The Deepcool AG620 ARGB features an advanced dual-tower design that maximizes the cooling surface for more efficient thermal management. With overall dimensions of 129×136×159 mm and heatsink dimensions of 127×110×156 mm, this cooler offers the sturdiness and architecture required to meet the needs of the most modern and demanding processors on the market. The total net weight of 1046 g certifies the top quality of its construction materials, providing a premium solution that prevents thermal throttling.
Keep your processor at extremely low temperatures with the powerful Deepcool AG620 ARGB cooler. This high-end dual-tower air cooler is meticulously designed to deliver top-notch heat dissipation, making it ideal for gamers, overclockers, and professional content creators. It features six high-performance copper heat pipes and two advanced 120mm PWM fans with impressive, addressable ARGB lighting. With top-quality construction, robust structure, and silent operation, it is an excellent value-for-money choice that guarantees maximum stability and longevity for your hardware system, even under the most extreme load conditions.
Dual Tower Design for Superior Cooling
The Deepcool AG620 ARGB features an advanced dual-tower design that maximizes the cooling surface for more efficient thermal management. With overall dimensions of 129×136×159 mm and heatsink dimensions of 127×110×156 mm, this cooler offers the sturdiness and architecture required to meet the needs of the most modern and demanding processors on the market. The total net weight of 1046 g certifies the top quality of its construction materials, providing a premium solution that prevents thermal throttling.
Six High-Performance Heatpipes for Immediate Heat Dissipation
For the instant transfer of heat away from the processor core, the heatsink is equipped with 6 copper heatpipes with a diameter of Ø6 mm. These optimized components come into direct contact with the CPU's clear integrated heat spreader, eliminating thermal resistance. Heat is transferred at impressive speed to the dense aluminum fins of the two towers, allowing the fans to immediately dissipate it. It is the ideal choice for PC builds that operate continuously at high performance.
Dual 120mm PWM Fans with Dynamic Speed Control
Cooling is enhanced by two high-end fans with dimensions of 120×120×25 mm, which operate in a push-pull configuration. The fans are fully controlled via PWM, offering an extended speed range from 500~2000±10% RPM up to 500~2200±10% RPM, allowing the system to automatically adjust according to the current load. Connection is made easily through a 4-pin PWM connector, ensuring direct communication with the motherboard for optimal airflow management.
Impressive Airflow and High Static Pressure
The Deepcool AG620 fans are designed to deliver exceptional performance, offering impressive airflow ranging from 62.16 CFM to 68.85 CFM. At the same time, they achieve high static pressure levels of 1.75 mmAq to 2.10 mmAq, forcing air powerfully through the dense fins of the heatsink. The advanced Hydro Bearing technology they incorporate ensures smooth rotation, reduced friction, and outstanding component durability over time, making the cooler ideal for 24/7 use.
Silent Operation with Advanced 4-Pole Motor
Despite its enormous cooling capacity, this cooler keeps noise levels exceptionally low, with the maximum level not exceeding ≤28.10 dB(A) / ≤30.93 dB(A). This is achieved thanks to the modern fan that uses an advanced 1-phase, 4-slot, 4-pole motor, which minimizes vibrations and noise during rotation. With a nominal voltage of 12 VDC, power consumption remains extremely low at 1.8 W / 2.16 W with a current of 0.15 A / 0.18 A, offering top energy efficiency.
Main Specifications
- Type
- Active
- Dual Fan
- No
- Colour
- Black
Technical Specifications
- Thermal Design Power (TDP)
- -
- Lighting
- ARGB
Important information
Specifications are collected from official manufacturer websites. Please verify the specifications before proceeding with your final purchase. If you notice any problem you can report it here.