Firmware is an essential part of any mining device, controlling performance and energy consumption. We have developed custom firmware for each miner model, addressing the limitations and issues of stock firmware.
BiXBiT's Advanced Monitoring System is a cloud-based solution that offers real-time monitoring and control of ASIC devices, ensuring consistent performance and configurable event notifications—accessible through a single, intuitive online platform.
The infrastructural solution by BiXBiT eliminates operational problem and improves its performance by 20-50%
By removing stock fans, we reduce power consumption and hardware costs. Noise level: 0dB.
Mining devices are placed in a compact hermetic stainless-steel cell. The sealed lid protects against moisture and dust. Heat generated can be recycled for other heating purposes.
Cooling is achieved with BiXBiT's dielectric immersion liquid "Coolant," which doubles the equipment's lifespan. The coolant is flame-retardant and chemically inert to mining components.
The vertical design optimizes space and supports scalable growth. Easy access to equipment is provided, and the need for additional air ventilation systems is eliminated.
BiXBiT’s mining complexes are housed in standard ISO containers, designed for large-scale mining in areas with abundant, low-cost electricity. Remote control of equipment is supported.
The Power Distribution Unit (PDU) is an advanced module designed for efficient energy management, enabling remote control and monitoring of power channels in high-performance computing equipment.
BiXBiT’s immersion cooling technology improves server performance by immersing components in dielectric fluid. This scalable solution ensures reliable heat dissipation, extends equipment lifespan, and maintains efficiency even under heavy workloads.
Since 2016, BiXBiT has been a trusted leader in immersion cooling solutions and software development for high-performance computing systems. With our expertise in both hardware and software, we provide scalable, energy-efficient solutions for projects of any scale, ensuring optimal performance and reliability.
When some ASIC devices start operating at a loss, the default decision is usually to shut them down. In practice, this often leads to losses for both the hosting provider and their clients. This article explores a case where, instead of stopping the equipment, a flexible profile tuning approach was applied by adjusting hashrate, voltage, and power consumption.
As a result, it was possible not only to reduce losses but, in some cases, to bring devices back into profitability. The approach was not universal — different models and chip conditions required different configurations. That is what ultimately made the difference: the infrastructure remained operational, while clients gained time and predictability instead of facing forced downtime.
A summary of BiXBiT’s achievements in 2025, including new product launches, upgrades in Bitcoin mining and data center solutions, expanded partnerships, and global market presence.
Key highlights from the Kaytus Partner Summit: AI and server infrastructure trends, direct liquid cooling technologies, hardware selection for AI workloads, and insights from industry experts and academic research.
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