Icepc Pure Copper Heatsink 50x30mm or Icepc M.2 Heatsink PS5 PCI-E? Which Icepc Model to Buy
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This guide compares the icepc pure copper heatsink 50x30mm vs m 2 heatsink ps5 pci e. Both units use pure copper for efficient heat dissipation and rely on adhesive thermal pads for tool-free installation. The main difference lies in their target hardware. The first model fits small 50x30mm mSATA SSDs, while the second is designed for larger 2280 M.2 NVMe drives used in laptops and PS5 consoles. You need to match the heatsink size to your specific SSD form factor.
Key differences
| Aspect | Icepc Pure Copper Heatsink for 50x30mm mSATA SSD | Icepc Graphene Copper M.2 Heatsink |
|---|---|---|
| Compatible Device | 50x30mm mSATA SSD | 2280 M.2 NVMe SSD, Laptop, PS5 |
| Dimensions | 40x26x4mm | 70x20x2mm |
| Surface Coating | Not listed | Graphene Coating |
| Slot Design | Broken groove | Slanted slot |
Which one should you choose?
Choose Icepc Pure Copper Heatsink for 50x30mm mSATA SSD if
- You have a 50x30mm mSATA SSD that needs cooling.
- You prefer a slightly thicker 4mm profile for heat transfer.
- You want a simple broken groove design for increased surface area.
Choose Icepc Graphene Copper M.2 Heatsink if
- You are installing an M.2 NVMe drive in a PS5 or laptop.
- You want a graphene coating for potentially higher thermal conductivity.
- You need a lower 2mm profile for narrow spaces.
Verdict: Choose the first model if you are cooling a legacy 50x30mm mSATA SSD. Pick the second model for modern 2280 M.2 NVMe drives in PS5 or laptop systems. The graphene coating on the second option may offer better performance for newer, hotter SSDs.
Icepc Heatsink Comparison Guide
compatible device
Product A is designed specifically for 50x30mm mSATA SSDs, such as the PM830 and PM851. Product B targets 2280 size M.2 NVMe SSDs, including popular drives like the SN750 and 970 EVO. It also lists compatibility with laptops and the PS5. These two products serve entirely different form factors. You cannot use Product A on a standard M.2 slot, nor Product B on an mSATA drive. Your choice depends strictly on the physical size of your storage device.
material conductivity
Both units use pure copper as the primary heat spreading material. Product A lists copper thermal conductivity at 401W/mk. Product B cites graphene coating with 5300W/m·K conductivity, while noting pure copper at 386.4W/m·K. Product B highlights this graphene layer as a distinct efficiency boost over standard copper. Product A relies solely on the base copper block. If you prioritize the highest stated conductivity metric, Product B includes an advanced coating. Product A offers standard pure copper performance.
dimensions
Product A measures 40x26x4mm. It is compact and fits small mSATA modules. Product B measures 70x20x2mm. It is longer and narrower, suited for 2280 M.2 drives. Product B also offers variations with a 4mm height option. The footprint differs significantly. You must match the heatsink dimensions to your SSD’s length and width. Product A is bulkier in width but shorter in length. Product B is longer but thinner. Neither fits the other’s target hardware.
design features
Product A uses a broken groove design to increase heat dissipation area. This structure helps the heat exchanger release heat faster through air contact. Product B features a slanted slot design. It claims this provides a more aesthetically pleasing display while increasing air contact area. Both designs aim to maximize surface exposure. Product A focuses on functional grooves. Product B combines aesthetics with airflow optimization. Your preference depends on whether you value visible styling or pure structural heat transfer.
mounting method
Both products use adhesive thermal pads for installation. Product A includes a high-performance thermal conductivity adhesive backing. It requires removing a blue protective film before use. Product B uses an ilicone thermal pad. It places the pad between the sink and SSD to protect drive particles. Both methods are tool-free and stable. Product B explicitly mentions protecting SSD particles. Product A emphasizes easy fixing without tools. Both ensure secure attachment without screws or clips.
Choose based on your SSD size
Owner of a 50x30mm mSATA drive
This heatsink is built for 50x30mm mSATA SSDs. Its dimensions are 40x26x4mm, ensuring a proper fit for older storage modules. The pure copper construction offers high thermal conductivity. It uses an adhesive backing for easy, tool-free installation. This model is the correct choice for your specific legacy hardware requirements.
PS5 or modern M.2 NVMe user
This unit fits 2280 size M.2 NVMe SSDs. It measures 70x20x2mm and includes a graphene coating for superior heat dissipation. The design supports PS5 and laptop installations. It features a slotted design for better airflow and aesthetic appeal. Use the included silicone pad to protect your drive while ensuring efficient cooling.
User needing minimal profile height
This model offers a low profile at just 0.08 inches high. This slim design is ideal for narrow spaces or laptops where clearance is limited. It still utilizes pure copper and graphene for effective thermal management. The adhesive thermal pad secures it without tools. Choose this for tight enclosures where bulkier heatsinks will not fit.
The products compared
Icepc Pure Copper Heatsink for 50x30mm mSATA SSD
Best for: 50x30mm mSATA SSD cooling
- Material
- Pure copper
- Compatible Device
- 50x30mm mSATA SSD
- Dimensions
- 40x26x4mm
- Mounting Type
- Adhesive backing
- Weight
- 0.63 ounces
View on Amazon: Icepc Pure Copper Heatsink for 50x30mm mSATA SSD Affiliate link
This Icepc heatsink is designed for 50x30mm mSATA SSDs. It uses pure copper for high thermal conductivity, which dissipates heat faster than aluminum. The broken groove design increases the surface area for cooling. It measures 40x26x4mm and weighs 0.63 ounces. Installation is tool-free using a high-performance thermal adhesive backing. You should choose this if you need a compact, copper-based solution for small form-factor drives.
Pros
- Made of pure copper for superior thermal conductivity
- Broken groove design increases heat dissipation area
- Tool-free installation with high-performance thermal adhesive
- Compact dimensions of 40x26x4mm
Cons
- Smaller surface area compared to larger heatsinks
- Only fits 50x30mm mSATA SSDs
- Adhesive backing may not suit all mounting preferences
Good fit if
- You have a 50x30mm mSATA SSD
- You want a tool-free installation method
- You prefer copper for better heat transfer
Skip if
- You need a heatsink for M.2 NVMe SSDs
- You require screw-mounting options
- You need a larger heatsink for high-TDP drives
Verdict: Icepc Pure Copper Heatsink 50x30mm is a practical choice for users with 50x30mm mSATA SSDs who need a compact, copper-based cooling solution. It offers efficient heat dissipation through its broken groove design and adhesive mounting.
Icepc Graphene Copper M.2 Heatsink
Best for: PS5 and laptop M.2 SSD cooling
- Material
- Copper with Graphene Coating
- Compatible Device
- M.2 2280 SSD, Laptop PC
- Dimensions
- 70x20x2mm
- Mounting Type
- Silicone Thermal Pad
- Weight
- 0.71 ounces
View on Amazon: Icepc Graphene Copper M.2 Heatsink Affiliate link
This Icepc heatsink uses pure copper and a graphene coating to manage heat for 2280 M.2 NVMe SSDs. It measures 70 by 20 by 2 millimeters and weighs 0.71 ounces. The design includes a slanted slot for airflow and an included silicone thermal pad for easy installation. It fits PS5 consoles and laptops in narrow spaces.
Pros
- Pure copper base with graphene coating for high thermal conductivity
- Includes silicone thermal pad for tool-free installation
- Slanted slot design increases air contact area
- Compact 70x20x2mm size fits narrow spaces
Cons
- Only 2mm thick, which may not suit all SSDs
- No fan included for active cooling
- Limited to 2280 size M.2 SSDs
Good fit if
- You need a passive cooler for a PS5 M.2 slot
- You want a thin heatsink for tight laptop spaces
- You prefer copper construction for better heat dissipation
Skip if
- You require active cooling with a built-in fan
- You have an M.2 SSD larger than 2280 size
- You need a thicker heatsink for high-performance desktops
Verdict: Icepc M.2 Heatsink PS5 Copper 70x20mm is a compact passive solution for PS5 and laptop users. It fits those who need a thin, copper-based heatsink for 2280 NVMe drives.
Specifications side by side
| Spec | Icepc Pure Copper Heatsink for 50x30mm mSATA SSD | Icepc Graphene Copper M.2 Heatsink |
|---|---|---|
| Material | Pure copper | Copper with Graphene Coating |
| Compatible Device | 50x30mm mSATA SSD | M.2 2280 SSD, Laptop PC |
| Dimensions | 40x26x4mm | 70x20x2mm |
| Mounting Type | Adhesive backing | Silicone Thermal Pad |
| Features | not stated | Thermal Pad |
| Weight | 0.63 ounces | 0.71 ounces |
| Size | 40x26x4mm | 70*20*2mm |
| Model | ICEPC0002-4 | CAICEPC0008-2 |
| Color | not stated | Black |
Frequently asked questions
Can I use the Icepc 50x30mm heatsink on a PS5?
No. The Icepc Pure Copper Heatsink for 50x30mm mSATA SSD is designed for older mSATA modules. Its dimensions are 40x26x4mm. It does not fit standard M.2 NVMe drives found in PS5 consoles. You need a heatsink built for the 2280 form factor.
Does the Icepc M.2 heatsink fit the PlayStation 5?
Yes. The Icepc Graphene Copper M.2 Heatsink lists compatibility with the PS5. It measures 70x20x2mm and targets 2280 size M.2 NVMe SSDs. This size matches the expansion slot requirements for the console. It uses a thermal pad for mounting.
What is the thickness of the Icepc M.2 heatsink?
The Icepc M.2 Heatsink is 2mm thick. Its total dimensions are 70x20x2mm. This low profile makes it suitable for laptops and PS5 consoles where space is limited. The thin design helps maintain airflow without obstructing other components.
Is the Icepc 50x30mm heatsink made of copper?
Yes. The Icepc Pure Copper Heatsink for 50x30mm mSATA SSD is constructed from pure copper. This material offers high thermal conductivity. The model number is ICEPC0002-4. It weighs 0.63 ounces and measures 40x26x4mm.
How do I attach the Icepc M.2 heatsink?
You attach it using an adhesive thermal pad. The product features a thermal pad for tool-free installation. This method secures the heatsink directly to the SSD. It eliminates the need for screws or clips, making installation straightforward for laptops and consoles.
Can the Icepc M.2 heatsink be used on a laptop?
Yes. The Icepc Graphene Copper M.2 Heatsink is compatible with laptops. It is designed for 2280 NVMe drives commonly found in portable computers. Its compact 70x20x2mm size ensures it fits within laptop chassis constraints while providing passive cooling.