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EXCLUSIVE - AKASA REVO HEAT SINK FAN
The Results

 

AKASA REVO

AMD Stock Cooler

 

Temp at Start

Temp on Completion

Temp at Start

Temp on Completion

Hard Disc Low Level Format

21.0C

27.6C

21.0C

33.4C

Windows XP Pro
SP2 Complete Installation

22.3C

27.1C

25.6C

35.9C

Cold Post to Desktop

19.7C

23.4C

21.0C

25.5C

Installation of Diskeeper and complete Defragmentation of Hard Disc

23.5C

24.6C

22.9C

29.6C

 

SPEC Viewperf 10 – Complete Run All Tests  at 1280 X 1024

23.7C

28.6C

33.5C

47.2C

 

 

 

 

 

SPECapc for 3DS Max 9 at 1280 X 1024 (Full Test – 3 Runs IAW SPEC Fair Play)

25.1C

27.8C

33.6C

42.6C

 

 

 

 

 

Autodesk 3D Studio Max 9 SP2

 

 

 

 

Radiosity Test - Custom Setting 1280 X 1024 (100 Frames 5 Pass)

25.2C

29.6C

33.8C

48.5C

CBALLS 2 Video Post - Custom Setting 1280 X 1024 (31 Frames)

25.0C

27.4C

33.5C

46.1C

 

 

 

 

 

Cinebench 10 – Full Run

25.7C

30.5C

26.0C

38.2C

 

 

 

 

 

HD Tach Short

25.8C

26.2C

33.1C

33.9C

HD Tach Long

25.3C

26.2C

32.7C

34.1C

HD Tach Full

26.5C

28.3C

33.3C

34.6C

 

 

 

 

 

SiSoftware XI SP4 – 5 Run Complete Burn In Pass

25.3C

30.6C

34.0C

48.9C

 

 

 

 

 

PC Mark 2005 Advanced

25.5C

28.4C

33.7C

40.7C

 

 

 

 

 

3D Mark 2006

22.0C

24.6C

30.2C

37.6C

 

Conclusions

For nearly a year now, the Akasa EVO 120 v2 has remained the primary CPU supporting heatsink fan for our in House Test systems. It is quiet and extremely efficient. Today and with the aid of the AKASA REVO heatsink fan, the EVO 120 v2 has been made totally redundant! AKASA REVO is here to stay until AKASA’s next miraculous production unit; until then AKASA REVO takes the throne.

The AMD 6000+ CPU has been a bit of a rascal to keep cool, especially under load; though the AKASA REVO has finally taken care of this issue.

For the eagle eyed amongst you out there, you will have spotted a secondary diode down at the base of the heatsink fan. We fitted this as an observation diode to see how hot the actual base of the REVO cooler got. Here’s the part that will blow you away (it did with us)! From the temperatures listed above from the primary heat diode fixed to the top of the REVO the temperatures at the secondary Diode showed in nearly all most instances 2.0C – 3.5C difference hotter – which is nothing in the grand scheme of all which has been shown. Absolutely amazing!

Installation of the Akasa REVO both on an Intel and AMD mainboard is tool free and was a complete breeze, no backplate is need - IE and not having to remove the mainboard from the chassis if you are upgrading.    Simplicity at its best!   The results shown above speak volumes for themselves. It’s very rare to find a piece of equipment that states it can do the job and actually pull through with the goods.   The superb technology built into this exceptional piece of equipment is simple but so effective. It beggars belief that this type of cooling arrangement and mounting has not been implemented into place a very long time ago.

However, the Technical Wizards at AKASA and their colleagues from Noise Limit, have made this so. To top of matters; more how often do we see EU technology shining through from a strong European identity: technology from Denmark, product development and marketing from the UK, manufacturing in France by a German company famous for automotive engineering, Behr GmbH & Co KG and, yes a few pounds or Euros’ extra, but well worth the cost. Absolutely brilliant!

One very important point of note! In the lower end wattage CPU’s and some of the newer Intel CPU’s for example the E6700 you *do not* need the fan attached to the cooler; it functions perfectly well without it. We have to make it abundantly clear; this is for normal daily usage and not overclocking and heavy games usage. For the home user looking for the near silent PC without the aid of a liquid cooling device, this is a part you have to seriously consider. All you would be left with is the silent hum of the intake, exhaust and GPU fans running, which are nothing.

In almost all of our reviews the software and benchmarks we listed previously are standard in the professional environment and some of the tests really stretch the whole system I/O to its complete limits. In scenarios’ of this nature is were we would except to see especially under the SPEC Viewperf 10 & Radiosity Tests the CPU Heatsink fan temperatures scream through the roof. Once more this was not to be the case.   The AKASA REVO performed impeccably.

What is noticeable from the results shown throughout the tests is the much higher idling speed of stock cooler from AMD it sits nearly a full 7.5C higher than the AKASA REVO. Whilst under load; the AMD stock cooler certainly screams away to keep the CPU cool, even with “Quiet and Cool” enabled. The advantages of the AKASA REVO are instantaneously recognisable to even the most novice reader.

The all important question that must be racing through many minds now, what of the acoustics’ of the AKASA REVO? Quite honestly we had to look down several times to see if the system here was running throughout the early stages of the format and installation of software onto the drive. Throughout the tests we found there were no issues with the acoustics’ at all. Taking into consideration that the primary aim of workstations is power but, with it should be a slight hum of working fans; this is all we audibly observed.

Those of you out there just now wanting to take advantage of the value for money 6000+ CPU’s and its rarity big brother, the 6400+ then grab it with both hands and the AKASA REVO cooler; as you have a wicked combination of equipment under the hood. This is as COOL AS IT GETS!

www.3dprofessor.org award for the AKASA REVO Heat Sink Fan
5 out of 5 - Editors Choice

Page 1 - Introduction
Page 2 - REVO Pictures on Intel and AMD Platforms
Page 3 - System Set-up and Software Used
Page 4 - Results and Conclusions

 

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