MSI GeForce RTX 4070 Ti SUPER 16G GAMING X SLIM WHITE

Powered by NVIDIA's groundbreaking Ada Lovelace (5nm, 2022) microarchitecture, this high-performance gaming graphics card is the ideal choice for gamers, esports athletes, and enthusiasts who want to enjoy gaming at 2K resolution without compromise. Its compact dimensions make it ideal for building powerful, yet elegant gaming and workstations in a variety of case formats, including desktop and cube cases.

The model belongs to the Slim class, occupies 2.5 slots on the motherboard and has a board length of 307 mm. The video card is equipped with a dense metal backplate and is protected by a matte black plastic casing with exquisite RGB backlighting. Attention to detail is evident in the TRI FROZR 3's advanced cooling system with three active TORX FANs, an extensive array of heat pipes and an aluminum heatsink for optimal heat dissipation.

Upgrading to the Super version includes moving from the AD-104 chip to the more powerful AD-103, increasing the amount of video memory to 16 GB and expanding the memory bus from 192 to 256 bits. Thanks to such architectural improvements, the RTX 4070 Ti SUPER perfectly matches the level of performance that many experts and gamers originally expected from the regular RTX 4070.

Overall, the MSI GeForce RTX 4070 Ti SUPER 16G GAMING X SLIM WHITE guarantees high frame rates, from 50 to 100 FPS in the latest gaming titles at high and maximum settings in 2K resolution. Third-generation raytracing cores and fourth-generation tensor cores significantly improve the realism of lighting and shadow rendering, while DLSS 3.0 technology, available only on NVIDIA 4000 series graphics cards, improves the quality and efficiency of supersampling.

In addition, this video card has a number of useful features, including dual BIOS for convenient switching between fast and quiet modes, MSI Mystic Light Sync lighting, and also provides access to proprietary NVIDIA tools (Broadcast, Encoder, Reflex, Studio, RTX IO) for working with three-dimensional graphics, optimizing streaming, reducing delays in signal transmission from control devices, etc.