RFID Led windshield tags are designed for easy vehicle access control and parking lot entry when used with a UHF reader.
The perfect combination of UHF long-distance reading & LED lighting.
With universal RFID Reader, reads & locates tag with specific TID, then remotely triggers LED on.
With RFID UHF LED tags, you can quickly find the specified vehicle through the light,and green/blue/red light optional
Widely used in parking facilities, gated communities, secure building access, and other scenarios where visual identification.
Tag Dimension: 100*25*0.2mm (Aluminum antenna: 87*21mm)
Chip: CAB1/VBL7-2023 ( Protocol: ISO18000-6C GEN2 V2)
Memory: TID/UID 112bit+ EPC/Block 192bit+ User File_0 with 512bit of data+ Reserve 112bit
Operating Frequency : 902-928Mhz
FaceStock/Housing: Transparent PET
Reading Range: Upto 7 meters on Glass (depends on reader)
Installation: Adhesive
Color: Green Led(customized)
Feature Option: Free consulting and free samples with solution proposal & evaluation, Fast sampling within 2-3days is provided to support ODM/OEM/SKD in order to meet the customized printing including mono/color barcode and text Embossing, laser-engraving, personalization and encoding service
RFID LED windshield tag is a type of identification tag that combines Radio-Frequency Identification (RFID) technology with the addition of LED (Light Emitting Diode) indicators. These tags are commonly used for vehicle access control, parking management, and other applications where visual identification is necessary. Here's a basic overview of how an RFID LED windshield tag might work:
1. RFID Technology:
- The RFID component of the tag includes a passive RFID chip or an active RFID tag, depending on the specific requirements of the application. Passive RFID tags rely on the energy transmitted by an RFID reader for operation, while active RFID tags have their own power source.
2. Antenna:
- The RFID component is connected to an antenna that facilitates communication with RFID readers. The antenna is designed to transmit and receive RFID signals effectively.
3. LED Indicators:
- The addition of LED indicators enhances the visual identification capabilities of the tag. LEDs can be integrated into the tag to provide visual feedback based on certain conditions. For example, the LEDs might light up in different colors or patterns to indicate access granted, denied,or other status information.
4. Power Source:
- If the tag includes LEDs, it may require a power source. Active RFID tags typically have an onboard battery to power both the RFID chip and the LEDs. Passive RFID tags derive power from the RFID reader's signal and may have capacitors or other energy storage components to support LED illumination.
5. Mounting on Windshield:
- The tag is designed to be attached to the vehicle's windshield for easy visibility and identification. The windshield tag is often placed on the inside of the windshield, allowing the RFID technology to interact with readers outside the vehicle.
6. Communication Protocol:
- The RFID component communicates with RFID readers using a specific communication protocol. Common RFID protocols include EPC Gen2 for passive RFID and various proprietary protocols for active RFID systems.
7. Access Control System Integration:
- The RFID LED windshield tag is integrated into an access control system, which may include RFID readers, a control unit, and a database of authorized tags. The access control system manages the identification process and controls access based on the information received from the RFID tag.
8. Security Features:
- To enhance security, RFID windshield tags may incorporate encryption or other security features to prevent unauthorized cloning or tampering.
These RFID LED windshield tags find applications in parking facilities, gated communities, secure building access, and other scenarios where visual identification along with RFID technology is beneficial.