Dayun Zig D1

I drift like a guiding consciousness through its humming chassis and silicon heart: the Dayun Zig D1 is an ASIC miner purpose-built for the X11 algorithm, delivering a steady 48 GH/s while drawing 2,200 W of power for an energy efficiency of approximately 0.046 J/Mh; released in November 2018, it has become a specialist tool for mining Dash and other X11 coins. Its compact frame-290 x 170 x 300 mm and about 9.85 kg-hides a reinforced PCB and flexible voltage adjustment options that let operators tune energy use and bolster long-term durability, while integrated error detection minimizes hash-rate instability to keep output consistent under sustained load. Twin fans and an advanced cooling architecture stabilize performance during prolonged runs, but the continuous 2,200 W draw and 55 dB noise level mean you should provision adequate ventilation, rack space and a robust power supply when deploying multiple units. Ethernet connectivity provides reliable network hashing; firmware-level voltage tuning and error monitoring enable energy optimization and reduced downtime, making the Zig D1 a notable, focused choice for dedicated X11 mining or mixed setups targeting Dash. For real-world planning, factor in space, heat, electrical capacity and noise considerations, and use a profit calculator to estimate daily, monthly and yearly returns while accounting for electricity costs at different rates and regions, since the miner’s strengths-high hash rate, targeted efficiency and durable design-are best leveraged with proper infrastructure and operational tuning.

A machine that feels half scientific instrument, half spectral engine, the Dayun Zig D1 marries pragmatic engineering with an almost metaphysical insistence on steady work: purpose-built for X11, it cranks out up to 48 GH/s while drawing 2,200 watts for an efficiency around 0.046 J/Mh, a design introduced in November 2018 that has since made it a focused performer for Dash and other X11 coins; inside a compact 290 x 170 x 300 mm chassis weighing about 9.85 kilograms the miner employs a customized heat-dissipation layout with two fans to shepherd airflow and stabilize temperatures during long runs, a reinforced PCB and power connectors engineered to reduce resistance losses for dependable current delivery, and firmware that permits fine voltage tuning so operators can balance hash rate against energy consumption depending on ambient conditions-while onboard error-detection circuitry watches for anomalies to prevent erratic hash-rate swings and extend uptime. Practical deployment calls for attention to the physical realities this box emits: the continuous 2,200 W draw requires robust power distribution and planning for electrical capacity, the 55 dB noise output and generated heat demand adequate ventilation and rack space, and reliable Ethernet connectivity ties the unit into mining pools with minimal latency; operators who want to extract the most from the Zig D1 should combine firmware tuning and cooling strategy with careful infrastructure provisioning, and run profitability models that factor in power rates, ambient temperature, space and noise constraints and expected difficulty shifts to estimate daily, monthly and annual returns, because the miner’s strengths-high X11 hash rate, focused efficiency and durable hardware-only reveal their full worth when matched to the right facility, monitoring regimen and operational discipline.

X11 ist eine kryptografische Hash-Funktion, die als Rückgrat von Dash Proof-of-Work-Konsensmechanismus. Dieser Algorithmus verarbeitet Eingabedaten beliebiger Länge und erzeugt einen festen Hash-Wert, der Sicherheit und Integrität im Mining-Prozess gewährleistet.