Bitaxe Gamma 601 Max 1.9th/s Bitcoin Solo Miner
Bitaxe Gamma 601 Max 1.9th/s Bitcoin Solo Miner
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Bitaxe Gamma 601 Max 1.9th/s Bitcoin Solo Miner
Bitaxe Gamma 601 Max – 1.9Th/s Ultimate
Pure Copper Cooling Edition
Built on the proven foundation of the classic Bitaxe Gamma 601 architecture, the Gamma 601 Max Ultimate represents a complete re-engineering of thermal performance and hashboard stability. By replacing conventional aluminum cooling with a custom-engineered pure copper heatsink and an optimized airflow structure, this edition unlocks performance levels previously unattainable in the Bitaxe form factor.
Uncompromised Performance
While the standard Gamma 601 typically operates in the range of 1.0–1.2 TH/s, the Pure Copper Cooling Edition achieves a sustained hash rate of up to 1.9 TH/s —a near 60% performance uplift under stable operating conditions.
This isn’t a brief peak or a theoretical maximum. The upgrade is rooted in thermal architecture that allows the ASIC to maintain higher frequencies without thermal throttling, delivering consistent, reliable output for extended runtimes.
Engineered for Enthusiasts
⚙️ Pure Copper Heatsink – No Compromise
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Significantly higher thermal conductivity compared to standard aluminum heatsinks
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Directly addresses the thermal bottleneck that limits performance in compact mining devices
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Enables sustained operation at higher clock speeds with lower junction temperatures

❄️ Optimized Airflow Structure
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Carefully designed airflow path complements the copper heatsink for maximum heat dissipation
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Reduces localized hot spots and ensures uniform cooling across the ASIC
📈 Sustained 1.9 TH/s – Real-World Stable Hashrate
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Performance validation under continuous load
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Ideal for users who demand consistent hashrate rather than short-term bursts
🔧 Unlocked Overclocking Headroom
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The thermal reserve provided by the copper cooling solution creates substantial room for further tuning
Advanced users can explore voltage-frequency curves beyond standard limits with greater safety margin.
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Specification |
Default Setting (525mhz/1150mv) |
Overlocking (950mhz/1200mv) |
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Hashrate(+-15%) |
1.1TH/S |
1.9TH/S |
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Power consumption(+-15%) |
18W |
30W |
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Efficiency (±15%) |
18J/T |
17J/T |
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ASIC Temperature |
45 |
47 |
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VRM Temperature |
55 |
85 |
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