ASUS GeForce RTX 5060 Ti

When the 4060 Ti launched, it wasn’t exactly well-received, and for multiple reasons. The first being that the 8GB model was released to start, sporting a 128-bit bus for $399, and led to a lot of criticism from reviewers and end-consumers, even before it launched. Two months later, NVIDIA tried to rectify the issue with the 16GB variant, but it featured the same memory interface and a price premium of $100 more, putting it closer to RTX 4070 territory. So a generation on, we now have the launch of the RTX 5060 Ti 8GB and 16GB models, but for slightly more attractive price points, but with the rest of the 50 series focussing heavily on AI upscaling, are we going to see an improvement over the predecessors for a lower price point, or are we just going to see more of what the rest of the Blackwell lineup has given us? Including inflated pricing that throws MSRP’s swiftly out of the window? Well, that’s what we’re going to find out.

The ASUS GeForce RTX 5060 Ti 16 GB Prime OC sits one level below the TUF, which makes it more affordable. Surprisingly, it comes with the best cooler of all RTX 5060 Ti cards tested, and it's also the quietest model when its "quiet" BIOS is activated.

Die wuchtige Asus TUF setzt einen großen Kühler auf eine Grafikkarte mit lediglich 180 Watt. Wir haben uns das Modell genauer angeschaut und geprüft, ob die Rechnung aufgeht und für gute Temperaturen und niedrige Lautstärke gesorgt wird.

The TUF OC is the top model in the ASUS GeForce RTX 5060 Ti 16 GB lineup. You get a high-quality cooler construction that looks mighty impressive. Also included is a factory-overclock and a dual BIOS with quiet mode that runs a ultra-quiet noise levels.

Die ASUS PRIME GEFORCE RTX 5060 TI 16GB stellt eine gute Grafikkarte der aktuellen Mittelklasse dar, die auch ohne RGB auskommt. Ihre Gaming-Performance ermöglicht dies, sowohl gegenwärtige als auch zukünftige Titel problemlos zu bewältigen. Der großzügig dimensionierte Kühlkörper, ausgestattet mit drei Radiallüftern, gewährleistet jederzeit optimale Temperaturverhältnisse.