A big thank you to be quiet! for supplying the review sample.
Be quiet! is renowned as a top-tier manufacturer, consistently delivering a variety of silence-focused products for the DIY PC market. From cases and coolers to fans and power supplies, they remain a favorite among enthusiasts for this reason. Their reputation is built on a steadfast adherence to their company motto: "no compromise on silence and performance." While other manufacturers may quickly adopt the latest trends, be quiet! stays true to its roots, integrating new features only when they make engineering sense. This approach ensures consumers enjoy refined innovation, superior quality, and reliable performance.
In today's review, I will examine be quiet!'s latest and most advanced air cooler, the behemoth known as the Dark Rock Elite. This dual-tower dual-fan design is a heavyweight contender, weighing in at 1340 g and packed with features. First and foremost is the ability to choose between quiet and performance modes. The former limits the fans to a maximum RPM of 1500, while the latter allows a maximum RPM of 2000. Its nickel-plated base is also compatible with liquid metal thermal compounds for those who want to extract every extra bit of performance. Looking at the marketing, there is a lot here to take in, so let's delve into it and see what the Dark Rock Elite truly has to offer!
Specifications
Manufacturer:
be quiet!
Model:
Dark Rock Elite
Socket Support:
Intel: LGA 1700, 1200, 115X AMD: AM5, AM4,
Heatsink:
Material: Aluminium (fins) Copper (heat pipes) Dimensions: 145 x 136 x 168 mm Heat pipes: 6 mm - 7 pcs Weight: 1340 g
Fan 1:
Model: Silent Wings (SIW4-1325-MF-PWM) Dimensions: 135 x 135 x 25 mm Fan Speed: 2000 RPM Max (1500 RPM in Quiet Mode) Fan Airflow: Not listed Fan Noise: 34.5 dBA (max)
Features:
7 copper heat pipes for maximum cooling performance 5-step fan rail design for easy adjustment Speed switch allows for quiet or high performance cooling ARGB LED equipped top cover for improved visual aesthetics Compatible with liquid metal thermal compounds