Thermaltake MicroATX Versa H17 Window Case Black PN CA-1J1-00S1WN-00

Thermaltake Versa H17 Window Micro Case

Designed for entry-level PC builders and gamers, Thermaltake Versa H17 Window Micro Case features the simplicity appearance with easy cable management design, AIO liquid cooling compatible, and ample ventilation options. Supporting the latest PC hardware and all high-end GPU solutions, the Versa H17 is a good choice for those who opt for stylish PC case with manageable frame size and advanced features.

*The image is for reference only; one standard 120mm fan is included.

Elegant Front Panel Design

Featuring aluminum brushed like front panel to mask the extrusive drive devices, not only unify the appearance, but also provide a simple yet elegant aesthetic.

Handy I/O Ports

The top-front panel is designed a USB 3.0 data transfer port along with two standard USB 2.0 ports and a HD microphone and headset jacks, to grand direct access when needed.

Easy Cable Management

Wiring tangled problem no longer exists with the cable routing gap, hiding cables behind motherboard tray to ensure smoothness for building the system as well as better airflow. Plus, the pre-mounted PSU cover allows the entire bottom area of the case to be used to reorganize unused cables.

Superior Hardware Support

The Versa H17 supports motherboards up to Micro ATX, a tower CPU cooler with maximum height 155mm, and a dual expansion slot VGA of up to 350mm in length without front fan. The hidden drive bays can house up to two 2.5” and two 3.5” storage devices at same time.

AIO Liquid Cooling Compatible

Supporting all types of AIO liquid cooling solutions, the Versa H17 has the capability to accommodate up to one 240mm radiator at the front and one 120mm radiator at the rear.

*Radiator configurations and compatibility may vary depending on radiator size and thickness.

Optimized Ventilation

Standard equipped with one 120mm rear fan along with optional three 120mm or two 140mm intake fans as well as one 120mm/140mm exhaust fans provides efficient airflow for the system.