Intel i3/i5/i7 LGA115x CPU Heatsink-Intel CPU Cooler Aluminum Heatsink for LGA12 vs upHere H45K6 Low Profile CPU Cooler 45mm Height - 6 Heat Pipes
Updated August 2026 — The upHere H45K6 Low Profile CPU Cooler offers superior cooling performance and compatibility for demanding tasks, making it the better choice overall.
The upHere H45K6 Low Profile CPU Cooler offers superior cooling performance and compatibility for demanding tasks, making it the better choice overall.
Why Intel i3/i5/i7 LGA115x CPU Heatsink-Intel CPU Cooler Aluminum Heatsink for LGA12 is better
lower price
Intel cooler is C$19.99
ease of installation
tool-free push pin installation
adequate for low-end CPUs
suitable for CPUs with TDP ≤ 65W
Why upHere H45K6 Low Profile CPU Cooler 45mm Height - 6 Heat Pipes is better
higher TDP
upHere cooler supports TDP of 150W
compact design
fits in Mini ITX cases at 45mm height
quieter operation
operates at a maximum of 27 dB(A)
Overall score
Specifications
| Spec | Intel i3/i5/i7 LGA115x CPU Heatsink-Intel CPU Cooler Aluminum Heatsink for LGA12 | upHere H45K6 Low Profile CPU Cooler 45mm Height - 6 Heat Pipes |
|---|---|---|
| Price | C$19.99 | C$49.99 |
| TDP Support | 65W | 150W |
| Socket Compatibility | LGA 115x | LGA 1851/1700/115x/1200 |
| Fan RPM | N/A | 800-2800 |
| Noise Level | N/A | ≤27 dB(A) |
Dimension comparison
Price Comparison
The Intel i3/i5/i7 LGA115x CPU Cooler is priced at C$19.99, while the upHere H45K6 Low Profile CPU Cooler comes in at C$49.99. This significant price difference of C$30 suggests that the upHere model offers additional features that might justify its higher cost. For budget-conscious consumers, the Intel cooler presents an attractive option with reliable performance for lower-end CPUs, especially considering its ability to handle a TDP of up to 65W. Conversely, those seeking advanced cooling solutions may find the additional investment in the upHere model worthwhile, given its enhanced design and cooling capabilities.
Cooling Efficiency
The upHere H45K6 boasts a TDP heat dissipation rating of 150W, which is significantly higher than the Intel cooler's TDP limit of 65W. This means that the upHere cooler can effectively manage higher heat loads, making it ideal for users with more demanding CPU workloads. The six heat pipes of the upHere design work in conjunction with its dense aluminum fins, ensuring efficient thermal transfer and stable temperatures. In contrast, while the Intel cooler is adequate for standard tasks and lower power CPUs, it may struggle under more intense conditions, limiting its overall effectiveness for high-performance computing.
Design and Compatibility
The upHere H45K6 features an ultra-compact design at just 45mm in height, allowing it to fit seamlessly in Mini ITX cases. This low-profile design addresses space constraints without compromising performance. It supports a wide range of socket types, including Intel LGA 1851/1700/115x/1200, ensuring broad compatibility across various builds. Meanwhile, the Intel cooler is compatible with several Intel Core i-series processors and motherboards, including LGA 1150, 1151, 1155, and 1156. While both coolers provide good compatibility, the upHere's versatility in small-form-factor builds gives it an edge for users with limited space.
Installation Process
Both coolers are designed for user-friendly installation. The Intel cooler offers easy, tool-free push pin installation, making it accessible for those who may not be experienced with PC building. In comparison, the upHere H45K6 also promotes a straightforward, tool-free installation process, claiming to complete in under five minutes. This feature is particularly beneficial for users looking to upgrade their cooling solution quickly. While both coolers prioritize ease of installation, the upHere's emphasis on ensuring zero RAM obstruction during setup may provide added convenience for users working in tight spaces.
Performance Under Load
When it comes to performance under load, the upHere H45K6 is engineered for stability, maintaining optimal temperatures even during sustained workloads. Its high-airflow design, featuring a PWM fan that operates between 800-2800 RPM, ensures efficient cooling while maintaining noise levels at a low 27 dB(A). This makes it suitable for silent builds, a crucial factor for users sensitive to noise. The Intel cooler, while effective for basic cooling needs, may not deliver the same level of performance under heavy usage, potentially leading to thermal throttling in demanding applications.
Noise Levels
Noise levels are an important consideration for many PC builders, especially those aiming for a quiet working environment. The upHere H45K6 operates quietly at a maximum of 27 dB(A), making it a suitable choice for silent computing setups. In contrast, while the Intel cooler does not specify its noise output, it is typically expected to operate at a higher noise level due to its design and lower airflow efficiency compared to the upHere. Users prioritizing a quiet system will likely prefer the upHere cooler for its superior acoustic performance.
Aesthetic Appeal
While both coolers serve a functional purpose, their aesthetic qualities can also play a role in consumer choice. The upHere H45K6, with its modern design and streamlined profile, is likely to appeal to users looking for a sleek appearance in their builds. The Intel cooler, on the other hand, features a more traditional design, which may not be as visually appealing in contemporary builds. For those who value the visual aspect of their PC components, the upHere offers a more attractive option that complements modern setups.
Which should you buy?
Ultimately, the choice between the Intel i3/i5/i7 LGA115x CPU Cooler and the upHere H45K6 Low Profile CPU Cooler boils down to your specific needs and budget. If you're working with a lower-end CPU and are focused on keeping costs down, the Intel cooler at C$19.99 is a practical choice. However, for users seeking enhanced cooling performance, compatibility with high-TDP processors, and a quiet operation, the upHere model at C$49.99 presents a compelling case. Its advanced features and design make it a worthy investment for those looking to build or upgrade a powerful and efficient system.
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