ULTRACOMPACT NOVAX MINITOWER
The NOVAX minitower case, entirely metallic, combines an ultra-compact design with a high-quality metal structure and extensive internal capacity. This elegant and minimalist tower, available in white and black, embodies simplicity and sophistication. Despite its compact profile, it offers a surprisingly large internal capacity.
Compact and metallic structure.
- Fully metallic minimalist design
- Included rear fan for optimal cooling
- Extensive internal capacity
- Available in White and Black
ULTRA-RESISTANT METALLIC STRUCTURE
The micro-ATX NOVAX case, with its thin and elegant design, stands out due to its solid metallic construction, offering notable durability and stability. The superior quality of its metallic structure ensures ongoing protection and robust security for the system.
EXCELLENT COOLING CAPACITY
Thanks to its integrated fan at the back of the case, it ensures additional air circulation to keep the system components always cooled and in optimal conditions.
SUPERIOR INTERNAL CAPACITY
Designed to support MicroATX and Mini-ITX motherboards, the NOVAX computer case can house up to four hard drives, including 2 of 3.5″ HDD and 2 of 2.5″ SSD, offering an outstanding storage and expansion capacity. In addition, equipped to accommodate graphics cards up to 250mm wide and with 4 expansion slots, it is ideal for high-performance configurations and advanced customization.
ADVANCED CONNECTIVITY
The NOVAX minitower offers a range of versatile connections to meet the needs of the most demanding users. Among its connectivity options, it includes a USB 3.0 port, which allows high-speed data transfers, ideal for external storage devices and modern peripherals, as well as a USB 2.0 port. To complement these features, the NOVAX is also equipped with a combined HD audio and microphone input, facilitating the connection of audio devices in a simple and efficient manner. These strategically located connections make the NOVAX an ideal choice for both home and professional users, offering flexibility and convenience in a compact and resistant design.