Value Top T7 Custom Premium Micro-ATX White Gaming Desktop Casing
The Value-Top T7 Custom Premium Micro-ATX White Gaming Desktop Casing combines sleek aesthetics with high-performance engineering, making it an ideal choice for compact yet powerful gaming and workstation builds. Designed specifically for Micro-ATX motherboards, this compact mid-tower case doesn’t sacrifice functionality for size, offering excellent airflow, expandability, and a clean, modern look in a striking white finish.
The T7 casing features a tempered glass side panel that provides a stunning view of your internal components, perfect for highlighting RGB lighting, custom water cooling, or meticulously managed cables. The front panel boasts a mesh design with integrated lighting accents, enhancing both ventilation and visual appeal. With support for up to three 120mm or two 140mm fans, including front, top, and rear mounting options, the case ensures efficient thermal management for demanding applications.
Inside, the T7 offers thoughtful space optimization: it accommodates graphics cards up to 320mm in length and CPU coolers up to 160mm tall, allowing for high-end hardware in a compact footprint. It includes multiple drive bays—two 2.5-inch and two 3.5-inch—providing ample storage flexibility. Cable management is simplified with rubber grommets, Velcro straps, and generous routing space behind the motherboard tray, helping maintain a clean and organized build.
Built with durability in mind, the case features a sturdy steel frame and a smooth, fingerprint-resistant finish. Tool-free drive installation and easily accessible panels ensure quick and hassle-free assembly. Removable dust filters on the bottom and front help maintain long-term system cleanliness and optimal performance.
With its elegant white design, tempered glass showcase, and intelligent layout, the Value-Top T7 Custom Premium Micro-ATX case delivers both style and substance—perfect for gamers and PC enthusiasts seeking a compact, high-impact build without compromising on quality or cooling potential.
