PC Case Fractal Design Meshify 2 Black TG Light:This PC case Fractal Design Meshify 2 Black TG Light is built with a size of Midi Tower and provides a beautiful design, especially its black colour. This colour is on the steel construction. The Midi Tower format is perfect for powerful home PCs for spaces where a Big Tower would not fit. Though this is a smaller PC case, it will fit a great amount of professional and gaming units. An advantage of this type of chassis is the possibility of great dissipation of excess heat, thanks to the large coolers and fans. These will fit into the chassis without an issue. The control panel of your computer, allowing for the connection and control of peripherals, is located on the top of the chassis. You will be able to insert a ATX, mATX (Micro ATX), mITX (Mini ITX) and eATX (Extended ATX) type motherboard into the Fractal Design Meshify 2 Black TG Light case. The front of the PC case is perforated, which allows for better ventilation inside. Fractal Design Meshify 2 Black TG Light PC Case Key Features Midi Tower computer case meant for the construction of powerful desktop computers Will fit modern components in addition to efficient cooling Black steel construction includes transparent side window Fractal Design Meshify 2 Black TG Light has 9 ventilator slots 3 positions are equipped with supplied fans Perforated front side Location of the front panel is top Included Equipment of the Fractal Design Meshify 2 Black TG Light Computer Case 4 2.5 solid state disk slots. All remaining tech should be installed onto the motherboard. To avoid chaos in your PC, your new Fractal Design Meshify 2 Black TG Light has sufficient space for cable management. There are connectors on the control panel that allow you to connect USB 3,2 Gen 1 (USB 3,0), usb-c, headphones, microphone and USB 3,2 Gen 2. The power source of the computer case by FRACTAL DESIGN is installed at the bottom of the chassis, so its not endangered by higher temperatures. Dust filters will prevent a breach of hostile or dangerous particles.