The New Software Assessment Tool for Multi-core, the IntelĀ® Concurrency Checker, has been launched by the IntelĀ® Software Partner Program to help developers as they develop new software to run on multi-core processor-based systems. Watch an interview with David Valdovinos, Product Marketing Engineer and Jeff Kataoka, program manager. This tool is designed to assess the level of enablement for multi-core processing as they go through the programming process.
Multi core cpu scaling in Crysis Core i7 3.5ghz, 6gb ram ddr3, 2 x 5870 crossfire, Win7 64bit, ATI 10.01 drivers, Crysis 1.2.1 1680×1050; very high settings; cpu benchmark 64bit DX10 1 x 3.5ghz : 22.5fps 2 x 3.5ghz : 30.1fps 3 x 3.5ghz : 51.5fps 4 x 3.5ghz : 58.6fps 8 x 3.5ghz : 66.4fps
This video is brought to you by: www.pcmichiana.com Today’s video will show you how to configure your Windows Vista operating system to boot from multiple cores on a multi-core processor environment. Windows is configured by default to boot from a single core processor, thus the boot time on Vista may be shortened because it is not utilizing all of the cores in your multi-core processor. Now for those of you who have spent your hard earned money on a multi-core processor such as a dual-core or quad-core – you want to get as much out of your Vista environment as you can. Changing this setting is simple and quick. Enjoy!

This is the simplest way of optimizing oblivion for any multi core processor. www.linkbucks.com Edit These: bUseThreadedBlood=1 (default 0) bUseThreadedMorpher=1 (default 0) bUseThreadedTempEffects=1 (default 0) bUseThreadedParticleSystem=1 (default 0) iNumHavokThreads=3 (default 1) bBackgroundPathing=1 (default 0) bUseBackgroundFileLoader=1 (default 0) iThreads=10 (default 3)