JASMINER X16-Q PRO - 8GB (2050Mh)

The JASMINER X16-Q Pro is a precision-built ASIC miner that reads like a love letter to efficiency: armed with 8GB of memory and tuned for the EtHash/ETC algorithm (and compatible with Ethereum Proof of Work forks), it delivers a commanding 2050 MH/s while drawing just about 520 W of power, an energy profile of roughly 0.25 J/Mh that minimizes waste and keeps operating costs lean; its refined architecture not only stabilizes hashing under sustained load but also tempers acoustics to a gentle 40 dB, making the unit unobtrusive enough for home deployment, while its compact chassis (445 × 132 × 443 mm) and support for both Ethernet and Wi‑Fi give you flexible placement options and fast, reliable network access; designed to operate across a practical ambient range of 0–40°C, the X16-Q Pro pairs high throughput with thermal resilience, and when combined with profit-calculation tools to model daily, monthly and annual returns across different electricity rates and currencies, it becomes straightforward to fine-tune hash power, cooling and runtime to maximize yields and lower operational expense - a machine for miners who want world-class performance wrapped in quiet, efficient engineering with just enough appetite for risk to keep profits interesting.

The JASMINER X16-Q Pro arrives as a forensic tool for EtHashETC mining and its specifications leave little to ambiguity: it carries 8 GB of memory and sustains up to 2050 MH/s while drawing 520 W, yielding an energy intensity near 0.25 J/MH that makes long runs materially efficient; acoustic output sits at about 40 dB, so it can operate unobtrusively in quieter environments; its footprint of 445 × 132 × 443 mm supports dense rack layouts and compact deployments; the permitted ambient range is 0–40 °C and both Ethernet and Wi‑Fi are available for flexible network configurations. Cooling is surgical, using optimized airflow to tame temperatures and suppress noise. A high-bandwidth on-chip cache reduces latency and stabilizes sustained hashing under constant load. Firmware implements hardened stability protocols and audit-like routines to reduce interruptions and to regulate power distribution across modules. Dynamic frequency scaling responds to shifts in network difficulty to preserve throughput and energy economy. The chassis and components meet enterprise-quality expectations for continuous operation in high-intensity farms. Quiet operation, compact form factor and dual-connectivity make residential or edge placements feasible when heat and ventilation are managed. Beyond raw numbers this miner imposes a moral ledger: every increase in hashpower translates into measured energy and emissions, so operators must balance uptime, cooling and frequency policies to optimize yields while limiting environmental impact. The unit thus reads like evidence in a case where profitability is weighed against ecological consequence, and deployment decisions should be treated as calculated, auditable strategies rather than casual bets.

Etchash is a cryptographic hash function that serves as the backbone of Ethereum Classic 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.