Goldshell AE Max ASIC MinerGoldshell

Goldshell AE Max ASIC Miner – 360MH/s High-Efficiency ALEO Mining Powerhouse
Unlock Maximum ALEO Mining Potential with Industrial-Grade Performance

The Goldshell AE Max is a cutting-edge ASIC miner engineered for the zkSNARK algorithm, specifically optimized for ALEO cryptocurrency mining. Delivering a formidable 360MH/s hashrate with a power consumption of 3300W, it achieves an impressive energy efficiency of 9.17 J/MH. Designed for professional mining operations, the AE Max combines robust performance with energy efficiency, making it a top choice for serious miners aiming for long-term profitability.

The Goldshell AE Max is a high-performance ASIC miner designed for the Aleo (ALEO) network. Released in May 2025, it represents the “Max” tier of Goldshell’s Aleo-specific hardware, offering significantly higher throughput compared to the entry-level “Box” series and the mid-range E-AE1M.

Below are the detailed technical specifications for the Goldshell AE Max:

Core Performance

• Algorithm: zkSNARK (Optimized for Aleo)

• Hashrate: 360 MH/s (±5%)

• Power Consumption: 3300W (±5%)

• Power Efficiency: 9.17 J/MH

Physical & Design

• Form Factor: Industrial/Tower Hybrid

• Dimensions (Unit only): 264 x 200 x 290 mm

• Dimensions (With packaging): 360 x 410 x 380 mm

• Weight: 13.5 kg (Net) / 16.75 kg (Gross)

• Cooling System: Quad-fan air cooling (4 high-speed fans)

Connectivity & Environment

• Network Interface: Ethernet (RJ45)

• Input Voltage: 180–280V AC (Note: Requires a high-voltage circuit, typically 220–240V)

• Noise Level: 70 dB

• Operating Temperature: 5°C to 45°C

• Operating Humidity: 5% to 65% (non-condensing)

Key Features

• Industrial-Grade Power: With a 360 MH/s output, the AE Max is designed for professional mining farms or dedicated high-capacity home setups rather than casual desk use.

• Integrated Power Supply: Unlike smaller units that might use external bricks, the AE Max typically features a built-in power supply to handle the 3.3 kW draw efficiently.

• Thermal Management: The four-fan configuration is specifically tuned to dissipate the significant heat generated by continuous zkSNARK proof calculations.

Important Deployment Note: Due to the 3300W power draw, this unit requires a dedicated electrical circuit (at least a 20A breaker on 240V). It is not suitable for standard 110-120V household outlets common in North America.