9.6TH/s NerdOCTaxe GAMMA Rev 2.2 - Bitcoin BTC SOLO Mining ASIC Bitaxe Miner
The NerdOCTAxe GAMMA Rev2.2 is the flagship of the open-source Bitaxe family β eight BM1370 chips in a full tower enclosure delivering a massive 9.6Β TH/s of solo Bitcoin mining power. Available in stealth Black.
Specifications
| Model | NerdOCTAxe GAMMA Rev2.2 |
| Chip Type | BM1370 Γ 8 |
| Hash Rate | 9.6 TH/s |
| Power Consumption | ~115 W |
| Power Efficiency | ~12 J/TH |
| Fans | 2Γ 92mm |
| RGB Fans | Not included. |
| Fan Speed | 2,500 RPM |
| Noise Level | ~45 dB |
| Operating Temp | ~58Β°C |
| Dimensions | 20 Γ 15 Γ 18 cm |
| Weight | 1.1 kg |
| Colour | Black |
The home miner's big gun
Eight BM1370 chips working in unison deliver 9.6 TH/s β that's 8Γ the hashrate of a single Bitaxe Gamma, from one device on one power outlet. The NerdOCTAxe GAMMA gives you the best odds of any home-scale open-source miner at finding a solo block and claiming the fullΒ 3.125 BTC reward directly to your wallet.
Four 92mm fans arranged in push-pull front-to-rear airflow keep all eight chips running cool at ~58Β°C. At 45 dB it sits in the same range as a busy desktop PC β perfectly liveable in a home office or dedicated mining corner.
BlackΒ
Clean, understated enclosure. All four fans are standard black β low-profile and professional looking.
Why the NerdOCTAxe GAMMA Rev2.2?
| β | 8Γ BM1370 chips β 9.6 TH/s, the highest hashrate available in open-source home mining hardware |
| β | ~12 J/TH efficiency β excellent power efficiency for the hashrate class |
| β | Swappable fuseΒ β so you're never caught off guard |
| β | 100% open source β firmware and hardware fully available via the NerdOCTAxe project |
| β | WiFi connected β configure and monitor through a built-in web interface, no extra software needed |
| β | Australian stock β shipped express from Melbourne, no waiting on international freight |
Compatible pools: Works with any Stratum v1 solo mining pool. We recommend our own HBM Solo PoolΒ β hosted in Australia, zero fees, and built for Bitaxe-based devices.