The Kolink Umbra EX180 ARGB is a high-performance single-tower CPU cooler. Equipped with four 6mm heatpipes and a powerful 120mm fan, it is up to the task to deal with CPUs with up to 180W TDP. The highlight of the matte all-black design is the ARGB PWM fan, with its digitally addressable RGB lighting. The mounting system and the slim design with high RAM compatibility allow for an easy installation.
The Kolink Umbra EX180 ARGB Single-Tower CPU Cooler at a Glance:
• High-performance single-tower cooler
• With four 6mm copper heatpipes
• Powerful 120mm ARGB PWM fan
• Minimalistic all-black looks
• Slim design with high RAM compatibility
• For CPUs with up to 180W TDP
• Compatibility: Intel LGA 1700, 1200, 115x, 20xx, AMD AM4, AM5
The Kolink Umbra EX180 ARGB features four 6 mm copper heatpipes, which are embedded in the aluminium cooler base. What's more, the Kolink Umbra EX180 ARGB comes with a powerful and stylish ARGB PWM fan. Thanks to its high static pressure and remarkable performance, the CPU cooler is capable of handling CPUs with a TDP of up to 180 watts.
Design and Lighting
All parts of the cooler have a matte black finish. The aluminium components of the cooler have undergone a black electrophoresis surface process. Both processes help avoid oxidation and corrosion, ensuring durability and an immaculate look.
The ARGB PWM 120mm fan is equipped with digitally addressable RGB LEDs. The manufacturer has integrated the LEDs into the fan hub. These cast their light smoothly on the impeller and are connected to the motherboard or ARGB controllers via a 3-pin ARGB connector.
High Compatibility and Easy to Upgrade
The slim cooler design ensures high compatibility with RAM modules. This enables you to use any RAM module of your choice without being limited in size and shape.
Thanks to the versatile mounting system, the Kolink Umbra EX180 ARGB is easy to install and guarantees high compatibility with AMD and Intel CPU sockets, including AMD AM5 and Intel 1700. The package contents include the high-end thermal paste with 12.8W(m-K) conductivity to achieve maximum cooling performance.
