Key features
FSP Group is known in our region mainly for PC cases and power supplies under the Fortron brand. However, this manufacturer also offers coolers. And it is the Windale 4 that is a cost-effective middle-class cooler that we will look at today. Considering its specifications and price, it should compete in a very close battle with the SilentiumPC Fera 3 or Arctic Freezer 34 coolers, which we’ve also recently tested.
Key features of the cooler
The design of the FSP Windale 4 is very similar to most coolers at this price level. One dense bundle of fifty-four aluminum fins is intersected by four six-millimeter copper heatpipes. These use direct contact with the processor’s integrated heat spreader (IHS) and are densely fit side by side on the cooler’s base without unnecessary gaps. This design should ensure maximum efficiency in heat transfer from the heat spreader to the heatsink. You won’t find a single RGB element on the cooler or fan that would unnecessarily increase the total price. Neither the fins nor the heatpipes have any surface treatment on them. Only in the middle of the upper fin is the manufacturer’s logo inconspicuously embossed.
The bundle of fins is cooled by one fan with a diameter of 120 millimeters. Instead of metal clips, however, soft rubber spikes are used here. The purpose of this mounting method of the fan is to eliminate vibrations and thus reduce the overall noise of the cooler. The spikes can also be shortened with scissors after installation, but the whole solution appeals a bit cheap.
The contents of the package do not differ in any way from usual standards. The mounting system for both Intel and AMD sockets is complemented by a multilingual user manual with schematic mounting instructions. You will also find a small package of thermal paste here. And as mentioned above, this cooler uses soft rubber spikes instead of more conventional metal clips for attaching the fan. You will find two sets here, so you can also use the push-pull configuration of two fans, although this usually makes no sense with these cheaper coolers.
The cooler is easy to install. I did not encounter any major problem except for the fan mounting. Finally, I found that the easiest way is to pre-attach the rubber spikes on the cooler before you start mounting it on the processor. There is not much space left for fingers to attach the lower spikes, and in addition, the used material is too flexible. Overall, I wasn’t too passionate about this way of mounting the fan.
Specs of the cooler and fan
The dimensions of this cooler are very similar to the dimensions of its competitors. Its total height of 158 millimeters should also not be a major obstacle to compatibility with most conventional cases. However, unlike its competitors, the FSP Windale 4 does not offer an asymmetrical design. You may encounter a problem with the height of the RAM module in the first DIMM slot closest to the socket. All modern processors from Intel and AMD are supported, except Threadripper.
Cooler | FSP Windale 4 | SilentiumPC Fera 3 | Arctic Freezer 34 | |
Noctua U12A | ||||
Supported sockets | Intel 115x, 1200, 20xx; AMD AM4 | |||
Height | 158 mm | 155 mm | 157 mm | |
Width | 122 mm | 123 mm | 124 mm | |
Depth with fan | 83 mm | 78 mm | 86 mm | |
Weight | 620 g | 610 g | 605 g | |
Maximum RAM height | 34 mm (1. slot DIMM) | no limit | ||
MSRP | 28 € | 26 € | 29 € |
The fan of this cooler has a boring designation CF12P02 and its appearance will probably not impress you too much. The bearing used is also quite below average. However, the airflow specs look solid. So hopefully it won’t be too noisy.
Fan | FPS CF12P02 (Windale 4) | Sigma Pro 120 PWM (SPC Fera 3) | P12 PWM PST (Arctic Freezer 34) | |
Bearing | Sleeve | Hydraulic | Fluid Dynamic | |
Speed range | 600–1600 RPM | 500–1600 RPM | 200–1800 RPM | |
Maximum airflow | 101,9 m3/hour | 79 m3/hour | 95,7 m3/hour | |
Static pressure | N/A | N/A | 2,20 mm H2O | |
Noise | 32 dBA | N/A | 23,5 dBA |