JASMINER Launches Newest Miner X16-Q, Empowering PoW Ecosystem with Superior Energy Efficiency Ratio

In 2023, the optimism of the global economic recovery has caused the PoW cryptocurrency prices, represented by BTC and ETC, to rebound to stage highs.

The PoW consensus mechanism allows users to compete for the right to bookkeep blocks by using specialized equipment such as computers and advanced arithmetic devices such as ASIC servers, and is recognized by the Web3 industry and academia as the best technical means of consensus ever developed by mankind. As the world’s leading PoW hash rate server manufacturer, JASMINER is committed to creating a greener and more efficient PoW ecosystem through technological innovation and user experience upgrades while providing a universe of PoW computing power products and services.

X16-Q is the latest generation of X16 series ASIC mining equipment developed by JASMINER, which adopts the industry-leading 3D storage and calculation integrated high throughput chip technology, with hash rate up to 1950MH/s±10%, power consumption as low as 620W±10%, power consumption ratio as low as 0.32J/MH±10%, supporting ETCHASH and ETHASH algorithms, and is currently the world’s best performance and energy-efficient mining machine product in this field. This new product redefines the industry standard with a super energy efficiency ratio of 0.32 J/MH, leading the ASIC miner efficiency index into a new era with power energy saving and chip performance optimization.

In addition, JASMINER is committed to building a family-level PoW computing ecology and continuously improving the user experience. X16-Q adopts 3U standard size design, which is convenient for home and IDC room arrangement, and has the advantages of saving electricity cost, multi-environment adaptation, stable hash rate, stable operation, quiet and low noise (40dB±10%), low failure rate, low maintenance cost, long life, etc. Moreover, it can reduce energy cost, which is in line with ESG carbon neutral concept and the future trend of green development in the industry, and is the future direction of JASMINER’s continuous deep plowing.

JASMINER X16-Q is the world’s most energy-efficient mining machine in the field of ETCHASH algorithm, which is highly sought after by the industry and is now available for pre-sale in the JASMINER official store. During the pre-sale phase, global customers will enjoy the benefits of the X16-Q at a special price, and bulk customers will also enjoy additional benefits such as discounted purchases of the latest miners.

As the world’s leading manufacturer of all-in-one high throughput chip miners, JASMINER has long maintained its technological and market dominance in the industry, with customers covering more than 130 countries and regions worldwide. JASMINER has a unique chip energy efficiency ratio technology to provide the global blockchain network with outstanding energy efficiency ratio computing power infrastructure and solutions. JASMINER’s digital vision is “make trust more simple”. In addition to continuously improving computing power and reducing energy efficiency, JASMINER is actively responding to “Carbon Neutral, Carbon Peak”, promoting low-power products, leading carbon reduction and emission reduction, and creating a green mining industry together.

Looking ahead, global inflation may continue to rise in 2023, global political and economic relations may continue to be tense, market risk aversion will not disappear anytime soon, PoW projects can still play their risk aversion properties, and the ETC hash rate market will continue to burst with new investment opportunities. Focusing on PoW and mining industry drivers, exploring new trends in industry development, and bringing together global ETC ecological participants, JASMINER will continue to discuss the drivers brought to the industry by PoW from multiple dimensions, such as chips and arithmetic power, and talk about high throughput chip technology and clean and efficient green mining industry to lead the increasingly prosperous Web3 digital future.