Best GPU deals: MSI, XFX, EVGA

digitaltrends.com:

The latest generation of graphics cards has really caused a lot of controversy, especially with the RTX 40-series cards becoming so expensive and raising the general cost of GPUs across the board. That means even AMD cards are a bit pricey nowadays, especially if you go to the higher end, so if you’re aiming for a powerful gaming PC, you’re going to have to spend some extra cash. That said, we’ve done our best to go out there and find the best GPU deals on the market so that you can save a bit extra, especially if you want to get the best. That said, if you feel that the prices are too high or that putting your own PC together is too much work, be sure to check out these gaming PC deals.

PELADN AMD Radeon RX 5500XT with 8GB GDDR6 — $118, was $199

While this is an excellent deal already, it’s made even better thanks to a $10 promotional gift card you’ll get with your purchase — usable at Peladn’s online store. But even without that card, this GPU is ready to rock. It has 6GB of GDDR6 dedicated VRAM with a 1717MHz core clock speed and 1750MHz memory clock speed. It utilizes PCI Express 4.0, one of the latest standards, and employs a dual-fan cooling system with a few upgrades. For example, the built in cooling module heatsink, custom PCB board, digital HD interface, and aforementioned dual fan cooling system keep the performance high during use delivering stable frame rates. The unique white and orange styling doesn’t hurt either, especially if you’re going for a unique look inside your case.

XFX SPEEDSTER SWFT210 AMD Radeon RX 6600 Core 8GB GDDR6 — $220, was $280

XFX is a pretty well-known brand that makes AMD Radeon GPUs, so you’re getting a good-quality device right out of the gate. It has an impressive 8GB GDDR6, at least for this price bracket, and will give you a bit longer life out of it when games start using up a lot more VRAM, even at lower graphical settings. While the base clock runs at 2.0 GHz, the boosted clock speed is 2.5 GHz which is pretty good, and