The View 290 TG ARGB Mid Tower Chassis is an ATX case featuring a curved tempered glass front panel, a tempered glass side panel, rotational PCI-E slots, a GPU bracket, and three 120mm ARGB Lite hydraulic bearing fans for stunning aesthetics.

The View 290 TG ARGB Snow Mid Tower Chassis is an ATX case featuring a curved tempered glass front panel, a tempered glass side panel, rotational PCI-E slots, a GPU bracket, and three 120mm ARGB Lite hydraulic bearing fans for stunning aesthetics.

The UX150-L ARGB Sync features a 130mm high-airflow fan that delivers up to 130W of cooling power. Designed with an infinity mirror style lighting effect at the center, a LED outer ring, and customizable lighting effects controlled via motherboard sync software, it enhances the overall aesthetics.

The UX150 ARGB Sync features a 130mm high-airflow fan that delivers up to 130W of cooling power. Designed with an infinity mirror style lighting effect at the center and customizable lighting effects controlled via motherboard sync software, it enhances the overall aesthetics.

80 PLUS Gold certified, fully modular PSU, compatible with ATX 3.1 specifications, and equipped with a native 12V-2x6 connector.

80 PLUS Gold certified, fully modular PSU, compatible with ATX 3.1 specifications, and equipped with a native 12V-2x6 connector.

80 PLUS Gold certified, fully modular PSU, compatible with ATX 3.1 specifications, and equipped with a native 12V-2x6 connector.

80 PLUS Gold certified, fully modular PSU, compatible with ATX 3.1 specifications, and equipped with a native 12V-2x6 connector.

The AX700 TG Super Tower Chassis is a high-performance workstation super tower designed for content creators, gamers and AI computing, providing superior performance, storage, and cooling. It supports XL-ATX motherboards, five graphics cards, and up to eighteen hard drives for demanding tasks. With space for eighteen fans and large radiators, it ensures optimal airflow and hardware longevity.

The AX700 TG Snow Super Tower Chassis is a high-performance workstation super tower designed for content creators, gamers and AI computing, providing superior performance, storage, and cooling. It supports XL-ATX motherboards, five graphics cards, and up to eighteen hard drives for demanding tasks. With space for eighteen fans and large radiators, it ensures optimal airflow and hardware longevity.

The AX700 Super Tower Chassis is a high-performance workstation super tower designed for content creators, gamers and AI computing, providing superior performance, storage, and cooling. It supports XL-ATX motherboards, five graphics cards, and up to eighteen hard drives for demanding tasks. With space for eighteen fans and large radiators, it ensures optimal airflow and hardware longevity.

The AX700 Snow Super Tower Chassis is a high-performance workstation super tower designed for content creators, gamers and AI computing, providing superior performance, storage, and cooling. It supports XL-ATX motherboards, five graphics cards, and up to eighteen hard drives for demanding tasks. With space for eighteen fans and large radiators, it ensures optimal airflow and hardware longevity.

AX100 pedestal, featuring a complete assembly concept, is specifically designed for the AX700 Series Chassis.

The UX500 is a single-tower, single-fan CPU cooler designed with five Ø6mm U-shaped copper heat pipes and a 120mm high-airflow fan, delivering a cooling capacity of 260W TDP. Its hydraulic bearing enhances durability and ensures long-lasting performance. Additionally, the UX500 supports mainstream Intel and AMD sockets for broad compatibility.

The UX500 ARGB Sync is a single-tower, single-fan CPU cooler designed with five Ø6mm U-shaped copper heat pipes and a 120mm high-airflow fan, delivering a cooling capacity of 260W TDP. The fan is equipped with 9 addressable LEDs, allowing users to build up stunning lighting effects. Its hydraulic bearing enhances durability and ensures long-lasting performance. Additionally, the UX500 ARGB Sync supports mainstream Intel and AMD sockets for broad compatibility.