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Mar 15, 2012

Intel 22nm Haswell Processors Will Launch in March 2013, Says Report




Even though Intel has yet to release its new 22nm Core processors based on the Ivy Bridge architecture, sources in Taiwan have already found out when the chip giant plans to introduce its next-gen Haswell CPUs.

According to DigiTimes, the outfit has scheduled the official introduction of these processors, and that of the accompanying Lynx Point chipsets, for March of 2013.

No specific date was mentioned as we are still a year away from the alleged launch, but this report seems to confirm a leaked Intel slide, which made its appearance about a month ago, revealing that Haswell is scheduled for a March-June release.

This previous report also mentioned that Intel would go for a multi-stage launch for Heswell, the first chips to arrive making part of the Core i5 and Core i7 product lines.

These will cover the mainstream and performance sector, while the lower-end Core i3 processors are expected to be launched later next year.

Haswell will be a “Tock” on Intel’s roadmap, meaning that it has an entirely new architecture built using the 22nm production node.

With Haswell, Intel plans to split its product range into two distinct groups. The first group includes the company's desktop and notebook processors, while the latter is especially designed for Ultrabooks and drops the usual 2-chip platform approach that Intel has been using for quite some time in favor of a system-on-a-chip (SoC) design.

Desktop CPUs will feature either two of four processing cores with TDPs of 35, 45, 65 or 95 Watt, and will include a dual-channel DDR3/DDR3L memory controller, as well as GT2 or GT1 integrated graphics cores.

Mobile chips will be available in the same dual or quad-core configurations, but feature the more powerful Intel GT3 GPU, while the memory controller only supports DDR3L DIMMs. 

Other features include support for the DirectX 11.1 API, support for the AVX2 instruction set, as well as a series of IPC improvements meant to increase single-thread performance.


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