ElphaPex DG2 (16GH)

ElphaPex DG2: a surgical Scrypt miner - 16 GH/s tuned for DOGE and LTC, hungry for 3520 W and ruthless at 0.22 J/MH, notable for breaking the 0.2 J/MH barrier and raising the industry benchmark; chassis built like a vault, compact and light enough to slide into racks, four high-flow fans keep temps locked, rated for 5–45°C operation, Ethernet for stable links, noise around 75 dB so it belongs in a farm not a living room; designed for long uptime and low maintenance, steady thermal control under sustained load, easy integration into pro or entry-level setups, optimized airflow and durable parts mean consistent hashing and fewer interventions - raw power, tight efficiency, built to run.

ElphaPex’s DG2 arrives as a blunt instrument for Scrypt mining, built to chase DOGE and LTC with surgical predictability. It hashes at 16 GH/s and draws 3,520 watts, so plan power distribution and breakers accordingly. Efficiency sits at 0.22 J/MH, a strong figure that keeps running costs competitive and sits just above the rumored 0.2 J/MH threshold the industry eyes. Four high-flow fans and a tough chassis keep silicon cool, but the unit still favors climate-controlled rooms over ad hoc garage setups. The Ethernet port gives dependable pool connections and simpler remote management than wireless options. Rated for 5–45°C operation and tolerating high humidity, it tolerates the rough rhythms of a professional farm. At roughly 16.5 kilograms and a compact footprint, the DG2 tiles neatly into racks for higher density deployments. Noise of about 75 dB makes it unsuitable for living spaces but normal for a production floor. In short, it trades aesthetics for uptime, offering tight efficiency, straightforward integration, and the kind of steady output operators prize when they scale.

Scrypt jest funkcją haszującą, która służy jako podstawa NiceHash mechanizm konsensusu proof-of-work. Ten algorytm przetwarza dane wejściowe o dowolnej długości i produkuje stałą wartość hasha, zapewniając bezpieczeństwo i integralność w procesie wydobywania.