Deepcool CH160 Plus Micro-atx Chassis - WHITE-R-CH160-WHNGM0-G

Build your compact gaming rig with superior airflow and flexibility; the CH160 PLUS offers ample space for high-performance components in a refined Micro-ATX form factor.Quick Specs Optimise your build with support for both Mini-ITX and Micro-ATX motherboards. Install a full-sized ATX power supply for robust system power, or choose compact SFX/SFX-L options.

Experience exceptional thermal management with support for multiple fan configurations and liquid cooling radiators. Accommodate high-performance graphics cards up to 342mm in length. Enjoy a clean build with ample space for cable management and storage devices. Unleash your gaming potential within the Deepcool CH160 PLUS Micro-ATX Gaming PC CaseEngineered for the discerning gamer who values both performance and a streamlined aesthetic, this Micro-ATX gaming PC case is the perfect foundation for a compact yet powerful gaming PC.

It caters to those who understand that true performance lies not just in raw power, but in intelligent design and efficient thermal management. The CH160 PLUS is crafted for builders who demand flexibility, allowing for the integration of high-end components without sacrificing valuable desk space. Whether you are constructing your first gaming rig or upgrading a seasoned battle station, this Micro-ATX gaming PC case provides the robust support and ample room needed for a truly exceptional gaming experience.Adaptable cooling for peak performanceMaintaining optimal temperatures is crucial for sustained gaming performance, and the CH160 PLUS excels in this regard.

It supports a variety of cooling solutions to ensure your components operate at their best. The chassis accommodates up to three 120mm fans, with specific configurations available for the top and rear panels. Furthermore, it is equipped to handle liquid cooling, featuring radiator support for 120mm or 240mm options at the top, and a 120mm radiator at the rear.

This versatility in cooling ensures that even the most demanding CPUs and GPUs can be kept within ideal thermal limits, preventing throttling and maximising frame rates during intense gaming sessions.Designed for powerful components in a Micro-ATX Gaming PC CaseThe Deepcool CH160 PLUS Micro-ATX gaming PC case does not compromise on compatibility with high-performance hardware.

It supports CPU coolers up to an impressive 164mm in height, allowing for a wide range of air cooling solutions. For graphics, it offers a generous GPU length limit of 342mm, accommodating most modern, high-end graphics cards. Powering these components is made flexible with support for standard ATX PS2 power supplies (up to 140mm) as well as compact SFX and SFX-L power supplies.

This adaptability ensures that you can build a system tailored to your specific performance needs without being constrained by the chassis size, making it an ideal Micro-ATX gaming PC case.Streamlined storage and expansion for your Gaming PC CaseStorage and expandability are key considerations for any gaming PC, and the CH160 PLUS provides a balanced approach.

It features dedicated bays for both 3.5-inch and 2.5-inch drives, offering flexibility for your operating system, games, and media libraries. With one 3.5" drive bay and two 2.5" drive bays (one standard, one combinable), you have sufficient space for essential storage. Additionally, the chassis includes four expansion slots, providing the necessary room to install your graphics card, sound card, or other PCIe devices, ensuring your build is ready for whatever challenges come your way within this gaming PC case.A foundation for refined gaming builds with a Tempered Glass PC CaseThis gaming PC case is more than just a container for your components; it is a carefully designed environment that promotes clean builds and efficient airflow.

The inclusion of a tempered glass side panel offers a clear view of your meticulously assembled hardware, transforming your PC into a display piece. The strategic placement of fan mounts and radiator support ensures that heat is effectively channelled away from critical components, contributing