Archive for the ‘Sandy Bridge E’ Tag
If you are a gamer, who is always multi-tasking with other programs, you need the most ram you can get to make sure your system never slows down. The Gamer Infinity 8000 maybe what you are looking for. This PC was designed to destroy everything. With its quad-channel memory ports nothing will slow down this beast. The Gamer Infinity 8000 comes standard with:
- CPU: Intel® Core™ i7-3820 Quad-Core 3.60 GHz 10MB Intel Smart Cache LGA2011
- HDD: 1TB SATA-III 6.0Gb/s 32MB Cache 7200RPM HDD (Single Drive)
- MEMORY: 16GB (4GBx4) DDR3/1600MHz Quad Channel Memory
- MOTHERBOARD: * (4-Way SLI/CrossFireX Support) GIGABYTE X79-UP4 Intel X79 Chipset Quad Channel DDR3 ATX Mainboard w/ Ultra Durable 5, 7.1 HD Audio, GbLAN, 4 Gen3 PCIe x16, 2 PCIe x1 & 1 PCI
- SOUND: HIGH DEFINITION ON-BOARD 7.1 AUDIO
- VIDEO: NVIDIA GeForce GTX 650 1GB 16X PCIe 3.0 Video Card
The GIGABYTE X79-UP4 is a monster motherboard supporting up to 64GB ram in quad channel, and also supports 4-way CrossfireX and 4-way SLI. This computer is future proof with all its upgrade compatibility.
Also the lightning fast Intel® Core™ i7-3820 Sandy Bridge-E processor will speed up rendering, load times, and improve the quality of the graphics shown on your screen.
This computer built to your specifications by CyberPowerPC will make your dream PC a reality.
https://www.cyberpowerpc.com/system/Gamer_Infinity_8000/
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Intel’s new Sandy Bridge-E based Core i7-3960X one monster of a CPU featuring six cores clocked at 3.3GHz. Need more speed and Turbo Boost kicks in taking all six up to 3.6GHz, or just two cores up to 3.9GHz. Running 3.9GHz is an impressive showing for the new king of the hill but we aren’t satisfied with a paltry 600MHz increase boost from the baseline. It’s quite easy to overclock the CPU and have all six cores running a full gigahertz above its stock speed on the Intel X79 platform.
We’re using an ASUS P9X79 Deluxe motherboard running 8GB of DDR3-1600 memory and cooling the Core i7-3960X with the Asetek 510LC water cooler.
Here’s the default BIOS settings running the CPU at 3.3GHz, 3.9GHz max Turbo, and memory clocked at 1333MHz.
Since our memory supports XMP we can enable that function in the motherboard so it does all the work for us in configuring latency timings and voltage for it. This also reveals the “Turbo Ratio” option that we’ll be using to set our overclock. 
Choosing “By All Cores” lets the system boost all cores at once up the maximum multiplier. Enter in 43 as the multiplier to be applied to the 100MHz base clock. Our target Turbo speed is now 4.3GHz which can be hit even if all six cores are in use.
Our memory needs 1.65V to hit its rated 1600MHz but that was already set through XMP. The CPU is going to require more power with that extra gigahertz of speed. Let’s set the “CPU VCORE Voltage” offset to +0.100 so the CPU gets the extra bit of voltage it needs.
To be sure a constant flow of power to the socket is being maintained we’ll set the “CPU Load-line Calibration” and “CPU Current Capability” settings in the BIOS. Without these settings the power going to the CPU can fluctuate and choke off a Turbo boosted core when it needs power the most.
That’s all the tweaking that needs to be done in the BIOS. Let’s boot into Windows and see the results. We’ll fire up Prime95 to max out the CPU and use CPU-z to confirm our clockspeeds.
There we have it. Prime95 has all six cores running at 4.3GHz under Turbo Boost. With temperatures under control thanks to our liquid cooling system this system is running stable.
For Limited time offer, FREE Battlefield 3 on All Cyberpower Gaming pc with Intel Sandy Bridge-E Processor
http://www.cyberpowerpc.com/LandingPages/Intel/Battlefield3/
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