MSI's compact version of the NVIDIA RTX 4070 Ti SUPER graphics card is a unique combination of minimalist design and high performance in a white design. Belongs to the middle class, is part of the MSI Ventus 2024 line, made with an emphasis on minimalist design and efficient cooling. The board is only 24 cm long, occupies 2.5 slots on the motherboard and consumes less than 300 W of energy, so a standard 650-700 W power supply is sufficient to power the entire system.

This cannot be compared with the enormous power consumption of flagship video cards of previous and previous generations. The GPU is cooled by a pair of TORX FAN fans that support Zero Frozr mode for quiet operation at low loads. Positioned as an ideal replacement for older mid-level NVIDIA video cards, including the recent hits GeForce RTX 2070 and GeForce RTX 3070 (note: we are talking about both regular models and modifications with Ti and SUPER consoles).

It can also be an excellent alternative to full-size NVIDIA RTX 4000 series GPUs, which can be easily installed in a miniature desktop or cubic case. By increasing the amount of video memory to 16 GB and expanding the memory bus to 256 bits, the SUPER model provides a 10% increase in performance compared to the base RTX 4070 Ti, guaranteeing a stable 60 FPS in almost any blockbuster game of recent years at maximum settings in 1440p resolution.

For games in 4K, the user will most likely have to use DLSS 3.0 technology, exclusive to video cards from the Ada Lovelace series, which artificially manipulates the resolution of objects in games, and also fills in missing frames using neural networks, artificially increasing the average number of frames per second by 2 - 4 times . DLSS is especially critical when using ray tracing, which requires significant computational resources to create realistic lighting.

In addition to gaming, the MSI GeForce RTX 4070 Ti SUPER 16G VENTUS 2X WHITE OC can be an optimal solution for workstations where performance and reliability are important when performing tasks related to 3D graphics, machine learning and other resource-intensive processes. At the same time, it requires less energy for power compared to video cards of previous generations, falling within the recommended power supply parameters of 650 - 700 W.