Will grass grow when you see such beautiful LED fans and tall tower radiators? Anyway, I have no resistance to such dazzling accessories. Fortunately Love to play computer games The first time I got the chance to try out the product I liked, I felt honored.

The Blizzard T610P of Kuma's is directly derived from MasterAir Maker 8, more like a simplified version of it. Compared with the Air Maker8, the most intuitive thing is that the soaking plate and other black technologies have been reduced, and the benefit is that the price has become more user-friendly.

One of the major selling points of T610P is the addition of 16.7 million color RGB light effects, which can support the RGB light effect system of ASUS, Huaqing, Gigabyte and MSI motherboards.

Compared with the original heat sink of AMD Ryzen processor, the T610P is much larger in size, most notably the T610P's huge 12cm fan. The latter can provide greater air volume at the same speed, or can significantly reduce the fan speed and noise when providing the same air volume.

The radiator adopts dual fans, and the fan is equipped with a reverse flow hood, which can not only fix the fan, but also limit the air flow direction and improve the heat dissipation efficiency.

The heat sink adopts the heat pipe direct contact 2.0 technology. Six copper heat pipes almost cover the entire heat sink base. Compared with the popular four heat pipes, the heat sink area is increased by nearly 50%, which is conducive to the rapid transfer of CPU heat.

The radiator uses 54 fins and is manufactured by Fin piercing process. The thickness of the cooling fin reaches 0.4mm, which is very firm and hard to bend. The heat dissipation area of the whole radiator reaches 6960cm ².

Because RGB light effect is becoming popular and loved by more and more players, T610P spares no effort to carry forward its luminous ability. In addition to the 16.7 million colors from the fans on both sides, the top cover can also display the light effect synchronously. The four corners of the top cover are hollowed out with light strips and the surrounding area of the COOLER MASTER logo is also shining.

The MF120R RGB fan adopts hydraulic bearings, which not only has the luminous function, but also has excellent electrical parameters. 600-1800 ± 10% rotating speed can provide 53.38 ± 10% CFM air volume.

The radiator comes with AMD and intel fasteners, which can support the latest platform. The author uses the AMD Ryzen processor and the motherboard of the B350 chipset. The later installation process is introduced with this platform as an example.

The backplane bracket is compatible with both AMD and Intel dual platforms, and can be well compatible from LGA775 to AM4. When installing the machine, first install the fixing screws on the backplane. Align the screw with the hole marked with AMD and insert it.

Secure the screw with a snap.

Insert the backplane bracket with four fixed screws from the back of the motherboard according to the holes.

Install and fix four studs on the front of the motherboard to prepare for the installation of the radiator below.

Before installing the heat sink, be sure to coat the CPU with heat dissipation silicone grease and tear off the plastic film on the heat sink base. The lesson of the past is clear to the eye, not a joke imagined out of thin air.

Because the radiator is huge, the fan will cover the screw holes when installing the radiator, so it is necessary to remove two cooling fans first during installation. Because the fan is fixed with plastic clips, it is easy to disassemble and assemble at will.

Install the bracket for the radiator first, and then fix the radiator to the four studs on the motherboard.

Install the fan in the reverse order of fan disassembly, and connect the 4-pin power supply of the two fans into the corresponding slot of the motherboard. The radiator fan protrudes a large part, which will affect the memory installation of the first slot, especially the memory module using the heat dissipation vest. As it happens, the memory installation sequence recommended by the motherboard manufacturer is 2, 4, then 1, 3. The T610P does not affect the installation of the author's hardware.

Considering that not all users' mainboards support RGB light effect control, the T610P comes with a manual controller. This controller can be used to adjust the color, brightness and flicker effect of the light.

The main board of the author has its own RGB light efficiency management function, so there is no need to use a manual controller. This is to remind you that the installation of fans can be divided into different directions, and it is not random. In order to establish a reasonable air duct, pay attention to the installation direction of the fan. The correct direction can refer to the figure above. Pay attention to the direction of the COOLER MASTER logo on the top cover. Let the wind enter the fan from the direction of the memory and exhaust from the direction opposite to the chassis fan.

MSI motherboard comes with RGB light effect control software, which can avoid the trouble of removing the chassis and using the controller. However, there are very few light effects and optional colors in the software, far less than the effects produced by the controller. It is up to the user to decide which is better.

In addition to gorgeous lights, heat dissipation is the key skill of T610P. Whether the heat dissipation capacity is strong depends on the actual operation.

The platform parameters used by the author are shown in the figure above. Although the TDP of Ryzen 51400 is only 65W, it can have a large overclocking space because it does not lock the frequency multiplication. Silent frequency

Ryzen 5 1400 is only 3.2GHz, and the maximum CPU temperature in standby mode is only 33 ℃.

The maximum temperature of the CPU stabilized at 41 ℃ after 30 minutes of copying at the default frequency of 3.2GHz.

The MSI motherboard supports one click overclocking of the Ryzen processor. Although the overclocking amplitude is small and the frequency is only increased by 200MHz, it can clearly feel that the system status has changed. Under the default frequency, even in the copying state, the fan speed of the T610P is only 600+, but when the frequency exceeds 3.4GHz, the fan speed has soared to 1700+. Thanks to the full operation of the fan, the maximum CPU temperature in the state of overclocking is only 43 ℃.

If you think the excellent performance of the T610P heat sink is due to the low power consumption and frequency of the Ryzen processor, let's take a look at the cooling effect of the original Ryzen 5 1400 heat sink.

At the default frequency of 3.2GHz, the maximum temperature of the CPU has reached 47 ℃ when the processor using the original heat sink is not running at full speed. Moreover, the maximum fan speed reaches 1160+, which is inferior to the T610P radiator under overclocking.

From the above practical application, we can see that the Cool Cool Supreme Blizzard T610P radiator is far superior to the original radiator in terms of both appearance and heat dissipation capacity. If you want to have an excellent heat dissipation effect, but also have concerns about the high price of water cooling and the risk of leakage, you can consider starting with the T610P air-cooled radiator.

Product advantages:

○ High end and grand, Yan Guangao

○ 16.7 million colors and light effects can be adjusted at will, the favorite of "light pollution"

○ The heat dissipation effect is first-class, and the suppression of mainstream radiators can be comparable to ordinary water cooling

Product shortage:

■ The installation is slightly complicated, and the fan must be removed for smooth installation

■ The fan will affect the use of the first memory slot

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