Goldshell E-AL1M (4.4Th/s)

The Goldshell E-AL1M presents itself as a tightly engineered Alephium miner: a Blake3-focused ASIC that delivers up to 4.4 TH/s while drawing 1800 W for an efficiency of about 409 J/TH, and offers a Low Power mode of 3 TH/s at roughly 1100 W (≈367 J/TH), pairing raw throughput with an economy setting for quieter operation; its integrated power supply and Wi‑Fi support simplify setup and remote management, and with a measured noise level near 45 dB it can sit in a home or office without dominating the soundscape, though its electrical appetite and thermal output-on the order of ~6,140 BTU/h at full load and ~3,750 BTU/h in Low Power-require adequate ventilation and a reliable, appropriately rated circuit to avoid thermal throttling or electrical strain; practical use therefore involves checking firmware and pool configuration, monitoring temperature and hash stability, and weighing the tradeoff between higher hashrate and greater energy cost, while its compact, low-noise design turns the once-arcane image of mining into a modern fable about converting kilowatts into ledger certainty, reflecting contemporary concerns about efficiency, placement, and operational overhead.

A compact oracle for Alephium miners, the Goldshell E-AL1M is an ASIC tuned to the Blake3 algorithm. It delivers up to 4.4 TH/s and draws about 1800 W. Its measured efficiency sits near 409 J/TH. The unit hides a built-in power supply and offers Wi‑Fi for simple setup and remote checks. Cooling relies on an optimized airflow path and a deliberate heatsink layout to keep hashing steady during long runs. The power stage is designed for high efficiency, so less energy is wasted as heat. Firmware offers fine-grain tuning of voltage and frequency for different operating profiles and better efficiency. The control board uses secure encryption to lower the risk of unauthorized access. Low electromagnetic interference makes it less likely to upset nearby electronics. Industrial-grade parts extend service life and boost reliability under continuous use. Noise stays around 45 dB, so the machine can sit in a home or small office with only a modest hum. Practical operation means giving it room to breathe and a rated circuit that can handle its draw. Monitor temperatures, hash stability, firmware versions, and pool settings to avoid surprises and to balance higher throughput against operating cost. In short, it is a tightly built, efficient miner that turns electricity into steady Blake3 work while keeping the routine of mining closer to domestic life than to a factory myth.

Blake3 is a cryptographic hash function that serves as the backbone of Alephium 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.