Be Quiet! Dark Rock Advanced Review

Introduction

Be Quiet! are perhaps not the biggest and most reputable company when it comes to high performance air coolers, people tend to think of the likes of Noctua and Thermalright for that kind of title. However, Be Quiet! aren’t trying to be that kind of company. Be Quiet! as the name would suggest are a company dedicated to creating products that are able to combine high performance with low noise.

The Dark Rock Advanced is a very good example of this. You may have heard of the Dark Rock series before, it has certainly been a well received product line. It comes in two forms, the Dark Rock Pro which costs around £55 and contains dual 120mm Silent Wings PWM fans in a push-pull configuration. The second form is the Dark Rock Advanced, the one we have here today, which features a single 120mm Silent Wings PWM fan which is intended for processors that will produce ‘less heat’ and therefore not warrant two fans. The Dark Rock Advanced costs around £40. Although, don’t be mistaken as this Dark Rock Advanced is still capable of taking on 180W of thermal output from a processor.

We want to provide you a comprehensive review of this products thermal performance by testing at an overclocked frequency with stock voltage and overclocked frequency with raised voltage configurations . In addition to that we will take a look at the packaging and package contents, the products design and layout and a few words on the installation procedure which we want to say was certainly a tricky endeavour. Although the end results certainly made up for it.

Our Test Rig is as follows:

Case: CM HAF 912

Processor: AMD Athlon II X3 435 (Stock is 2.9GHz, testing at 3.48GHz and 3.7GHz)

Motherboard:  Gigabyte 760G AM3 mATX

RAM: 4GB DDR2 800MHz

PSU: GX 550W

HDD: Samsung F3 1TB

GFX Card: XFX 1GB HD 5870

Without any further delay lets continue to the review.

Page 1: Introduction and test rig

Page 2: Packaging and Package Contents

Page 3: Product Overview with Specifications

Page 4: Installation procedure

Page 5: Thermal performance and Conclusion

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