EVGA Z77 FTW LucidLogix Graphics Driver
The EVGA Z77 FTW takes performance to the next level with native USB and For graphics power, EVGA has added dual 6 PIN PCI-E power g: LucidLogix. We review the EVGA Z77 FTW motherboard. The board also supports LucidLogix Virtu MVP Technology and thus Supports NVIDIA SLI and. Intel Core i7 K; EVGA Z77 FTW; 8GB MHZ DDR3 If you wish to not use the integrated graphics or Lucid Virtu MVP.
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EVGA Z77 FTW LucidLogix Graphics Driver
So it is designed strictly for the pure overclocking user. This is enabled by default.
This function improves performance in several CPU bound applications. Most notably, 3DMark Ok, now that we got that out of the way, it is time to overclock!!!
This will ensure we are starting with a fresh BIOS setup: Next, head over to the Overclocking tab. Here we will make a few adjustments: This is our starting point, but keep in mind all CPU's vary in overclock capability. If after testing you find that VDroop disabled is overcompensating, you can try one of the 3 other options to try to keep the voltage solid. This is also only our starting point.
EVGA Z77 FTW LucidLogix Graphics
EVGA Z77 FTW Motherboard Review Overclockers Tech
Now we will configure some of our CPU settings, the options in this portion are completely optional. If you don't mind your CPU downclocking when idle, which can save on power, skip this section. For this guide we are configuring our CPU to run at full performance at all times. Next up, EVGA Z77 FTW LucidLogix Graphics settings!
Make sure to configure this per your memory specifications, or use the XMP function to use the built in SPD settings if applicable 5. Do you notice EVGA Z77 FTW LucidLogix Graphics different from the norm on the DIMM slots? When I installed the memory, it felt secure and locked in place as expected.
Next up is removal of the cooling solution provided on the Z77 FTW, and taking a look under the hood. First to be removed was the passive heatsink covering the PWM chips.
The thermal pad was making good contact with all the target areas, albeit a little more so on the lower area. The active cooling solution on the Z77 FTW serves a dual EVGA Z77 FTW LucidLogix Graphics. The active cooler uses thermal pads for both target areas, and was found to be making good contact with each chip.
There is enough voltage options, memory configuration options, and CPU configuration options, to keep any enthusiast busy for quite a while.
Well, OK more like a 1. The stock speed of the i7 K is 3. Here is the rundown on the components used for the testbed: The alpha release of BIOS fixed the issues I was having, and should be an official release very soon.
I went ahead and jumped right to 4. Getting to the 4.
Introducing EVGA Z77 and EVGA Z75 Motherboards -
The memory ran solid as a rock at their rated MHz speed, and remember, these are 8 Gb sticks!. The monitoring tab gives you real time EVGA Z77 FTW LucidLogix Graphics on fan speeds, temperatures, and voltage readings. Once set to 4. A sub 6 second 32M run is pretty impressive! The run at M EVGA Z77 FTW LucidLogix Graphics an impressive time as well, and would definitely point out any instabilities if present. The 32M run is another good indication of the system stability.
The last stability test was using AIDA64 for a quick 5 minute run.
For a detailed description of what the AIDA64 Extreme benchmarks are actually testing, I invite you to visit their website to learn more. First up is the suite of memory tests, which include read, write, copy, and latency.
EVGA Z77 FTW Quick Overclocking Guide
However, we wanted EVGA Z77 FTW LucidLogix Graphics to see the results based on our 4. The reasoning behind this is we feel a similar overclock is obtainable by just about everyone, even with a good air cooling solution. Additionally, as memory continues to get faster and more affordable, chances are the majority of users purchasing this motherboard will be using higher end memory as well.