Recently, a girl from Yuchi received a "mysterious express delivery" - a new Ethereum ASIC mining machine with super computing power. Let's first use this mining machine to compare the official data of the current mainstream model, the Innosilicon A10 Pro 720M , to see the performance improvement of this Linzhi Phoenix . | | | | | | | | | | | | | | | Daily Net Income
| 630 NTD
| 170 NTD | Payback period | About 100 days | About 240 days
| *Output value and income are calculated based on an electricity fee of 0.34 yuan/kWh and an ETH price of 3,800 yuan. According to the measured data, this mining machine has a computing power of 2 7 33 MH/s, power consumption 292 8.2 W , performance is better than the official data. The computing power of this latest Ethereum mining machine is greater than 3 A10 Pro, 27 NVIDIA 3080, 50 AMD 5700XT, 90 AMD 580 ... We learned that the manufacturer of this mining machine is called Linzhi , headquartered in Shenzhen. Before founding this company, Chen Min was the former CTO of Canaan Creative, another well-known mining machine manufacturer. Linzhi Phoenix Supports Ethash algorithm, and can perform ETH or ETC mining. Ethash algorithm requires the miner to frequently communicate with DAG files during operation , which consumes memory bandwidth. Although ASIC miners can greatly improve the hash verification speed (i.e. computing power) of the Ethash algorithm , they cannot provide sufficient memory bandwidth. This shortcoming limits the ultimate performance of ASIC miners , resulting in the current conventional ASIC miners not having much higher performance than graphics card miners. Linzhi has broken through the memory bandwidth limitation of Ethash on ASIC mining machines through distributed storage technology, greatly improving the data transmission and verification capabilities of mining machines. The memory bandwidth of conventional graphics cards is 300-800 GB/s, and Linzhi's bandwidth can reach more than 170 TB/s, making up for the shortcomings of ASIC mining machines and achieving a historic breakthrough in computing power and performance. Linzhi Phoenix adopts the design of integrating SRAM into the chip and loads DAG files into the chip SRAM . The current memory capacity is 4.43 GB . Due to the continuous growth of DAG file size, Linzhi Phoenix can continue to mine Ethereum for about a year. For the specific evaluation process, please click on the video for details. Do you think this mining machine is "good"? What do you think about the impact of ASIC mining machines on the Ethereum mining market ? Welcome to comment and interact in the message area ! |