Second-Generation Intel® Core™ i7 Processor Family ‘Goes Extreme’ on the Eve of the 40th Anniversary of the Intel 4004 CPU
NEWS HIGHLIGHTS
Intel announces two new six-core, 12-thread desktop processors targeted at PC power users and enthusiasts: the Intel® Core™ i7-3960X and the Intel Core i7-3930K.
These best-in-class enthusiast products are the first six-core client processors in the second-generation Intel Core processor family, and the first-ever Intel client processors supporting quad-channel memory.
More software titles are being optimized for multiple cores and more people are working with advanced applications, especially in content creation, 3-D rendering and gaming.
SANTA CLARA, Calif., Nov. 14, 2011 – Intel Corporation today advanced its highest-end six-core processor family with the introduction of two new processors: the Intel® Core™ i7-3960X processor Extreme Edition and the Intel Core i7-3930K processor. These are the first six-core client processors in the second-generation “Sandy Bridge” Intel Core processor family. With over 2 billion transistors, Intel’s latest client processors offer the processing power equivalent of approximately 365,000 Intel 4004 processors**. The 40th anniversary of the Intel microprocessor is being celebrated this month.
Users and developers of the most advanced applications — especially in content creation, 3-D rendering and gaming — will see benefits from the additional cores, large CPU caches and new quad-channel memory support. With more people posting rich media online and playing immersive games, software developers are welcoming the performance and features offered by these new processors. Game developers such as id Software* are hungry for more CPU cores.
“To render our uniquely textured worlds, RAGE uses a very compute-intensive real-time process to transcode texture data from highly compressed form on disk to a compression format the GPU can use directly for rendering,” said John Carmack, technical director, id Software. “With two more available cores, a six-core system can transcode over 50 percent more texture data per second during gameplay than a four-core system, bringing new surfaces to full resolution quicker.”
These processors also support the new Intel® Advanced Vector Extension (AVX) instructions which benefit 3-D rendering and physics.
“MAXON Cinema 4D and Cinebench are designed to take advantage of all available processor threads” said Harald Schneider, CTO, MAXON* Computer. “Our new, optimized render engine intelligently divides render tasks across the threads for a more evenly distributed workload, giving us maximum throughput and performance. In addition, our upcoming service update will include Bullet-based dynamics optimized with the new Intel AVX instructions for faster physics simulations. This means faster previews and final rendering, and the ability to create even more complex scenes with more objects, more effects and higher resolutions.”
The Intel Core i7-3960X and the Intel Core i7-3930K are fully unlocked so overclockers and enthusiasts who want to modify performance settings can do so with simple utilities***. Based on Intel’s industry-leading 32nm manufacturing process, the new CPUs run at base speeds of 3.3 and 3.2 GHz with 15MB and 12MB of L3 cache respectively. The Intel® X79 Express chipset that supports this new LGA 2011 socket platform delivers the must-have capabilities and performance for enthusiasts such as 6Gb/s Serial ATA (SATA*) ports and additional PCIe* 2.0 lanes, leading to new levels of performance and expandability for high-end desktop platforms.
“We are excited to deliver the ultimate desktop platform to enthusiast PC users,” said Zane Ball, general manager for Intel’s Desktop Client Platforms Group. “With uncompromised performance, quad channel memory, amazing Turbo headroom and more robust PCI Express capabilities, this platform is sure to create a lot of excitement for our customers and the industry.”
In addition to the new processors, Intel is launching a liquid-cooled CPU thermal solution. Co-developed with Asetek*, this solution will provide robust system cooling while requiring zero maintenance. This solution has been optimized to work not only on the LGA2011 socket, but also the LGA1366 and 115x sockets.
