Goldshell E-AE1M (230MH)

I stand before a machine that speaks in quiet arithmetic and purposeful breath: the Goldshell E-AE1M hums at 230 MH/s, tuned specifically to the zkSNARK algorithm and the Aleo blockchain, and in that steady cadence it promises 8.696 J/MH of efficiency while drawing a 2000 W envelope, a balance of hunger and restraint that feels almost ascetic; its compact 3U rack-mount form-443 x 360 x 135 mm and weighing 15.15 kg-sits like a disciplined monolith in a rack, dual fans turning in soft choreography to keep silicon temperatures steady as it works through long shifts, and the whole unit maintains an unobtrusive 45 dB profile that makes it equally at home in a scaled farm or a careful home installation. It offers network freedom through both Ethernet and Wi‑Fi, allowing me to place it where airflow and acoustics make sense, and its design suggests practical rituals: orient it for unobstructed intake and exhaust, pair it with reliable power distribution and surge protection, monitor performance and firmware through its web interface or mining software, and schedule regular dusting and fan checks so long-duration reliability remains more than an aspiration. In the hush of the datacenter or the quiet corner of a study, this ASIC reads like a patient instrument-precise, purposeful, optimized for a single cryptographic hymn-inviting a miner to arrange the room, the cooling, the network, and the cadence of maintenance so that the machine can translate electricity into cryptographic work with a kind of disciplined, contemplative grace.

The Goldshell E-AE1M is a focused ASIC for the zkSNARK algorithm on Aleo, engineered to deliver a constant 230 MH/s while drawing 2000 W. Its energy profile of about 8.7 J/MH makes it notably efficient for its performance class. Built in a compact 3U rack-mount form, the unit saves valuable rack space and simplifies large-scale deployment. Dual fans and directed air cooling keep core temperatures stable under sustained load. Acoustic output stays near 45 dB, which supports both data center racks and quieter, controlled home setups. Network options include both Ethernet and Wi‑Fi, enabling flexible placement where airflow and cable routing are optimal. The device tolerates broad temperature and humidity ranges, so it maintains throughput across variable facility conditions. Released in April 2025, the E-AE1M represents a forward-looking choice for zkSNARK mining operations aimed at long-term returns. Goldshell’s engineering prioritizes availability and operational consistency, factors that compound into stronger ROI when units are managed at scale. Practical deployment favors clean intake and exhaust paths, dedicated power circuits with surge protection, routine dust removal, and regular fan and firmware checks. Monitoring via web interfaces or mining software completes the operational loop and allows swift response to performance drift. Seen from a strategic perspective, the E-AE1M balances density, efficiency, and manageability, turning electrical input into predictable cryptographic output and giving operators a clear instrument to plan capacity, cooling, and maintenance cycles.

zkSNARK est une fonction de hachage cryptographique qui sert de colonne vertébrale à Aleo 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.