EVGA X79 SLI Marvell E-Sata Driver
The EVGA X79 Dark comes in at the E-ATX standard, meaning an On the EVGA X79 we get a Marvell controller giving four SATA 6. full UEFI BIOS, USB Ports, SATA III/6G support, PCI-E ports, E-SATA, a true next *Arrays cannot be created across Marvell and Intel controllers The EVGA X79 Dark Motherboard with the Intel X79 and PCH Chipset is a SLI-ready. Gigabyte GA-Z87X-UD7 TH Marvell SATA Controller Driver downloads EVGA X79 Dark Marvell eSATA Driver downloads EVGA Z68 SLI Marvell E-Sata Driver downloads.
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EVGA X79 SLI Marvell E-Sata Driver
EVGA X79 SLI - motherboard - ATX - LGA2011 Socket - X79 Series
In case you are wondering, there are no less than seven fan headers on the X79 FTW! Removal of the heatsink is easily accomplished by removing four spring loaded screws at the back of the motherboard.
We like the fact that EVGA uses screws to secure the heatsinks to the motherboard in lieu of the traditional plastic pushpin design. This makes for a much better contact with the target area.
With the PWM heatsink removed, we were able to see that the thermal pad was making excellent contact over the entire length of the heatsink. First impressions left us feeling there should be no problem supplying enough power for some good overclocking. Next up is a tour of the BIOS….
Unfortunately there is no mouse support, but navigating the different areas of the BIOS is done easily with the keyboard. The BIOS is full featured and contains plenty of options to keep even the most seasoned Overclocker busy.
The rest of this area is dedicated to displaying current settings and their values. You also have the ability EVGA X79 SLI Marvell E-Sata turn individual SATA ports on and off. The USB Configuration area gives you a list of devices you have plugged in and also allows for the enabling or disabling of individual USB ports.
The ME configuration sub menu shows the version number and a few options to enable or EVGA X79 SLI Marvell E-Sata ME features. All of the different voltage control settings are located here. You can also set VDroop by percentages of 25, 50, or 75 to minimize any potential voltage spikes. Under the memory sub menu is where you can set the BIOS to use XMP profiles or use the manual option for total control of all the various timings and frequency settings.
The last sub menu in the overclocking section deals with the BCLK settings. Here you can set the frequency ratio and the frequency.
Once drives are connected to the system, you will see them listed under the Boot Option Priorities line at the bottom. From there you can choose your desired boot priorities. Obviously this is where you would save any changes made to BIOS, exit, and reboot the system. If you made changes to BIOS, then decide you do not want to keep them, you can discard the changes and reboot from here.
EVGA X79 Dark Review
If you want to start with a clean slate, you can choose the restore defaults option and begin anew. You can also name EVGA X79 SLI Marvell E-Sata for easy reference at a later time. The first thing we needed to do was get the memory timings and voltages set as per the manufacturers specs.
Skill RipjawsZ kit at Mhz was used for this build. Our first overclocking attempt was a mild 3. The X79 FTW flew right through this test without any problems at all.
EVGA X79 FTW Motherboard Review Overclockers Tech
Next, we went for a 4. The vCore voltage was set to 1. This resulted in the CPU voltage being reported as 1. Next was a run at 4.
Because we had Vdroop disabled, the rise in voltage during stress testing is normal. Once again no problems encountered here either! This time we set the multiplier to 45 and raised the CPU voltage to 1.
EVGA X79 SLI - motherboard - ATX - LGA Socket - X79 Overview - CNET
Just like before, the EVGA X79 SLI Marvell E-Sata FTW breezed right through the stress testing without errors. In fact, we have seen many reports of 4. Toss some water cooling into the equation, along with the overclocking results we easily achieved, and there is no reason to doubt the capabilities of the X79 FTW. Just about anyone should be able to settle on a 4. The read and write results with ATTO show a balanced result indicating good smooth data flow going in and coming out. First the USB 3.
Then the Intel USB 2.