Computer case VETENI Woody ARGB, ATX, White

The VETENI Woody ARGB is a white middle tower computer case designed for ATX motherboards. It comes without a power supply and offers front-panel connectivity including a USB-C port, two USB-A 3.0 ports, HD audio jacks and a power button. The chassis dimensions are approximately 455 x 230 x 495 mm and the case features a tempered glass side panel and ARGB lighting for visual customization.

Advantages

The case provides a balance of style and functionality with a tempered glass side panel that showcases internal components and addressable RGB lighting that can be customized. Front I/O options include USB-C and dual USB-A 3.0 ports for modern connectivity, while the absence of a preinstalled power supply gives flexibility to choose a compatible PSU. The design accommodates multiple cooling configurations to help maintain airflow.

Suitable for

• Building ATX desktop systems
• Gaming PC builds with visible internal components
• Custom cooling setups and ARGB lighting configurations

Key specifications

• Form factor: Middle tower compatible with ATX motherboards
• Front I/O: USB-C, 2 × USB-A 3.0, HD audio, Power button
• Side panel: Tempered glass
• Lighting: Addressable RGB (ARGB)
• Power supply: Not included (no PSU)
• Approximate dimensions: 455 × 230 × 495 mm

How to use

Install a compatible ATX motherboard and chosen components following standard PC building procedures. Mount a separately purchased power supply into the designated PSU area, connect front-panel cables (USB-C, USB-A, audio, power) to the motherboard headers, and route cables using the case's cable management features. Configure ARGB lighting through motherboard software or a compatible controller according to the components and headers you use.

Recommendations

For optimal airflow and temperature control, plan fan placement and radiator mounting before component installation. Use a compatible ATX power supply sized for your components and verify motherboard support for ARGB headers if you intend to use addressable RGB lighting via the motherboard.