Brief: Step into our short showcase to explore the solution’s standout capabilities. In this video, you'll see a demonstration of the WiFi Wireless GPS Tracker Electronic ID Card, highlighting its high-sensitivity location tracking, one-touch emergency calling, and long-lasting battery performance in real-world scenarios.
Related Product Features:
Supports VoLTE for two-way high-definition calls between parents and children anytime, anywhere.
Allows setting safe areas with alarms triggered upon entry or exit for enhanced security.
Utilizes multiple positioning methods including GPS, BeiDou, WiFi, LBS, and AGPS for real-time location accuracy.
Features a one-click SOS button that cyclically dials emergency and family numbers while uploading the location.
Enables automatic RFID-based attendance clock-in when students enter the campus area.
Offers long-lasting battery life for continuous operation throughout the day.
Includes a standard Type-C charging interface with approximately 3-hour charging time and 5-day standby duration.
Supports step counting and vibration reminders for added functionality and user alerts.
FAQs:
How accurate is the location tracking of this GPS tracker?
The GPS tracker is highly sensitive and uses multiple positioning methods including GPS, BeiDou, WiFi, LBS, and AGPS, ensuring accurate location tracking even in crowded areas.
How does the emergency call feature work?
The emergency call solution is easy to activate with a simple press of the SOS button. It cyclically dials SOS numbers and family numbers while simultaneously uploading the current location for quick assistance.
What is the battery life and charging time for this device?
The device features a 1000mAh polymer lithium battery that provides long-lasting operation throughout the day, with approximately 3 hours charging time and up to 5 days of standby duration.
Does this tracker support campus attendance functionality?
Yes, it supports RFID remote attendance, allowing students to automatically clock in when entering the campus area using 2.4G barrier-free attendance technology.