Description
Bitaxe Argon THRML Socket — Precision Thermal Interface for Serious Overclockers
The stock thermal pad between your Bitaxe PCB and heatsink is the weakest link in the cooling chain. The Argon THRML Socket replaces it with a purpose-built thermal interface that sits between the ASIC chip and your heatsink, delivering dramatically better thermal contact. The result: lower temperatures, higher stable clock speeds, and a Bitaxe that runs the way it should — flat out.
Designed by D-Central — the original Bitaxe Mesh Stand creator and one of the earliest Bitaxe accessory manufacturers — the Argon THRML Socket is engineered specifically for the thermal profile of BM1370 and BM1366 ASIC chips used in single-chip Bitaxe boards.
Specifications
| Spec | Detail |
|---|---|
| Type | Thermal interface socket / adapter |
| Thermal Solution | Argon THRML compound |
| Mounting | Direct PCB-to-heatsink socket — no modification required |
| Fitment | 40 x 40 mm standard Bitaxe heatsink footprint |
| Installation | Tool-free — seats between PCB and heatsink |
How It Works
The Argon THRML Socket is a precision-machined thermal adapter that mounts directly between your Bitaxe’s PCB and any compatible 40 x 40 mm heatsink. It improves thermal contact pressure and eliminates air gaps that form with standard thermal pads, providing a consistent and repeatable thermal interface every time you swap or upgrade your heatsink.
- Improved thermal contact — eliminates micro air gaps between ASIC die and heatsink base
- Consistent mounting pressure — even clamping force across the entire ASIC surface
- Reusable — swap heatsinks without replacing thermal pads each time
- Overclocking headroom — lower junction temps mean higher stable frequencies
Compatible Miners
| Miner | ASIC Chip | Hashrate | Power Connector |
|---|---|---|---|
| Bitaxe Gamma | BM1370 | Up to 1.2 TH/s | 5V 2.1mm barrel jack |
| Bitaxe Supra | BM1368 | Up to 800 GH/s | 5V 2.1mm barrel jack |
| Bitaxe Ultra | BM1366 | Up to 600 GH/s | 5V 2.1mm barrel jack |
Not compatible with: Bitaxe Hex (uses dedicated Hex heatsink), Bitaxe GT (different form factor), NerdAxe, NerdQAxe series.
Frequently Asked Questions
Do I still need thermal paste with the Argon THRML Socket?
The Argon THRML Socket is designed as a complete thermal interface solution. Follow the included instructions for your specific heatsink pairing — in most cases, the socket handles the thermal transfer without additional paste, but a thin application of quality thermal compound on the ASIC die contact surface can further reduce temperatures by 1-3°C.
Will this work with any 40mm heatsink or only D-Central heatsinks?
The Argon THRML Socket is designed for the standard 40 x 40 mm Bitaxe heatsink footprint. It works with our Basic Heatsink, Premium Heatsink, and Modern Heatsink, as well as any third-party heatsink that uses the same mounting pattern.
How much temperature improvement can I expect?
Results vary by heatsink and airflow setup, but most users report 3-8°C lower ASIC temperatures compared to standard thermal pads. That translates directly into higher stable overclocking frequencies — every degree counts when you are pushing past 900 MHz.
Can I reuse it if I swap heatsinks?
Yes. Unlike thermal pads that degrade and need replacement, the Argon THRML Socket is a durable mechanical component. Remove it, clean the contact surfaces, and reinstall with your new heatsink.
Why D-Central
D-Central has been in the Bitaxe ecosystem since day one. We created the original Bitaxe Mesh Stand, developed heatsinks specifically for Bitaxe and Bitaxe Hex, and have shipped thousands of open-source mining accessories to solo miners worldwide. The Argon THRML Socket is designed, tested, and stocked by miners who run Bitaxes 24/7 — because we use exactly what we sell. Every hash counts.
Do I still need thermal paste with the Argon THRML Socket?
The Argon THRML Socket is designed as a complete thermal interface solution. Follow the included instructions for your specific heatsink pairing — in most cases, the socket handles the thermal transfer without additional paste, but a thin application of quality thermal compound on the ASIC die contact surface can further reduce temperatures by 1-3°C.
Will this work with any 40mm heatsink or only D-Central heatsinks?
The Argon THRML Socket is designed for the standard 40 x 40 mm Bitaxe heatsink footprint. It works with our Basic Heatsink, Premium Heatsink, and Modern Heatsink, as well as any third-party heatsink that uses the same mounting pattern.
How much temperature improvement can I expect?
Results vary by heatsink and airflow setup, but most users report 3-8°C lower ASIC temperatures compared to standard thermal pads. That translates directly into higher stable overclocking frequencies — every degree counts when you are pushing past 900 MHz.
Can I reuse it if I swap heatsinks?
Yes. Unlike thermal pads that degrade and need replacement, the Argon THRML Socket is a durable mechanical component. Remove it, clean the contact surfaces, and reinstall with your new heatsink.
Shop the Bitaxe Argon Thrml Socket and more at D-Central Technologies, shipping worldwide from Canada.
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