Hp intel core 2 duo e4600 overclock
![hp intel core 2 duo e4600 overclock hp intel core 2 duo e4600 overclock](https://umtalelab.com/wp-content/uploads/2019/09/cpu-3810.jpg)
![hp intel core 2 duo e4600 overclock hp intel core 2 duo e4600 overclock](https://www.techpowerup.com/forums/proxy.php?image=http%3A%2F%2Fimg.photobucket.com%2Falbums%2Fv296%2Fnewtekie1%2F2011-03-01_12-41-38_846.jpg)
Operating System: Windows Vista Home Premium 64-bit.Hard Drive: 160GB 7200RPM Seagate Momentus 7200.2 SATA.Video card: Nvidia GeForce 8800M-GTX 512MB.Processor: Intel Core 2 Extreme X9000 (2.8GHz/6MB L2 cache/800MHz FSB) – 45nm Penryn.Screen: 17-inch WUXGA (1920×1200) glossy widescreen.For the graphs, the 2.8GHz clock is used as the baseline at 100%, and the 3.2GHz overclock is given as a percentage of it. The 2.8GHz performance benchmark screenshots will be placed on the left and the overclocked 3.2GHz on the right. I benchmarked the Sager NP5793’s processor at 2.8GHz and overclocked to 3.2GHz under identical conditions. The Extremes can only be used in notebooks that have a cooling system to handle it, and the one in the Sager NP5793 has been designed to do exactly that. The TDP of the Core 2 Extreme X9000 is 44W while the standard Penryn’s TDP is 35W. The X9000 is separated from other Penryns not only because of its higher stock clockspeed (2.8GHz versus 2.6GHz for the fastest standard Penryn, the T9500) and unlocked multiplier that I detailed above, but also because of its higher heat dissipation. Because they are built on a smaller process, Penryns are able to process more per clock than the older Meroms, all while achieving a higher clockspeed, using less power, and producing less heat. For starters, this is a Penryn chip, meaning it is built on a new 45 nanometer process previous Merom Core 2 Duos were built on a 65 nanometer process. I need to point out a few of the features and improvements that differentiate of the X9000 from standard Core 2 Duos. I promise I will get to the benchmarks right after this section. How will this increase in clockspeed affect benchmarks? That is what we are going to find out. Pretty neat! By changing a simple option in the BIOS, I am able to overclock the processor by 12.5%, which should equate to 12.5% more processing power. By doing this, the processor runs at a higher speed. Sager allows for the multiplier to be changed to a maximum of 16x. Since the Intel Core 2 Extreme has an unlocked multiplier, it can be changed to something higher. The X9000 has a 200MHz FSB (800MHz QDR) and a 14x multiplier out of the factory.