RFID Antennas are devices that convert the signal received from the RFID reader into RF waves detected by the rfid tags. Without RFID antennas, an RFID reader cannot properly transmit signals to RFID tags and cannot receive data. Therefore, RFID antennas are essential for RFID projects. RFID antennas can be categorized into types that will help you find the appropriate antenna for your RFID tags and RFID readers in a project.
Linear RFID antenna, circular RFID antenna, indoor RFID antenna, and outdoor RFID antenna, as well as close-compact RFID antennas, can be added, and you can select the one that suits your project.
An562 - 2 Dbi UHF Smart Cabinet Antenna - 120 x 30 Degree -452x53x1 Mm - Ntf Connector
An562 - 2 Dbi UHF PCB Antenna Ntf Connector is used in fields such as textiles, retail, clothing, asset tracking, personnel tracking, warehouse, logistics, and tracking difficult materials and objects.
Features
- An562 - 2 Dbi UHF PCB Antenna Ntf Connector operates in the range of 865-868MHz.
- With suitable tags and readers, it can provide reading from 1-15 centimeters.
- It has an SMA type connector.
- It is designed with dimensions of 110x40x2 mm.
- It operates between -40 °C and +60 °C.
| Feature |
Description |
| Operating Frequency |
865-868MHz |
| Maximum Reading Range |
1-15 Centimeters |
| Dimensions |
110 x 40 x 2 mm |
| Operating Temperature |
-40 °C to +60 °C |
Blog Post
Advancements in Car Parking Systems: RFID & Number Plate Recognition
Car parking systems have significantly evolved, using technologies like number plate identification and RFID to improve vehicle management in urban areas.
Number Plate Identification System:
This system uses optical character recognition (OCR) to read vehicle number plates, enabling automatic access control for registered vehicles. It enhances security by verifying number plates against authorized vehicle databases.
RFID Car Parking System:
RFID technology offers hands-free vehicle identification via electromagnetic fields. It enables rapid vehicle recognition, reducing congestion and optimizing parking space usage. RFID systems improve efficiency by eliminating physical interaction and contribute to alleviating traffic and reducing pollution in crowded urban environments.
Advantages of Car Parking Systems:
These systems provide real-time data, allowing operators to monitor parking occupancy and adjust strategies accordingly. With features like cashless transactions, error-free operations, and convenience, they ensure a smoother parking experience. Traditional methods with manual ticketing and human supervision are replaced by automated systems, eliminating delays and reducing human errors.
Car Parking System Uses:
Urban areas worldwide are adopting these systems to enhance traffic flow and modernize infrastructure. In dense cities, they offer a glimpse into the future of smart cities, where connectivity is key. The systems provide real-time space updates via mobile apps, guide drivers to available spaces, and optimize resource allocation, allowing parking attendants to focus on complex issues. This also leads to improved revenue for municipalities and better urban planning.
Conclusion:
Car parking systems using number plate recognition and RFID are transforming urban mobility, enhancing efficiency, user experience, and environmental benefits. For cities aiming for a sustainable future, adopting these technologies is crucial.