Goldshell HS3 (2TH)

The Goldshell HS3 (2TH) is a focused, high-performance ASIC miner tuned for the Handshake (HNS) network, delivering a steady 2 TH/s on the Blake2B+SHA3 algorithm while drawing 2,000 W for an energy efficiency of about 1 joule per gigahash, and its compact 310 × 180 × 280 mm, 7 kg chassis with four high-capacity fans and advanced air cooling is engineered for continuous 24/7 operation with industrial-grade components that keep temperatures stable and hashrates predictable; supporting 176–264 V input and Ethernet connectivity, the HS3 is equally at home in medium-scale professional rigs, data-center environments or carefully ventilated home setups, offering reliable, durable Handshake mining that balances compact manageability with the noise and power requirements of a high-performance device, so proper ventilation and power provisioning are recommended to sustain long-term efficiency and uptime.

A low mechanical breath surrounds the Goldshell HS3 and sets a steady tempo for long sessions. It is an ASIC miner built for the Handshake (HNS) network. It delivers up to 2 terahashes per second on the Blake2B+SHA3 algorithm. Power consumption sits near 2,000 watts, producing an energy profile of about 1 joule per gigahash. Four high-capacity fans drive an advanced air-cooling layout to keep chip temperatures stable. Industrial-grade components allow true 24/7 operation with predictable behavior over weeks of continuous work. Ethernet connectivity gives reliable monitoring and easy integration into existing pools and management systems. At roughly 75 decibels the unit is audible but remains compact enough for ventilated home rigs as well as medium-scale and data-center deployments. For sustained uptime plan sufficient ventilation and steady power feeds to avoid thermal throttling and to preserve long-term efficiency. Operators who prize reliability and constant hashrate will find the HS3 a durable option for steady Handshake mining.

HandShake is a cryptographic hash function. Handshake relies on it for proof-of-work consensus. This algorithm processes input data of any length and produces a fixed hash value, ensuring security and integrity in the mining process.