DeepCool PQ1000M

 EU 80 PLUS Gold Modular Power Supply

Introducing an innovative era of power dependability, the DeepCool PQ1000M presents an 80 PLUS Gold Modular Power Supply that ensures top-notch efficiency and stability. Ideal for high-performance PC systems, it offers ultra-quiet operation through silent fan modes.

PQ1000M:

Unveiling an advanced level of power dependability, the DeepCool PQ1000M 80 PLUS Gold Modular power supply provides excellent efficiency and stability for high-performance PC setups that require ultra-quiet operation through silent fan modes.

A NEW GENERATION:

As part of our commitment to the pursuit of self-improvement and elevated quality benchmarks, the DeepCool PQ1000M PSU reflects DeepCool's dedication to delivering a dependable and reliable power supply. By establishing a robust foundation, DeepCool contributes to the construction of superior systems today that align with the expectations of the future.

GO FOR GOLD:

Accredited with 80 PLUS Gold certification for generating clean and dependable power, the DeepCool PQ1000M reduces both heat dissipation and noise. Achieving a 90% efficiency rate at a system load of 50%, this series excels in energy performance.

BUILT SOLID:

Meticulously assembled with top-tier components to guarantee impeccable power output, the modular board is directly linked to the circuit platform instead of using conventional cables. This design enhances structural strength and reduces signal noise.

SILENCE IS GOLDEN:

A precisely calibrated silent fan curve achieves an optimal equilibrium between cooling and quietness, including the option to stop the fan in low-temperature conditions. Additionally, a rear fan control button provides the flexibility to establish a minimum fan speed when fanless mode is not the preferred choice. This design aims to enhance thermal performance, minimize overall noise levels, and extend the lifespan of the product.

BEST OF THE BEST:

Fluid Dynamic Bearing (FDB) fans are widely regarded as superior in terms of operating noise and longevity when compared to other types of fan bearings. The hydrodynamic and fluid-based characteristics effectively diminish friction and vibration, leading to improved reliability and a quieter operational experience.