Intel explains its roadmap for their Centrino 2 Montevina CPU platform
We all know about the new Montevina platform from Intel; however the company is now explaining to us their roadmap for their Centrino 2 CPU. The processor platform will be with us by Read more

OLPC XO CPU overclocked: has this UMPC lost its innocence?
Well it was only a matter of time before someone started to play around with the clock speeds of the OLPC XO, Yep that’s right someone has taken this once innocent UMPC and overclocked the CPU.

One reader who has tried this simple tweak has noticed an increase in performance by 21.8 percent. The one 433MHz is now boasted to 588MHz, the RAM which was 166MHz is now 233MHz. The result is a much smoother UMPC, however as with all computers that you overclock, please be careful as your little OLPC XO could decide to give up on you.


If you are looking for a cheaper processor the AMD might just have the answer with their Phenom X3 Triple Core CPU. Tweaktown tell us that the X3 is in fact an X4 processor but with one of the four cores disabled, this is why AMD are able to offer the Phenom X3 Triple Core CPU at such a cheap price.

In theory a three core processor is still new and it was left to AMD to be the first to use it. The current speeds of the X3 is 8450 clocked at 2.1GHz as well as the 8650 clocked at 2.3GHz, there is also a 8750 clocked at 2.4GHz.

Tweaktown’s final thoughts on the AMD Phenom X3 Triple Core CPU are “AMD may have had a few hurdles with the K10 architecture in the beginning, but so far we have found it to be a good replacement for the K8, and it’s about time too. AMD has fallen behind Intel quite a bit since the Core 2 architecture managed to wrangle the performance crown from AMD two years ago. Since then, AMD has tried to keep up with Athlon 64 X2, but it simply can’t. Its architecture can’t handle what Intel has designed its Core series to do.

Now AMD has managed to follow in some regards what Intel has managed to do. However, K10 is still a direct descendant of the K8, and from this comes a few of the inherent weaknesses in design, making it slower than Core 2 on a clock-for-clock basis as well as its limited core speeds. So far we have only managed to see official parts hitting 2.5GHz, and while overclocking has given us 2.7GHz, this has been done with voltage increases. AMD’s design will soon have to switch to 45nm processes to survive.

Phenom, while being a good processor is in no way a replacement for the Core 2. If you’re still after the highest performance you can get, Core 2 is the choice for now. However, if you’re after a more affordable option with an upgrade pathway for quite some time, Phenom is what you’re after. If you’re an AMD Athlon 64 X2 user with an AM2 board, a Phenom X3 will slot in with a BIOS update to recognize it; you won’t get the benefits of HT3 but you will get a triple core or quad core processor without having to change board, memory and graphics card.

The X3 series of Phenom is a more affordable option, making it a perfect choice to replace Athlon 64 X2s, pushing them back towards the Sempron market area. In all, the X3 fills a good void for AMD and will be a definite hit for from our prospective”.


Intel has said that their next-generation Nehalem will be given the name Intel Core i7. The new CPU will enter production in the fourth quarter. As with most of Intel’s processors, there will be a whole range of Core i7’s. However; Intel has not given any details as to the model ranges.

Intel has said that the model numbers used will be the same as they do with their other processors. The new Intel Core i7 CPU’s will be used in high end desktop computers, with a black label version for the highest-end “Extreme Edition.

These processors will contain two to eight cores along with a 4-instruction-wide ISA and two-way simultaneous multithreading. The new Intel Core i7 CPU’s have some great additions, like QuickPath interconnect, an integrated memory controller and up to 25 Gbytes/s per link. The Processors also comes with a new 8-Mbyte shared level 3 cache

On August 19, Intel will be talking about the Nehalem, as well as discussing their Larrabee graphics card at the Intel Developer Forum at San Francisco.

It looks as though the Core i7 is yet another leap ahead in the world of CPU’s, AMD now have a lot of ground to cover.


When people talk about CPUs for their PCs we often talk about the high powered ones like Intel, but we never talk about the cheaper ones like VIA ones. I am not certain if anyone has ever done a comparison of the High powered Intel Atom vs. cheaper VIA Nano processor, but the guys over at Tweaktown have.

Both are high powered, but as wel know the Intel is the more exspensive of the two. Many of us will not want to take the risk with the lesser known VIA Nano CPU, but Tweaktown give us all the details to help us make that choice. Here are their final thoughts “Well, it’s clear the battle for the budget and low power PC market is on. VIA has had driven this home for some time with its EPIA motherboards and now it looks like VIA is able to really push this with Nano. While it may have seemed like VIA finally had some competition, Intel really hasn’t given us much to get excited about.

It’s nice to see Intel has taken up the challenge to introduce a power efficient CPU like Atom with a companion chipset platform. However, a little more thought could have gone into its R&D. First off, the in-order design of the CPU severely limits its processing abilities. Its single channel memory approach really cripples it as well, especially when the IGP has to suck a portion of the system memory and bandwidth in order to operate. Add to this the limiting of peripherals with 10/100 Ethernet only and no HDMI or DVI-out for the IGP, making the Atom a bit too constrictive for a real HTPC market.

Bringing our attention onto VIA; they’ve done it again. Though, not surprisingly, they have had over six years to perfect the mini-ITX standard as well as having quite a long time to refine the CPU process to increase its processing power without raising the amount of power drawn. In fact, Nano doubles the performance of C7, adds 64-bit instructions yet consumes less power.

The platform for the Nano is extremely flexible. VIA hasn’t put any constraints on itself with DVI and HDMI being possible as well as discrete VGA, HD audio and Gigabit LAN inclusions and a plethora of expansion possibilities with the CF card and Mini-PCI slot. VIA undeniably has a winner on its hands here.

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