I think there's a psychological obsession that most enthusiast consumers have with certain products. I won't get the social defect of admiring the most expensive product and considering it 'the best'. Sometimes, defining that term 'best' is not as easy as pointing at numbers on a benchmark. Take for example cell phone; the most expensive model is not necessarily the best performing, and it might be overpriced because of other features that inflate the products demand. Sometimes I think that gamers make this mistake, as I often see poor advice given to first-time system builders to spend as much as possible on the processor. Why?
For many, performance may be defined as a artificial score from a synthetic benchmark. But when it comes down to it, the person who can play games, browse the Web, rip music, and update their personal finances at the same speed with one processor as they could another, I begin to become wary of how we calculate performance. If the Core i7-920 could render a better frame rate, or open my programs faster, I might easily declare the AMD Phenom II X3 720 BE a subordinate CPU. Since only a few benchmarks could place the Intel processor ahead of the AMD counterparts, it seems that we must rely on other factors to define performance... such as functionality, overclock ability, and value.
Hi, how come this AM3 mobo be only 84$ [4k in math].
*www.newegg.com/Product/Product.aspx?Item=N82E16813128392&Tpk=MA770T
DDR3, ultra durable 3 caps, extreme OC, full ATX mobo, supports PII. If it comes here, it shud sell at 5~6k rite?
and new AII and PII is almost here, with pII 550 @ 105$. OC to 4GHZ on air.
For everyone who is actually interested in reading benchmark details rather that just jumping through graphs.
Its a nice read, you ppl will like it. Follow the link
AMD Phenom II X3 720 BE(7700/-) compared with Intel Core i7-920 Processor BX80601920(15000/-)
Source : *benchmarkreviews.com/index.php?option=com_content&task=view&id=296&Itemid=63
TomsHardware said:All of our benchmarks were run with power-saving features enabled. AMD actually weighed in just after the entire suite had been completed to recommend against testing this way because, currently, the two cores on its Athlon II X2 are changing P-states independently. An upcoming BIOS code update will have both cores shifting P-states together. The problem with independent switching, according to AMD, is that single-threaded workloads with a tendency to hop from one core to the other will experience a slow-down due to operating system scheduling inefficiencies.
This phenomenon is best-illustrated with an example. If you have two cores and are running a Lame .mp3 encode, then one thread is idle (since the encoder is only single-threaded). Scaling that idle core back to 800 MHz while the utilized core does its work at 3 GHz helps cut back on power, reduce heat, and so on. But if Vista’s scheduler bounced Lame over to the idle core running at 800 MHz, you’d incur a significant performance impact all of the sudden. While it is common to see a single thread of Prime95 bouncing all over the place, I kept an eye on Lame and WinZip and am fairly positive these apps weren’t getting affected by this potential issue.
AMD’s implementation is the “right” way to go about optimizing for efficiency, but it’s hampered by Microsoft. Phenom II “fixed” this behavior by keeping all cores running at the same speed. If I understand AMD correctly, the upcoming BIOS will shift from Phenom- to Phenom II-like operation. With all of that said, testing with Cool’n’Quiet enabled works to AMD’s benefit when it comes time to measure power, since all of these CPUs are able to throttle down to 800 MHz while they idle.
When it rains, it pours, right? Computex is now in full swing, and every company with something substantial to announce is going to do it in Taipei, in front of as many people as possible. AMD just so happens to have a lot to talk about this year.
The company is launching four different desktop processors (in addition to its server news). They’re all fairly well focused on areas where AMD has excelled lately: value-based performance and low-power.
Two CPUs are 65 W versions of hardware AMD is already shipping. The Phenom II X3 705e and Phenom II X4 905e both run at 2.5 GHz and offer substantial power savings versus the other 95 W X3s and 125 W X4s currently available. We dropped these into our Maui-based HTPC for a little high-performance home theater action.
*media.bestofmicro.com/athlon-ii-x2,D-I-213030-13.jpg*m.bestofmedia.com/i/presencepc/design/loupe.gifZoom
The third new CPU is an inevitable adaptation of AMD’s quad-core Deneb design, which has already lost one execution core to become Heka, and now loses a second core to become Callisto. Fittingly, the resulting product is referred to as Phenom II X2.
Fourth on the menu is a new architecture that begins its life as a native dual-core processor. Dubbed Athlon II X2 (internally named Regor), this one boasts a larger L2 (1 MB per core), but gives up the L3 entirely. We’ll look at how this affects performance in our benchmarks, of course