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About ePaper Tag
Reason to Choose
Use Case
Partners
FAQ

About ePaper Tag

We provide an LSI (MB97R8110) for battery-less solutions that combines non-volatile memory technology and wireless (RFID) technology. Three companies (Netronix, Nagano Japan Radio, SK-Electronics) have commercialized electronic paper tags with our LSI (MB97R8110).

What is ePaper Tag?

ePaper Tag

The electronic paper tag is an RFID tag with a display function that uses UHF RFID technology and operates without batteries. Since the electronic paper tag can update its display content, there is no need to replace the label. In addition, since the tags operate without batteries, there is no need to replace the batteries. Because of these characteristics, these tags can be used to replace paper labels for logistics container labels, process control charts, and physical delivery slips.

Partner Companies Electronic Paper Tags
Above : Netronix, Inc.
Left: Nagano Japan Radio Co.
Right: SK-Electronics

Specification List

ePaper Tag
Type rating: D2200A-F

This product is a UHF band RFID tag equipped with a 2.9-inch e-paper panel from Netronix. Display control of the e-paper panel is possible by standard commands from R/W using EPC Global C2G2 compliant communication protocol.

External dimensions
103 x 46 x 6.61 mm
Weight
Approx. 35g
Screen size
2.9 inches (296 x 128 dots)
Operating temperature
0 to +40°C (image rewriting)
Storage temperature
-25 to +60°C
Water and dust proof
IP 54
Shock resistance
IK 3
Housing material
PC + ABS
Surface cover
Acrylic
Scratch strength
４H
RFID IC
MB97R8110
Communication protocol
EPCglobal Class1 Generation2
Carrier frequency
860～960 MHz
User Memory
61,440 bits
EPC length
Up to 480 bits
Rewriting distance
20cm / 28cm / 56cm ＊
(R/W output: 27 / 30 / 36dBm eirp)
Communication distance
ID acquisition 80cm / 113cm / 226cm ＊
(R/W output: 27 / 30 / 36dBm eirp)
Certifications
CE(EU), FCC(USA), ISDE(CANADA)
Regulated Substances
RoHS, REACH, China, WEEE

*Note: Communication distance and rewriting distance vary depending on the output power of RW, communication environment, temperature, and other factors.