14 DAY TRIAL // Following Intel's earlier announcement according to which it was planning to focus more on the development of its first 32nm-based consumer processors, the company also demonstrated the world's first working 32nm-based microprocessor. A Westmere-based 32nm processor was used in several test systems, demonstrating the performance capabilities of Intel's upcoming desktop and notebook processors.
According to the Santa Clara, California-based chip maker's recently updated roadmap, some of the features that will be enabled on the upcoming Westemere processors include an increased performance, but a smaller processor core size, a multi-chip package featuring integrated graphics and the next-generation 32nm manufacturing technology. This will enable Intel to provide its customers with a processor that combines two of the most necessary features inside a personal computer system, namely processing power and graphics performance.
The key features of Intel's new Westmere chip include the Intel Turbo Boost technology, Intel's Hyper-Threading technology (enabling 2 cores to provide 4 threads), integrated graphics with discrete/switchable graphics support, 4MB of cache, IMC (Integrated Memory Controller) and support for dual-channel DDR3 memory configurations. The new 32nm Westmere processors will also support AES instructions while other Intel processors, based on Westmere, will become available for the mobile, desktop and server market segments.
Intel's Westmere 32nm processor lineup will include the company's Gulftown (with 6 cores, 12 threads), Clarkdale (with 2 cores, 4 threads and integrated GFX) and Arrandale (with 2 cores, 4 threads and integrated GFX). The first two will be designed for the high-end and mainstream desktop market segments, while Arrandale is meant for the mobile market segment.
Intel has provided photos and a video of the world's first 32nm microprocessor installed on a two test motherboards, designed for desktop and portable computer systems. Check the video, courtesy of Intel, at the end of the article.
