MSI MPG Infinite X2 14NUF7-453UK Gaming Desktop PC Intel i7-14700KF 32GB RAM 2TB SSD RTX 4070Ti Super new 9S6-B90421-651

It's got the 14th gen Intel Core i7 processor under the hood. Combine that with the RTX 4070 Ti SUPER graphics card, and you can game at 4K and high framerates without breaking a sweat. And with barely any noise. The Frozr AI Cooling uses AI algorithms to find the perfect fan speed based on the performance you need in the moment. Cooling when you need it, silence when you don't. Good to know - Exploit the liquid cooling - you can overclock the unlocked processor to squeeze more power out of it - With 32 GB of DDR5 RAM you can run multiple apps at the same time - There's 2 TB of SSD storage for super quick loading times and a hefty game library - The Mystic Light can put on quite a show you can pick from preset animations or sync it with your game - With WiFi 6E you can game online wirelessly without lag, but there's also ethernet if you want to go old-school - The case gives you plenty of space and options to upgrade your system THE FUTURE IS BRIGHT The MPG Infinite X2 is where sleek, dynamic and powerful, seamlessly combining RGB lighting effects with the exclusive custom features of the MPG series, resulting in a bold design statement that perfectly embodies the trendsetting aesthetics of MPG. UNLEASH YOUR GAMING TALENTS The 14th Gen Intel Core i7-14700F processor is equipped with 8 performance cores (P-core) and 12 efficiency cores (E-core), which can simultaneously help with the multitasking needs of gamers and provide a smooth gaming experience. In partnership with GeForce RTX 4070 Ti graphics and 32GB DDR5 RAM, you get a bottleneck-free gaming experience. Also includes 7.1 Virtual Surround Sound via Nahimic 3. MSI LIQUID COOLING The MPG Infinite X2 incorporates top-tier 240mm AIO liquid cooling, ensuring a stable gaming experience without concerns about temperature control. FROZR AI Cooling also harnesses the power of AI algorithms to control fan speed adjustments, quietly delivering peak performance.