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PCMark is similar to the 3DMark suite, except that it includes many other tests like hard drive speed, memory and processor power, so it is considered a system benchmark and not just a gaming benchmark.

Now that's quite the radical change; here the AM3+ system finishes last, just a few points below the nearly three years-old Core i7-920, and overclocking does not yield any miracles. Bulldozer is said to have been made for modern workloads, so can it do better in the newer installment of the benchmark? PCMark 7 is exactly five months old at time of writing, so Futuremark was aware of the latest development in terms of CPU architecture. Happy birthday by the way!

Here Bulldozer fares a bit better, but it's nothing really amazing. At stock, it now surpasses the 2.66GHz Bloomfield, and overclocked, only the strongest from Intel stays ahead. The i5-2500K falls behind the overclocked AMD parts as well.
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I'm sort of disappointed, but credz to AMD, for the jump in power.
the 4100 kind of looks worth my time, how does it compare to a 955 be?
My guess would be that they are approximately equal since there is a 400MHz difference. The now very great Turbo Core should help it to pull ahead though, and if the application can use the newer AVX, FMA4 or XOP, the 4100 is going to have a big advantage.
I will see if Neoseeker can get its hands on one. Stay tuned!
http://www.guru3d.com/article/amd-fx-8150--8120-6100-and-4100-performance-review/1
I'd really like AMD to go after performance/die space as they do with the graphics card lineup. If they could optimize the x86 cores as well as they do their shader clusters per die space they would at least make a little more money off of their underperforming cpu's instead of trying to be competitive with a much smaller die sandybridge that beats it in performance. Of course I imagine it's at least a little harder to design an x86 core over tacking on more shaders, rops, texture units, and a new UVD every now and then.
The bulldozer CPU design is very intriguing and creative with all the new design ideas that it uses but at the end of the day it comes down to whether it can perform or not, and on this... well, you've seen the benchmarks. Seems we're back to the days of the original phenom x4's, decent enough for most things, uses more power, larger die size, not competitive in the high end.
Here's to hoping they get their asses in gear.
This week we launched the highly anticipated AMD FX series of desktop processors. Based on initial technical reviews, there are some in our community who feel the product performance did not meet their expectations of the AMD FX and the “Bulldozer” architecture. Over the past two days we’ve been listening to you and wanted to help you make sense of the new processors. As you begin to play with the AMD FX CPU processor, I foresee a few things will register:
In our design considerations, AMD focused on applications and environments that we believe our customers use – and which we expect them to use in the future. The architecture focuses on high-frequency and resource sharing to achieve optimal throughput and speed in next generation applications and high-resolution gaming.
Here’s some example scenarios where the AMD FX processor shines:
Playing the Latest Games
A perfect example is Battlefield 3. Take a look at how our test of AMD FX CPU compared to the Core i7 2600K and AMD Phenom™ II X6 1100T processors at full settings:
Map
Resolution
AMD FX-8150
Sandy Bridge i7 2600k
AMD Phenom™ II X6 1100T
MP_011
1650x1080x32 max settings
39.3
37.5
36.3
MP_011
1920x1200x32 max settings
33.2
31.8
30.6
MP_011
2560x1600x32 max settings
21.4
20.4
19.9
Benchmarking done with a single AMD Radeon™ HD 6970 graphics card
Creating in HD
Those users running time intensive tasks are going to want an AMD FX processor for applications like x264, HandBrake, Cinema4D where an eight-core processor will rip right along.
Building for the Future
This is a new architecture. Compilers have recently been updated, and programs have just started exploring the new instructions like XOP and FMA4 (two new instructions first supported by the AMD FX CPU) to speed up many applications, especially when compared to our older generation.
If you are running lightly threaded apps most of the time, then there are plenty of other solutions out there. But if you’re like me and use your desktop for high resolution gaming and want to tackle time intensive tasks with newer multi-threaded applications, the AMD FX processor won’t let you down.
We are a company committed to our customers and we’re constantly listening and working to improve our products. Please let us know what questions you have and we’ll do our best to respond.
Adam Kozak is a product marketing manager at AMD. His postings are his own opinions and may not represent AMD’s positions, strategies or opinions. Links to third party sites, and references to third party trademarks, are provided for convenience and illustrative purposes only. Unless explicitly stated, AMD is not responsible for the contents of such links, and no third party endorsement of AMD or any of its products is implied.
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