power140Tpeak machine AntS19XP

Bitmain will announce the latest mining machine S19XP, using TSMC 5nm chip, strong computing power up to 140TH/s, the power consumption of the whole machine is only 3010W, but whether this machine is a virtual machine is still to be determined.

Because this machine is currently the machine with the highest computing power of BTC, and compared with other BTC machines, the power consumption is much lower, and the computing power has been improved by 30T compared with other machines.

Mill is introduced

S19XP mining machine for chassis power integration design, the size of the naked machine is 370×195.5×290mm, according to the height of the mine shelf mining machine heat dissipation design for the front and rear double cylinder fan, the fan surface is arranged with a net cover, which ensures the mine operation and maintenance personnel to avoid accidental contact blade injury, protect the safety of operation and maintenance personnel; There is a grid on the back of the fan, which effectively prevents external particles from entering the high-speed fan and hitting the force plate.

The voltage of A single fan is 12V, the current is 1.65A, the maximum speed is 6150rpm, and the maximum air flow is 197cfm. According to the changes in the series and parallel characteristics of fans, the parallel fan design on one side of the mining machine significantly increases the ventilation volume. The series design of fans on both sides of the mining machine significantly enhances the resistance of the mining machine to environmental resistance, that is, the ventilation volume of the mining machine will not fluctuate dramatically with the change of the mine environment.

The whole heat sink is used for heat dissipation on the internal calculation board of the mining machine. The heat sink is a streamline design. Although the wind resistance cannot be effectively reduced, the heat diffusion area of the chip is effectively increased by the design of the heat sink, so that the heat generated by the chip can be evenly and quickly transferred to the heat sink and taken away by the wind in time