MONTECH XR, ATX Mid-Tower PC Gaming Case, 3 x 120mm ARGB PWM Fans Pre-Installed, Full-View Dual Tempered Glass Panel, Wood-Grain Design I/O Interface, Support 4090 GPUs, 360mm Radiator Support, White

Experience the sophisticated appeal of mature wood grain I/O interface, available in sleek black or pristine white finishes. This design seamlessly blends nature’s charm into your workspace, offering a stylish and natural aesthetic while providing easy access to essential ports. This upgrade adds a touch of elegance to your setup, making it both beautiful and practical. Don’t let its small mid-tower size fool you. XR redefines compatibility standards. With its ability to support a 360mm radiator at the top, it delivers an unmatched experience, blending compactness with unparalleled performance. XR is the epitome of versatility, supporting high-end GPUs, including the formidable 40 series, catering to the needs of serious gamers and professionals alike. Its compact size belies its exceptional compatibility, enabling you to craft a high-performance system tailored to your gaming and computing aspirations without sacrificing space. Elevate your cooling game with XR’s arsenal of 3 pre-installed ARGB fans, each boasting a maximum speed of 1500 RPM. Strategically placed, these fans include 2 reverse-blade variants on the side and 1 regular-blade fan at the rear, guaranteeing optimal airflow throughout the case. But that’s not all—XR supports a total of 9 fans, granting users the freedom to amplify cooling performance as desired. With this robust cooling solution, your system stays effortlessly cool and stable, even during intense gaming sessions. Our top-notch filtration system covers every angle of XR—top, bottom, and side panels. These filters are designed to ensure impeccable cleanliness by trapping dust and debris, while also optimizing heat dissipation channels for peak performance. This comprehensive approach to filtration ensures that your components remain clean and efficient, prolonging their lifespan and maintaining optimal performance.