15 Best Heatsinks with Fan, Compared
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Finding the right heatsink with fan depends on matching thermal requirements to your exact socket type and chassis clearance. We compared 15 models using the specifications published on their listings. The Intel Socket 478 Copper Core CPU Cooler leads the list because its combined copper core and aluminum heatsink deliver dedicated cooling for vintage Socket 478 systems.
This guide helps you choose the right thermal solution by identifying the exact socket fit, dimensions, and airflow design for your build.
Quick picks
The best fit for you
- You need cooling for a vintage Socket 478 system Intel Socket 478 Copper Core CPU Cooler It fits Socket 478 Pentium 4 and Celeron motherboards using an aluminum heatsink with a copper core.
- You need an AM4 desktop cooler with RGB lighting AMD Wraith Prism RGB CPU Cooler It provides AM4 socket compatibility, direct-contact copper construction, and integrated RGB lighting.
- You want a compact cooler for LGA 1700 MITXPC LGA 1700 Heatsink and PWM Fan This unit supports LGA 1700 processors up to 125W TDP with a 3-inch overall height.
- You require an ultra-low profile LGA 1156 cooler Dynatron Copper LGA1156 Blower Heatsink Its all-copper heatsink stands at a low 1.12 inches in height for restricted overhead clearance.
Our 15 picks
Intel Socket 478 Copper Core CPU Cooler
Best for: Socket 478 Pentium 4 and Celeron systems
- Features
- Fan (what this guide is about)
- Socket Compatibility
- Socket 478
- Material
- Aluminum, Copper core
- Compatible Device
- Intel Pentium 4, Celeron processors
- Fan Size
- 2.5-inch
- Mounting Type
- Heat sink retention clip
This Intel CPU cooler features an aluminum heat sink built around a solid copper core paired with an integrated 2.5-inch cooling fan. It connects via an 11-inch 3-pin fan cable and includes an integrated retention clip for mounting. Designed specifically for Socket 478 motherboards, it suits you if you need direct cooling for compatible Intel Pentium 4 or Celeron processors rated from 2.8E GHz up to 3.40 GHz.
Pros
- Aluminum heat sink with a copper core
- Integrated 2.5-inch cooling fan
- Includes heat sink retention clip
- 11-inch 3-pin fan connector cable
Cons
- Limited exclusively to Socket 478 motherboards
- Features a 3-pin fan connector without PWM support
Good fit if
- You run an Intel Pentium 4 or Celeron processor on Socket 478 up to 3.40 GHz.
- You need a cooler with an integrated retention clip for Socket 478 retention modules.
- You require an 11-inch 3-pin fan cord to reach your board header.
Skip if
- You use modern motherboard platforms rather than Socket 478.
- You require a 4-pin PWM connection for variable fan speed control.
Verdict: Intel Copper Core Socket 478 CPU Cooler delivers dedicated cooling with an aluminum heatsink, copper core, and attached fan for compatible vintage Intel platforms. It is an exact-fit thermal unit for supported Socket 478 Pentium 4 and Celeron systems.
Dynatron Copper LGA1156 Blower Heatsink
Best for: low-profile LGA 1156 Intel system builds
- Features
- Fan (what this guide is about)
- Socket Compatibility
- LGA1156
- Material
- Copper
- Compatible Device
- Intel i5 & i7 CPUs
- Fan Size
- 3-inch
- Dimensions
- 3.35 x 3.21 x 1.12 inches
This compact unit pairs an all-copper heatsink with an attached three-inch double ball bearing blower fan. Standing at 1.12 inches tall, 3.21 inches wide, and 3.35 inches long, it delivers targeted airflow through a 4-pin connector designed for Intel LGA 1156 sockets. You get a dense 0.78-pound copper thermal mass built specifically for low-clearance systems requiring dedicated cooling for compatible Intel Core i5 or Core i7 processors.
Pros
- Full copper heatsink construction
- Low height profile measuring 1.12 inches tall
- Double ball bearing blower fan for durability
- Standard 4-pin connector with 12V operation
Cons
- Only compatible with Socket LGA 1156
- Relatively heavy at 0.78 pounds for its compact footprint
Good fit if
- You need a low-profile cooler under 1.2 inches tall.
- You run an Intel Core i5 or i7 CPU on an LGA 1156 motherboard.
- You prefer a copper heatsink with a double ball bearing fan.
Skip if
- You use an AMD processor or a modern Intel socket.
- You require standard axial airflow rather than a side-exhaust blower fan.
Verdict: Dynatron Copper LGA 1156 Blower Cooler delivers dense all-copper heat dissipation in an ultra-low 1.12-inch profile for LGA 1156 builds. It is a solid, focused choice when overhead clearance is strictly limited.
Dynatron 1U Active Copper Heatsink
Best for: 1U server builds on LGA 1155
- Features
- Fan (what this guide is about)
- Socket Compatibility
- LGA1155, LGA1156
- Material
- Copper
- Server Height
- 1U
- Cooling Method
- Active
- Dimensions
- 5 x 5 x 2.5 inches
This Dynatron copper heatsink with fan delivers active cooling for Intel LGA 1155 and LGA 1156 processors. You get an all-copper build paired with a dual ball bearing fan configured as a 1U active solution. It measures 5 inches long, 5 inches wide, and 2.5 inches tall while weighing 0.95 pounds. It suits you if you run compact server builds using compatible Sandy Bridge Core or Xeon processors.
Pros
- All-copper heatsink construction
- Dual ball bearing fan design
- Compact 1U form factor at 2.5 inches tall
- Direct support for LGA 1155 and LGA 1156 sockets
Cons
- Limited strictly to legacy LGA 1155 and LGA 1156 sockets
- Lacks mounting hardware for modern Intel or AMD platforms
Good fit if
- You need an active copper cooler for an LGA 1155 or LGA 1156 motherboard.
- You require a compact 2.5-inch cooler built for 1U chassis.
- You run an Intel Sandy Bridge or Lynnfield Xeon or Core setup.
Skip if
- You use modern CPU platforms such as LGA 1700 or AM4.
- You need a passive heatsink setup without an integrated fan.
Verdict: Dynatron 1U Copper Heatsink Fan provides dedicated all-copper active cooling tailored for LGA 1155 and LGA 1156 platforms. It fits low-profile 1U server racks and compact cases requiring a 2.5-inch height profile.
AMD Wraith Prism RGB CPU Cooler
Best for: AM4 and legacy AMD desktop builds
- Features
- Fan (what this guide is about)
- Socket Compatibility
- AM2/ AM3/ AM3+ / AM4
- Material
- Aluminum with copper core base
- Compatible Device
- Desktop
- Dimensions
- 9.45"L x 27.17"W x 0.98"H
- Lighting
- RGB
The AMD Wraith Prism is a desktop CPU air cooler built with direct-contact heat pipes and an aluminum heatsink on a copper core base. You get integrated RGB lighting, a 4-pin connector, and pre-applied thermal paste right out of the box. A switchable overclock fan profile lets you adjust cooling behavior directly. It suits you if you run compatible AMD AM4, AM3+, AM3, or AM2 motherboards and want direct-fit hardware.
Pros
- Direct contact heat pipes with copper core base
- Pre-applied thermal paste
- Integrated RGB lighting
- Switchable overclock fan profile
- Broad legacy AMD and AM4 socket support
Cons
- Lacks Intel socket compatibility
- No listed support for newer AMD AM5 sockets
Good fit if
- You use an AMD AM4, AM3+, AM3, or AM2 motherboard.
- You want pre-applied thermal paste ready on the base.
- You require integrated RGB lighting with direct-contact heat pipes.
Skip if
- You run an Intel processor platform.
- You need compatibility with AMD AM5 motherboards.
Verdict: AMD Wraith Prism RGB CPU Cooler delivers direct-contact copper cooling and integrated RGB lighting for compatible AMD desktop sockets. It provides a simple setup with pre-applied thermal compound and switchable fan profiles.
GENNEL 40mm Aluminum Heatsink with Fan
Best for: motherboard chipset and northbridge active cooling
- Features
- Fan (what this guide is about)
- Material
- Aluminium
- Compatible Device
- Northbridge, Chipset
- Fan Size
- 40mm
- Dimensions
- approx 39.5x39.5x13mm
This compact aluminum cooler combines a 39.5x39.5x13mm gold heatsink with a 40x40x10mm fan. You get active cooling powered by a 12V DC 3-pin connection with a 220mm cable. Operating at a 28dBA noise rating and drawing 0.05A, it weighs 46g. If you need dedicated low-profile cooling for a motherboard chipset or northbridge with 60mm mounting hole spacing, this small active cooler fits tight spaces.
Pros
- Compact 39.5x39.5x13mm aluminum heatsink profile
- Integrated 40x40x10mm 12V cooling fan
- Total assembly weight of 46g
- 220mm power cable length
Cons
- Sized for chipsets rather than standard desktop CPUs
- Fixed 60mm hole-to-hole mounting spacing
- 3-pin fan connector lacks 4-pin PWM control
Good fit if
- You need active cooling for a northbridge or chipset.
- You have mounting holes spaced 60mm apart.
- You require a lightweight cooler under 50g.
Skip if
- You need to cool a standard desktop CPU socket.
- You require PWM fan speed regulation.
Verdict: GENNEL 40mm Aluminum Chipset Heatsink provides active cooling for small motherboard components. Its 46g aluminum assembly and 40mm fan suit low-clearance chipsets with 60mm mounting points.
Goshyda 2U Active LGA2011 Server Heatsink
Best for: 2U LGA 2011 Narrow ILM servers
- Features
- Fan (what this guide is about)
- Socket Compatibility
- Socket LGA2011 /Narrow ILM
- Server Height
- 2U
- Cooling Method
- Active
- Compatible Device
- Xeon processor E5 2600 series
- Dimensions
- 0.39 × 0.39 × 0.39 inches
This active cooler from Goshyda fits LGA 2011 sockets with a Narrow ILM mounting pattern. Designed for 2U server chassis, it cools Intel Xeon E5-2600, E5-2600 v2, and E5-2600 v3 processors. The unit features an integrated fan that runs up to 8400 RPM to drive airflow across the heatsink. If you need an active cooling solution for compact server enclosures running compatible Xeon platforms, this heatsink provides direct socket-specific hardware.
Pros
- Built for Socket LGA 2011 Narrow ILM server boards
- High-speed 8400 RPM active cooling fan
- Compact 2U form factor fits standard server racks
- Supports Intel Xeon E5 2600, v2, and v3 series CPUs
Cons
- Restricted to Narrow ILM LGA 2011 mounting layouts
- No compatibility listed for AMD or desktop Intel sockets
- Requires 2U chassis height and will not fit 1U enclosures
Good fit if
- You run an Intel Xeon E5-2600 series processor on an LGA 2011 Narrow ILM board.
- You have a 2U rackmount server chassis that requires an active cooling fan.
Skip if
- You use standard Square ILM mounting on your LGA 2011 motherboard.
- You need a heatsink for desktop platforms or AMD processors.
Verdict: Goshyda 2U LGA 2011 Active CPU Cooler delivers dedicated active cooling for Xeon E5-2600 series processors mounted on 2U Narrow ILM platforms. Its 8400 RPM fan provides direct, high-speed airflow within dense server chassis.
BestParts HP EliteDesk G2 SFF Heatsink Fan
Best for: HP EliteDesk G2 SFF desktop repairs
- Features
- Fan (what this guide is about)
- Compatible Device
- HP EliteDesk 705 800 600 G2 SFF Desktop
- Weight
- 1.6 ounces
This BestParts cooler is a dedicated heatsink and fan assembly designed for desktop systems. It fits HP EliteDesk 705, 800, and 600 G2 small form factor machines. Weighing 0.1 pounds, the unit directly replaces part numbers 810285-001 and 804057-001. You will find it suitable if you need an exact replacement component to maintain active cooling inside these specific HP desktop chassis.
Pros
- Fits HP EliteDesk 705, 800, and 600 G2 SFF desktop systems
- Serves as replacement for part numbers 810285-001 and 804057-001
- Includes both heatsink and fan unit
- Lightweight 0.1-pound design
Cons
- Only works with specific HP EliteDesk SFF models
- Fan airflow and noise ratings are not listed
Good fit if
- You need to service an HP EliteDesk 705, 800, or 600 G2 SFF desktop.
- You are sourcing part numbers 810285-001 or 804057-001.
Skip if
- You use a standard retail desktop motherboard with standard socket mounting.
- You have an HP desktop outside the EliteDesk G2 SFF series.
Verdict: BestParts HP EliteDesk G2 SFF Heatsink Fan provides a direct fit for select HP small form factor desktops. It serves as an exact match for systems requiring part numbers 810285-001 or 804057-001.
Dynatron Threadripper and EPYC CPU Cooler
Best for: 280W AMD Threadripper and EPYC processors
- Features
- Fan (what this guide is about)
- Socket Compatibility
- sTRX4, TR4, SP3
- Material
- Aluminum
- Cooling Method
- Fan
- Compatible Device
- Threadripper and EPYC Processors
- Dimensions
- 4.7" x 3.2" x 4.3"
This active cooler combines an aluminum heatsink, embedded heatpipes, and an attached cooling fan for workstation and server builds. Built to dissipate up to 280W TDP, it fits AMD sTRX4, TR4, and SP3 sockets. Measuring 4.7 inches long, 3.2 inches wide, and 4.3 inches high, it integrates pre-applied Shin-Etsu 7762 thermal grease. You get high-wattage thermal management designed for Threadripper and EPYC processors in compact chassis layouts.
Pros
- Dissipates up to 280W TDP
- Embedded heatpipes within an aluminum heatsink fin array
- Includes pre-applied Shin-Etsu 7762 thermal grease
- Compact 4.3-inch height for tight chassis clearance
Cons
- Limited strictly to AMD sTRX4, TR4, and SP3 sockets
- Heavier profile at 1.65 pounds
Good fit if
- You run high-wattage AMD Threadripper or EPYC processors up to 280W TDP.
- You need pre-applied thermal compound for fast deployment on SP3, TR4, or sTRX4 motherboards.
- You have clearance restrictions limiting cooler height to 4.3 inches.
Skip if
- You use mainstream desktop sockets like Intel LGA or standard AMD AM4/AM5.
- You need a lightweight heatsink assembly under one pound.
Verdict: MITXPC Threadripper and EPYC Heatsink Fan delivers heavy-duty 280W TDP cooling with embedded heatpipes for enterprise AMD sockets. Its compact 4.3-inch profile and pre-applied thermal grease streamline deployment in dense computing chassis.
MITXPC LGA 1700 Heatsink and PWM Fan
Best for: 125W TDP Intel LGA 1700 builds
- Features
- Fan (what this guide is about)
- Socket Compatibility
- LGA 1700
- Compatible Device
- Alder Lake-S CPU
- Dimensions
- 4 x 4 x 3 inches
- Weight
- 1 pounds
The MITXPC LGA 1700 Heatsink with PWM Fan is an active air cooler designed specifically for Intel Alder Lake-S systems. It supports the LGA 1700 socket and handles thermal loads up to 125W TDP. The unit measures 4 inches long, 4 inches wide, and 3 inches high, while weighing 1 pound. This compact setup suits you if you run standard Intel desktop processors in enclosures with limited vertical clearance.
Pros
- Supports Intel LGA 1700 socket
- Rated for up to 125W TDP
- Equipped with a PWM-controlled fan
- Compact 3-inch installed height
Cons
- Only compatible with LGA 1700 sockets
- Limited to CPUs rated at or below 125W TDP
Good fit if
- You need a dedicated heatsink and fan for an Intel LGA 1700 processor.
- You have a CPU with a power rating of 125W TDP or lower.
- You require a compact cooler that fits within 3 inches of vertical clearance.
Skip if
- You use an AMD motherboard or a non-LGA 1700 Intel platform.
- You run a high-wattage CPU that exceeds the 125W TDP threshold.
Verdict: MITXPC LGA 1700 Heatsink with PWM Fan provides a dedicated 125W TDP cooling solution for compact Intel LGA 1700 systems. Its 3-inch height and PWM fan deliver focused cooling in space-constrained cases.
Inter-Tech 1U AMD Copper Heatsink
Best for: 1U AMD Threadripper and EPYC server builds
- Features
- Fan (what this guide is about)
- Socket Compatibility
- sWRX8, sTRX4, TR4, SP3
- Material
- Copper
- Server Height
- 1U
- Dimensions
- 4.72 x 3.23 x 1.12 inches
- Weight
- 1 pounds
This compact cooling unit pairs a copper heatsink and vapor chamber base with an 8600 RPM blower fan moving 26.25 CFM of air. Standing just 1.12 inches tall, it is designed for 1U server chassis and fits AMD sWRX8, sTRX4, TR4, and SP3 sockets. If you operate a high-density rackmount setup requiring up to 225W TDP thermal dissipation for workstation or server processors, this active cooler gives you dedicated airflow in tight spaces.
Pros
- Copper heatsink built with a vapor chamber base
- Low 1.12-inch profile fits 1U server chassis
- Blower fan operates at 8600 RPM delivering 26.25 CFM
- Supports up to 225W TDP across AMD sWRX8, sTRX4, TR4, and SP3 sockets
Cons
- No compatibility with Intel sockets or standard desktop AMD platforms
- Maximum cooling capacity capped at 225W TDP
Good fit if
- You need a low-profile cooler under 1.12 inches for a 1U server chassis.
- You run an AMD Threadripper or EPYC processor requiring up to 225W thermal dissipation.
Skip if
- You use an Intel processor or standard AM4 and AM5 desktop sockets.
- You need thermal dissipation for processors exceeding 225W TDP.
Verdict: Inter-Tech 1U Copper Heatsink with Fan delivers compact 225W TDP cooling for enterprise AMD sockets using a vapor chamber base and an 8600 RPM blower. It serves dense 1U rackmount deployments where vertical clearance is limited to just over one inch.
Dynatron 3U Socket SP3 Heatsink Fan
Best for: AMD Epyc Socket SP3 3U server builds
- Features
- Fan (what this guide is about)
- Socket Compatibility
- Socket SP3
- Material
- Aluminum
- Server Height
- 3U
- Dimensions
- 4.69" x 3.23" x 4.33"
This Dynatron cooler pairs an aluminum heatsink and heatpipes with a 4-pin PWM fan. Built for AMD Epyc processors on Socket SP3, it handles thermal design power ratings up to 280 watts. Measuring 4.69 by 3.23 by 4.33 inches, the unit fits 3U and larger server chassis. You get dedicated enterprise socket cooling designed specifically to manage heavy multi-core server workloads.
Pros
- Supports high-heat processors up to 280W TDP
- 4-pin PWM controlled fan for variable speeds
- Aluminum heatsink equipped with heatpipes
- Optimized dimensions for 3U and larger server enclosures
Cons
- Only lists compatibility with AMD Socket SP3
- Exceeds height limits for 1U or 2U server chassis
Good fit if
- You run an AMD Epyc processor on a Socket SP3 motherboard.
- You need active 280W TDP cooling inside a 3U or larger server.
Skip if
- You build in a 1U or 2U low-profile rackmount enclosure.
- You need mounting hardware for standard consumer desktop sockets.
Verdict: Dynatron 3U Socket SP3 Heatsink Fan delivers cooling for high-power Epyc chips requiring up to 280 watts of dissipation. It provides a targeted active thermal solution for compatible 3U and larger rackmount builds.
PANO-MOUNTS 80mm USB Dual Fan Aluminum Heatsink
Best for: USB-powered cooling on compact electronics
- Features
- Fan, Thermal Pad (what this guide is about)
- Material
- Aluminum
- Compatible Device
- graphics cards, routers, HDDs
- Fan Size
- 40mm
- Dimensions
- 80x40x20mm
- Weight
- 4.8 ounces
View on Amazon: PANO-MOUNTS 80mm USB Dual Fan Aluminum Heatsink
This cooling setup pairs an aluminum heatsink with dual 40mm fans powered by a standard 5V USB connection. It includes a 0.6mm thick 6W thermal pad for heat transfer, spinning up to 4000 RPM while delivering 30 CFM of airflow at 20 dBA. If you need targeted, low-profile cooling for compact hardware, routers, or small electronics enclosures, this lightweight unit fits tight spaces without requiring motherboard fan headers.
Pros
- Includes a 0.6mm thick, 6W rated thermal pad for heat transfer
- Powered via a standard 5V USB connection
- Produces 30 CFM airflow at 4000 RPM with a 20 dBA noise rating
- Compact 80x40x20mm aluminum profile fits into tight enclosures
Cons
- Uses USB power rather than standard 3-pin or 4-pin motherboard headers
- Footprint is designed for small devices rather than standard desktop CPU sockets
Good fit if
- You need auxiliary component cooling powered by an external 5V USB port.
- You want a compact aluminum heatsink pre-matched with a 6W thermal pad.
Skip if
- You need a dedicated cooler designed to mount directly onto standard desktop CPU sockets.
- You require motherboard-controlled PWM fan headers for automated speed curves.
Verdict: PANO-MOUNTS 80mm USB Dual Fan Aluminum Heatsink provides a compact cooling solution for auxiliary electronics using USB power and a bundled 6W thermal pad. It delivers quiet, targeted airflow to tight spaces without relying on internal motherboard headers.
Easycargo 80mm Heatsink with USB Fan
Best for: USB-powered cooling using thermal adhesive tape
- Features
- Fan, Thermal Tape (what this guide is about)
- Fan Size
- 80mm
- Dimensions
- 80mmx80mmx39mm
- Mounting Type
- Thermal Conductive Adhesive Tape
- Weight
- 6.95 ounces
This cooling setup pairs an 80mm heatsink with a dual ball bearing 8025 USB fan. Measuring 80mm by 80mm by 39mm and weighing 197 grams, the unit includes pre-applied thermal conductive adhesive tape on the base. You can install it directly without separate mounting hardware or extra thermal paste. It suits you if you need USB-powered cooling with an adhesive mount for compact electronics or custom cooling enclosures.
Pros
- Dual ball bearing 8025 USB fan
- Pre-applied thermal conductive adhesive tape
- Compact 80mm x 80mm x 39mm dimensions
- Total weight of 197 grams
Cons
- Uses USB power rather than standard motherboard fan headers
- Relies on adhesive mounting rather than socket brackets
Good fit if
- You need a cooler powered via standard USB ports.
- You prefer pre-applied thermal conductive adhesive tape for attachment.
- You require a compact footprint of 80mm by 80mm by 39mm.
Skip if
- You need standard 3-pin or 4-pin motherboard fan headers.
- You require socket-specific mounting brackets for desktop CPUs.
Verdict: Easycargo 80mm Heatsink with USB Fan provides a self-adhesive, USB-powered cooling assembly with dual ball bearings. Its pre-applied thermal tape simplifies mounting where traditional motherboard clips are absent.
Cooler Master Hyper 212 3DHP CPU Air Cooler
Best for: standard desktop cases needing quiet PWM cooling
- Features
- Fan (what this guide is about)
- Cooling Method
- Air
- Compatible Device
- CPU
- Dimensions
- 7 × 8 × 7 inches
- Weight
- 1.4 pounds
The Cooler Master Hyper 212 3DHP CPU Air Cooler is a tower heatsink equipped with two 3DHP heat pipes and a pre-installed Mobius 120 PWM fan. Measuring 7 inches high, 8 inches wide, and 7 inches long while weighing 1.4 pounds, it uses ring blade fan technology to manage noise. You will find it fits general desktop builds needing standard PWM-controlled airflow without complex liquid cooling hardware.
Pros
- Pre-installed Mobius 120 fan with PWM speed control
- Uses two patented 3DHP heat pipes
- Ring blade fan design dampens high-frequency noise
- Weighs 1.4 pounds
Cons
- Requires 7 inches of vertical clearance inside the chassis
- Base model does not include integrated ARGB lighting
Good fit if
- You need an air cooler with a pre-installed 120mm PWM fan.
- You have a PC chassis with at least 7 inches of clearance.
- You want two 3DHP heat pipes for regular desktop CPU sockets.
Skip if
- You have a compact or low-profile PC case that cannot fit a 7-inch height.
- You require built-in ARGB lighting directly on the included fan.
Verdict: Cooler Master Hyper 212 3DHP CPU Air Cooler delivers reliable single-fan airflow using two 3DHP heat pipes and a Mobius 120 PWM fan. It is a solid choice for standard desktop cases with adequate vertical height.
Bitaxe GeekPi Cooler Socket and Fan Adapter
Best for: Bitaxe miners adding aftermarket GeekPi cooling
- Features
- Fan (what this guide is about)
- Compatible Device
- Bitaxe miner
- Weight
- 0.5 ounces
This adapter set provides socket and fan mounts for your Bitaxe miner. Built from 100% infill PETG plastic, the kit weighs 0.5 ounces and helps you attach a GeekPi Low-Profile Plus heatsink. It comes in five colors: Blue, Green, White, Black, and Orange. This setup suits you if you already have the required cooler and fan, and you only need dedicated hardware to mount them directly onto your mining hardware.
Pros
- 3D printed with 100% infill PETG plastic
- Lightweight construction at 0.5 ounces
- Available in five colors: Blue, Green, White, Black, and Orange
- Tailored specifically for GeekPi Low-Profile Plus heatsink mounting
Cons
- Does not include the radiator heatsink
- Does not include the cooling fan
Good fit if
- You need mounting brackets for a Bitaxe miner.
- You already own a GeekPi Low-Profile Plus heatsink and compatible fan.
- You want lightweight 100% infill PETG adapter brackets.
Skip if
- You need a complete heatsink and fan cooling unit included in the box.
- You are cooling a standard desktop computer socket.
Verdict: Bitaxe GeekPi Cooler Socket and Fan Adapter provides dedicated 100% infill PETG brackets to mount specific aftermarket cooling on your Bitaxe miner. Because it excludes the actual heatsink and fan, you must supply your own GeekPi hardware.
Specifications side by side
| Spec | Intel Socket 478 Copper Core CPU Cooler | Dynatron Copper LGA1156 Blower Heatsink | Dynatron 1U Active Copper Heatsink | AMD Wraith Prism RGB CPU Cooler | GENNEL 40mm Aluminum Heatsink with Fan | Goshyda 2U Active LGA2011 Server Heatsink | BestParts HP EliteDesk G2 SFF Heatsink Fan | Dynatron Threadripper and EPYC CPU Cooler | MITXPC LGA 1700 Heatsink and PWM Fan | Inter-Tech 1U AMD Copper Heatsink | Dynatron 3U Socket SP3 Heatsink Fan | PANO-MOUNTS 80mm USB Dual Fan Aluminum Heatsink | Easycargo 80mm Heatsink with USB Fan | Cooler Master Hyper 212 3DHP CPU Air Cooler | Bitaxe GeekPi Cooler Socket and Fan Adapter |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| Socket Compatibility | Socket 478 | LGA1156 | LGA1155, LGA1156 | AM2/ AM3/ AM3+ / AM4 | not specified | Socket LGA2011 /Narrow ILM | not specified | sTRX4, TR4, SP3 | LGA 1700 | sWRX8, sTRX4, TR4, SP3 | Socket SP3 | not specified | not specified | not specified | not specified |
| Material | Aluminum, Copper core | Copper | Copper | Aluminum with copper core base | Aluminium | not specified | not specified | Aluminum | not specified | Copper | Aluminum | Aluminum | not specified | not specified | not specified |
| Server Height | not specified | not specified | 1U | not specified | not specified | 2U | not specified | not specified | not specified | 1U | 3U | not specified | not specified | not specified | not specified |
| Cooling Method | not specified | not specified | Active | not specified | not specified | Active | not specified | Fan | not specified | not specified | not specified | not specified | not specified | Air | not specified |
| Compatible Device | Intel Pentium 4, Celeron processors | Intel i5 & i7 CPUs | not specified | Desktop | Northbridge, Chipset | Xeon processor E5 2600 series | HP EliteDesk 705 800 600 G2 SFF Desktop | Threadripper and EPYC Processors | Alder Lake-S CPU | not specified | not specified | graphics cards, routers, HDDs | not specified | CPU | Bitaxe miner |
| Fan Size | 2.5-inch | 3-inch | not specified | not specified | 40mm | not specified | not specified | not specified | not specified | not specified | not specified | 40mm | 80mm | not specified | not specified |
| Dimensions | not specified | 3.35 x 3.21 x 1.12 inches | 5 x 5 x 2.5 inches | 9.45"L x 27.17"W x 0.98"H | approx 39.5x39.5x13mm | not specified | not specified | 4.7" x 3.2" x 4.3" | 4 x 4 x 3 inches | 4.72 x 3.23 x 1.12 inches | 4.69" x 3.23" x 4.33" | 80x40x20mm | 80mmx80mmx39mm | not specified | not specified |
| Mounting Type | Heat sink retention clip | not specified | not specified | not specified | not specified | not specified | not specified | not specified | not specified | not specified | not specified | not specified | Thermal Conductive Adhesive Tape | not specified | not specified |
| Lighting | not specified | not specified | not specified | RGB | not specified | not specified | not specified | not specified | not specified | not specified | not specified | not specified | not specified | not specified | not specified |
| System Type | not specified | not specified | not specified | Desktop | not specified | not specified | Desktop | not specified | not specified | not specified | not specified | not specified | not specified | not specified | not specified |
| Features | Fan | Fan | Fan | Fan | Fan | Fan | Fan | Fan | Fan | Fan | Fan | Fan, Thermal Pad | Fan, Thermal Tape | Fan | Fan |
| Weight | not specified | 12.5 ounces | 15.2 ounces | 1 pounds | not specified | not specified | 1.6 ounces | 1.65 pounds | 1 pounds | 1 pounds | not specified | 4.8 ounces | 6.95 ounces | 1.4 pounds | 0.5 ounces |
| Model | CS91249-002 | K199 | K199 | AM4 | not specified | GOSHYDAsehw4gia2n154 | VG.XX.482-HY | A39 | Q5 | A41 | A50 | 4010GPU2PACK-H | 8025FH01-USB | MAY-T2HP-217PK-R1 | not specified |
| Size | not specified | not specified | not specified | 9.45"L x 27.17"W x 0.98"H | not specified | not specified | not specified | not specified | not specified | not specified | not specified | 80x40x20mm | not specified | Small | not specified |
| Color | not specified | not specified | not specified | Black | not specified | default | not specified | not specified | not specified | not specified | not specified | Black | not specified | Black | Blue |
If your cooling setup requires automated shutoff intervals instead of continuous motherboard regulation, evaluate specifications listed for the best fans with timer.
How to Choose the Right Heatsink
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Check Vertical Height Clearance
Chassis height determines the maximum cooler profile you can install. Standard tower cases easily accommodate tall heatsinks, but compact desktop enclosures and rackmount chassis have strict vertical boundaries. Server racks measure clearances in rack units, where 1U enclosures require ultra-low hardware profiles near one inch tall. If your build uses a cramped enclosure, measure the distance between the processor socket and the chassis lid before purchasing. For dense 1U configurations, a low unit like the Dynatron Copper LGA1156 Blower Heatsink stays within a slim 1.12-inch profile to fit tight horizontal spaces.
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Match Processor TDP Capacity
Thermal Design Power ratings indicate the maximum heat output in watts that a cooler can dissipate under continuous operation. Processors generate varying levels of thermal load depending on their core count and intended workload. If you pair a high-wattage chip with an underspecified thermal assembly, your system risks thermal throttling and reduced clock frequencies. Check your processor specifications to find its base and boost power draw. Enterprise components with substantial power needs, such as high-core server silicon, require dedicated solutions like the Dynatron Threadripper and EPYC CPU Cooler, which handles thermal demands up to 280W TDP.
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Evaluate Base and Fin Materials
Thermal conductivity varies significantly between metal alloys used in heatsink bases and fin stacks. Aluminum offers lightweight construction and rapid convective cooling across thin fins, making it ideal for compact hardware components. Copper provides significantly higher thermal transfer rates than aluminum, absorbing heat rapidly directly from the integrated heat spreader. Some designs use an all-copper build to maximize transfer in tight spaces, while others combine materials. If you need efficient heat spreading in a standard desktop layout, models like the Cooler Master Hyper 212 3DHP CPU Air Cooler employ dedicated heat pipes to conduct thermal energy away.
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Account for Fan RPM Levels
Fan rotation speed dictates both airflow velocity and acoustic output. Server chassis prioritize maximum static pressure and cubic feet per minute to force air through dense fin arrays. These industrial blowers frequently reach rotational speeds exceeding 8000 RPM, producing audible whine that suits isolated server rooms rather than open offices. A cooler such as the Goshyda 2U Active LGA2011 Server Heatsink features an 8400 RPM fan built strictly for narrow rack enclosures. For desktop environments, select units with pulse-width modulation (PWM) control that adjust fan speed dynamically based on actual thermal demand.
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Choose the Right Mounting Method
Mounting mechanisms and thermal interface materials determine how securely the heatsink bonds to the component surface. Standard processors rely on spring-tensioned screws or bracket clips paired with thermal compound to maintain consistent contact pressure. In contrast, smaller auxiliary chips and electronics without socket mounting holes require alternate attachment methods. Adhesive solutions provide thermal transfer while holding the unit in place without mechanical hardware. If you are cooling peripheral silicon or board components lacking standard socket brackets, a self-adhesive assembly like the Easycargo 80mm Heatsink with USB Fan uses pre-applied thermal tape to secure the assembly directly.
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Distinguish CPU from Auxiliary Cooling
Motherboard chipsets and auxiliary controllers have much smaller footprints than main processor sockets. Main processor heatsinks cover large surfaces and weigh a pound or more, which cannot mount to delicate peripheral chips. Compact auxiliary coolers feature small fan diameters and specific hole spacing for motherboard components. If you are cooling a motherboard northbridge or chipset, verify both the fan dimension and the mounting pitch. For example, the GENNEL 40mm Aluminum Heatsink with Fan pairs a 40mm fan with 60mm mounting points to fit small motherboard areas properly.
Frequently asked questions
What is the difference between active heatsinks and passive heatsinks?
Active heatsinks combine a thermal conductor with a dedicated fan to move air across the fins continuously, whereas passive heatsinks rely solely on natural convection or ambient chassis airflow. Units like the Goshyda 2U server cooler use high-speed active fans running up to 8400 RPM to manage heat in dense setups where passive dissipation cannot move enough air.
Does an active heatsink require thermal paste or tape during installation?
Yes, an interface material is necessary to fill microscopic air pockets between the heatsink base and the chip surface. Some coolers, such as the AMD Wraith Prism or the MITXPC A39, come with thermal compound already pre-applied to the base. Others, like the Easycargo 80mm heatsink, use pre-applied thermal tape to secure the unit without traditional mounting clips or liquid paste.
How do copper heatsinks compare to aluminum models?
Copper transfers thermal energy significantly faster than aluminum, making it ideal for high-density components or limited spaces. Coolers like the Dynatron K199 utilize solid copper construction to maximize thermal conductivity within a tight 1.12-inch profile. Aluminum models like the GENNEL 40mm heatsink are lighter and suit lower-heat components such as motherboard chipsets, where aggressive thermal transfer is less critical.
Can you use a USB-powered heatsink fan inside a standard computer case?
You can use USB-powered heatsinks to cool auxiliary components, routers, or external electronics rather than standard processor sockets. Models like the PANO-MOUNTS 80mm dual-fan unit plug into standard USB ports and include a 6W thermal pad for placement on small electronics. Because they lack standard motherboard socket retention brackets, you should not use them to cool primary desktop or server CPUs.
What is the purpose of PWM control on a heatsink fan?
Pulse-width modulation (PWM) allows your motherboard to dynamically adjust fan rotation speed based on real-time temperature readings. Coolers like the Cooler Master Hyper 212 3DHP use a Mobius 120 PWM fan to balance airflow and noise output automatically. When processor load drops, the fan slows down to reduce noise, increasing speed only when thermal demands rise under heavier computing tasks.
How does server chassis height affect cooler selection?
Server rack chassis strictly limit component height, measured in standardized rack units. A 1U chassis requires ultra-low profiles, such as the Inter-Tech A41 with its 1.118-inch height and high-speed 8600 RPM blower. If you deploy hardware into 2U or 3U chassis, taller heatsinks like the 4.33-inch Dynatron A50 can accommodate larger fin stacks to handle higher thermal design power ratings.
Can proprietary desktop computers use standard aftermarket CPU coolers?
Prebuilt business desktops frequently feature proprietary chassis designs, screw spacing, or power connectors that prevent standard cooler installation. For example, specific systems like the HP EliteDesk G2 SFF require dedicated replacement units matching part numbers 810285-001 or 804057-001. Using standard aftermarket hardware on these machines often causes mechanical interference with internal drive cages or proprietary motherboard layout structures.