AMD's Phenom II X4 965 Black Edition
by Anand Lal Shimpi on August 13, 2009 12:00 AM EST- Posted in
- CPUs
Fallout 3 Game Performance
Bethesda’s latest game uses an updated version of the Gamebryo engine (Oblivion). This benchmark takes place immediately outside Vault 101. The character walks away from the vault through the Springvale ruins. The benchmark is measured manually using FRAPS.
The gaming performance of the 965 BE is excellent, it actually managed to outperform even the i7 965 in our Fallout 3 test.
Left 4 Dead
In lightly threaded titles, clock speed and larger caches seem to be the biggest boons to performance. The 965BE is second only to the Core i7 965.
FarCry 2 Multithreaded Game Performance
FarCry 2 ships with the most impressive benchmark tool we’ve ever seen in a PC game. Part of this is due to the fact that Ubisoft actually tapped a number of hardware sites (AnandTech included) from around the world to aid in the planning for the benchmark.
For our purposes we ran the CPU benchmark included in the latest patch:
FarCry 2 is another example of a title well optimized for Intel's architectures and thus we see that the 965BE can't even win against its Q9550 competition. Thankfully for AMD, I do not believe FarCry 2 is representative of the majority of titles on the market.
Crysis Warhead
Crysis performance is virtually tied between the i7 920 and the 965BE.
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Roland00 - Thursday, August 13, 2009 - link
The 200 dollar price isn't a mail in rebate, Micro Center a small computer store chain with about 30 stores market itself as a computer builder destination. They lose about 80 dollars on the processor to get you into the store and hoping to sell you enough other stuff (or assembly or warranties) to make up for their loss leader.steelicon - Thursday, August 13, 2009 - link
ROTFLMAOBBQ! Agreed! They get you in more ways than one, either it's the Processor itself, the Chipset, the DDR3 or all of them combined. Good thing we have another choice of platform!steelicon - Thursday, August 13, 2009 - link
Will this run on an old AsuS Crosshair NV590A-SLI motherboard? I surely do hope so...grimpr - Thursday, August 13, 2009 - link
A really fast CPU, some minor tweaks to the K10 architecture and AMD stays "current", but the TDP's are ridiculous, 140W!!, for non existing gods sake! at 95W TDP and at the same price they would be excellent purchases to Intels Lynnfields. Clearly they are positioned at gamers,a crowd long lost to AMD. For uses other than happy jerking at intel compiler optimized benchmarks and moronic SuperPi's with analyzing miniscule FPS differences at games, the AMD Phenom II 905E at 65W TDP is an excellent buy. Something about the 45nm SOI manufacturing of this chips from AMD makes us wonder...FireSnake - Thursday, August 13, 2009 - link
You really need to grow up with this 140W and take a very close look at the power consumption table ;)JimmiG - Thursday, August 13, 2009 - link
It's not like the 140W TDP happened by accident or took AMD by surprise. 120 - 140W has been the target TDP for high-end CPUs for a long time. At this targeted TDP, AMD found a 3.4 GHz chip could be produced with decent yields. Some thought, research and design goes into the launch of a new CPU even if it's just a 200 MHz clockspeed bump.Don't worry, we'll not see a 160W or 180W CPU any time soon since 140W is a sensible target. Modern heatpipe coolers, mobos and PSUs have no trouble with them.
If you think the difference between a 65W and a 140W CPU is too much, you must live in a very dark house or apartment since each light bulb consumes almost that entire difference.
PrinceGaz - Friday, August 14, 2009 - link
My lightbulbs consume between 12 and 20W of power each as I long since left behind inefficient incandescent bulbs.hyc - Thursday, August 13, 2009 - link
You guys are reading way too much into that 140W TDP spec. Look at the loaded power consumption results, the 965 is 223W vs 220W for the 955. So it's using a whopping 3W more than the 955, BFD.Griswold - Thursday, August 13, 2009 - link
Some people seem to miss the T for Thermal in that figure indeed.hyc - Thursday, August 13, 2009 - link
Ah, so which part of the Laws of Thermodynamics did you skip in school?You can't emit more power out (thermal or otherwise) than you took in.