Evga precision x how to overclock 770 software#

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, the 770SC 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 1111MHz core, 65MHz (6%) over the GTX 770 reference clockspeeds. The card itself is a semi-custom card, utilizing NVIDIA’s reference board but replacing NVIDIA’s Titan-esque metal blower for EVGA’s new ACX cooler. Like its bigger brother who we reviewed last month, the 770SC ACX is a less than typical product for EVGA. Our first card for this roundup is EVGA’s GTX 770 Superclocked ACX.

How do these three partners set apart their products, especially in light of the constraints we just mentioned? Let’s find out. All of these are semi-custom and fully custom cards pairing factory overclocks with custom coolers and custom software, so all three vendors are playing all three angles. With that in mind, today we’ll be looking at three such customized GTX 770 cards, from EVGA, Gigabyte, and MSI. To be sure there’s still room for them to maneuver on the clockspeed front, but when it comes to customizing GTX 770 a factory overclock isn’t going to make as much of an impact here. GTX 780), which means GTX 770 ends up being a bit more constricting for the partners. With NVIDIA pushing GTX 770 so hard partners aren’t getting access to the same lofty headroom that they enjoy in other products (e.g.

Evga precision x how to overclock 770 software#

Partners typically set their products apart by a combination of coolers, factory overclocking, and value added extras such as software and support. We bring this issue up because when it comes time to talk about custom vendor cards – as we’ll be doing today – it puts NVIDIA’s partners in an interesting and somewhat difficult position. As a result of this GTX 770 is a product that is being pushed close to its limits right out of the box. This is especially evident in GeForce GTX 770, a very potent product that has seen NVIDIA release the first video card with 7GHz GDDR5, while in the process sacrificing some of their hard earned efficiency gains to reach their lofty performance goals.

Rather than scale down the more expensive GK110 GPU and its assorted products, NVIDIA has scaled up GK104 to keep their product lines fresh while continuing to hold off AMD, which is something they’ve never done before in this manner. At under 300mm2, GK104 products have proven capable of beating and/or tying AMD’s contemporary (and comparably more complex) products, which although a very good outcome for NVIDIA is certainly not the one we would have expected going into this generation.Īt the same time however, GK104 being NVIDIA’s high-end workhorse has led to some unusual outcomes as NVIDIA attempts to pace themselves over the complete generation. Unlike in past generations where NVIDIA’s high-end workhorse and flagship GPU were one in the same, for most of the lifespan of Kepler it has been GK104, not GK110, that has been the company’s high-end workhorse, being used in products spanning from $200 cards to $500 cards. Although it admittedly sounds derogatory at first, “small and unassuming” has become a good way to describe NVIDIA’s GK104 GPU.