Passive tags are the most cost-effective tags. Passive tags do not have their own power supply. They work with the power of RFID readers. These tags, which are the cheapest, are the most widely used tags. The vast majority of RFID systems are created with passive tags. It has a very wide range on a sectoral basis.
RFGate RIM69 UHF RFID Tag is powered by RFGate's U CODE 8 chip with volume-oriented structure.
| Feature |
Description |
| Protocol |
EPCglobal Class 1 Gen 2 (ISO 18000-6C) |
| Operating Frequency |
860-960 MHz |
| Chip |
U CODE 8 |
| Memory |
EPC 96/496 Bit, User Top to 688 Bits, TID 32 Bits |
| Maximum Reading Distance |
10 Meter |
| Applicable Surface Areas |
For use on wood, plastic, glass and cardboard surfaces. |
| Label Material |
Writable Paper Label (Thermal Transfer) |
| Dimensions |
50 mm x 30 mm |
| Weight |
< 1 gram |
| Operating Temperature |
-40°C to +70°C |
Blog Post
Advancements in Car Parking Systems: RFID & Number Plate Recognition
Car parking systems have significantly evolved, leveraging technologies like number plate recognition and RFID to streamline vehicle management in increasingly congested urban areas.
Number Plate Identification System
This system employs Optical Character Recognition (OCR) to read vehicle number plates, allowing for automatic access control of registered vehicles. It enhances security by verifying license plates against a pre-approved vehicle database, ensuring only authorized vehicles can enter.
RFID Car Parking System
Radio-Frequency Identification (RFID) enables hands-free vehicle identification using electromagnetic fields. It facilitates rapid vehicle entry and exit, reducing traffic congestion and optimizing parking space usage. With no need for physical interaction, RFID technology minimizes delays and contributes to lower emissions by reducing idle times and improving overall traffic flow.
Advantages of Modern Car Parking Systems
These systems deliver real-time data, enabling operators to monitor parking availability and make informed decisions. Features such as cashless payment, automated entry/exit, and error-free operation enhance convenience for users. They replace outdated manual ticketing systems, reducing human errors and increasing efficiency.
Applications and Urban Impact
Cities around the world are adopting these technologies to improve traffic flow and modernize infrastructure. In densely populated areas, smart parking solutions represent a step toward more connected, intelligent urban environments. Features like mobile app integration provide real-time parking availability, guiding drivers to open spots and improving space utilization. Additionally, these systems increase municipal revenue and support better urban planning by freeing attendants to focus on more complex tasks.
Conclusion
Parking systems powered by number plate recognition and RFID are revolutionizing urban transportation. They offer a seamless, efficient, and environmentally friendly solution that aligns with the goals of smart city development. For cities striving for sustainability and modernization, implementing such technologies is not just beneficial—it’s essential.