Want to know how a CPU tower cooler performs? PHP editor Xiaoxin has conducted detailed evaluations on different radiators to provide you with scientific and detailed data comparison and analysis. This article will evaluate various aspects of the cooler including cooling efficiency, noise levels, and compatibility to help you choose the best high-quality CPU tower cooler for your needs.
1. Foreword
Nowadays, the heat generated by processors is getting bigger and bigger. Facing the processor that generates more and more heat, we can only choose better heat dissipation. When upgrading the radiator, you definitely need to consider "wind" and "water". For water cooling, just change to a larger water cooling radiator, upgrade from 240 to 280 or 360. Air cooling requires more considerations, such as heat dissipation limit, compatibility, etc.
Air cooling is basically tower type air cooling. There are single towers and double towers. In addition, the cooling fans also have single fans and double fans. Although the heat dissipation limit of a single tower is not too high, the compatibility performance is definitely good. The heat dissipation limit of dual-tower cooling is very high, but the performance in terms of compatibility will be slightly worse.
However, for ordinary consumers, budget seems to be more important. Therefore, some cost-effective air-cooled radiators are the best choice. For example, Qiao Sibo's CR2100 is a cost-effective twin-tower air-cooled radiator.
2. Unboxing JONSBO CR-2100 Tower CPU Cooler
▼The heat dissipation packaging is still very beautiful, with a color print of the radiator in the middle and JONSBO’s LOGO in the upper left corner .
▼The back of the package has various parameters for heat dissipation, including size, fan speed, air volume, etc.
▼The various features of air cooling are introduced on the side of the package, but they are all in English.
▼Open the carton, and the internal packaging is still very compact. The black foam and white accessory box are placed very firmly.
▼The radiator is placed in black foam and is well protected. There is an accessory box and instructions next to it.
3. JONSBO CR-2100 Tower CPU Radiator Appearance
▼The appearance of the radiator is very beautiful, a standard twin-tower dual-fan radiator.
▼The fan blades of the fan on the front of the radiator are milky white, with a soft light effect, and there is Qiao Sibo's LOGO in the middle.
▼The side is the structure of fan, cooling tower, fan and cooling tower, which is quite classic.
▼In addition, the cooling fins on the side of the radiator are also specially designed, and the bottom will be narrower. In addition, the top of the cooling fins also has a triangular design, which is convenient for reducing wind dryness.
▼There is also a black plastic cover on the top of the cooling tower, with Qiao Sibo's LOGO in the middle, and a transparent sticker on the surface to prevent scratches.
▼There is a sticker on the bottom of the cooling tower to prevent scratches and oxidation.
▼Tear off the sticker on the surface, and you can see that the interior adopts a heat pipe direct contact design, and the surface is polished and looks very smooth.
▼The heat pipes and heat dissipation fins of the cooling tower adopt Fin process, and the workmanship details are okay.
4. JONSBO CR-2100 Tower CPU Radiator Installation
▼The installation of the radiator is still very simple, and the air-cooling installation is generally not complicated.
▼The chassis is Xingu’s Kaiyuan T1. The air duct of the chassis is a short air duct that comes out from the front and back. Mushroom wanted to try front-to-back installation, so the buckles of this cooling tower were installed up and down.
▼The heat sink can then be fixed directly to the backplane bracket.
▼Take a closer look. This installation is indeed possible and conforms to the forward and rear air ducts of Xingu Kaiyuan T1, but it is a bit close to the graphics card.
▼ Then Mushroom installs the heat dissipation buckle vertically. The heat dissipation tower can be rotated 90° to install and fix it. The overall effect is also good. The hot air can be discharged from the upper part of the chassis by entering from the bottom and out from the top.
▼Then install the memory, Zadak’s SPARK, 8G*2 3600MHz. The appearance of the memory is very beautiful, and the vest design is very good.
▼A tower radiator with dual towers and dual fans does have poor compatibility. To install memory, you need to remove the front fan.
▼After the memory is installed, the fan on the front of the radiator can be replaced.
▼Finally install the power supply. Antec’s HCG-X1000 power supply has a rated output power of 1000W, which can easily handle various high-performance processors and graphics cards.
▼There is a cooling fan on the side of the power supply, and there is Antec's LOGO in the middle. The cooling fan has a relatively large number of blades, and the air volume should be very good in daily operation.
▼There is a power socket at the end of the power supply, a switch next to it, and a fan operating mode selection button next to it. You can switch the operating mode of the power supply fan between temperature control and silent modes.
▼After the power supply is installed, the power supply cables of each part can be plugged in, and the entire machine is basically installed.
▼Turn it on, light it up once, perfect, hehe.
▼The fan on the front of the cooling fan comes with a colorful ARGB lighting effect. The overall effect is quite good. The milky white fan has a soft light effect.
▼Change the angle and the effect is quite beautiful. In addition, the light effect of this fan can also change into various colors.
▼The lighting effect of Zadak’s SPARK is very beautiful. There are multi-section RGB light strips on the top and sides, which look very delicate.
▼The fan in the middle of the radiator is an ordinary fan with no lighting effect. There is also no lighting effect on the top of the radiator, which is black.
▼The overall effect of Xingu Kaiyuan T1 is quite good. There is a large area of metal punching mesh on the front of the chassis, which makes the air intake efficiency very high. The air duct of the chassis goes forward and out, which is very short and very efficient. .
▼There is also a plastic frame inside the metal punching mesh on the front of the chassis, which not only has a supporting effect, but also has a certain decorative effect, which is good.
5. JONSBO CR-2100 Tower CPU Cooler Test
▼Overview of the overall machine configuration. The processor is 10850K and the graphics card is RTX3060. The overall machine configuration is still very good.
▼A simple test, the whole machine scored 133W, the processor 67.5W, and the graphics card 41.4W.
▼Daily standby, the room temperature is about 26℃, the processor standby is 33℃, the power consumption is about 20W, the processor core temperature is about 29℃, and the graphics card core temperature is 33℃.
▼Run a CPU-Z stress test. The processor power consumption was 181W, the temperature was 77℃, the core temperature fluctuated around 75℃, and the graphics card core temperature was 32℃.
▼ Single-baked FPU test, accidentally ran for 7 minutes, the processor power consumption was 245W, the temperature was 95℃, the core temperature fluctuated around 88℃, and the graphics card core temperature was 33℃. Qiao Sibo's CR2100 radiator is quite good. It suppresses the silent frequency of 10850K, and the room temperature is still about 26°C. If the room temperature is lower, the heat dissipation effect will be better.
▼Run a 3Dmark stress test and the frame rate stability rate was 99.3%. Zotac’s RTX3060 Apocalypse OC graphics card is still very good.
▼The core temperature of the graphics card reaches a maximum of around 61°C, and the core temperature of the processor fluctuates around 43°C. The overall temperature performance is good and is not too affected by the graphics card.
6. Summary
Qiao Sibo’s CR2100 has pretty good heat dissipation and is very cost-effective, but its heat dissipation performance is quite good. It can hold down the 8-core 16-thread 10850K, and it is still silent. Frequency, the silent frequency voltage will be higher.
The radiator looks pretty good. The fan on the front has a colorful RGB lighting effect. Although it does not support synchronization, the overall effect is quite good. In addition, there is a completely black plastic top cover on the top of the radiator, which looks very beautiful when installed inside the chassis.
The overall workmanship of the radiator is okay. The base adopts the heat pipe direct contact process and is polished very smoothly. The heat pipes and heat dissipation fins use the Fin process, and the workmanship is good. In addition, there are special treatments on both sides of the cooling fins to improve compatibility and reduce wind dryness.
However, the compatibility of dual-tower and dual-fan cooling will indeed be worse. You need to pay attention when purchasing memory and try to choose a shorter one.
The top air-cooled CPU radiator is a 4-heat pipe tower radiator. The bottom adopts CTT direct contact technology, which is in zero-distance contact with the CPU. It has better heat conduction effect and reduces the friction between the fan and the radiator body. Shock design, quieter.
Down-pressure CPU radiator, low center of gravity, down-pressure direct blowing, overall height 89mm, saving chassis space, using 12cm enhanced hydraulic bearing fan, sleep-level silent effect, wind pressure type 7-blade design, The air volume is as high as 50.3CFM. Four 6mm diameter pure copper tubes are in direct contact, with detailed seams through mirror milling technology, intelligent speed adjustment, and double fine apertures.
With the continuous advancement of technology, CPU radiator intelligence technology has become increasingly mature and plays a vital role in improving the performance and stability of computer hardware. In the computer field, CPU heat dissipation is an eternal topic, and with the introduction of smart technology, the efficiency and performance of radiators have been greatly improved.
Smart CPU radiators can intelligently monitor the temperature and load of the CPU through built-in sensors and control systems, and adjust based on real-time data to provide the best The heat dissipation effect. Compared with traditional radiators, smart radiators have many advantages:
Higher cooling efficiency, lower noise level, longer service life, better energy-saving performanceSmart radiators can be based on the actual working conditions of the CPU. , dynamically adjust the fan speed and heat sink design to ensure that it is always running in the best working condition, which not only ensures the stability of CPU performance, but also effectively extends the life of the hardware.
The working principle of smart radiator is mainly based on its built-in intelligent control system and sensors. By monitoring the temperature and load of the CPU in real time, the radiator can intelligently adjust according to preset algorithms and rules to ensure that the CPU always works within a good temperature range.
When the CPU temperature is too high, the smart radiator will automatically increase the fan speed and increase the heat dissipation area of the heat sink to speed up heat dissipation; conversely, when the CPU temperature is low, the radiator will automatically Reduce fan speed to save energy and reduce noise.
With the continuous development of smart technology and the improvement of CPU performance, the development of smart radiators also shows some obvious trends:
The degree of intelligence continues to increase: In the future, smart radiators will achieve a higher level of intelligence and be able to adjust more accurately according to actual conditions. Energy saving and environmental protection: With the increasing awareness of environmental protection, smart radiators will pay more and more attention to energy saving and environmental protection, reducing energy consumption through optimized design and intelligent control. Intelligent interconnection with other hardware devices: In the future, smart radiators will be more intelligently interconnected with other hardware devices to form an intelligent overall system. Data analysis and optimization: Smart radiators will analyze and optimize heat dissipation data through big data and artificial intelligence technology to provide more personalized heat dissipation solutions.In general, the development prospects of smart CPU radiators are very broad. They can not only meet current cooling needs, but also provide better protection for future computer hardware development.
CPU and GPU heat sinks are very important parts of computer hardware. They play a key role in ensuring that the processor and graphics card run at normal temperatures. These heat sinks are usually made of metal and mounted on the processor and graphics card, using conduction and heat dissipation technology to help reduce the temperature of these hardware components.
CPU and GPU are one of the most important components in a computer, and they generate a lot of heat during operation. Excessive temperatures can have a serious impact on their performance and lifespan, and may even cause hardware damage. Therefore, the role of heat sinks is crucial. They can effectively dissipate heat from the processor and graphics card to ensure that the device operates within a safe temperature range.
A radiator usually consists of a heat sink and a cooling fan. The heat sink is responsible for contacting the processor and graphics card and conducting the heat generated by them to the surface of the radiator; while the cooling fan accelerates the dissipation of heat by blowing air on the surface of the radiator. This design effectively improves heat dissipation efficiency and ensures that the device can maintain normal temperature under high load conditions.
Installing CPU and GPU coolers requires certain technical guidance and operating experience. Generally speaking, the installation steps are as follows:
Confirm that the radiator is compatible with the processor/graphics card; Remove the original radiator and clean the surface of the processor/graphics card; Install the heat sink and ensure good thermal contact; Install a cooling fan, And connect it to the motherboard fan interface; Install it into the chassis as a whole and ensure its stability; Turn on the computer and check the fan working condition and temperature.In order to ensure the normal operation and long life of the CPU and GPU radiator, regular maintenance and upkeep is essential. Users can take the following measures:
Clean the radiator surface and cooling fan regularly to avoid dust and debris accumulation that affects the cooling effect; regularly replace the lubricating oil of the cooling fan to ensure smooth rotation of the fan; pay attention to fan noise and cooling effect, if any Abnormalities should be checked and dealt with promptly; avoid collisions and falls, and keep the radiator shell intact.In general, CPU and GPU radiators play a vital role in computer hardware, and their cooling effect directly affects the performance and life of the hardware. Choosing the right radiator, installing it correctly, and maintaining it regularly can help users keep their equipment in top condition and avoid hardware problems caused by overheating.
In today’s highly competitive digital world, computer performance is of great importance to users. It seems particularly important. As software and applications continue to evolve, so does the need for more processing power and more efficient cooling systems. Especially in fields such as gamers, designers, and scientists, who need to deal with large amounts of data and graphics. In order to meet the needs of users, improving GPU performance has become an issue that cannot be ignored.
For many people, they may already be familiar with the concept of CPU cooler. The CPU cooler is an important device used to reduce the temperature of the central processor. However, have you ever considered using a CPU cooler for your GPU? It is this innovative use method that brings more choices and opportunities to users.
CPU cooler for GPU is a technology that applies the CPU cooler in the computer to the graphics card (GPU). A graphics card is the device in a computer responsible for processing graphics and images. When a graphics card performs highly complex computing tasks, it generates a large amount of heat. Without an effective cooling system, excessive temperature can cause performance degradation or even damage to the graphics card.
Therefore, by using a heatsink designed specifically for the CPU, users can apply it to the GPU to keep the temperature of the graphics card within a safe range. This innovative approach not only improves GPU performance but also saves users costs.
Using CPU cooler technology for GPU has the following significant advantages:
Performance improvement: When the temperature of the GPU is maintained within the appropriate range When inside, it can run more efficiently. CPU coolers for GPU provide better heat dissipation performance by effectively reducing the temperature, thereby increasing the processing power of the GPU. Improved stability: The GPU CPU cooler can steadily reduce the temperature of the graphics card and avoid overheating. This helps prevent system crashes and other failures, providing users with a more reliable computing environment. Cost Savings: Since CPU coolers are existing technology, applying them to GPUs means users don’t need to purchase additional cooling equipment. This can help users reduce costs and provide more funds for other hardware upgrades or investments. Easy to install: CPU coolers for GPUs are usually compatible with existing GPU interfaces, so the installation process is relatively simple. Users can easily install and upgrade based on the graphics card and radiator models used.Although using CPU cooler for GPU is an effective method, you should also pay attention to the following points before use:
Compatibility: When choosing GPU cooler When using a CPU cooler, always make sure it is compatible with the graphics card you are using. Different graphics cards may have different size and installation requirements. Before purchasing, it is best to check the relevant documentation or consult with the manufacturer to confirm compatibility. Installation requirements: The installation of CPU cooler for GPU requires certain skills and knowledge. If you are unfamiliar with the hardware installation process, it is recommended to seek professional help. Incorrect installation may cause damage to the equipment. Warranty Policy: Consider purchasing products from reliable manufacturers and understand their warranty policies. This gives you more assurance in case something goes wrong during use. Regular maintenance: To ensure the long-term performance of your GPU CPU cooler, it is important to perform regular maintenance. Clean dust and other dirt to ensure good heat dissipation.CPU cooler for GPU is an innovative way to improve computer performance. By using existing CPU cooler technology, users can effectively keep graphics card temperatures within a safe range, thereby improving GPU performance and stability. This not only meets the needs of users in fields such as gaming, design, and science, but also helps save costs. However, before purchasing and using it, be sure to understand the product's compatibility and installation requirements, and perform regular maintenance.
If you want to improve the performance of your computer, you might as well try GPU CPU cooler technology. It may bring unexpected improvements to your computing experience.
The magsafe radiator uses semiconductor refrigeration technology and is equipped with 91 alloy heat dissipation columns. Compared with traditional air-cooled radiators, the magsafe heat dissipation effect is stronger and faster; the body is equipped with a 5-blade fan with a speed of up to 6000 rpm/ min, large air volume and strong wind
In addition to reducing the overall volume and heat dissipation area, the magsafe radiator is equipped with 112 cooling columns and a 5-blade fan with a speed of 7200
Dell radiator water pump uses ceramic bearings and imported water-passing parts. Both performance and sealing are very good. The 240-size radiator can basically handle most radiators on the market under normal operation as long as it is not overclocked. Everyone knows that the air cooling of Overclocking 3 is very cost-effective, and water cooling is actually also good.
To install the CPU and CPU cooler on ASUS motherboard, please refer to the following steps:
1. Find the processor socket on the motherboard.
2. Press down the left fixed wrench (A) with your thumb and push it slightly to the right (B) until the wrench disengages from the fixed buckle and gently lift the fixed wrench (C).
3. Use your thumb to press the right fixed wrench (D) and push it slightly to the left (E) until the wrench disengages from the fixed buckle and gently lift the fixed wrench (F).
4. Push the left fixed wrench in the direction of the arrow to lift the installation and upper cover (G).
5. Hold the edge, and then gently lift the upper cover of the installation box ( H).
6. Pick up the CPU.
7. Align the CPU with the socket, making sure that the golden triangle mark on the CPU is aligned with the upper triangle mark on the slot.
8. Carefully place the CPU into the socket.
9. Gently close the upper cover of the installation box.
10. Push down the right fixing wrench (I) and ensure that the edge of the upper cover of the installation box is fixed by the wrench (J). Then install the right fixed wrench under the fixed buckle (K).
11. Press down the left fixed wrench (L), and then install it under the fixed buckle (M).
12. Please apply a small amount of thermal paste evenly on the metal copper sheet on the heat sink or the metal protective shell above the processor. Install the CPU radiator: 1. Place the radiator above the installed CPU and confirm that the four mounting holes on the motherboard match the four screw holes on the radiator. 2. Use a Phillips screwdriver to tighten each screw and secure the heatsink to the motherboard. Then tighten the screws in a staggered order (as shown in the figure below) to ensure that the contact surface between the heat sink and the top of the CPU can be evenly and completely tight.
When I just installed the computer, I thought someone would ask similar questions, and I found it after searching. I have tried it for you:
1. Remove the radiator from the CPU. The heat dissipation of the CPU is purely based on the small fan. As a result, it shut down directly within four seconds after it was turned on. Yes, it shut down. . I also smelled a burning odor unique to electronic devices. I touched the CPU with my hand, and I dared only touch it. The body temperature was at least 70 degrees. I thought to myself: mmp, this CPU is probably dead.
2. Put the radiator on, and the small fan does not blow towards the radiator. This time it can be turned on normally. I am very happy. Fortunately, it is not broken. But I turned it off as soon as I turned it on, and the radiator could still withstand the temperature, about 50 or 60 degrees Celsius, and I could hold it normally. When I press and hold the CPU, the temperature is bearable, but the CPU feels cooler than the radiator. Yes, the CPU is cooler. Can anyone explain this? I'm confused too.
3. Put the radiator on and blow the small fan towards the radiator. This time, the temperatures of the radiator and CPU are about the same as body temperature, slightly warmer.
To sum up: the radiator and small fan are the cooling tools of the CPU. Just relying on the fan to blow is the worst way to dissipate heat (don’t tell me that you want to see the results of not using any cooling measures at all. Who of you likes it? No matter who you are, I don’t have the guts)
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