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Minerfixes Nexus S1 Bitcoin Solo Miner
Product Overview
The Minerfixes Nexus S1 is a high-performance miner engineered exclusively for Bitcoin Solo mining scenarios. Powered by the brand-new BM1373 chip, it delivers core advantages of low power consumption and high hash rate, providing users with a stable and efficient mining experience. Pre-orders for the limited first batch are now open, with custom manufacturing available to create exclusive devices tailored to bulk orders and personalized needsāhelping you seize the first-mover advantage in Solo mining.
Key Product Highlights
2. Powered by the New BM1373 Chip
Featuring the industry-leading latest BM1373 chip, built with advanced process technology to achieve the dual breakthrough of high performance and low power consumption. It ensures consistent hash rate output while effectively reducing operational costs.
3. Efficient Thermal Design for Stable Operation
Equipped with a silent fan paired with an optimized heat dissipation structure, balancing cooling efficiency and noise control. It supports long-term continuous stable operation, eliminating performance degradation and failure risks caused by overheating.
1. Optimized for Professional Solo Mining
Built specifically for Bitcoin Solo mining scenarios, the device delivers powerful hash rate output and reliable operation, significantly boosting mining efficiency and helping users participate in the Bitcoin network with greater productivity.
2. Powered by the New BM1373 Chip
Featuring the industry-leading latest BM1373 chip, built with advanced process technology to achieve the dual breakthrough of high performance and low power consumption. It ensures consistent hash rate output while effectively reducing operational costs.
3. Efficient Thermal Design for Stable Operation
Equipped with a silent fan paired with an optimized heat dissipation structure, balancing cooling efficiency and noise control. It supports long-term continuous stable operation, eliminating performance degradation and failure risks caused by overheating.
