Fluminer L3 (9.5GH)

45 dB near silent operation, roughly equivalent to a quiet conversation. For comparison, most Scrypt miners at the 9+ GH/s tier (Bitmain L9, L11 family, VolcMiner D3, ElphaPex DG2+, Bitdeer SEALMINER DL1 Air) run at 70 to 75 dB industrial noise. The L3's 45 dB represents roughly 85 percent less perceived loudness, making it one of the few high performance Scrypt miners deployable in home environments without hearing protection or dedicated sound isolation.

9.5 GH/s Scrypt at 1,700W continuous and 0.179 J/MH (179 J/GH) efficiency. ±5 percent hashrate tolerance produces real world output between 9.03 and 9.98 GH/s. Competitive efficiency per megahash, ahead of older generation Bitmain L7 (360 J/GH) and approximately on par with current generation hardware like the L11 base (184 J/GH) and VolcMiner D3 (179 J/GH), with meaningful differences being hashrate per unit rather than efficiency.

Yes. Universal 110 to 240V single phase input with 1,700W draw fits within standard residential circuit capacity. At 110V the unit draws approximately 15.5 amps, fitting standard 15 to 20 amp North American residential circuits. At 220V approximately 7.7 amps. Unlike higher tier Scrypt ASICs (Bitmain L9 at 3,570W, L11 family at 3,612W+, VolcMiner D3 at 3,580W) which cannot practically run on 110V residential circuits, the L3 genuinely deploys on any standard outlet worldwide without dedicated infrastructure.

All Scrypt algorithm cryptocurrencies through merged mining. Primary coins: Litecoin (LTC), Dogecoin (DOGE), Bellscoin (BELLS). Additional Scrypt coins: Luckycoin (LKY), Junkcoin (JKC), Pepecoin (PEP) through pools that support those chains. Combined merged mining revenue typically runs 20 to 40 percent above solo LTC at the same hashrate.

L9 at 17 GH/s, 3,570W, 0.21 J/MH, and 75 dB. L3 at 9.5 GH/s, 1,700W, 0.179 J/MH, and 45 dB. The L9 delivers approximately 79 percent more hashrate at approximately 110 percent more power draw. The L3 delivers approximately 18 percent better efficiency per megahash, 30 dB quieter operation, universal 110V residential voltage compatibility, and WiFi connectivity. The L9 targets dedicated mining facilities. The L3 targets home miners and small operators where noise, voltage, and placement flexibility outweigh raw hashrate per unit.

140 x 300 x 450 mm compact chassis at 13.8 kg. Small enough for shelf or desktop placement without rack mount hardware. Approximately one third the volume of typical 9+ GH/s Scrypt miners, fitting home office shelves, utility rooms, or closet deployments.

5 to 40 degrees Celsius at 5 to 95 percent humidity per MillionMiner specification. For hot climate deployments (UAE, Texas summer, Arizona, tropical regions), ambient cooling must hold intake air below 35 degrees Celsius under peak load for stable hashrate since the quiet cooling design has less thermal headroom than industrial 75 dB fan configurations.

Yes. The L3 is specifically designed for accessibility. WiFi connectivity eliminates Ethernet cable runs. Universal voltage removes circuit upgrade requirements. 45 dB quiet operation removes sound isolation requirements. 140 x 300 x 450 mm compact chassis removes dedicated space requirements. Four step setup (connect PSU to outlet, enable WiFi or connect Ethernet, find miner IP, configure Scrypt merged mining pool and LTC/DOGE wallet addresses) takes approximately 15 to 20 minutes for first time miners.

Fluminer manufacturer warranty on new units covering manufacturing defects and hardware failures under normal operation within specified environmental ranges. Ships from MillionMiner with free DDP worldwide delivery covering all customs clearance, import duties, and taxes. Box contents: Fluminer L3 unit, PSU, power cables, and quick start guide.

The L3 includes built in WiFi alongside standard Ethernet. WiFi allows placement anywhere with a power outlet and wireless network signal, removing the Ethernet cable run requirement that limits deployment of most ASIC miners. Configure WiFi through the Fluminer web interface on first boot using Ethernet or direct connection, then disconnect Ethernet for WiFi only operation. For most stable performance, wired Ethernet remains preferred in facility deployments, but WiFi is fully supported for home deployment scenarios where cable runs are impractical.

L1 Pro at 6 GH/s, 1,400W, 45 dB. L3 at 9.5 GH/s, 1,700W, 45 dB. The L3 delivers approximately 58 percent more hashrate at approximately 21 percent more power draw, maintaining the same 45 dB quiet operation and WiFi connectivity. Same quiet home tier positioning at different scale. For operators wanting the quietest possible Scrypt mining, the L1 Pro sits at the lower entry tier. For operators wanting more hashrate in the same form factor category, the L3 delivers the higher home tier output.

Air cooling designed for quiet operation. The cooling architecture prioritizes low noise over maximum thermal dissipation, which is the tradeoff that enables 45 dB operation versus industrial 75 dB fans at the same cooling capacity. Facility requirements: adequate ventilation for approximately 5,798 BTU per hour heat output, ambient temperature within specified 5 to 40 degrees Celsius range. For multi unit home deployment, ventilation planning becomes important since aggregate thermal output scales linearly with unit count.

L3 is not positioned as an industrial competitor. Bitmain L11 Pro (21 GH/s, 75 dB), VolcMiner D3 (20 GH/s, 75 dB), ElphaPex DG2+ (20.5 GH/s, 75 dB), Bitdeer SEALMINER DL1 Air (25 GH/s, 75 dB), and hydro L11 HU6 (33 GH/s, 50 dB with three phase) all deliver significantly more hashrate per unit for dedicated facility deployment. The L3 occupies a different category: quiet, residential voltage, WiFi enabled hardware for home and small operator scenarios where deployment flexibility outweighs raw hashrate.

Four step setup. Connect PSU to miner and plug into any 110 to 240V outlet (standard residential circuits work). Connect Ethernet cable to router OR configure WiFi through initial setup interface. Find miner IP via router admin or IP scanner tool. Open Fluminer web interface in browser, configure Scrypt merged mining pool URL and LTC/DOGE/BELLS wallet addresses, change default credentials. Verify hashrate reaches 9+ GH/s within 10 minutes. Total setup time typically 15 to 20 minutes.

Major Scrypt merged mining pools accept L3 hashrate including F2Pool, Poolin, ViaBTC, Prohashing, Litecoinpool. Pool fees typically 0.5 to 2 percent. Verify Bellscoin support before deployment since not all Scrypt pools have added BELLS. Solo mining at 9.5 GH/s against current network difficulty produces very infrequent block finds, so pool mining is strongly recommended for revenue stability.

The 1,700W thermal output heats small spaces effectively. Approximately 5,798 BTU per hour per unit can supplement heating for a home office, workshop, or small room (approximately 30 square meters or 320 square feet) during cold months, reducing net electricity cost when displacing other heating sources. Some operators deploy the L3 specifically for combined mining and heating scenarios in garages, workshops, or converted spaces.

Third party firmware support for Fluminer hardware is limited since ASLminer is a newer manufacturer. Most L3 operators run stock Fluminer firmware. BraiinsOS style tuning has not targeted Fluminer specifically. Operators should plan for stock firmware operation and monitor Fluminer firmware updates.

Profitability depends on electricity cost and LTC/DOGE market prices. At residential electricity rates ($0.07 to $0.10 per kWh), the L3 typically generates modest positive margins through Scrypt merged mining. At industrial rates ($0.04 to $0.07 per kWh), margins improve meaningfully. The 0.179 J/MH efficiency is competitive with current generation hardware, but raw hashrate (9.5 GH/s versus 20 to 25 GH/s on industrial tier alternatives) means lower absolute revenue per unit. Model at your specific power rate using current network data before deployment.

Depends on deployment scenario. Pro factors for home and small operators: 45 dB quiet operation enables residential deployment impossible with industrial Scrypt miners, WiFi connectivity removes Ethernet cable constraint, universal 110 to 240V runs on any standard outlet, 0.179 J/MH efficiency competitive with current generation hardware, merged mining revenue across LTC/DOGE/BELLS. Con factors: significantly less hashrate per unit than industrial alternatives (9.5 GH/s versus 21 to 25 GH/s on L11 Pro or DL1 Air), Fluminer is newer manufacturer with less established ecosystem, third party firmware support limited. For dedicated facility operators, industrial alternatives deliver better per capital economics. For home and small operators valuing deployment flexibility, the L3 occupies a category with minimal competition.

Within Fluminer's own quiet home tier: Fluminer L1 Pro (6 GH/s, 1,400W, 45 dB) at lower scale entry, Fluminer T3 (110 TH/s Bitcoin) for quiet Bitcoin mining in the same form factor family. For industrial scale Scrypt mining at higher hashrate per unit: Bitmain L11 Pro (21 GH/s, 172 J/GH), VolcMiner D3 (20 GH/s, 179 J/GH), ElphaPex DG2+ (20.5 GH/s, 190 J/GH), Bitdeer SEALMINER DL1 Air (25 GH/s, 149 J/GH), all at 75 dB requiring dedicated mining space. For hydro Scrypt deployment: Bitmain L11 HU6 (33 GH/s), L11 Hyd 2U (35 GH/s), L9 Hyd 2U (27 GH/s). For Bitcoin mining exposure on similar home friendly infrastructure: Bitaxe Gamma series at lower power for quiet home Bitcoin mining. For algorithm diversification: Antminer KS7 (45 TH/s) for Kaspa, Antminer Z15 Pro (840 kSol) for Zcash. MillionMiner's ASIC hosting service covers turnkey Fluminer L3 deployment, though hosting economics typically favor higher hashrate industrial hardware.