{"id":227033,"date":"2025-03-26T00:00:49","date_gmt":"2025-03-25T23:00:49","guid":{"rendered":"https:\/\/www.hwcooling.net\/?p=227033\/"},"modified":"2026-08-17T17:46:03","modified_gmt":"2026-08-17T15:46:03","slug":"pccooler-cps-dt360-argb-display-top-performance-top-efficiency-review","status":"publish","type":"post","link":"https:\/\/www.hwcooling.net\/en\/pccooler-cps-dt360-argb-display-top-performance-top-efficiency-review\/","title":{"rendered":"CPS PCCooler DT360 ARGB Display: Top performance, top efficiency"},"content":{"rendered":"

Among the CPU coolers tested so far, the CPS PCCooler DT360 ARGB Display has the highest cooling performance and is also the most efficient. By this, we mean it delivers the best cooling performance even at comparable noise levels to other coolers. Across both platforms \u2013 Intel (on the Core Ultra 9 285K<\/a>) and AMD (Ryzen 9 9950X<\/a>). It is also attractive due to its display, while the price remains affordable.<\/p>\n

Historicaly, PCCooler\u2019s liquid coolers have performed well in our tests. One first-place ranking for the highest cooling performance<\/a> in our extensive database already belongs to the DS360 model<\/a>, which sets high expectations for the DT360 ARGB Display as well. We will delve into the latter in the following analysis.<\/p>\n

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<\/th><\/th><\/th><\/tr><\/thead>
Basic parameters <\/td><\/td>PCCooler CPS DT360 ARGB Display <\/td><\/tr>
Supported sockets <\/td><\/td>Intel LGA 1851, 1700, 1200, 20xx, 115x, 775; AMD AM4, AM5, AM3(+), AM2(+), FM1, FM2(+) <\/td><\/tr>
Build type <\/td><\/td>liquid (AIO) <\/td><\/tr>
Height (w\/ fans) in mm <\/td><\/td>56.3 <\/td><\/tr>
Length (w\/ fans) in mm <\/td><\/td>393 <\/td><\/tr>
Width (w\/ fans) in mm <\/td><\/td>120 <\/td><\/tr>
Height of the liquid block in mm <\/td><\/td>48.0 + 13.4 (with display) <\/td><\/tr>
Length of the liquid block in mm <\/td><\/td>68.4 + 11.8 (with display) <\/td><\/tr>
Width of the liquid block in mm <\/td><\/td>80.7 + 2.0 (with display) <\/td><\/tr>
Tube length in mm <\/td><\/td>400 <\/td><\/tr>
Daisy chaining of fans <\/td><\/td>yes <\/td><\/tr>
(A)RGB elements <\/td><\/td>yes <\/td><\/tr>
Number of fans and their format <\/td><\/td>3\u00d7 120 <\/td><\/tr>
Weight (with fans) in g <\/td><\/td>1909 <\/td><\/tr>
Approximate retail price in EUR <\/td><\/td>180 <\/td><\/tr><\/tbody><\/table><\/div>Wordpress Table Plugin<\/a>
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Details of the CPS PCCooler DT360 ARGB Display<\/h2>\n

This liquid cooler is built around a 360mm radiator equipped with three 120mm F7 X120 ARGB fans.<\/span>\u00a0These fans are based on the geometry of the F5 120 R120 BK<\/a>, which has also achieved excellent results in our tests. Unlike those fans, the ones used on the DT360 ARGB Display feature illuminated elements (a light guide around the impeller hub and a light strip around the inner side of the fan tunnel). The frames are also slightly thicker, which reduces the space available for the blades.<\/p>\n

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However, the aerodynamic design of the blades is once again based on a more pronounced curvature of the leading edges. For potential speed limitation or capping the upper limit, there is a three-speed switch on the back of the fans.\u00a0The fans feature three-phase torque and utilize dual-row ball bearings. Both of these features\u2014torque and bearings\u2014are considered by PCCooler to be above standard. These are not typically used in AIO liquid coolers, especially when ARGB LED fans are employed, as is the case here.<\/span><\/p>\n

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The thicker frames are also due to connectors within the frame and the overall system of interconnecting and mounting (as illustrated by the product images on the manufacturer\u2019s website) one fan to another, aiming to reduce cable clutter. There is relatively little cabling here, with essentially just one cable for powering the motor and another for the ARGB LEDs. The LED cable has two connectors, allowing interconnection between the ARGB elements on the fans and those on the block. Alternatively, you can use this to connect other ARGB LED peripherals to the fans (or the block, as you prefer…).<\/p>\n

The radiator is fairly “standard,” with aluminum fins and a thickness of 27 mm. The same number (27) also defines its FPI (fins per inch).<\/p>\n

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From the side profile, the radiator is adorned with the CPS logo. The length of the tubing (with a fabric sleeve, by the way) between the radiator and the block measures 400 mm, but if we\u2019re talking about the flexible part, it\u2019s better to count on 360 mm. For larger cases with front-mounted installation (behind the front panel), it\u2019s advisable to measure whether the water block can reach the CPU.<\/p>\n

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The liquid block itself measures approximately 68 \u00d7 68 mm, but this doesn\u2019t include the additional width from the tubing connections. The tubing features swivel fittings on the block for easier handling, and the inclusion of a simple organizer to maintain spacing between the tubes is commendable.<\/p>\n

The LCD display, included as part of the accessory package, attaches magnetically to the block. It connects at four points, and this connection is quite robust. The display on top of the block brings the total height to approximately 61 mm. Owners of larger cases may not be concerned about this dimension, but it could be a consideration in the SFF segment.<\/p>\n

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The coldplate is made of copper and measures 60 \u00d7 54 mm. This will accommodate even the larger IHS of Intel Core Ultra 200S (Arrow Lake) CPUs.<\/p>\n

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For Intel LGA platforms (1851, 1700, 1200, and 115x), installation is done via a metal backplate that adheres to the CPU socket backplate and holds firmly in place. For AMD platforms (AM5 and AM4), you\u2019ll use the built-in backplate that comes with the motherboard. In this case, you only need to swap the mounting bracket around the cold plate. The default setup comes with the Intel bracket pre-installed, featuring a square hole pattern.<\/p>\n

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Now, let\u2019s talk about the display on top of the block, which is one of the standout features of this cooler. The display is an LCD, and it communicates with the motherboard for data collection via a USB interface. This is facilitated by the included cable, which has a USB-C connector on one end (for the block) and an internal USB 2.0 connector on the other. For communication, PCCooler\u2019s proprietary application is used (available for download on the product page, at the very bottom<\/a>). The display can show images as well as information about CPU temperatures and core clock speeds.<\/p>\n

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The ARGB LED lighting, such as on the fans, can also be controlled via third-party applications. The connector used is the traditional 3-pin (5 V) type, which can be plugged into any motherboard that supports ARGB LEDs via internal connectors.\u00a0PCCooler highlights the dual “halo” effect, where one ARGB light guide follows the smaller diameter of the impeller hub, and the second is inside the stator tunnel. The light diffusion with this design is truly impressive, even with the black fan blades. By the way, the material for the blades was also selected with high rigidity in mind.<\/span><\/p>\n

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The accessory package includes, unusually for AIO coolers, a hub with eight connectors for PWM fans and the same number of connectors for ARGB peripherals. This hub allows you to connect more fans than just those associated with the CPS DT360 ARGB Display cooler itself. The hub is also suitable for other fans, such as case fans. This setup enables a form of centralization, where all fans are controlled by the same signal, and it can also address the limited number of headers on smaller form-factor motherboards, typically Mini-ITX.<\/span><\/p>\n

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Please note:<\/strong>\u00a0The article continues in following chapters.<\/p>\n