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ALPH 
Goldshell AL Max 8.3Th/s
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Specifications
| Manufacturer | Goldshell |
| Model | AL Max |
| Release | Dec 2024 |
| Size | 264 x 200 x 290mm |
| Weight | 13500g |
| Noise level | 55dB |
| Power | 3350W |
| Wires | 16A |
| Voltage | 180 – 280V |
| Interface | Ethernet |
| Temperature | 5 – 35 °C |
| Humidity | 10 – 65 % |
Mining Pools
Product Introduction
Goldshell AL Max is an ASIC mining device developed for the Blake3 algorithm and configured for ALPH network participation. The system delivers a hashrate of 8.3Th/s while operating at a power level of 3350W, supporting sustained output during extended runtime. From the outset, the design focuses on consistent electrical control, steady calculation delivery, and orderly operation under high workload conditions.
At the same time, the internal architecture integrates dedicated Blake3 processing chips that maintain continuous calculation cycles. Power modules distribute current across core components in a controlled manner, while the cooling layout directs airflow through fixed internal channels. As a result, the system maintains stable output without frequent parameter adjustments. Meanwhile, the enclosure structure supports organized placement within high-capacity mining environments.
Key Technical Specifications
- Developed for the Blake3 algorithm
- Hashrate rated at 8.3Th/s under standard conditions
- Power consumption measured at 3350W
- Multi-fan air-cooling structure with directed airflow
- Power-on and hashrate checks completed before dispatch
In addition, thermal regulation relies on coordinated fan operation combined with aligned heat dissipation surfaces to manage internal temperatures during prolonged runtime cycles. The chassis guides intake and exhaust airflow consistently, which helps reduce localized heat accumulation. At this stage, regulated power handling supports operation within common high-capacity electrical setups.
Goldshell AL Max suits mining configurations that require sustained Blake3 output and controlled power planning. Over longer operating periods, the device maintains continuous workload handling while aligning with routine service schedules. Hardware configuration emphasizes stability under prolonged electrical and thermal load rather than short-duration output fluctuation.
Before shipment, technicians complete full functional validation, including startup checks and hashrate confirmation. After testing, logistics teams arrange delivery through established warehouse routes, supporting predictable transport timelines and reduced handling risk. Protective packaging follows standardized requirements for high-output ASIC equipment.
Within ALPH-focused Blake3 mining configurations, Goldshell AL Max supports steady network participation. The system maintains consistent operating behavior without reliance on frequent tuning actions, allowing predictable performance across extended deployment cycles.
Which Miner Should You Buy?
Choosing the right miner depends on your target coin, electricity cost, and expected ROI.
To help you decide, we’ve ranked the latest ASIC miners by profitability based on real-time market data. Whether you’re mining Bitcoin, Kaspa, or Alephium, our ranking table helps you find the most profitable mining hardware for your setup.
- Miner
- Coin
- Price
- Hashrate
- Power
- Efficiency
- Algorithm
- Profitability
- Payback
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