor power efficient low cost affordable high performance MultiVu 39148 Posted: 03 November 2009 Rating: 0.0 Votes: 0

Intel Software Network Black Belt Developer, Jim Dempsey, shares his experiences participating at the Intel Developer Forum (IDF 2009), including his thoughts on the parallel programming demos, tools and sessions. He also shares his experiences participating in the Intel Software Network Multicore community, and gives you the inside scoop on how to get a quick response to your development questions. More at http://intel.com/software/multicore.

Other sessions will show how to tune your game's graphics for Intel Integrated Graphics - but what about the rest of your code? Join us as we take the Intel "Smoke" game demo code and tune it to run faster on the latest Intel platforms. In this session, we'll review the demo code design and then show a complete performance study, with step-by-step use of Intel tools: Benchmark and measure a baseline Find common memory and data race bugs with Intel Parallel Studio - Drill down into hot spots in the code, and highlight why they're hot with Intel Parallel Studio and Intel VTuneTM Analyzer Find concurrency problems with Intel Thread Profiler Show some speedups made in the code You'll come away ready to find new speed in your game!

Other sessions will show how to tune your game's graphics for Intel Integrated Graphics - but what about the rest of your code? Join us as we take the Intel "Smoke" game demo code and tune it to run faster on the latest Intel platforms. In this session, we'll review the demo code design and then show a complete performance study, with step-by-step use of Intel tools: Benchmark and measure a baseline Find common memory and data race bugs with Intel Parallel Studio - Drill down into hot spots in the code, and highlight why they're hot with Intel Parallel Studio and Intel VTuneTM Analyzer Find concurrency problems with Intel Thread Profiler Show some speedups made in the code You'll come away ready to find new speed in your game!

Other sessions will show how to tune your game's graphics for Intel Integrated Graphics - but what about the rest of your code? Join us as we take the Intel "Smoke" game demo code and tune it to run faster on the latest Intel platforms. In this session, we'll review the demo code design and then show a complete performance study, with step-by-step use of Intel tools: Benchmark and measure a baseline Find common memory and data race bugs with Intel Parallel Studio - Drill down into hot spots in the code, and highlight why they're hot with Intel Parallel Studio and Intel VTuneTM Analyzer Find concurrency problems with Intel Thread Profiler Show some speedups made in the code You'll come away ready to find new speed in your game!

Other sessions will show how to tune your game's graphics for Intel Integrated Graphics - but what about the rest of your code? Join us as we take the Intel "Smoke" game demo code and tune it to run faster on the latest Intel platforms. In this session, we'll review the demo code design and then show a complete performance study, with step-by-step use of Intel tools: Benchmark and measure a baseline Find common memory and data race bugs with Intel Parallel Studio - Drill down into hot spots in the code, and highlight why they're hot with Intel Parallel Studio and Intel VTuneTM Analyzer Find concurrency problems with Intel Thread Profiler Show some speedups made in the code You'll come away ready to find new speed in your game!

Abstract: Aaron Tersteeg, Intel Multicore Community Manager, talks with Michael Huelskoetter, blogger for software-dev-blog.de, a German blog, sponsored by Intel, that covers software developer topics including parallel programming, multicore, mobility, and more. Michael is at IDF covering software developer topics, blogging and tweeting in English and German. For more, visit http://intel.com/software.