Gigabyte gtx 960 mini itx review

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It is that time again right after the release of the last two new NVIDIA Maxwell cards to introduce a new graphics solution within reasonable budgetary reach. NVIDIA is aiming for the mainstream sweet spot with the release of the GeForce GTX 960 and Gigabyte is right along with them releasing a Windforce 3X variant under their G1 Gaming line equipped with a steep factory overclock of 1241 MHz core/1304 MHz boost up from the 1127 MHz core/1178 MHz boost reference values. Paired with Gigabyte’s award-winning cooling system is a robust 160W 6-phase power system design that is ambitious and compared to other GTX 960 offerings with the standard 120W 3-phase VRM.

Packaging and Accessories

Gigabyte’s external packaging compared to the GTX 700 series Kepler video cards are very similar with the exception of the G1 Gaming logo in the front and several of the new features printed. The box itself is a very dark blue with the Gigabyte Eye logo and is accented with unmistakbly NVIDIA-green trim.

For protection, the package is double boxed with the inner compartment lined up with thick foam padding on all sides and back. A smaller partition contains the accessories which includes a pair of 2x 4-pin MOLEX power to 6-pin PCI-E adapters, graphics card installation guide as well as a driver disc containing drivers and OC Guru II software.

The brushed aluminum looking Windforce cooler shroud also has protective film that must be removed first prior to using. All connectors in the rear as well as on the PCB also shipped with protective coverings.

The GV-N960G1 GAMING-4GD Gigabyte G1 Gaming GeForce GTX 960 4GB features the company's latest WindForce 3X cooler. As its name suggests, this graphics card has a large heatsink with three 80 mm PWM cooling fans; used to dissipate the heat away from the graphics processor core as well as its memory chips. This process is accelerated by four direct contact copper heatpipes leading away from the center block, in both directions, to a large array of fins forming two separate radiators on the left and right side. Of course, the radiator on the right is larger, in which you will several photos down. It can dissipate up to 600W of heat, which is very impressive, considering the G1 Gaming GeForce GTX 960 4GB is only a two slot card.

Meanwhile, Gigabyte's Triangle Cool technology features fins with a special shaped structure and optimized angles to reduce air turbulence noise (Such a phenomenon is usually caused by straight perpendicular fins), which is essential to designing a silent cooling solution in addition to using quiet fans. The fans itself aim into the radiator. As shown in our photo above, the cooler is longer than the actual PCB. The PCB itself is only 9.5 inches long, or about 24cm. The length of the card including the cooler is 29.5 cm (Around 11.6 inches). It is a pretty long card, but it should fit most modern cases. The black heatsink carries a glossy finish for its plastic cover with the company's logo on every fan.

Turning the graphics card around, Gigabyte's signature blue is replaced with a very attractive looking black solder mask, with a custom metal back plate that covers pretty much the entire top of the PCB. From an aesthetics point of view, I think this design is perfect. Like pretty much all high performance video cards in the market today, the Gigabyte G1 Gaming GeForce GTX 960 4GB occupies two slots, and the rear connector panel takes advantage of this configuration. Three DisplayPort 1.2 and one HDMI 2.0 connector are found at the top, while one DVI-I and one DVI-D connector is located on the secondary slot. This means you can plug in a plethora of displays concurrently without purchasing any accessories separately. Actually, Gigabyte's Flex display technology allows you to connect up to four displays in different configurations for multi-monitor gaming. Personally, I am a big fan of DisplayPort, as I have two monitors daisy chained together, making only one connector necessary. Internally, its SLI bridge connectors are located on the left side of the outer edge. And finally, I do not think I need to mention this, but just in case, the connection interface is PCI Express 3.0.

To accentuate its appearance, Gigabyte's cooler has an illuminated "WindForce" logo. If you have a case with a window, it looks pretty slick, as it glows a cool blue. You can configure the LED light in software via the NVIDIA GeForce Experience control panel. You cannot change the color, but you play around with its brightness, or make it do things like fade in and out. Two additional LEDs on the side, labeled "Silent" and "Stop" on the left and right, respectively, will illuminate when the fans are shut off under low loads. I am a big fan of this semi-passive cooler, as stopping the fans completely will eliminate all noise when extra airflow is simply not necessary.

Four spring loaded screws and two regular screws are located on top of the board to hold the heatsink to the card. Once every screw were removed, the heatsink came off with a little bit of force. With its quad heatpipe and triple fan configuration, Gigabyte promises its WindForce 3X design runs considerably cooler than non-WindForce models. We will post actual temperature results shortly. Our photo above should provide a little more insight into the hardware used on Gigabyte's G1 Gaming GeForce GTX 960 card. One 6-pin and one 8-pin PCI Express power connector are still located on the outer edge of the board facing towards the side of the chassis, with the clip facing up to allow easier connectors. For this non-reference design, Gigabyte has 100% Japanese made solid state capacitors, ferrite core/metal choke, and lower RDS(on) MOFSET for improved reliability, lower power consumption, and lower heat output. Combined with its 2oz copper PCB, Gigabyte markets this as its Ultra Durable design. Every Gigabyte video card I have reviewed in the past has been used in production machines here at APH Networks, and their reliability has always been absolutely top notch.

The custom heatsink features direct heatpipe contact over the GPU core with thermal pads that go over the memory chips and MOSFETs at the back to provide additional cooling. The heatsink base has a fairly smooth finish with no excess thermal paste, so it makes pretty good contact with the GM206 chip during operation. With all these in mind, Gigabyte promises lower power switching loss, better overclocking capabilities, and lower temperatures just purely due to electronics. We will see how it works out in just a moment.

In the center of it all is NVIDIA's GeForce GTX 960 GM206 "Maxwell" graphics processor unit, which we have discussed in detail on the preceding page. One of the things special to the G1 Gaming series is the GPU Gauntlet, where the GPU and RAM are specifically cherry picked for better overclocking performance. This GPU is designed to run at a minimum of 1127MHz with 1178MHz boost as aforementioned, but Gigabyte gave it a slight bump in the factory firmware to run it at 1266MHz base and 1329MHz boost in OC mode; a modest 12% overclock. Our card came with eight Samsung K4G41325FC-HC28 memory ICs, with four on each side, for a total of 4GB GDDR5 graphics memory. That is 512MB per chip, running at 1753MHz (7010MHz effective), which is the same as NVIDIA's stock specifications. We will see how well it goes above that later on in our review in the overclocking section.

Is 960 GTX good for gaming?

This card is capable of running a lot of games at 60fps with max settings. It's certainly a nice looking card and the MSI logo and dragon light up within the case.

How old is the NVIDIA 960?

The GeForce GTX 960 was a performance-segment graphics card by NVIDIA, launched on January 22nd, 2015. Built on the 28 nm process, and based on the GM206 graphics processor, in its GM206-300-A1 variant, the card supports DirectX 12.

What is the competitor of the GTX 960?

An AMD R9380/x.

How much power does a GTX 960 use?

300 W is the minimum required power supply for the GTX 960, so it should work, but there will be no headroom. Without the SATA connector, the max. power consumption should be 75 W. With the SATA connector, you get additional 12 V * 4.5 A = 54 W, even if the 8 pin connector supports up to 150 W, theoretically.