Intel's Haswell processor family may be launching in June, following an unexplained schedule slip from the originally-planned April release date.
Intel's next-generation Haswell processor family appears to have suffered from a last-minute schedule slip, with the company now tipped to unveil the first processors in the new family in May ahead of a June launch.
Originally, it was thought that Intel would formally unveil its Haswell products early this year with a view to launching the chips in April, but sources speaking to
VR-Zone have suggested that Intel's plans have changed to a later June launch. While nothing official is coming out of Intel - which, true to tradition, refuses to comment on '
industry rumour or speculation regarding unannounced products' - it is thought the company could be planning to show off the chips at Computex 2013 ahead of a formal launch on the 2nd of June.
Haswell is Intel's latest processor family, designed to offer design tweaks on the same process size as Ivy Bridge, itself a process-shrunk revision of the Sandy Bridge architecture. Part of Intel's 'tick-tock' design process - during which it launches a new processor design one year before shrinking it to a smaller process size the next, repeating in two-year cycles - Haswell introduces some exciting new features to the company's processor line-up including
transactional memory technology, a
high-performance L4 cache layer, and
ultra-efficient models with a 10W TDP along with boosted graphics performance and the 'Haswell New Instructions' (HNI) instruction set architecture extensions.
The chipset designed for use with Haswell processors,
Lynx Point, is claimed to include integrated USB 3.0 support for six individual ports, six on-board SATA 6Gb/s ports and quad-read Serial Peripheral Interface (SPI) support, alongside a next-generation implementation of Intel's vPro hardware-based security and management system on the enterprise-grade implementations. As with Haswell itself, Lynx Point comes with claimed power draw improvements and a reduced chipset size, along with tweaks that are claimed to improve solid-state drive (SSD) performance compared to previous-generation chipsets.
The upshot, Intel claims, is a fourth-generation Core processor family with significantly improved performance and lower power draw across the whole range of server, desktop, laptop and tablet devices. With Intel already well ahead of rival AMD in the performance stakes, that's undeniably impressive - providing the Haswell parts live up to their claimed potential.
For those hoping to cheaply upgrade to a Haswell chip, however, some bad news: the processor will require a Lynx Point chipset to operate, and uses the new LGA1150 socket type - making it incompatible with existing motherboards.
14 Comments
Discuss in the forums ReplyBut looking at the advantages says about full duplex comms, low voltage less connections so could be could for performance, though wait and see
From my very little understanding its mainly a power saving feature, AFAIK its used instead of SMBus when reading things like information on RAM.
SPI is a upgraded version of SMBus in turn its a upgraded version of I²C
It means what it says - the SPI controller is able to read 4 inputs simultaneously, thereby quadrupling the read speed (of things attached to SPI bus, such as system ROM). It means **** all for your everyday use.
While you're correct that SMBus is derived from I2C, SPI is completely independent of both of them. It has very little in common: single master, separate read and write channels, arbitrary clock speed, no requirement for open-collector interface or pull-up resistors...
As already pointed out by r3loaded, this quad-SPI interface is most likely for low bandwidth peripherals like accelerometers, a touchscreen controller or a compass.
Though i was going on what info i got from the wiki.
Where it mentions "Higher throughput than I²C or SMBus" so just assumed it was related.
For now, I'll forget about Haswell until the reviews starts popping up everywhere. I've had enough of "wait for it, wait for it... wait for it... oops, another delay.... wait for it and here is another delay.. and then done!".
but as always its all dependant on the price to performance increase
But then that would mean a shiny new GPU and monitor to make sure I get the most out of it, I mean it just would be rude not to. :)