Thermaltake's all-new TOUGHFAN 12 RGB high static pressure fan now brings RGB lighting into the TOUGHFAN Series. This uniquely designed PWM-controlled fan has a fan speed of up to 2000 RPM to ensure high-end cooling needs and fulfill users' love of RGB lighting.

Thermaltake's all-new TOUGHFAN 14 RGB high static pressure fan now brings RGB lighting into the TOUGHFAN Series. This uniquely designed PWM-controlled fan has a fan speed of up to 2000 RPM to ensure high-end cooling needs and fulfill users' love of RGB lighting.

View 200 TG ARGB Mid Tower Chassis is an ATX case that comes with three preinstalled hydraulic bearing 120mm ARGB Lite front fans, and its RGB lighting is visible through its uniquely designed tempered glass front panel.

View 200 TG ARGB Snow Mid Tower Chassis is an ATX case that comes with three preinstalled hydraulic bearing 120mm ARGB Lite front fans, and its RGB lighting is visible through its uniquely designed tempered glass front panel.

Design collaboration with STUDIO F. A. PORSCHE, the ARGENT P900 Smart Gaming Desk differentiating itself from the aesthetics of a traditional office desk, yet combining maximal versatility and intelligent.

With the exclusive control box and RGB desk mobile app, users can easily adjust the desk height and set up the individual mood-lighting effects. Additionally, ARGENT P900 can also remember your desk settings and adjust the height according to the schedule. ARGENT P900 not only present a unique design language but become a smart desk that really knows you.

Pacific C-Pro & G1/4 O-ring Bundle Pack includes 48 C-Pro O-rings and 18 G1/4 O-rings, allowing you to replace all C-Pro O-rings and G1/4 O-rings of a single build.

S200 TG ARGB Mid Tower Chassis is an ATX case with a mesh front panel and comes with three preinstalled hydraulic bearing 120mm ARGB Lite front fans.

S200 TG ARGB Snow Mid Tower Chassis is an ATX case with a mesh front panel and comes with three preinstalled hydraulic bearing 120mm ARGB Lite front fans.

TG-60 Liquid Metal Compound is Thermaltake’s first liquid metal compound with high thermal conductivity of
52 W/m-k, and can be applied on copper or nickel-plated materials with excellent cooling performance.

Built with high-quality components, the TOUGHRAM XG RGB D5 features a unique design and 16 LEDs for a more dynamic lighting experience, providing high gaming performance with vivid RGB colors.

Built with high-quality components, the TOUGHRAM XG RGB D5 White features a unique design and 16 LEDs for a more dynamic lighting experience, providing high gaming performance with vivid RGB colors.

SWAFAN 12 RGB features a swappable fan blade design that allows you to switch between 2 types of fan blades included in the package, so you can create the ideal airflow for your chassis without compromising the aesthetics of its RGB lighting.

SWAFAN 14 RGB features a swappable fan blade design that allows you to switch between 2 types of fan blades included in the package, so you can create the ideal airflow for your chassis without compromising the aesthetics of its RGB lighting.

Designed with a native PCIe 12+4pin connector, the Toughpower GF3 series is compatible with Intel ‘s ATX 3.0 specification and is built for next-gen PCIe 5.0 graphics cards.

The wattage marked on 12VHPWR’s connector is the recommended wattage. (Ref. Intel design guideline) The native 16 PIN (12VHPWR) PCIe connector of GF3 1350W can deliver up to 600W for PCIe 5.0 graphics cards.

Note: Recommended wattage is an estimation of system power demand. Actual power demands may vary based on specific components, usage, and many other factors.

Designed with a native PCIe 12+4pin connector, the Toughpower GF3 series is compatible with Intel ‘s ATX 3.0 specification and is built for next-gen PCIe 5.0 graphics cards.

The wattage marked on 12VHPWR’s connector is the recommended wattage. (Ref. Intel design guideline) The native 16 PIN (12VHPWR) PCIe connector of GF3 1200W can deliver up to 600W for PCIe 5.0 graphics cards.

Note: Recommended wattage is an estimation of system power demand. Actual power demands may vary based on specific components, usage, and many other factors.