BiNet officially releases LK1401 Bitcoin chip

bw.com officially released the new Bitcoin mining chip BW-LK1401 , the most advanced processor in the Bitcoin industry to date. Its amazing power and efficiency synchronize Bitcoin SOC with the world's most advanced technology for the first time.

BW-LK1401 adopts Samsung's 14nm process and a fully customized design. The chip power consumption is 160W/T, which is the lowest power consumption Bitcoin chip currently available on the market. Mining machines based on this chip are already in intensive and orderly production .

The predecessor of BiNet, Longkuang Technology, has been committed to providing competitive Bitcoin mining machines through technological innovation. The BW-LK1401 chip uses the most advanced process technology and has comprehensively optimized the chip architecture, making the single chip have higher computing power, lower power consumption, and more stable performance.

Whether in terms of theoretical performance or actual energy efficiency, LK1401 performs significantly better than other chips of the previous generation 28nm process, and the more advanced process brings greater room for improvement. LK1401 is the first version of CoinNet, and it is planned to launch a low-power optimized version LK1402 in March-April , which is expected to reduce power consumption per T to 95W .

BW ( www.bw.com ) was jointly established by Longkuang Technology and China Bitcoin on August 10, 2014. It now supports Bitcoin, Litecoin, and Dogecoin. It provides global miners with mining equipment with higher efficiency and lower power consumption; mining pool services with the lowest fees and user-friendly interfaces; current deposit services with safe funds and stable returns; and Bitcoin cloud computing power that is open, transparent, and profitable. It improves miners' income in all aspects in various forms, and promotes the decentralization of mining with high-quality services and the most competitive products, and promotes the arrival of the digital currency era.