gigabyte overclocking with evga precision x

Much like the basic double fan design, ball bearings aren’t a major innovation in this space, but they are inconsistently used, often going unmentioned or interchanged with traditional sleeve bearings from one generation to the next. The MOSFETs and other power delivery components are located near the front of the card, with cooling provided by the primary heatsink itself.Īs for EVGA’s quality angle, the company is paying specific attention to the fans on their ACX cooler, using a fan blade design they say is optimized for strength and weight, while driving those fans with a double ball bearing motor. An aluminum baseplate is present on the card, but it only covers the rear half of the PCB which is sparse on components. The heatsink itself is single segment heatsink with 3 large copper heatpipes from the center of the heatsink and the GPU around to each end of the heatsink. Meanwhile everyone has their own slight variations in design here, with EVGA focusing on running a full length heatsink to maximize their heatsink surface area. In EVGA’s case they’re using larger than typical fans for a dual fan cooler, with the ACX cooler’s fans coming in at 90mm diameter. This basic design is very effective in moving large amounts of heat for relatively little noise, making the usual tradeoff of moving some of the cooling workload onto the system’s chassis (and its larger, slower fans) rather than doing the work entirely on its own. With the ACX cooler EVGA is not only looking to tap into that market, alongside the larger market for open air coolers, but the company is looking to make a name for themselves based on build quality of their cooler, something EVGA’s competitors don’t always invest as heavily in and/or call as much attention to.Īt its most basic level, the ACX cooler is a typical dual fan open air cooler, as we’ve seen countless times from other manufacturers. The ACX cooler is a notable departure from the norm for EVGA, who previously did not seriously involve themselves in the branded custom cooler market. Like the 780SC ACX and 770SC ACX cards we’ve looked at previously, the 760SC ACX marks the first time we’ve seen EVGA’s new ACX cooler in this category of product. All of this is then wrapped up with a moderate factory overclock that sees EVGA ship the card at 1072MHz core, 65MHz (9%) over the GTX 760 reference clockspeeds. This card is a fully custom card, utilizing a custom EVGA PCB in conjunction with EVGA’s recently launched ACX cooler. Our other card for this roundup is EVGA’s GTX 760 Superclocked ACX.

Gigabyte overclocking with evga precision x