Curious about passive UHF LED labels and choosing the right fit for your needs? Let me introduce our stellar lineup:

①Edison Series – Adhesive Labels 

Versatile adhesive labels, die-cut to various shapes and sizes. Perfect for non-metallic assets, providing passive light for accurate asset location.

② Honor Series – Flexible Anti-Metal Tags 

Designed as flexible anti-metal tags, ideal for application on metal surfaces. It remains unaffected, catering to a wide range of irregular metal shapes.

③ Skai Series – PCB Anti-Metal Tags 

Rigid and impact-resistant PCB anti-metal tags, offering high reliability. Multiple installation methods like adhesive backing, screws, and magnetic attachment make it suitable for tool and shelf management.

Worried About Limited RFID Card Reading Range? 

Concerned that your card won’t read when it’s tucked away in your pocket? At ReadFind IoT, we have a solution to address this very challenge.

Introducing our Human Body Card – the answer to your access control needs. Experience an impressive RFID reading distance of up to 5 meters when placed directly on the human body, and up to 2 meters when discreetly stowed in your bag or pocket.

Bio-sample workstation is composed of RFID tags with cryotube, reader/antennas, and system. Read/write sample info, display the current tube’s position and related info.

Passive RFID LED Label that assists the location and query of the item, how to light up the LED?

RFID+LED perfectly solves the needs of various application scenarios for item identification and label visualization.

Feature of Passive UHF LED Label

It’s necessary to encode data into RFID Chip’s EPC memory before usage, which simulates the related different label/article numbers, then the specific labels can be read and get LED flashing by RFID reader or handheld.

Encoding can be done with universal RFID label printers or roll-to-roll automatic label testing machine.

Thanks Kiloway developed KX2005XBL UHF chip with OTP memory, powers such passive UHF LED Label. OTP chip means data can be only encoded once and encoded data impossible to be erased after encoding. RFID chip will remain long time data storage ability with following characteristics:

A: If you do not encounter 1 to 0, the obtained data will be: 0 remains 0, 1 remains 1, or 0 becomes 1 until the end, after the writing operation is over, the original data is overwritten by new data, and the successful rewriting is realized.

B: If it encounters 1 to 0, it cannot be written, causing the chip to immediately return a failure signal and terminate the subsequent operation, and the new data writing fails. Part of the data before the failed position will be: 0 remains 0, 1 remains 1, or 0 becomes 1, with possible risk of data errors.