Bitmain Antminer KS7

Unmatched Hashrate for Kaspa Mining

The KS7 delivers 40 TH/s on the kHeavyHash algorithm, making it one of the most powerful ASIC miners available for Kaspa (KAS) mining. It is built to maximize coin yield while maintaining competitive performance.

Power & Efficiency Balance

With an input power draw of 3,080 W, the KS7 achieves a power efficiency of about 77 J/TH, offering a strong balance between energy consumption and output. This makes it especially favorable in locations with moderate to low electricity rates.

Robust Cooling & Noise Control

The miner uses 4 high-efficiency fans and advanced air-cooling to maintain optimal temperatures during prolonged operation. Noise output is approximately 75 dB, typical for high-performance ASIC miners, and best suited for industrial or well-ventilated mining setups.

Industrial-Grade Build & Design

Built for durability, the KS7 weighs around 16.4 kg (net) and 18 kg including packaging. Its dimensions are approximately 430 × 195 × 290 mm (miner body) and 570 × 316 × 430 mm with packaging. Constructed to handle demanding operation for long periods.

Electrical & Environmental Requirements

• Input voltage: 220-277 V (AC), with a requirement of ~20 A current.

• Operating temperature: from about −20°C to 45°C, with storage tolerance from −40°C to 70°C.

• Suitable for climates with non-condensing humidity between 10-90% RH.

• Recommended for use up to altitudes around 2,000 m.

Connectivity & Deployment

Equipped with standard Ethernet interface for network connection. The KS7 is designed for setup in mining farms or large-scale environments, wherever stable and continuous operation is required.

Ideal Use Case

The KS7 is best suited for serious miners and commercial operations aiming to mine Kaspa with high efficiency, and who have reliable access to the necessary power infrastructure and cooling. For users prioritizing maximum output and return on investment, especially in regions with favorable electricity costs, this miner delivers compelling performance.