Bombax EZ100 (12.5Gh)

The Bombax EZ100 presents itself as a rigorously engineered EtHash ASIC miner that marries clinical technical clarity with a quietly persuasive aesthetic: delivering 12.5 GH/s (12,500 MH/s) while drawing 2,300 W of power and achieving an energy efficiency of 0.18 J/MH, it is calibrated to make profitability assessments rigorous and reproducible, insofar as those assessments account for electricity consumption, ambient conditions and operational overheads through daily, monthly and yearly models; designed to mine EtHash coins such as Ethereum Classic and Zilliqa, the unit’s compact and durable chassis (213 mm x 295 mm x 400 mm, 16.4 kg) speaks to versatility across environments, from large-scale farms to decentralized, smaller installations, and its operational envelope - 200–285 V AC and 0 °C to 40 °C ambient temperature - affords deployment flexibility while imposing clear requirements for stable power delivery and site cooling. Practically minded features include dual high‑speed fans and advanced cooling pathways that sustain optimal silicon temperatures to reduce throttling and prolong hardware life, an intuitive interface with real‑time monitoring and remote management capabilities that minimize downtime and accelerate fault response, and an emphasis on security and reliability in firmware and operational design; prudent operators will therefore plan for adequate PSU headroom, effective ventilation, and noise/heat mitigation at installation, employ routine firmware updates and monitoring policies, and model return on investment with conservative assumptions about hash rate variance, pool fees and electricity rates, thereby converting the device’s technical promise into predictable, long‑term mining efficiency and profitability.

The Bombax EZ100 presents itself with the cool precision of a compliance auditor and the sly wink of a raconteur of industry myths. It is an EtHash-specialized ASIC miner built on an optimized chip architecture for consistent throughput. Measured hash power sits at 12,500 MH/s while consumption is 2,300 W and energy efficiency is 0.18 J/MH. It targets EtHash chains such as Ethereum Classic and Zilliqa with surgical intent. Cooling is active and redundant; dual high-speed fans work with an intelligent temperature regulation system that dynamically adjusts speeds to prevent thermal throttling. Reinforced power circuitry reduces voltage swings and slows hardware wear. Firmware allows remote monitoring and overclocking so operators can tune performance from a distance. The heat-dissipation layout is designed for continuous duty in dense racks and to cut maintenance interventions. The chassis is compact and rugged at 213 mm x 295 mm x 400 mm and 16.4 kg, so deployment ranges from hyperscale farms to smaller, decentralized rigs. The unit runs across a wide input of 200–285 V AC and tolerates ambient conditions from 0 °C to 40 °C, giving practical placement options while still demanding stable site power and ventilation. Security and reliability are embedded in the software layer and in operational defaults that favor uptime. The interface is stripped of fuss and built for real-time telemetry and remote management. Practical operators will give the EZ100 PSU headroom, robust ventilation, and thought-out noise and heat mitigation at install. They will schedule routine firmware updates and implement monitoring policies that flag drift early. Financial planning should assume conservative hash rate variance and account for pool fees and operating overheads. In short, the EZ100 is a purpose-made instrument for EtHash that rewards disciplined deployment and proactive maintenance, and it asks nothing romantic of its keepers except steady power, cool air, and careful oversight.

Etchash est une fonction de hachage cryptographique qui sert de colonne vertébrale à Ethereum Classic mécanisme de consensus proof-of-work. Cet algorithme traite des données d'entrée de n'importe quelle longueur et produit une valeur de hachage fixe, garantissant la sécurité et l'intégrité du processus de minage.