Haojiaho Copper M.2 2280 SSD vs Haojiaho Raspberry Pi 4B Pure (2026): Key Differences
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This comparison of the haojiaho m 2 2280 SSD heatsink vs raspberry pi 4b heatsink highlights two passive cooling solutions from Haojiaho. Both kits use pure copper for efficient heat dissipation and include thermal interface materials. The main difference lies in their target hardware. One is built for M.2 2280 storage drives, while the other fits Raspberry Pi 4B single-board computers. You need to match the heatsink to your specific device for proper installation and cooling performance.
Key differences
| Aspect | Haojiaho Copper M.2 2280 SSD Heatsink | Haojiaho Raspberry Pi 4B Pure Copper Heatsink |
|---|---|---|
| Compatible Device | M.2 2280 SSD, PS5, Nintendo Switch | Raspberry Pi 4B |
| Mounting Type | Rubber rings | Thermal conductive adhesive tape |
| Dimensions | 67x18x4mm | not listed |
| Weight | 1.01 ounces | 0.71 ounces |
Which one should you choose?
Choose Haojiaho Copper M.2 2280 SSD Heatsink if
- You are cooling an M.2 2280 SSD or similar storage device
- You prefer a mounting method that uses rubber rings instead of adhesive
- You need a heatsink with known physical dimensions for clearance checks
Choose Haojiaho Raspberry Pi 4B Pure Copper Heatsink if
- You are building or upgrading a Raspberry Pi 4B system
- You want a cooler that adheres directly to the board with thermal tape
- You need a lighter heatsink option for your project
Verdict: Choose the M.2 heatsink if you are cooling storage drives or consoles. Pick the Raspberry Pi heatsink for single-board computer applications. Both use copper, but the mounting style and device compatibility differ significantly.
Heatsink Comparison: SSD vs Pi
compatible device
Product A targets M.2 2280 SSDs, PS5, Nintendo Switch, and smartphones. It measures 67x18x4mm. Product B is designed specifically for the Raspberry Pi 4B. Each kit serves a distinct hardware ecosystem. You must match the heatsink to your device. The SSD cooler fits standard NVMe drives and consoles. The Pi cooler fits the single-board computer. Choosing the wrong one means poor fit or no cooling. Verify your device model before purchase. These are not interchangeable solutions.
build material
Both kits use 100% pure copper. Copper conducts heat more efficiently than aluminum alloy. This material choice helps release accumulated heat into the air faster. The grooved design on both units increases the heat dissipation surface area. Product A weighs 1.01 ounces. Product B weighs 0.71 ounces. The weight difference reflects the size and mass of the copper blocks. Both rely on passive conduction. Neither uses fans. The material quality is identical in type, though the mass differs.
mounting method
Product A uses rubber rings to secure the heatsink. It also includes a silicone-based thermal pad. This setup allows for flexible installation on various surfaces. Product B uses thermal conductive adhesive tape. The thermal sheet is often pre-attached to the heatsink. You peel off the protective film to install it. Adhesive provides a permanent bond. Rubber rings allow for removal and repositioning. Your preference depends on whether you want a temporary or fixed solution. The interface material type differs between the two kits.
dimensions
Product A has specific dimensions of 67x18x4mm, or 2.64x0.71x0.16 inches. It is designed for the 2280 form factor. Product B does not list exact length, width, or height in the data. It is sized for the Raspberry Pi 4B components. The SSD heatsink has a defined profile that fits within tight drive bays. The Pi heatsink covers the processor and chipsets on the board. You need to check available space for the SSD cooler. The Pi cooler fits the board layout by design. Size verification is critical for the SSD option.
cooling performance
Product A claims a cooling effect of 5°C to 20°C. This range depends on the environment and the specific SSD used. It helps maintain reliable data transfer speeds. Product B does not list specific temperature reduction numbers. It relies on the copper mass to dissipate heat passively. Both aim to prevent thermal throttling. The SSD cooler provides a quantified benefit range. The Pi cooler relies on the design fit for efficiency. Passive cooling results vary based on airflow around the device. Both kits serve to lower operating temperatures effectively.
noise level
Both products are passive heatsinks. They have no moving parts. Product B explicitly states there is no operating noise. This allows for quiet work without disturbance. Product A does not mention noise, as it also lacks fans. Neither kit generates sound during operation. This is a key advantage over active cooling solutions. You can install either in noise-sensitive environments without worry. The lack of fans means zero acoustic output. This feature is inherent to the design of both items.
Choose the right Haojiaho heatsink
M.2 SSD or console owner
This kit fits M.2 2280 SSDs, PS5, and Nintendo Switch. The pure copper block measures 67x18x4mm and uses rubber rings for mounting. It includes a silicone thermal pad to bridge the gap between your drive and the heatsink. This design helps maintain data transfer speeds by lowering temperatures by up to 20°C in various environments.
Raspberry Pi 4B builder
This heatsink is engineered specifically for the Raspberry Pi 4B. It uses pure copper for efficient heat dissipation without generating noise. The installation relies on thermally conductive adhesive tape, which allows for a clean, paste-on setup. This passive cooling solution keeps your single-board computer running cool and quiet without adding any moving parts to your project.
Compact device cooler
If you need to cool compact devices like smartphones or precision internal boards, this versatile heatsink is the better choice. Its slim 4mm height fits in tight spaces where larger coolers cannot go. The included thermal pad accommodates minor height differences, ensuring good contact. This flexibility makes it suitable for a wider range of small electronics beyond just storage drives.
The products compared
Haojiaho Copper M.2 2280 SSD Heatsink
Best for: Standard M.2 2280 SSDs in tight spaces
- Material
- Pure copper
- Compatible Device
- M.2 2280 SSD, PS5, Nintendo Switch
- Dimensions
- 67x18x4mm
- Mounting Type
- Rubber rings
- Features
- Thermal Pad
- Weight
- 1.01 ounces
View on Amazon: Haojiaho Copper M.2 2280 SSD Heatsink Affiliate link
This Haojiaho heatsink uses 100% pure copper to cool M.2 2280 SSDs. Its dimensions are 67x18x4mm, making it compact for tight spaces. The kit includes a silicone thermal pad to improve heat transfer between the drive and the sink. It mounts using rubber rings for easy installation. This design helps reduce SSD temperatures by 5°C to 20°C, maintaining reliable performance for your data.
Pros
- Constructed from 100% pure copper for efficient heat dissipation.
- Includes a silicone thermal pad for better contact.
- Compact 67x18x4mm size fits standard M.2 2280 slots.
- Mounts securely with included rubber rings.
Cons
- Limited to 67mm length, restricting compatibility with some large drives.
- Only 4mm height may not cover all components on high-profile SSDs.
- Relies on passive cooling, so effectiveness depends on case airflow.
Good fit if
- You need a simple, passive cooling solution for an M.2 2280 SSD.
- You have limited vertical clearance inside your computer case.
- You want a pure copper heatsink for better thermal conductivity.
Skip if
- You are using an M.2 2242 or M.2 2260 drive.
- You require active cooling with a built-in fan.
- Your SSD has components that exceed 4mm in height.
Verdict: Haojiaho M.2 2280 Copper Heatsink is a practical, passive cooling option for users with standard M.2 2280 drives and limited space. It offers reliable thermal performance through pure copper construction and includes a thermal pad for easy setup.
Haojiaho Raspberry Pi 4B Pure Copper Heatsink
Best for: silent passive cooling for Raspberry Pi 4B
- Material
- Pure copper
- Compatible Device
- Raspberry Pi 4B
- Mounting Type
- Adhesive tape
- Features
- Thermal Tape
- Weight
- 0.71 ounces
View on Amazon: Haojiaho Raspberry Pi 4B Pure Copper Heatsink Affiliate link
This Haojiaho heatsink is made from pure copper and uses adhesive tape for mounting on the Raspberry Pi 4B. The material offers better thermal conductivity than aluminum. It adds no noise since it has no moving parts. The kit weighs 0.71 ounces and includes thermal conductive adhesive tape. You get a simple, silent cooling solution for your single-board computer.
Pros
- Constructed from 100% pure copper for efficient heat dissipation
- Uses adhesive tape for easy, tool-free installation
- Operates silently with no moving parts or fans
- Specifically designed to fit the Raspberry Pi 4B perfectly
Cons
- Adhesive mounting may not suit all user preferences
- Passive design relies on ambient airflow for cooling
- No included thermal paste, only conductive adhesive tape
Good fit if
- You need a silent cooling solution for your Raspberry Pi 4B
- You prefer passive cooling without fan noise
- You want a simple adhesive installation method
Skip if
- You require active cooling with a fan for high loads
- You prefer screw-mounting over adhesive options
- You are using a device other than the Raspberry Pi 4B
Verdict: Haojiaho Pure Copper Raspberry Pi 4B Heatsink provides a quiet, passive cooling option for the Raspberry Pi 4B. It is best for users who prioritize silent operation and simple adhesive installation over active airflow.
Specifications side by side
| Spec | Haojiaho Copper M.2 2280 SSD Heatsink | Haojiaho Raspberry Pi 4B Pure Copper Heatsink |
|---|---|---|
| Material | Pure copper | Pure copper |
| Compatible Device | M.2 2280 SSD, PS5, Nintendo Switch | Raspberry Pi 4B |
| Dimensions | 67x18x4mm | not stated |
| Mounting Type | Rubber rings | Adhesive tape |
| Features | Thermal Pad | Thermal Tape |
| Weight | 1.01 ounces | 0.71 ounces |
| Color | Copper | Copper |
| Model | FG6718 | CMP |
Frequently asked questions
Can I use the Haojiaho M.2 heatsink on a Raspberry Pi 4B?
No. The Haojiaho Copper M.2 2280 SSD Heatsink is designed specifically for standard M.2 2280 drives. It measures 2.64 inches in length and 0.71 inches in width. The Raspberry Pi 4B requires a different form factor. You should use the Haojiaho Raspberry Pi 4B Pure Copper Heatsink instead for proper fit and thermal contact.
Does the Raspberry Pi heatsink include thermal paste?
The product data lists thermal tape as a feature, not paste. The Haojiaho Raspberry Pi 4B Pure Copper Heatsink includes thermal tape for installation. This adhesive material helps transfer heat from the processor to the copper block. You do not need to buy separate thermal paste if the tape provides sufficient coverage for your needs.
How thick is the M.2 2280 heatsink?
The Haojiaho Copper M.2 2280 SSD Heatsink is 0.16 inches thick. This low profile makes it suitable for tight spaces inside laptops, mini PCs, or consoles. The slim design ensures it fits under most standard case panels or drive bays without requiring additional clearance for fans or other components.
What material are both Haojiaho heatsinks made of?
Both products are made from pure copper. The M.2 2280 model uses copper for efficient heat spreading across the drive surface. The Raspberry Pi 4B model also uses pure copper for its block. Copper offers high thermal conductivity, allowing both heatsinks to dissipate heat effectively without active fans.
Which heatsink is lighter?
The Haojiaho Raspberry Pi 4B Pure Copper Heatsink is lighter. It weighs 0.71 ounces. The M.2 2280 SSD Heatsink weighs 1.01 ounces. The difference is small, but the Pi model is slightly more compact in mass. Both weights are negligible for standard mounting scenarios.
Do I need thermal pads for the Raspberry Pi heatsink?
The product data indicates the Raspberry Pi heatsink includes thermal tape. You likely do not need separate pads if the included tape covers the chip adequately. However, if your specific Pi board has varied component heights, you might need additional padding. Check the board layout before relying solely on the included tape.
Is the M.2 heatsink compatible with NVMe drives?
Yes. The Haojiaho Copper M.2 2280 SSD Heatsink is compatible with M.2 SSDs. This form factor typically includes NVMe drives. The heatsink covers the main controller and NAND chips. Ensure your drive uses the 2280 size standard, which is 80mm long, to guarantee proper physical fit.
Can I mount the M.2 heatsink vertically?
The data does not specify vertical mounting options. The heatsink measures 2.64 inches long and 0.71 inches wide. It is designed to sit flat on the drive surface. Vertical mounting would require a bracket or specific case design not mentioned in the specs. Stick to horizontal installation for reliable contact.