Today’s topic is Intel’s newest technology Ivy Bridge
Posted in Uncategorized on 01/25/2012 10:34 pm by adminWe all know what Intel is planning to store for us with their new Ivy Bridge notebooks desktop lineup, but now we’re owning a glimpse into what they’ve planned for their cellular CPU lineup as well.
Code name of that processor was Bloomfiled and it was made in 45 nm. After that came 45 nm Lynnfield for ones 1156 socket and its platform and Gulftown again to your 1366 but a little production procedure of the 32 nm which brought us a very first sixcore and twelve threaded Ivy Bridge i7 processor. Of course, after that came Sandy Bridge with its 1155 socket plus a new architecture on the 32nm chip. Last but not least there came the Sandy-Bridge extreme with its 2011 socket, the right successor towards the 1366 high-end enthusiast segment. Together with the text Ivy Bridge Release Date .
If you wonder what’s Ivy Bridge it is crucial to mention key features, like graphics and multimedia – that’s the new key of Ivy Bridge, its integrated graphics card that may be going to become even more strong this time than its predecessor. It’ll feature more stream processor, advanced architecture and greater speed clocks. USB 3.0 native support: That’s manufactured into Ivy Bridge chipset – the very first time that Intel is implementing USB 3.0 in its chipset, now it is going to finally become universal. Industry on that growing peripheral device is rising from day to day and estimated flow by some researcher tell a forecast of an 400 million devices with USB 3.0 assist will ship within the year 2012 alone. Intel’s 3D transistor technology: Ivy Bridge is a 22-nanometer chip (while the Sandy Bridge is 32nm) and it’ll be the first chip that uses Intel’s 3D transistor technology. It’s required to sustain Moore’s Law or without that doubling the amount of transistors over a silicon device would not be possible, but the Tri-Gate to this it is, each a couple of years. So, what is Ivy Bridge? It is a device whose dimensions turn into small and smaller, cramming in transistors in the traditional two-dimensional transistor becomes impossible. 3D or vertical transistors will probably be needed for the better future of CPUs along with other chip enabled devices. Inside a nuttshell, that may be what is Ivy Bridge heading to bring on the “table”. Same as
Ivy Bridge Socket.
DXPRT (software for consumer’s content creations) showed a well over 10% increase. Cinebench 11.5 showed a 15% performance increase for 3D rendering tasks, whilst ProShow Gold 4.5 came in with a 13% boost for creation and managing slideshows. Every of this employed software package is stated to show the effect of Ivy Bridge architectural improvements as well as the new version of Turbo Boost 2.0. A final CPU test using in Microsoft Office Excel 2010 displayed a large 25% performance boost, helped by much faster cache. These effects represent an average performance increase of about 20% over a wide amount of processor demanding tasks, which will be observed inside very first Ivy Bridge review. Screening the HD 4000 raw graphics performance, we sew some much more relevant/interesting results. With ArcSoft Media Expresso they’ve measured Intel Quick Sync Video performance, which has shown a enhance of 56%. 3D Mark Vantage graphics test with the access preset showed a attain of 168% in 3D graphics performance. As we would expect, individuals all new processors having a significantly higher clock frequency rate upgrade showed higher performance boost. For example, the i7-2600S is replaced by an i7-3770S, with an improve of much higher 300 MHz from the base clock and 100 MHz from the Turbo Improve 2.0 clock speed. The CPU performance improve is too approximately 20% using the exact same amount of done tests. Actually, we could say that this is Ivy Bridge review ahead of the genuine review! So don’t forget to visit Ivy Bridge benchmark.