And the GeForce GTX 1660 Super has a lot to offer at an affordable price. Short on cash? The good news is that a decent graphics card for video editing doesn't have to break the bank. Remember, you'll also need a PC powerful enough to let an RTX 4080 run to its full potential - a top end CPU, and a 750+ watt power supply, not to mention enough space to accommodate the card's huge bulk. Other equally impressive stats include 16GB of GDDR6X memory, running on a 256-bit bus at 22.4Gbps, making for a whopping 736GB/s of effective memory bandwidth. All that means this is going to handle anything you can throw at it, even if you're working in 8K.

This will still be a video rendering beast, but its $1,200 MSRP is a little easier to stomach, as is the 320W power consumption. The next rung down down the RTX 4000-series ladder is the RTX 4080.

BUT, with an MSRP of $1,600 (and you'll likely pay even more in reality), plus a colossal 450W power draw, you'll need to be exporting many hours of seriously high-value footage to justify an RTX 4090. drm.edid_firmware=edid/2560x1440.Nvidia's RTX 4000-series graphics cards are currently the fastest graphics cards for video editing, with the halo RTX 4090 (opens in new tab) being king of the hill. Put the edid file to /lib/firmware/edid/2560x2440.bin. On the main UI, Switch to the second tab, click the wizard. If that works, export your edid using Moninfo: You'd have to have a Windows setup.įollow this instruction, you should be able to get on Windows don't ask.Īnyway, I figured there is a way to do 1440p natively on Intel, you just have to have 55Hz. The damn AMD driver doesn't support audio, the NVIDIA. I bought a high-end AMD graphics card and a high-end NVIDIA card, but they both don't work well one way or another.

I have a 1440p monitor with an old computer that has Intel HD 4000, which doesn't support outputtin to 1440p natively.

Intel graphics card 4000