How the RFID TI glass tube reader solves the problem of semiconductor electronic shelf storage

With the rapid development of the semiconductor industry and the rapid increase in production capacity brought about by production line automation, the traditional way of managing electronic shelves has gradually failed to keep up with the current growth rate of production capacity. The contradiction between the original storage capacity and the existing production capacity is increasingly protrude.

At the same time, as the semiconductor industry continues to deepen, the RFID TI glass tube reader has been developed based on RFID radio frequency identification technology. It is oriented to the storage management of semiconductor electronic shelves, helping semiconductor companies improve the warehousing efficiency and production logistics efficiency in the factory, and then Open up the efficient connection between manufacturing and logistics and warehousing, giving semiconductor companies a more economical, efficient and flexible way to improve efficiency.

The RFID TI glass tube reader reads RFID tags through infrared triggering when working. An RFID Reader is installed at the bottom of each storage position on the shelf. When the FOUP is placed on the shelf storage position, the reader will sense the FOUP through infrared, trigger the antenna to read the RFID tag data and transmit it to the host computer, so that the production line workers can The location of the FOUP can be accurately and quickly found on the system side through the PC.

The application of RFID technology in the storage management of semiconductor electronic shelves effectively solves the problem of automated access to finished wafers in the semiconductor industry, realizes unmanned and intelligent management of semiconductor electronic shelves, and effectively meets the requirement of maximizing the utilization of factory space. demand, and opened up an efficient connection between manufacturing and logistics and warehousing, realized the circulation of logistics data and business data, and enabled the seamless flow of operational data between wafer boxes from the production line to the warehousing line.