A big thank you to Scythe for supplying the review sample.
Scythe has been around since 2002 and, while they may not have the same level of recognition as Noctua in the enthusiast community, they're certainly not a minor player. Scythe are a respected manufacturer of CPU coolers and fans, with a diverse range of products and a strong commitment to quality. This has earned them a dedicated following, especially because their designs remain unique. Products like the Scythe Fuma and Fuma 2 showcase their expertise, proving that they can compete effectively in the DIY PC cooling arena, even against the most renowned manufacturers.
In this review, I examine the Scythe Fuma 3. With the impressive track record of the Fuma and Fuma 2, my expectations are high, considering that Scythe's Fuma line of coolers has consistently offered stellar performance, punching above their weight class, so to speak. The latest version boasts an asymmetrical design to ensure perfect memory clearance and incorporates their reverse jet flow fan configuration for enhanced cooling (a sophisticated way of saying the fans spin in opposite directions to create more static pressure). The Fuma 3 maintains the dual-tower dual-fan design of the previous version and remains notably more compact compared to other coolers employing similar configurations. It will be rather interesting to see if the Scythe Fuma 3 proves to be a worthy successor to its predecessors or not.
Material: Aluminium (fins) Copper (heat pipes) Dimensions: 138 x 128 x 154 mm Heat pipes: 6 mm - 6 pcs Weight: 1095 g
Fan 1:
Model: Scythe Kaze Flex II 120 Slim PWM Dimensions: 120 x 120 x 15 mm Fan Speed: 300 - 1500 RPM Fan Airflow: 8.16 - 39.44 Fan Noise: 23.8 dBA (max)
Fan 2:
Model: Scythe Kaze Flex II 120 PWM Dimensions: 120 x 120 x 25 mm Fan Speed: 300 - 1500 RPM Fan Airflow: 16.90 - 67.62 Fan Noise: 28.6 dBA (max)
Features:
Asymmetrical design offers perfect memory clearance Higher fin density increases overall surface area for heat dissipation Reverse Jet Flow, fans rotate in opposite directions to stabilize airflow and improve static pressure Hyper Precision Mounting System V (H.P.M.S. V) for easy mounting