Goldshell HS3 SE (930GH)

The Goldshell HS3 SE is a purpose-built, compact Handshake miner that pairs a measured engineering ethos with the kind of clinical market observation usually reserved for asset strategists: it delivers 930 GH/s on the Blake2b-based Handshake algorithm while consuming 930 W, a balance that emphasizes throughput per watt and therefore the practical contribution to network security and transaction finality; its 264 × 200 × 290 mm chassis and 7.3 kg mass allow flexible deployment in constrained spaces from home offices to densified rack environments, while 55 dB acoustic output keeps operations tolerable without elaborate soundproofing. Designed for simplicity and reliability, the unit accepts a wide 90–264 V input range and relies on Ethernet connectivity for stable pool or solo participation, with a user-friendly web interface and straightforward firmware update path that minimize hands-on maintenance and shorten time to productive hash. Thermal design and optimized hashing cores reduce the need for aggressive cooling, but sensible airflow and ambient-temperature management will extend component life and sustain hashing efficiency; monitoring via standard mining dashboards or API endpoints supports uptime tracking, fan-speed adjustment and remote alerts so operators can prioritize availability over reactive fixes. By focusing compute where Handshake’s decentralized domain name ledger needs it, the HS3 SE not only accelerates Blake2b operations but physically underpins a move toward a more resilient, censorship-resistant naming layer for the web, making it a pragmatic choice for individual and small-scale participants who want cost-effective hashing, simple integration, and a direct role in the decentralization of internet infrastructure.

The Goldshell HS3 SE is a compact ASIC miner engineered for the Handshake network and optimized for the Blake2b algorithm, delivering 930 GH/s of hashing power; its design favors steady, long-duration operation with a thermal architecture that limits overheating and thermal throttling. Its modest power profile and efficient hashing cores make continuous mining economically viable for hobbyists and small-scale operators without complex infrastructure. Ethernet connectivity enables reliable pool or solo participation and straightforward integration with standard monitoring dashboards and APIs for uptime tracking, fan control and remote alerts. Setup and management are intentionally simple via a web interface and clear firmware update paths, which reduces hands-on maintenance and lowers operational friction. The small physical footprint allows deployment in home offices and compact racks while keeping acoustic emissions at acceptable levels for those environments. Adequate ambient airflow remains advisable to extend component life and avoid premature wear. By dedicating compute to Blake2b, the unit contributes measurable security to Handshake and supports decentralized domain name services as an alternative to centralized DNS. For participants who weigh cost, reliability and civic utility, the HS3 SE offers a pragmatic tool to join a move toward a more resilient and censorship-resistant naming layer for the internet while maintaining transparent, fact-based operational expectations.

HandShake est une fonction de hachage cryptographique qui sert de colonne vertébrale à Handshake 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.