RFID Tag UHF1-TAG3 Ultra High-Frequency Tag | eSSL
In addition to biometric technology, Radio Frequency Identification (RFID) tags are also becoming increasingly popular as access control systems. RFID tags, which contain an encoded identifier, are attached to objects such as doors, keycards, or other forms of identification.
When an authorized user comes into contact with an RFID tag, the tag will be read and the user’s identity can be verified.
This type of access control system is convenient, secure, and efficient, and is being adopted by many organizations for their access control needs.
Another type of access control system that is gaining popularity is RFID tags. RFID tags are small devices that are attached to products or people that contain a unique code. This code is used to identify and authenticate the user or product.
The advantage of RFID tags is that they are more cost-effective and more efficient than traditional access control methods.
Another type of access control system is the radio-frequency identification (RFID) system. RFID is a technology that uses radio waves to capture and read information stored on tags.
These tags contain unique identification numbers, which are read by RFID scanners and used to track or grant access to a particular asset.
This system is especially useful in controlling access to large facilities, where multiple people may need access, and where traditional methods of authentication are not practical.
Another form of access control system that is growing in popularity is the use of Radio-Frequency Identification (RFID) tags.
These tags are a type of wireless identification system that can be attached to physical objects, allowing them to be identified from a distance.
The tags contain a chip and antenna that can send signals to a reader. This technology has applications in many industries, such as retail, healthcare, and government, due to its convenience and accuracy.
Product Specifications:
Ultra High-Frequency Tag | ||
---|---|---|
Working Frequency | 860~928MHz | |
Reading Distance | Up to 10 meters for UHF1-10E and UHF1-10F (Determined by the environment and reader) | |
Protocol | ISO / IEC18000-6C, EPC global Class 1 Gen 2 | |
Memory Capacity | 272 bits | |
Chip | G2XM | |
Storage Structure | EPC : 96bits, UID / TID: 64bits, User: 512bits | |
Access Password | 32bits, Kill Password: 32bit | |
Data Storage | 20 years (Only for chips) | |
Erase Endurance | 10,000 times(Only for chips) | |
Environmental Requirements | RoHS Certificate | |
Storage Temperature | 0~40℃ | |
Storage Humidity | 40%-70%RH | |
Working Temperature | -30~60℃ | |
Dimension | 249 * 13.8 * 18 ( mm ) ± 0.5 (mm) | |
Installation | Fixed on the upper and lower edges of the license plate (Parking Applications) | |
Typical Applications | • Vehicle Management • Highway (Bridge) Toll Collection Management |
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