MSI GeForce GTX 1070 Ti GAMING 8G

As there has been many elaborate games released recently, NVIDIA is now coming with a brand new graphics card to meet their system requirements. It is called MSI GeForce GTX 1070 Ti GAMING 8G. Its performance is just below the GTX 1080 card, which gives you a good idea of what to expect. The GTX 1070 Ti can easily handle all games in QHD resolution, but you do not fear playing even in 4K. Of course, there is also a direct hardware support for virtual reality. 

Key features of the MSI GeForce GTX 1070 Ti GAMING 8G graphics card

• And ideal graphics card for demanding players in QHD resolution
• Purely referential frequencies for kernel and memory
• Grat operating conditions with low  energy consumption
• TWIN FROZR VI cooler, one of the best in the market
• With low load, fans shut down completely

Introducing the GTX 1070 Ti

The NVIDIA GTX 1070 Ti graphics card benefits from the performance of the well-tuned Pascal GP104 chip. Compared to the more powerful GTX 1080, the hardware specifications of the chip are just a little bit worse. In addition, the GTX 1070 Ti features 2 432 CUDA cores, 152 texturing units and 64 rasterisation units. Due to the stunningly high specifications of the GTX 1070 Ti chip, there has also been a logical increase in overall energy consumption, which is now up to 180W. To power this model, one needs to use both an eight-pin as well as six-pin connector. However, this causes no problem at all with branded sources.

MSI TWIN FROZER VI

The MSI company builds on a great cooling system designed to provide optimal operating conditions. The massive cooler is complemented by a pair of TORX 2.0 fans. Their specially-modified blades generate a 22% higher air pressure at the same or even lower speeds. Premium ball bearings ensure silent ventilation for several years.

MSI Gaming App

Are you asking for the best VR experience? Your PC assembly has to provide maximum performance. The MSI Gaming App can prepare your PC with just one click. This sets all components to maximum performance while preventing programs from using the required power.