GIGABYTE GeForce RTX 4070 Ti Super Eagle OC 16G Graphics Card, 3X WINDFORCE Fans, 16GB 256-bit GDDR6X, GV-N407TSEAGLE OC-16GD Video Card

I’ve been using the GIGABYTE GeForce RTX 4070 Ti Super Eagle OC 16G Graphics Card for both gaming and occasional mining (Aleo, to be specific), and it’s been fantastic. For gaming, it handles every title I throw at it with ease—smooth 4K gameplay, ultra settings, and zero stutter. The 3X WINDFORCE fans keep the temps low even during long gaming sessions, and I rarely hear the fans ramp up, which is a huge bonus for me.I’ve also dabbled in some mining here and there, and the card performs well in that area too. It runs efficiently and handles the load without any issues, although I wouldn’t make it my primary focus for mining—gaming is definitely where it shines.Overall, whether you’re gaming or doing some light mining, this card delivers solid performance. It’s been worth the investment, and I’m excited to see how it handles future titles and projects. Highly recommend for anyone looking for top-tier graphics performance!

This is my first graphic card and first pc i buy and build by myself. All my games running in 2k and ultra settings, and I talk about real games like cyberpunk, doom eternal, forza5, bf42

Great graphics card, used it in my new ATX gaming computer build and it has worked amazingly. Been using it in 1440p, and it can essentially max out any game out there right now with 60+ FPS. A little pricey though, wish it didn't cost more than most of my other computer parts combined. Get what you pay for though I guess.

I upgraded from a 3060 12gig and I had no concept of what was available near the higher end. Playing ghosts of tsushima at native 4k with very high settings with over 70 fps. DLSS3/Frame Gen increases your performance even more, but it's not always a requirement like it was on my 3060. I finally have a strong card to power my 4k 120hz oled tv. Also the card stays cool even under full load and is very quiet. Also, don't listen to the folks who say you need 1000watt power supplies for these cards. I have no issues on a 750 watt psu with an overclocked i5 13600k, DDR5 6000mhz ram. Lower temps and power requirements is really a highlight of current tech.

I actually upgraded from the exact same model of a 4070ti. Yes I am crazy, but it's a power supply limitation. I found a good buyer for the old card.In the picture you can see the super is much smaller than regular 4070ti, I was very surprised. I was afraid that it would skimp on cooling, obviously a much smaller heatsink... But this thing still runs in the 60s at full load in furmark. I cannot overstate how good the windforce cooling is. I suspect weight and cracked cards was far more a problem than heat.Really wanted to get the 16gb of ram, and was very happy with the Eagle edition, so Nvidia got me with their predatory deployment. Oh well. This card performs very well and is very efficient with power. No complaints about the card.

Coming from a 30 series card I wasn't expecting much of an upgrade performance wise. Damn I was wrong! This thing is powerful. Great 1440p card witch is what I was going for. It's slick looking and super quiet. Second gigabyte card I've purchased and probably won't be the last.

this was the last component for a my new HTPC that was built around an 7800X3D inside of a Silverstone GD11. it drives my 4K 120Hz OLED like a champ. great performance per the form factor. I have no complaints.

I’ve begun to dabble in generative imaging and found my previous GPU, while sufficient for Photoshop and Premiere Pro, couldn’t cope with the intense computational requirements to generate images using Stable Diffusion. I feel a minimum VRAM is at least 12 gb, the RTX 4070 Ti Super has 16 gb. Being a newbie, I thought this GPU was a good compromise between price and performance. Knowing the 5000 series is about to be released, I thought if I bought a 3000 series GPU it would put me 2 generations behind.I replaced my old GPU, and to my amazement, everything ran without a hitch. At idle my system consumes about 75 watts (excluding monitors). When generating an image, consumption fluctuates rapidly from about 150 to 450 watts. During image generation, interestingly, the CPU (an I7) runs at 10% or less of capacity while the 4070 is running at 100% nearly the entire time.