Jasminer X16-P

The Jasminer X16-P is a high-efficiency EtHash ASIC engineered to deliver a sustained 5.8 GH/s while drawing 1,900 W, achieving an energy efficiency of approximately 0.328 J/MH and leveraging 8 GB of memory within a compact, air-cooled chassis; its architecture is optimized to accelerate data throughput and reduce processing latency under complex workloads, and the advanced cooling layout plus effective thermal management sustain stable hashrates during continuous operation, provided adequate ambient ventilation and power distribution are available. Designed to balance raw processing capability with energy optimization, the X16-P’s intelligent power regulation smooths responses to network fluctuation and load variance to maintain consistent efficiency, while built-in reliability and security measures protect mining workflows; deployment considerations include ensuring sufficient cooling airflow, clean power delivery and routine maintenance of filters and firmware to preserve long-term performance, and its compact footprint makes it suitable for both home miners seeking a high-density unit and professional, rack-oriented operations where density, predictable power draw, and thermal planning directly affect overall profitability.

The Jasminer X16-P is an EtHash-focused ASIC miner that combines a compact, rack-friendly chassis with a purpose-engineered thermal and electrical architecture to deliver stable, high-density performance; its high-static-pressure fans and directed airflow channels maintain low junction temperatures across densely populated boards, minimizing thermal throttling and sustaining continuous throughput, while the PCB and component placement are optimized to limit electromagnetic interference and preserve signal integrity under heavy load. At the silicon level, a custom-built chipset uses a deep pipeline design to accelerate DAG handling and reduce processing latency, improving effective hashrate delivery and smoothing performance under variable workloads; integrated smart power management modulates energy draw in response to instantaneous load and network difficulty, aiding energy-efficiency targets and protecting components during transient conditions. The model’s specifications - a peak hashrate of roughly 5.8 GH/s, an overall power envelope near 1,900 W and an energy intensity on the order of 0.328 J/MH, supported by 8 GB of memory - reflect a design trade-off that prioritizes sustained throughput per watt for both small-scale home setups and professional operations; firmware-level security and redundant stability measures further protect against unauthorized access and operational drift, while practical deployment considerations such as adequate ambient ventilation, reliable power distribution, filter and fan maintenance, and timely firmware updates are essential to realize the unit’s long-term efficiency and predictable production.

Etchash ist eine kryptografische Hash-Funktion, die als Rückgrat von Ethereum Classic Proof-of-Work-Konsensmechanismus. Dieser Algorithmus verarbeitet Eingabedaten beliebiger Länge und erzeugt einen festen Hash-Wert, der Sicherheit und Integrität im Mining-Prozess gewährleistet.