Goldshell HS Lite (1360GH)

Two modes. HNS mode: 1,360 GH/s Handshake at 1,250W and 0.92 J/GH. SC mode: 2,900 GH/s Siacoin (Blake2B-Sia) at 700W and 0.24 J/GH. ±5 percent tolerance on both hashrate and power. Selectable through Goldshell firmware interface without hardware changes. Different algorithms run at different hashrates and power draws because the chip architecture processes each algorithm at different computational density.

Yes, but one mode at a time. The HS Lite switches between HNS and SC algorithms through the firmware interface. It cannot mine both simultaneously. Select the mode producing better revenue at current network conditions, then switch when economics shift. SC mode runs at 700W versus HNS mode at 1,250W, so SC mining carries 44 percent lower daily electricity cost. Factor both token price and electricity cost into mode selection.

Handshake is a decentralized blockchain that manages DNS root zone records, the system that converts human readable domain names into IP addresses. Instead of ICANN controlling the root zone, Handshake distributes ownership through blockchain based name auctions. HNS is the native token used for name registration, renewal, and transfer. Handshake represents a niche thesis on decentralized internet infrastructure. Exchange availability has narrowed since 2023. Research token liquidity before committing mining capital.

Siacoin powers the Sia decentralized cloud storage network, where users rent unused hard drive space to storage clients through automated contracts. SC is the native payment token. Sia competes with centralized providers (AWS S3, Google Cloud Storage) and decentralized alternatives (Filecoin, Arweave) on price for distributed storage. Siacoin maintains broader exchange support than HNS with an active development community building on the Sia storage protocol.

50 dB from four cooling fans. Comparable to a quiet refrigerator or soft background noise. Manageable behind a closed interior door in a residential setting. Not silent enough for shared bedrooms or quiet offices where any fan noise disrupts, but practical for garages, basements, utility rooms, or dedicated closets with basic ventilation. MM's page lists 55 dB; most distributor documentation and Goldshell official specs list 50 dB or below.

Universal 90 to 240V AC input with built in PSU. In HNS mode at 1,250W, the unit draws approximately 11.4 amps at 110V, fitting standard 15 to 20 amp North American residential circuits. In SC mode at 700W, approximately 6.4 amps at 110V. No dedicated electrical infrastructure, voltage transformers, or external power supply needed. Plug into any standard grounded outlet worldwide.

Yes, for most homes with a room or space where 50 dB noise is acceptable. The universal voltage runs on standard outlets. HNS mode draws 1,250W (one space heater equivalent) and SC mode draws 700W, both within residential circuit capacity. Close an interior door between the miner and living space and the noise drops to background level. Heat output in HNS mode (approximately 4,265 BTU per hour) warms a small room; plan ventilation or exhaust for enclosed spaces during warm months.

HS Box II at 460 GH/s HNS and 35 dB (desktop silent, HNS only). HS Lite at 1,360 GH/s HNS / 2,900 GH/s SC and 50 dB. The HS Lite delivers roughly 3 times the HNS hashrate at 15 dB more noise and adds Siacoin mining capability the HS Box II lacks. For operators who want more hashrate than desktop units can deliver and are willing to accept closed door noise level, the HS Lite is the step up. For operators who need near silent same room operation, the HS Box II stays quieter.

HS5 at 2,700 GH/s HNS / 5.4 TH/s SC and 75 dB (industrial). HS Lite at 1,360 GH/s HNS / 2,900 GH/s SC and 50 dB. The HS5 delivers approximately double the HNS hashrate at industrial noise requiring dedicated mining space. The HS Lite delivers roughly half the hashrate at residential deployable noise. For operators with warehouse or dedicated mining rooms, the HS5 is the better per unit economics play. For home operators, the HS Lite is the ceiling before industrial noise.

At standard residential electricity rates ($0.08 to $0.12 per kWh), HNS mining on the HS Lite typically produces negative daily margins at April 2026 network conditions and token prices. MillionMiner's calculator shows -$1.81 daily at $0.08 per kWh. At industrial hosting rates ($0.03 to $0.05 per kWh), margins may be breakeven or slightly positive. Switching to SC mode at 700W reduces daily electricity cost by 44 percent, potentially reaching positive margins depending on SC token price. Mining either coin is a speculative position on future token appreciation rather than a guaranteed daily income.

MM lists 5 to 45 degrees Celsius. Most distributor documentation and Goldshell specifications list 5 to 35 degrees Celsius (some sources list 0 to 35 degrees Celsius). The 35 degree maximum is tighter than typical Bitcoin ASICs and reflects the compact chassis with limited thermal headroom. For hot climate deployments (UAE, Gulf region, tropical), the HS Lite needs air conditioned or actively cooled space to stay below 35 degrees Celsius during peak summer ambient temperatures.

264 x 200 x 290 mm compact chassis at 8.1 kg net weight (9.8 kg gross with packaging). Roughly the size of a small desktop PC tower. Four cooling fans with front intake and rear exhaust. Built in PSU means no external power supply box to accommodate. Fits on standard shelves, desks, or floor placement. Small enough for residential deployment without dedicated rack hardware.

Yes. The HS Lite includes an integrated power supply unit. No external PSU to purchase or match. Plug the miner directly into a standard 90 to 240V outlet using the included power cable. This is consistent with Goldshell's HS and Box series design philosophy where the PSU is internal, unlike Bitmain Antminer products where the PSU is a separate component.

Three step setup. Plug the HS Lite into any 90 to 240V outlet using the included power cable. Connect Ethernet cable to router or switch. Find miner IP through Goldshell finder tool or router DHCP, open web interface, select mining mode (HNS or SC), configure pool URL and wallet address. Goldshell also supports mobile app configuration for iOS and Android. Total setup time approximately 10 to 15 minutes.

HNS mode: 6block (largest HNS pool by hashrate), Poolflare, F2Pool, and other Handshake compatible pools. SC mode: F2Pool, SiaMining, Luxor, and other Blake2B-Sia pools. Pool availability and fee structures vary. Verify pool operational status before deployment since smaller algorithm pools occasionally go offline or cease operations. Pool fees typically 1 to 3 percent.

In HNS mode at 1,250W, the HS Lite produces approximately 4,265 BTU per hour, enough supplemental heat for a small room (approximately 15 to 20 square meters) during cold months. In SC mode at 700W, approximately 2,389 BTU per hour. For cold climate operators running the HS Lite in a home office, workshop, or garage, the mining heat displaces other heating sources, reducing net electricity cost. During warm months, the same heat output requires ventilation or exhaust to avoid overheating the unit above its operating temperature ceiling.

Minimal maintenance for a home tier miner. Quarterly dust cleaning of fan intake and exhaust grilles to maintain airflow. Annual inspection of internal fans for bearing wear (listen for unusual vibration or clicking). No coolant management, no water loops, no filter replacement. Monitor hashrate through the Goldshell web interface or mobile app for degradation indicating potential hardware issues. Solid state hardware with no moving parts beyond fans.

Yes, though hosting economics are challenging for niche algorithm miners with low daily revenue. MillionMiner hosting facilities accept HS Lite units on standard single phase power. At industrial hosted electricity rates ($0.04 to $0.06 per kWh), the HS Lite's daily electricity cost drops to approximately $1.20 to $1.80 in HNS mode, improving margin compared to residential self hosting. Contact MillionMiner for hosting rate tiers and availability.

Honest assessment: the HS Lite is a speculative hardware purchase. At April 2026 network conditions, daily revenue on both HNS and SC does not cover electricity at standard residential rates. The investment thesis rests on future token appreciation: mining HNS or SC at a loss today and holding tokens for potential price recovery or ecosystem growth. The dual algorithm capability provides flexibility to follow whichever network offers better economics, which is a meaningful advantage over single algorithm alternatives. Research HNS and SC exchange availability, development activity, and community trajectory before committing capital.

Within Goldshell's HS family: HS Box (235 GH/s, 35 dB desktop entry), HS Box II (460 GH/s, 35 dB desktop step up), HS3 SE (930 GH/s), HS3 (2 TH/s industrial), HS5 (2,700 GH/s industrial flagship). For cross algorithm diversification from HNS/SC into other niche chains: Goldshell KD Box series for Kadena, Goldshell CK Box series for Nervos, Goldshell AL Box series for Alephium. For Bitcoin mining as a more liquid alternative: Bitmain S21 XP (270 TH/s), S23 (318 TH/s), or Bitdeer SealMiner A4 Pro Air (336 TH/s). For Scrypt (LTC/DOGE) merged mining: Bitmain L9 (17 GH/s), L11 Pro (21 GH/s), or Fluminer L3 (9.5 GH/s quiet home tier).