As: The Club World Cup will use the chip to implant the ball to prevent the "Alvarez penalty" incident from happening again

According to the Spanish media "As", the Club World Cup will use chips to implant in the ball to prevent the "Alvarez penalty" incident from happening again.

As reported that the technology has been used in last year's European Cup. The chip is suspended in a suspension system in the center of the sphere and has an inertial measurement capability of 500Hz, which can record any extremely slight touch of the ball.

Ass said that Atletico Madrid may encounter Real Madrid in the Club World Cup, but they will not encounter the situation they encountered in the Champions League round of 16 penalty shootout: Alvarez slipped during the penalty kick and was suspected of having a second touch. Although the ball scored, VAR reminded the referee that the goal "two touches" was invalid. As said the video did not reveal the existence of a secondary touch, and the audit report later conducted at the request of the Atletico Madrid Fan Federation showed that the relevant images had been edited.

The upcoming Club World Cup in the United States will not be lacking this "connected ball" technology, which will ensure that the same thing will not be experienced again under the same circumstances. If a secondary touch occurs, the chip will know clearly whether it really happened, and will not be covered by a lot of doubt like the Spider-Board penalty.

In the game ball, there will be a chip placed inside the ball, which can collect data about the ball's movement and position in real time. Just like real skin, the whole process is monitored. Even with a slight touch, the chip can sense and emit an alarm.

The Ass describes how it works. The chip is stably placed in the inner central suspension system of the sphere. It will have 500Hz inertia measurement capabilities and has two outstanding characteristics: the "Precision Shell" and the "Central Tracking Core". That is, an external panel consisting of twenty pieces and an internal core. They improve the reliability and aerodynamic stability of football through two technologies, such as ultra-wideband (UWB) and inertial measurement unit (IMU), and can accurately track football even in complex situations.