Goldshell HS6 SE (3.7TH)

The Goldshell HS6 SE presents itself as a disciplined instrument of computation, delivering 3.7 TH/s on the Handshake network at 3,400 W while, with equal technical grace, shifting into Siacoin mode to produce 8.2 TH/s at 2,000 W by virtue of its Blake2b‑SHA3 implementation; compact at 264 × 200 × 290 mm and weighing 11.5 kg, it is shaped for straightforward rack deployment or discreet home placement, its quartet of fans and roughly 80 dB acoustic signature embodying the compromise between sustained cooling and audible presence common to high‑output ASICs, and its 200–285 V compatibility plus Ethernet connectivity ensure steady, continuous hashing for both professional and semi‑professional operators; this dual‑mode flexibility lets miners respond to market signals and profitability shifts without hardware changes, while the unit’s measured power economy, build solidity, and predictable thermal management make it a practical choice for those who demand reliable uptime and efficient, market‑aware switching between Handshake and Siacoin mining.

The HS6 SE arrives like a farm tool recast for the city, steady and ready to earn its keep; it runs the Blake2b‑SHA3 algorithm and switches cleanly between Handshake and Siacoin modes. In Handshake mode it outputs 3.7 TH/s while drawing 3,400 W. In Siacoin mode it reaches 8.2 TH/s at 2,000 W. That equates to roughly 920 W per TH on Handshake and about 244 W per TH on Siacoin. Its compact shell at 264 x 200 x 290 mm slips into racks or on shelves without fuss. Four fans and an acoustic footprint near 80 dB handle cooling and announce its presence. The thermal layout preserves throughput during long runs and prevents sudden dips in performance. Ethernet connectivity gives straightforward remote monitoring and network management. The construction is built for continuous use and resists the wear of steady hashing. Dual‑mode flexibility lets miners follow market signals without changing hardware. For medium‑scale operations it delivers predictable Handshake performance, robust reliability, and the throughput needed to keep a pool or farm humming. It fits home rigs and small professional setups but requires sober accounting of electricity and a tolerance for its noise. Like a practical shepherd under neon skies it keeps watch over hashes and power draw and rewards disciplined operators who respect its demands.

HandShake is a cryptographic hash function that serves as the backbone of Handshake 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.