Bitaxe: How to Replace Thermal Paste

#Here'sBitcoin a walkthrough on how to replace / upgrade your Bitaxe's thermal paste. D-Central Thermal Paste Guide: https://d-central.tech/the-ultimate-guide-to-the-best-thermal-paste-for-asic-miners/ Bitaxe Gamma: https://geni.us/BitaxeGamma Bitaxe Supra: https://geni.us/BitaxeSupra Thermal Paste on Amazon: https://geni.us/owsN0 Isopropyl Alcohol on Amazon: https://geni.us/HOCjZW Bitaxe Main Site: https://bitaxe.org/ Bitaxe Github: https://github.com/bitaxeorg/ESP-Miner Bitaxe Discord: https://discord.gg/osmu Bitaxe Creator: https://x.com/skot9000 Follow me on Twitter / X: https://x.com/arielbravy 0:00 Intro 0:12 What Is Thermal Paste For? 1:14 Why Replace the Paste? 3:31 Thermal Paste Replacement 5:33 Testing 6:03 More Troubleshooting? 6:34 Wrapping Up AI Video Summary: This video is a practical tutorial on why and how to replace the thermal paste on a Bitaxe miner. Thermal paste is critical for filling microscopic gaps between the ASIC hashing chip and the heatsink, ensuring efficient heat transfer and preventing hardware failure due to overheating. Why Replace Thermal Paste? Quality Upgrade: Manufacturers may use low-grade paste; upgrading to a higher-quality product (like Thermal Grizzly Kryonaut) can drop temperatures, providing more headroom for overclocking. Maintenance: If a heatsink becomes loose or the old paste dries out, you must clean it and apply fresh paste to restore a solid thermal connection. Troubleshooting: It is a standard step in diagnosing persistent overheating issues, even at stock settings. [00:50, 01:51] Necessary Materials: High-quality thermal paste. Isopropyl alcohol and a cloth/paper towel for cleaning. Bitaxe with a removable heatsink (mounted via screws or spring-loaded pins). [03:00, 03:16] Replacement Process: Disassembly: Squeeze the spring-loaded pins (or remove the screws) to detach the heatsink from the PCB. [03:31, 03:50] Cleaning: Use isopropyl alcohol to thoroughly clean the old residue from both the bottom of the heatsink and the surface of the ASIC chip (e.g., the BM1370 on the Bitaxe Gamma). [04:15, 04:25] Application: Apply a small amount of new paste. Recommended methods include a center dot the size of a pea or a thin line no wider than a grain of rice. [04:42, 04:55] Reassembly: Lower the heatsink onto the chip as flatly as possible to ensure even spreading. Secure the pins or screws and give the heatsink a gentle wiggle to confirm it is seated firmly. [05:07, 05:21] Outcome of the Test: While the process was successful, it did not solve the specific overheating issues with the reviewer's early-production Gamma units, indicating that the problem was likely related to other hardware or software factors rather than the thermal interface. [05:34, 06:04] #Bitcoin #Bitaxe