Innosilicon A10 Pro ETH (500Mh) ETH Miner King A10 Pro

The Innosilicon A10 Pro ETH (500MH) lands like a made machine that remembers how to dream, a focused shard of hardware where physics and phantom overlap: 500 MH/s of Ethash power for Ethereum and Ethereum Classic, coaxed out of a compact single-tube chassis with two parallel fans that push heat into order while Samsung-backed 5GB memory steadies the ever-growing DAG so your rig keeps mining as epochs swell; it sips roughly 860 W of power (about 1.72 W per MH/s), a balance of brute force and efficiency, with advanced voltage control for fine-tuned stability and pool compatibility built for professional racks, Ethernet networking for reliable communication, and operating comfort between 0°C and 40°C-all folded into 362 x 136 x 285 mm and 8.1 kg, a form factor that fits diverse setups; think of it as a workhorse that promises longevity and predictable output, and pair it with a profit calculator to estimate daily, monthly and yearly returns against electricity costs and market shifts so your planning is as precise as the miner itself.

The Innosilicon A10 Pro ETH (500MH/s) arrives like a forged nexus of soil and circuitry, a miner that hums with the patient pulse of earth and the clear intent of craft: engineered for Ethash to serve both Ethereum and Ethereum Classic, it conjures a steady 500 MH/s while drawing roughly 860 W of power - a pragmatic efficiency near 1.72 W per MH/s - thanks to Samsung 5GB memory that cradles the expanding DAG so mining continuity is preserved as epochs swell; housed in a robust aluminum single-tube shell that feels like a weathered stone yet tuned for thermal grace, it uses two parallel high-speed fans to channel heat outward and maintain component longevity, and its compact frame and modest weight make it adaptable to rack, shelf, or small-scale farm installations while operating reliably in ambient conditions from 0°C to 40°C over an Ethernet backbone for steady network communications. Under the skin, firmware gives you voltage granularity to balance power draw against hashrate, APIs that allow deep pool integration and remote management minimize interruptions, and a cadence of vendor updates tightens security and compatibility as the mining landscape shifts; practically, place it where airflow is unobstructed, pair it with stable power and monitoring tools to track temperature and hash stability, and factor the 5GB internal memory and single-tube cooling into site planning so the unit remains both a durable workhorse and a quiet, almost organic member of a mining ecosystem that links human stewardship with machine endurance.

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.