Intel introduces first batch of Ivy Bridge processors

Intel introduces first batch of Ivy Bridge processors
3nd Gen Intel Core Processor Wafer

(Phys.org) -- Intel officially launched its 22-nanometer Ivy Bridge family of processors on Monday -- well, sort of. A sea of news headlines using the words rollout and release can be measured with the fact that Intel has not yet issued the entire range of Ivy Bridge processors, but just the first wave.

What is officially off the assembly lines and available this month are its quad-core third-generation core processors destined for desktop and some other types of PCs. According to Intel’s wording, they are available now in "powerful, high-end desktop, laptop and sleek all-in-one (AIO) designs.”

While the full range is not yet available, the Monday announcement by Intel about Ivy Bridge, which is the newest chip technology from Intel, is considered as important news. Intel’s Ivy Bridge processors are the first to use its 22 nanometer (nm) tri-gate technology. With Ivy Bridge, Intel moves closer to the holy grail of “more muscles, less power,” said a blogger on seattlepi.com. Intel said the third-generation core chips operate with 50 percent less energy than Sandy Bridge. "This is the world's first 22 nanometer product and we'll be delivering about 20 percent more performance using 20 percent less average power," Kirk Skaugen, an Intel vice president, told the BBC.

Intel watchers generally see Ivy Bridge as a notable development in silicon transistor design. Industry eyes, meantime, are also on the dual-core processors for ultrathin books and other designs that Intel will officially launch in months to come. While tablets like Apple’s iPad are attractive to many consumers, there is a contingent of business and professional knowledge workers who still prefer maintaining laptops and PCs for documentation and file-sharing. The trend looks more like full-performance lightweight laptops along with tablets rather than one form replacing the other. Analysts expect Intel's Ivy Bridge to have an impact on a revived notebook market. Intel Capital created a $300 million fund to support the “ultrabook” concept. According to EE Times, Intel defined the ultrabook category including a range of systems specifications on startup time, thickness, security features and other requirements.

The principal talking point outside Intel on Monday was on Ivy Bridge graphics. Its integrated graphics processing unit is expected to make editing videos faster and game play sharper. Observers see Ivy Bridge as proof that Intel gets the importance of seeing to it that graphics becomes a key area of improvement for its line of processors.

Intel introduces first batch of Ivy Bridge processors
3rd Generation Intel Core i7 Processor for Desktop

Ivy Bridge supports 4K resolution-and observers see the chips as a challenge to AMD’s lead in graphics performance.

According to , the time line for Sandy Bridge availability is as follows: Systems based on quad-core processor products will be available beginning this month from system makers and resellers. “Additional versions” for servers, Ultrabook devices and other designs will be available “later this year.”


Explore further

Intel roadmap leaked for SoC with Ivy Bridge graphics

More information: Press release

© 2012 Phys.Org

Citation: Intel introduces first batch of Ivy Bridge processors (2012, April 24) retrieved 16 July 2019 from https://phys.org/news/2012-04-intel-batch-ivy-bridge-processors.html
This document is subject to copyright. Apart from any fair dealing for the purpose of private study or research, no part may be reproduced without the written permission. The content is provided for information purposes only.
0 shares

Feedback to editors

User comments

Apr 24, 2012
Are you sure you're not writing about AMD FX processors? Where did you see this information? Intel discounted the prices before they were even released?

Apr 24, 2012
From what I've read, the Ivy Bridge is only outclassed by the Sandy Bridge-E class processors (and then, only in well threaded applications where the six-core Sandy Bridge-E would be expected to out class a new quad-core.)

The Sandy Bridge Extreme processors are the high performance class of the processors, where as the current release of Ivy Bridge consists solely of their Mid tier offerings. The new Ivy Bridges do, however, outperform the Mid tier Sandy Bridges.

Apr 24, 2012
I know people who have had the quad-core I7 for years. This article is nostalgia for those guys. I don't get it. If you want a good computer for little money, take a look at the 2nd generation dual-core I5. I've had one for a while and it cost me little. It's 32/64 and works great with Windows 7. Who cares what you're using, anyway? Do you use a computer, or do you just show it off? Some offices are still running fine with MS-DOS. The 486DX was a dream P.O.S. machine for a small business.

Apr 24, 2012
@baudrunner

for years the general consumer has been subsidizing the cost of R&D for better scientific processors. Plain and simple. 98% of consumer applications have no need of the processing power from 7 years ago. the only people who are 'normal' and might NEED a high end processor are die hard gamers and graphics(video or static) editors. Out side of that engineers.

All others are in the scientific community, and i decline to include financial systems because when the problems get that hard its still a scientific effort.

Other than that you can continue to complain all you like -- but if you own a smartphone - then you are reaping the benefits of those years of R&D -- ubiquitous computing is here, its just waiting on the batteries to power it.

Apr 27, 2012
DOS is still popular in older institutions with a system that works fine. They realized "if it works, why change?" You'll primarily find it in purchase order systems and other places where simple matrices capture all the data you need

May 01, 2012
the only people who are 'normal' and might NEED a high end processor are die hard gamers and graphics(video or static) editors. Out side of that engineers.

There's also speech recognition, text-to-speech, machine vision, little machine learning tasks embedded here and there in the OS and software, etc, which all improve with the availability of more CPU power. The general concept of "gossip with friends" stays the same, but the CPU doesn't necessarily go to waste even in a consumer system. Granted, it still does in many cases.

Please sign in to add a comment. Registration is free, and takes less than a minute. Read more