CPU Cooler Air, Dual Tower CPU Cooler with 120mm PWM Fan,6 Heat Pipes CPU Air Cooler for AM5/AM4/AM3, Cooler for PC Compatible with Intel LGA 1851/1700/1150/2011/2066/1151/1155/1156(Black)
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AI Verdict
This upHere dual-tower air cooler with 6 heat pipes and dual 120mm PWM fans is for budget builds needing better cooling than stock, especially for mid-range CPUs.
This upHere dual-tower cooler is a situational fit, offering a significant upgrade over stock coolers for mid-range CPUs due to its dual-tower design and 6 heat pipes. However, potential installation difficulties and variable build quality mean it's not a universally easy recommendation. It's a budget-conscious choice that requires some user patience.
If you need more consistent cooling performance for higher-wattage CPUs or a smoother installation experience, look for coolers with a higher TDP rating and a more refined mounting system, often found in the $50-$75 price band.
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Pros
- Supports a wide range of Intel (LGA 2011/2066/1851/1700/1200/1150/1121/1155/1156/1366/1356) and AMD (AM5/AM4/AM3/AM2/AM3+/AM2+/FM2/FM1) sockets, offering broad compatibility.
- Features dual 120mm PWM fans that automatically adjust speed, with a specified noise level of ≤25 dB at 1650 RPM for quiet operation.
- Designed with a compact profile to avoid blocking RAM slots A2/B2, maintaining component access.
- The dual tower structure and 6 heat pipes provide improved thermal management over basic coolers, reducing CPU temperatures significantly compared to stock options.
- Installation can be done without removing existing fans on some upHere models, potentially saving time.
Cons
- Installation can be tedious and fiddly, with a backplate design that requires careful alignment of screw holes.
- The included thermal paste is reported by users of similar upHere coolers to be of low quality, requiring replacement for optimal performance.
- May struggle to adequately cool high-end CPUs, with a similar upHere model reaching 100°C on a 12900K.
- Some users of similar upHere coolers have reported quality control issues, including bent components or non-flat cold plates.
- Can press slightly against the motherboard's I/O shroud on some builds, and RAM slot A1 might be difficult to access.
Dimension Scores
The dual-tower design with 6 heat pipes offers improved cooling over stock options, handling mid-range CPUs effectively, but struggles with high-end processors.
Rated at ≤25 dB at 1650 RPM, it's generally quiet for its class, though some users report audible noise at startup or full speed.
While some upHere coolers feel 'above average,' reports of bent components, non-flat cold plates, and a 'badly made' older model indicate inconsistent quality control.
The cooler uses a standard 4-pin connector, which is typical, but no specific features for advanced cable management are highlighted.
Best For
- Replacing a stock CPU cooler on a budget.
- Cooling mid-range CPUs like AMD 5600X or Intel 13th/15th Gen K-series processors.
- PC builds prioritizing quiet operation for light workloads and general use.
- Users needing broad socket compatibility for various desktop builds.
Not Recommended For
- High-end CPUs or overclocked systems that generate significant heat (e.g., Intel 12900K).
- Users expecting premium build quality and flawless installation experience.
- Compact PC cases where clearance for a dual-tower cooler might be an issue.
Watch Out For
- The installation process is described as fiddly, with a backplate that doesn't have prongs, making screw alignment difficult.
- The thermal paste included in the package is often subpar, requiring users to purchase and apply better paste for effective cooling.
- Some users of similar upHere coolers have received units with manufacturing defects like bent heatsinks or uneven cold plates, impacting performance.
- The cooler might interfere with RAM slot A1 or press against the motherboard's I/O shroud, depending on the motherboard layout.
- While rated for ≤25 dB, some upHere coolers have been reported to be audibly noticeable at startup or sound like a 'huracan' at full speed.
Full Specifications
| ASIN | B0D86ZTKZX |
| Brand | upHere |
| Voltage | 12 Volts (DC) |
| Wattage | 1.45 watts |
| Material | Aluminum |
| Item Weight | 2.51 pounds |
| Noise Level | 25 Decibels |
| Manufacturer | upHere |
| Cooling Method | Air, Heat Pipe |
| Number of Items | 1 |
| Item model number | UE2K6 US |
| Compatible Devices | Desktop |
| Package Dimensions | 13.86 x 6.26 x 6.18 inches |
| Power Connector Type | 4-Pin |
| Maximum Rotational Speed | 1650 RPM |
What Buyers Say
Users upgrading from stock coolers report noticeable temperature drops, with one Intel i5-14600k user seeing 8 degrees cooler idle and up to 29 degrees cooler under load compared to their previous cooler. However, the installation process is frequently described as fiddly due to the backplate design and screw alignment. While the fans are generally quiet, the included thermal paste is often criticized as ineffective, prompting users to replace it for better performance. There are also recurring concerns about inconsistent build quality, with some units arriving bent or having uneven cold plates.
“Man, this thing was a pain to put in, the screws just wouldn't line up right, and that little screwdriver they gave me was useless. But hey, my 14600k isn't cooking itself anymore, so I guess it works, just swap out that crappy paste!”
Common Praise
- Significantly reduces CPU temperatures compared to Intel or AMD stock coolers.
- Fans operate quietly during normal desktop use and light loads.
- Compatible with a wide array of modern and older CPU sockets.
- Does not interfere with most RAM slots, specifically A2/B2.
Common Complaints
- Installation can be a frustrating experience due to the mounting hardware and backplate design.
- The thermal paste provided with the cooler is often of poor quality and needs to be replaced.
- Some units exhibit manufacturing defects, such as bent fins or non-flat cold plates.
- Struggles to keep high-power CPUs cool under heavy loads, leading to high temperatures.
- Can sometimes press against the motherboard's I/O shroud or make RAM slot A1 inaccessible.
Ownership Tips
- Expect to spend extra time on installation, as the mounting system is not as user-friendly as some competitors.
- Plan to purchase separate, higher-quality thermal paste for optimal cooling performance.
- Check the cooler for any physical defects like bent fins or an uneven cold plate upon arrival.
- Verify RAM and I/O shroud clearance before final installation, especially with taller RAM modules or specific motherboard layouts.
- While generally quiet, the fans might become noticeable under sustained heavy CPU loads.
Frequently Asked Questions
What CPU sockets is this cooler compatible with?
It supports a broad range of Intel sockets including LGA 2011/2066/1851/1700/1200/1150/1121/1155/1156/1366/1356 and AMD sockets AM5/AM4/AM3/AM2/AM3+/AM2+/FM2/FM1.
How quiet is this CPU cooler?
The dual 120mm PWM fans are rated for a noise level of ≤25 dB at their maximum speed of 1650 RPM. Some users report it as quiet, while others have noted it can be audible at startup or under heavy load.
Does this cooler block RAM slots?
The design aims for RAM compatibility, specifically not blocking DIMM slots A2/B2. However, some users have noted that RAM slot A1 might be a tight fit or difficult to access depending on the motherboard.
Is the installation difficult?
User experiences suggest the installation can be tedious and fiddly, particularly due to the backplate design and aligning screw holes. The included screwdriver is also not of the highest quality.
What kind of cooling performance can I expect?
It provides significantly better cooling than stock coolers, making it suitable for mid-range CPUs. However, it may struggle to maintain optimal temperatures for high-end or heavily overclocked processors, with a similar model reaching 100°C on a 12900K.
Buying Guide
When you're looking at a CPU cooler, you're essentially trying to keep your processor from overheating, which can cause performance drops or even damage. Air coolers like this one use heat pipes to move heat away from the CPU to a large heatsink, where fans then blow air through the fins to dissipate that heat. The more heat pipes and surface area, generally the better the cooling. For budget coolers, you're often balancing cost with cooling capacity and ease of installation.
Dual Tower Design
Think of it like having two separate radiators for your car engine instead of one. Two towers mean more surface area for heat dissipation, which helps cool your CPU more effectively than a single-tower design, especially under load.
6 Heat Pipes
These are copper tubes filled with a liquid that vaporizes and carries heat away from your CPU. More heat pipes (like these 6) mean more pathways for heat to quickly travel from the CPU to the heatsink fins, improving cooling efficiency.
120mm PWM Fan
The fan size (120mm) indicates how much air it can move. PWM (Pulse Width Modulation) means the fan speed adjusts automatically based on your CPU's temperature, so it spins faster when needed for cooling and slower (and quieter) when your CPU is idle.
Socket Compatibility
This tells you which CPUs the cooler can physically attach to. It's crucial to match this with your motherboard's CPU socket (e.g., AM5 for newer AMD, LGA 1700 for newer Intel) to ensure it fits your system.
Alternatives
If this cooler doesn't fit your needs, look for models with higher TDP ratings for more powerful CPUs, or consider coolers from brands known for easier mounting systems and better quality control if installation is a concern.
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