If you’ve been waiting for that card that gives you the performance to take back the competitive edge, but without taking out your wallet, then the GTX 1050 Ti & 1050 are the cards for you! Of course, no GTX card would be complete without essential gaming technologies, such as NVIDIA GameStream, G-Sync, and GeForce Experience.

These cards give you a choice of memory sizes, cooling options, factory overclocks, and power options to fit every need and every system. Installing a EVGA GeForce GTX 1050 Ti and GTX 1050 card gives you the power to take on today’s next-gen titles in full 1080p HD – with room to spare. – October 18, 2016 - The EVGA GeForce GTX 1050 Ti & 1050 hit the perfect spot for that upgrade you know you need, but at the price you want! With the latest NVIDIA Pascal architecture, the 4GB GTX 1050 Ti displays stunning visuals and great performance at 1080p HD+, while the 2GB GTX 1050 will break through any obstacle at 1080p. The only information they have on it is the hype page for it.Introducing the EVGA GeForce GTX 1050 Ti & 1050 How do I use this feature of Precision X OC? (I believe this question holds for all EVGA Pascal cards, not just the 1060.)īTW, EVGA's own documentation of Precision X OC is basically nonexistent. I let the looping Furmark tests run for a good 15 minutes before I got spooked over my card being held at over 110%+ TDP for so long and killed the test.

This Furmark tests repeats many, many times, with no onscreen indication of how many tests need to be run, or whether the testing will stop on its own when enough data is collected. This opens up a windowed instance of Furmark, which seems to run for 10 seconds or so and then re-initialize. Looks like I can page over to the voltage curve control panel, set my curve to 'manual,' and then hit the 'run' button, which (according to the help text) automatically finds the best VF curve for any particular Pascal card. I just got an EVGA 1060 SC and I'm trying to figure out Precision X OC's automatic voltage tuning feature.

Evga precision x voltage pascal