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Cooler Master Hyper TX3 Evo Fox Spirit Cryo 15

CPU cooler for Intel and AMD socket

Last price 25€94
Holy Moly!
Overview

The Hyper TX3 Evo: a high-performance processor fan

Cooler Master 'sHyper TX3 Evo features 3 direct-contact heatpipes with a base designed to minimise the space with the processor. As a result, it provides excellent heat conduction and is barely audible: 17 dBA at minimum speed. Its outstanding performance is achieved through the use of a quiet 92mm PWM fan with a wide speed range. In addition to the fan's quick release system, clips are provided to allow you to add a second fan to increase your cooling performance. It is supplied as a bundle with the Fox Spirit Cryo 15 thermal paste for even greater efficiency.


Features:
  • Compatible sockets: AMD AM2 / AM2+ / AM3 / AM3+ / AM4 / FM1 / FM2 and Intel 775 / 1366 / 1150 / 1151 / 1155 / 1156
  • 3 direct contact heatpipes, aluminium fins, for better heat dissipation
  • Possibility to install a second fan to increase cooling performance
  • 92 mm PWM fan with a wide range of speeds
  • Quiet cooler with only 17 dBA (at minimum speed)
  • Quick fan attachment with clips (clips for 2nd fan included)
  • Excellent airflow with a compact radiator size
  • Heater dimensions: 90 x 51 x 136 mm
  • Heater weight: 306g
  • Fan dimensions (W/H/D): 92 x 92 x 25 mm
  • Fan air pressure: 0.35 - 2.63 mmH2O ± 10% Life expectancy
  • Life expectancy : 40 000 hours
  • Fan technology : Long life plain bearings
  • Connectors: 4-pin
Specifications
Select your criteria

General information

Product name

Cooler Master Hyper TX3 Evo Fox Spirit Cryo 15

Brand

Cooler Master Ltd

Technical specifications

Use

Processor

Processor support

AMD AM2
AMD AM2+
AMD AM3
AMD AM3+
AMD AM4
AMD FM1
AMD FM2
AMD FM2+
Intel 1150
Intel 1151
Intel 1155
Intel 1156
Intel 1200
Intel 1366
Intel 775

Luminous

No

LED color

N/A

Connector(s)

4-pin Female

PWM

Yes

Heat Pipe

Yes

Adjustable speed

No

Cooling type

Ventirad (active)

Top Flow

No

Dual tower

No

Max CPU TDP

95 W

Fan diameter

92 mm

Min sound level

17 dB

Max sound level

30 dB

Minimum rotation speed

800 RPM

Maximum rotation speed

2200 RPM

Min airflow

15.7 CFM

Max airflow

43.1 CFM

Material(s)

Copper
Aluminum

Use

Office
Multimedia

AIO radiator compatibility

N/A

Dimensions

Height (fan included)

136 mm

Width (fan included)

90 mm

Depth (fan included)

51 mm

Weight

386 g

Warranties

Commercial warranty

Seller 3 years

Legal warranty

See terms & conditions

Product referenced on 23 Oct 2020

Customer reviews
Global rating
10/10
based on 4 reviews Editorial and moderation guide
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    4 reviews
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  • by MathieuR
    Posted on 9 Aug 2022
    Bought on 11 Jul 2022 from LDLC
    Number of reviews: 1 Average rating: 10

    Cooper master

    Very good product. Except I couldn't install it. It's someone else who installed it for me and it works very well.

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  • by AlexandreG
    Posted on 30 Jun 2022
    Bought on 2 Jun 2022 from LDLC
    Number of reviews: 1 Average rating: 10

    Top

    I'm going to rate LDLC more than this Master Hyper TX3 Evo cooler which works very well and meets expectations.
    The only criticism is the plastic legs a bit cheap but considering the price of the ventirad there is nothing to complain about either.
    I'm not sure if it's a good one or a bad one, but it's a good one.
    Sometimes I expect people to say I order on Amazon with Prime and I get my products the next day, etc. Yeah, but you pay a subscription and sometimes you pay more for the hardware.
    With LDLC you also get your stuff the next day and you don't pay a subscription... and you buy from a real specialist site in France.
    I have never been disappointed with my orders from LDLC.
    And when you're happy, you have to say so too!

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  • by EmilioR
    Posted on 22 Aug 2021
    Bought on 8 Aug 2021 from LDLC
    Number of reviews: 3 Average rating: 10

    Very effective for this price!

    I recently changed my motherboard, processor and RAM and thought that improving the cooling system of the processor would not be too much. My budget being limited, I chose this ventirad and I don't regret it. As Jean-François M said in his review, the TX3 booklet doesn't mention its compatibility with Intel 1200 sockets but it is thanks to the intermediate position of the screws on the attachment arms.
    The fan is quite quiet, and so far I have never felt the slightest rise in temperature of the computer even when I put my hand on the side panel at the processor!

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  • by Jean-francois M
    Posted on 14 Jan 2021
    Bought on 8 Jan 2021 from LDLC
    Number of reviews: 14 Average rating: 8

    Good for service

    Mounted on an I5-10600 socket 1200
    It is compatible with socket 1200, but the documentation doesn't mention it (probably because the socket didn't exist at the time of printing). So I went through a trial and error process to place the mounting brackets. I didn't see at first that there was an intermediate position because it is so discreet (screw in the middle). When I couldn't find it, I used the original fan delivered with the processor, which allowed me to do some tests with OCCT to see how the fan reacted to the CPU stress and to get some values. Only then did I notice that the intermediate position for 1156/1155 sockets was the same as for the 1200, and I was finally able to install it.
    Results at 100% CPU usage (6 cores):
    Original Ventirad: 32°-35° at rest, 68°-70° under stress with peaks at 92°-95° at test startup!!!
    Ventirad TX3 EVO: 19°-21° at rest, 58°-61° under stress, no peak.
    So it's all good.
    As far as noise is concerned, unlike the original fan, I didn't even hear the fan's power increase, I even wondered if the test had started!
    I took this pack with the Cryo 15 to test. It has a viscosity problem that prevents it from sticking to the processor, it is too hard, not sticky. I even put the paste on a cutter blade to heat it up hoping to make it stickier, but nothing happened. What you spread on one side comes off on the other. I don't doubt for a second its thermal qualities, but for the implementation, it was not possible with my sample. Moreover, considering its hardness, I am not sure that the pressure of the ventirad is enough to crush the paste, with the risk of seeing air between the processor and the ventirad...

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