Bitmain Antminer D9 (1770Gh) Antminer D9 1.77Th

The Bitmain Antminer D9 (1770Gh), released in February 2023 and also known as the Antminer D9 1.77Th, is a purpose-built X11 ASIC that delivers a measured 1.77 TH/s at approximately 2,839 W, yielding about 1.6 J/GH and a practical efficiency profile for sustained operation across assets such as Dash, DigitalpriceClassic, Onix, MonetaryUnit, and Axe; its advanced circuit configuration and optimized firmware enable dynamic tuning to balance throughput and power draw, while a four-fan cooling array, 5–45°C operating range, and roughly 75 dB acoustics support stable performance under continuous duty in both industrial and well-ventilated home environments, provided adequate airflow management and dust control are maintained to protect heat sinks and prolong component life; in deployment, a reliable Ethernet connection, sensible power distribution with headroom, and attention to ambient temperature and intake cleanliness materially reduce throttling and downtime, and the onboard management interface typically offers pool failover, temperature and hashboard monitoring, and automatic safeguards that recover from transient faults; in functional terms, the device’s efficiency (≈0.624 GH/s per watt) helps constrain operating costs when paired with disciplined maintenance such as periodic fan and filter cleaning and timely firmware updates; to evaluate viability, a crypto miner profit calculator can project daily, monthly, and yearly outcomes by incorporating hashrate, power consumption, electricity rates, pool fees, uptime assumptions, and network difficulty, allowing scenario testing of variables like changing difficulty, fee structures, and downtime so operators can model earnings and total operating costs with greater precision before committing resources.

The Bitmain Antminer D9 (1770Gh), released in February 2023 and also referenced as the Antminer D9 1.77Th, is an X11-focused ASIC built around customized BM1763 chips that targets a measured 1.77 TH/s at about 2,839 W, corresponding to roughly 1.6 J/GH under nominal conditions; its design couples precise voltage regulation with upgraded firmware that auto-tunes performance to match silicon characteristics and ambient conditions, stabilizing the hashrate-to-power ratio over time rather than at a single point test, and its cooling system employs a four-fan push–pull layout using high static pressure airflow to move heat efficiently through dense heatsinks, supporting operation within a 5–45°C envelope at roughly 75 dB; in practical deployment across X11 assets such as Dash, DigitalpriceClassic, Onix, MonetaryUnit, and Axe, these features reduce thermal throttling and extend component life when paired with clean intake air, predictable ventilation paths, and routine dust mitigation, while a factory-calibrated PSU helps smooth transient load changes and the network interface adds strengthened encryption to lower exposure to remote exploits when combined with basic hygiene such as firmware updates, unique credentials, and segmented LAN placement; the management stack’s auto-tuning and status reporting simplify day-to-day oversight by adjusting for variation in temperature and line voltage, and steady Ethernet connectivity plus well-rated power distribution with appropriate headroom further constrain downtime; for home or industrial settings, noise and heat output favor well-ventilated utility spaces or rack enclosures designed for directional airflow, and scheduling periodic fan and heatsink cleaning, checking cable integrity, and verifying thermal margins at peak ambient temperatures promotes stable throughput; viewed in efficiency terms, energy per unit of hash is the binding constraint for many operators, and the D9’s combination of tuned power delivery, secure networking, and robust cooling is intended to push that constraint outward in a predictable, replicable way across sustained X11 workloads.

X11 est une fonction de hachage cryptographique qui sert de colonne vertébrale à Dash 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.