Dragonball Miner A11 3.2Th/s 2300W Radiant Miner Alephium Mining Machine
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DragonBall Miner KS6 KAS Miner 10.5T 3400W Asic Mining Kaspa Coin
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Dragonball Miner A40 3.3Th/s 1600W Alephium Miner ALPH Mining
Dragonball Miner A40 3.3Th/s 1600W Alephium Miner ALPH Mining
Original price was: $6,400.00.$6,338.00Current price is: $6,338.00.
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Features & Compatibility
This merchant has?full customization, design customization, and sample customization?abilities, holds?product certifications, and is a manufacturer and trader.
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Manufacturer
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DragonBallMiner
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Model
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DragonBall Miner A40
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Also known as
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DragonBall Miner A40 3.3T ALPH
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Release
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Sep-24
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Size
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360 x 185 x 290mm
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Weight
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14500g
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Noise level
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75db
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Cooling
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Air
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Fan(s)
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2
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Hashrate
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3.3TH/s
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Power
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1600W
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Voltage
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165-300V
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Interface
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Ethernet
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Temperature
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5 – 40 ??C
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Humidity
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10 – 90 %
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? Core Parameters & Performance 1. Hashrate & Algorithm ? Hashrate: Rated 3.3 TH/s (??5%), real-world tested up to 3.4 TH/s, optimized for Blake3 algorithm, dedicated to ALPH (Alephium) mining, ranking among high-efficiency models for this algorithm. ? Power Efficiency Ratio: 485 J/T (based on 1600W power consumption), significantly higher than competitors (e.g., Antminer AL1??s 225 J/T), limiting viability in high-tariff regions. 2. Power Consumption & Cooling ? Power Consumption: 1600W ??10%, compatible with standard 100?C240V AC household voltage (no industrial power modifications required). ? Cooling Design: Air-cooled system supports continuous operation in 0?C40??C environments; daily consumption 38.4 kWh (1600W??24h); noise unspecified (inferred ??75dB). 3. Physical Specifications ? Bare Unit Dimensions: 360??185??290 mm (L??W??H), net weight 14.5kg; packaged size 475??294??384 mm, gross weight 15.8kg. uD83DuDCCA Performance & Profitability 1. Daily Output Reference ? Per F2Pool data: 3.3 TH/s yields ??15.4 ALPH/day (current stable network difficulty). ? Profit Comparison: ? Daily output ??42% of Antminer AL1??s (16.6 TH/s), resulting in a longer static ROI period. ? At electricity 0.4/kWh, daily cost ??15.36, net profit ??156.6. 2. Market Positioning ? Applicable Scenarios: Small/medium farms or home mining (low-noise design), ideal for long-term ALPH holders. ? Competitive Disadvantage: 485 J/T efficiency is significantly lower than mainstream models (e.g., IceRiver AL3??s 233 J/T), risking losses in high-tariff regions.
? Deployment Requirements & Risks 1. Critical Deployment Conditions ? Temperature Control: Enhance ventilation if ambient temperature >35??C to avoid throttling-induced hashrate loss. ? Voltage Stability: Despite wide voltage support, fluctuations >??5% may reduce hardware lifespan (stabilizers recommended). 2. Core Risks ? Algorithm Dependency: Profits heavily tied to ALPH price stability; a 30% price drop may extend ROI to >12 months. ? Technical Iteration: ALPH protocol upgrades (e.g., increased block frequency) could dilute existing hardware??s hashrate contribution. uD83DuDC8E Summary Dragonball Miner A40 offers 3.3 TH/s stable hashrate + low deployment barriers as a mid-tier ALPH mining solution. Its household voltage compatibility and compact design suit small/medium farms. However, high energy intensity (485 J/T) limits profitability in regions with >0.4/kWh electricity, while single-coin dependency amplifies market volatility risks. Recommendations: 1. Deployment: Prioritize regions with ??0.35/kWh tariffs (e.g., hydro-rich areas in China); deploy ??5-unit clusters to amortize costs. 2. Risk Mitigation: Adjust mining strategies per ALPH ecosystem trends or use as supplementary hashrate in multi-coin farms.
Additional information
| Weight | 15.8 kg |
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| Dimensions | 48 × 30 × 39 cm |
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