Bitfenix NOVA MESH TG White Gaming Case offer the best balance of performance, looks and ease of use. It represents not only BitFenix’s long standing theme of simple elegance, but also the dedication towards offering a well rounded PC chassis. It provides you well balanced between a perfectly organized interior structure and the sleek exterior design complemented with smoked tempered glass side panel. This stylish casing is built with Steel, Mesh, Plastic material. The Bitfenix NOVA MESH TG supports Mini-ITX, MicroATX, ATX, E-ATX up to 272mm(10.7 inch) motherboard. This casing comes with a high-quality tempered glass side panel with a strength of 4mm and see-through-tinted, exhibiting the often RGB illuminated core components. This casing is an all-rounder offering great airflow coupled with modern elegant design which makes it an ideal choice for most user scenarios. The NOVA MESH offers a great balance in performance and looks in it’s class with clean interior, optimized airflow and extensive compatibility. It is specifically design with ease of use in mind with easy installation and maintenance features and Its design boasts of multiple features that enhance the ease of installation and use such as the, user friendly installation, noise dampening material, removable high density mesh dust filter and dual chamber design. All this is topped off with a Tempered Glass side panel to show off the core components of the system. you to control the fan lighting simply through software and synchronize the fans, and other devices such as motherboard / graphics card / mice and keyboard for more attractive lighting. The clean interior design not only makes sure unrestricted airflow but also focused airflow to the GPUs for effective cooling performance. The PSU shroud keeps NOVA MESH TG to have two individual chambers and also allows to optimally cool each component individually to offer more efficient thermal performance. The included soft padding between the chassis and the glass side panels makes sure the fan noise of the system is significantly reduced even when it is running at full load.