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GeForce GTX 660 Ti Review: Nvidia’s Trickle-Down Keplernomics
“More than four months have passed since Nvidia’s Kepler architecture was introduced in GeForce GTX 680 (check out GeForce GTX 680 2 GB Review: Kepler Sends Tahiti On Vacation for more information on the design itself). In the five months since, we’ve seen Nvidia fill up the high-end space with its GeForce GTX 670 and [...].“
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ASUS GeForce 9800 GX2 review
“By now we can safely say that 400 million dollars later, the G80 architecture was good to Nvidia. First released in November 2006 in the form of the still quite capable GeForce 8800 GTX, this then new graphics architecture set an industry benchmark that was not met by ATI until very recently. The biggest problem [...].“
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ASUS P8Z77-V Premium Review: A Bentley Among Motherboards
“For a motherboard that has all this functionality, it is a small victory that ASUS have managed to fit it all into a normal ATX sized motherboard rather than the E-ATX form factor. Our first focus is the socket area, which has on two sides a very substantial pair of heatsinks covering the power delivery. [...].“
Gigabyte GA-Z77MX-D3H Review – Z77 and MicroATX

n the first of our non-full-size Z77 motherboard reviews, we are today getting to grips with the Gigabyte GA-Z77MX-D3H. Currently retailing at $135, the Z77MX-D3H offers more performance in the microATX factor than some motherboards do in full-fat ATX mode. This motherboard took high-powered memory in its stride, and on the latest F10 BIOS (at time of testing) Gigabyte claim full compatibility with Xeon E3-12xx processors. The Z77MX-D3H represents a great crack at a smaller form factor combined with a dual GPU gaming machine
Gigabyte GA-Z77MX-D3H Overview
If I had to condense the testing of the Z77MX-D3H, it would be in a word ‘niiice’. For the most part, the board performed brilliantly and worked like a charm. It never missed a beat during testing and had almost no trouble dealing with what I had to throw at it.
From our previous reviews, the Gigabyte’s main competition is the ASRock Z77 Extreme4, a full sized ATX board that currently retails at $140 compared to $135 for the Gigabyte. With the push for more compact form factors, while you may not get the unique styling of the ASRock for your money, Gigabyte offers better performance and the smaller size as a bonus.
Performance wise, due to the default overclock offered by Gigabyte motherboards which boosts the CPU turbo frequency under multilthreaded mode, the Gigabyte perfromes very well under multithreaded tasking on par with other Gigabyte (and ASUS) motherboards. The Gigabyte Z77MX-D3H also does well in terms of power usage under moderate work loads.
The only issues I found were that a user cannot rely on the voltage readings in the OS for overclocks, nor are the fan controls that brilliant compared to the offerings of Gigabyte’s competitors. In terms of the voltage readings, Gigabyte has put in a layer between the sensors and the OS such that they can control what the sensors display while in the operating system. This means that you will constantly see the same 1.056 volts shown in the OS no matter what you choose in the BIOS, or similarly manipulated values should the BIOS change.
For your money Gigabyte offers three different processor video outputs (D-Sub, DVI-D, HDMI), support for three GPU gaming via SLI/Crossfire (if you have single slot cards, dual GPU gaming only if they are bigger), and that TPM header which features prominently across the Gigabyte range.
While still a Z77 product, capable of dual GPU setups, we have a motherboard aimed at the cheaper end of the spectrum. The Z77MX-D3H comes with generic Gigabyte styling, and the power delivery sports relatively small sized heatsinks. We are limited in terms of fan headers (three), and rear panel USB 3.0 ports (only two) compared to the Z77X-UD3H bigger brother.
The socket itself is clean with little obstructions – fan headers are found below the VRM heatsink, where we have two of the 4-pin variety. The other fan header on board can be found at the bottom next to the TPM.
4 Comments:
Nice Gigabyte mobo
Asus is better.
No, Gigabyte is better!
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