VolcMiner D1 (16Gh)

The VolcMiner D1 (16 GH/s) is a purpose-built Scrypt ASIC released in September 2024, engineered to deliver sustained throughput of up to 16 GH/s while consuming approximately 3,725 W and achieving an energy efficiency of 0.233 J/MH; housed in a sturdy 330 x 200 x 285 mm chassis and weighing 17.55 kg, the unit prioritizes continuous operation through infrastructure-grade components, a streamlined Ethernet interface for remote management and integration into existing monitoring systems, and a cooling array of four high-speed fans to maintain thermal stability under load. Its multi-level frequency modulation technology allows the miner to adapt dynamically to variable power-supply conditions, trading off hash rate against power draw to preserve margin and reduce adverse thermal stress, which in practice improves uptime and can enhance profitability when managed alongside network difficulty and reward dynamics. Operational deployment should account for the device’s substantial heat rejection and power-provision requirements-adequate electrical headroom, dedicated circuits, and controlled ambient conditions are prerequisites for reliable 24/7 operation-and rack or shelf placement must ensure unobstructed airflow and easy access for periodic maintenance such as fan inspection, dust removal and firmware updates. From an objective standpoint the D1 offers a compelling combination of predictable performance and adaptive power management for operators prepared to invest in the necessary power and cooling infrastructure; the principal trade-off is its high absolute power draw, which makes system-level planning (cooling capacity, electrical distribution, and monitoring) the deciding factor for whether the unit yields favorable operational economics in a given deployment.

Sound registers first at 75 dB when the unit runs at full capacity. The VolcMiner D1 targets the Scrypt algorithm. It delivers up to 16 GH/s. Power draw sits at 3,725 W. Efficiency measures 0.233 J/MH. Multi-level frequency modulation adapts operating frequency to changing supply conditions. Operators can reduce power use at the cost of some hash when conditions demand it. Four high-speed fans force air through the chassis and hold temperatures within operational limits. The design supports continuous hashing and native dual-mining of Litecoin and Dogecoin. An Ethernet interface allows remote monitoring and integration into farm management. Successful deployment requires electrical headroom and dedicated circuits for stable service. Rack placement must permit clear airflow and easy access for maintenance. Routine fan inspection, dust removal and firmware updates preserve uptime. Heat rejection and steady power draw are the tangible demands of sustained output. When cooling capacity and low-cost power align, the D1 produces predictable returns on hashing effort. Seen backward like a ledger of runs, each session maps to bands of warm air and operational logs that tell where margins expanded and where they tightened.

Scrypt is a cryptographic hash function that serves as the backbone of NiceHash proof-of-work consensus mechanism. This algorithm processes input data of any length and produces a fixed hash value, ensuring security and integrity in the mining process.