Description
Canaan Avalon A15Pro 218T Bitcoin Miner
Canaan Avalon A15Pro runs using the SHA-256 algorithm, specifically targeting BTC (Bitcoin) mining. with a maximum hash rate of 218Th/s and power consumption of 3662W, resulting in an energy efficiency of 16.798j/Th.
Avalon A15Pro Bitcoin Miner – Canaan’s Flagship 2025 Mining Solution
Ultra-Efficient SHA-256 ASIC with 218Th/s Hashrate
Enhanced Performance Features:
🔥 Next-Gen Upgrade – Significant improvement over the standard A15 model
❄️ Optimized Thermal Design – Dual-fan system ensures stable operation
🔊 Noise Control – Meets international acoustic standards for mining facilities
⚡ Energy Efficient – Industry-leading 16.798J/Th power ratio
Technical Highlights:
Official release: February 2025
Canaan’s most advanced mining ASIC to date
Ideal for large-scale mining operations and hosting services
Plug-and-play deployment with standard PDU connections
Why Choose Avalon A15Pro?
✅ Higher Profitability – Superior hashrate-to-power ratio maximizes ROI
✅ Reliable Operation – Robust cooling system extends hardware lifespan
✅ Space Efficient – Compact design for high-density rack deployments
✅ Future-Proof – Optimized for Bitcoin mining difficulty increases
Avalon A15Pro Product Glance
Manufacturer Canaan
Model Avalon A15Pro
Also known as Canaan Avalon A15Pro Miner
Release Feb 2025
Hashrate, Th/s 218Th/s
Power on wall @25°C, Watt 3662W
Power efficiency on wall @25°C, J/T 16.798J/Th
Noise Level 75db
Cooling Fans（2）
Algorithm | Cryptocurrency SHA-256 | BTC | NMC | BCH | BSV | PPC
Detailed Characteristics
Power supply AC Input voltage range V 110-240V
Power supply AC HZ 50/60Hz
Power supply AC input current, Amp 20
Chip size 4nm
Chip count 12
Hardware Configuration
Networking connection mode Ethernet
Miner Size (Length*Width*Height, w/o package),mm 301 x 192 x 292mm
Net weight, kg 14.9Kg
Gross weight, kg 16.9 Kg
Environment Requirements
Operation temperature,°C -5℃~35℃
Storage temperature,°C -15~50 °C
Operation humidity(non-condensing) , RH 10~90% RH
Operation altitude, m ≤2000