Product Introduction:

G303 RFID school attendance system is barrier-free and automatically check-in device designed for school, conference, exhibition and other events. This system is integrated with Andea high-performance reader and infrared sensor, can rapidly and accurately identify personnel in/out with or without cards. It can identify ISO/IEC 15693 and ISO 18000-3 tags. The widest identification range can be up to 120cm (It is related to tag and site environment).

The RFID attendance gate is a wireless RFID based automatic school attendance system offering a complete Student Attendance monitoring solution. Students carry an RFID card with them during the school day. It’s simple like normal ID Card. The card is presented to the RFID reader upon either entering or leaving the school premises. The RFID reader is located in a walk-through gate. As soon as the card is presented, the reader is able to identify the student, their exact location and the time.

The student's parents are then immediately informed that they have arrived on or have left the school premises by means of a real-time automatic SMS. The message may take the format of, “Mum/Dad, I've arrived at/have left school”.

Automatic attendance is also registered for the school providing school administration with access to real-time attendance data from anywhere in the world.

Product Features:

• Operating frequency at 13.56MHz in accordance with ISO15693 and ISO18000-3M1 protocols
• Channel width 70-120CM, adjustable according to site environment
• Integrated infrared sensor cutting analysis, can rapidly and accurately identify personnel in/out with or without cards and to prevent their followers
• Infrared sensor function can be shut down
• Support check-in in advance
• Support to read UID and data block
• Support EMI (electromagnetic interference) and AFI detection
• Built-in sound and light alarm/prompt function
• Integrated with access controller (optional)
• Communication interface: RS232, LAN(TCP/IP)
• Industrial grade design, can work under low temperature environment