The process of using an RFID watch involves several steps. First, the user must put on the RFID watch and ensure that it is securely fastened to their wrist. Next, the user must approach a designated RFID reader or scanner, which may be located at a point of entry, exit, or at a specific location within a facility.

Once the user is within range of the RFID reader or scanner, the watch will be detected and the reader will capture the unique identification number associated with the watch. This information is then transmitted to a back-end system, which may be used for a variety of purposes, such as monitoring attendance, tracking inventory, or managing access control.

Depending on the specific application, the user may be required to perform certain actions while wearing the RFID watch. For example, in an access control system, the user may need to present their wrist to the reader in a specific manner, such as holding it close to the reader or waving it in front of the sensor.

Finally, the back-end system will use the data captured by the RFID reader to perform various functions, such as allowing or denying access, updating inventory records, or generating reports. Overall, the use of an RFID watch streamlines many processes and enables organizations to more efficiently manage their operations.

What happens when anRFID bracelet扫描吗?

When read (or 'tapped'), an RFID scanner will transmit an encoded radio signal which identifies a tag.

In less than a millisecond, RFID tags receive the transmission and respond with a unique identification number.

Inside an RFID bracelet

An RFID bracelet contains a 'smart tag' made up of an RFID chip and antenna. The tag can be in the form of a visible card (often made from plastic for durability) or it can hidden or 'embedded' in other bracelet materials like silicone and cloth.

How much data can an RFID bracelet store?

The types of data you will find stored on RFID tags can include identification credentials, purchasing credits, coupons, access control into hotels or VIP areas, and even social media information.

So when you walk through a checkpoint, you can choose to have your activity or photos posted to social media automatically.

These types of information don’t usually require too much data to hold them.

The biggest passive RFID tags can store up to 3720 bytes, or 3.72 kilobytes of information. This is enough to store personal data, such as someone’s name, address, credit card authorization, and identifying information.

UHF (ultra high frequency) tags store up to 8 kilobytes of information.

For access control systems, RFID tags are usually 3 kilobytes or smaller.

What Data can an RFID bracelet collect?

Using RFID technology gives organizers real-time analyze of how wearers move about and interact with your event, venue or attraction.

You can highlight busy periods, queue times, and popular attractions. Helping you constantly flex and adapt to optimize the experience for your visitors.

The benefits of RFID Technology for Events

Due to the security, cost-saving and revenue increasing benefits of RFID bracelet technology, many organizers are turning towards the technology to help optimize their events.

Since 2011, the live music industry in particular has adopted RFID technology inside concert bracelets to improve the experience for fans, increase security and open up new revenue streams.