RFID Products轮胎管理用

轮胎专用的RFID标签。即使埋设在轮胎内的状态下，也能确保充分的读取性能。

※本产品尚处于开发阶段，商品规格、外观有可能在未经事先告知的情况下发生变更。

可通过以下页面了解RFID内置轮胎的使用案例、行业标准措施、将RFID内置到轮胎中的模拟等详细信息。

由此访问轮胎行业专用RFID解决方案网站

Features

Downsizing of modules through our original technologies

Reducing module size while maintaining good electrical characteristics helps minimize impact on tires.

Successfully cleared a test of the loads expected during tire re-manufacturing/servicing processes and while on the road

The issue of conventional tire-embeddable RFID tags' antenna connections being easily breakable was solved through the adoption of a wireless charging system. Durability has been dramatically improved.

Designed so that the tag allows communication even after it is embedded in a tire

The RFID tag is designed bearing in mind the possible impact of the rubber and metals used in tires on its communication performance.

Series Lineup

Part number	LXTBANNCMH-024
Application	For tire management
Appearance
RFID standard	ISO-18000-63 EPC Class1 Gen2v2
Frequency	UHF band (865-928MHz)
IC	Impinj M750
EPC memory	96bit
User memory	32bit
Size	总长 37mm 直径 1.8mm
Read range^*	1-5m

*Reference value after the RFID tag is embedded inside a tire and with Murata’s environment followed by ISO20912.

Tires with embedded RFID tags will change the tire business history

RFID solution for the tire industry

Our aim is to help realize a society oriented toward tire recycling so that we can contribute to all the people involved in tire-related businesses in manufacturing, distribution, sales, repairs, etc., by delivering our RFID tags that can be embedded into automobile tires.

[Video] Embedding RFID tags to tires and evaluation support

To embed an RFID tag in a tire, it is necessary that the RFID tag be designed with consideration given to the rubber material and internal metals used for the tire and that enhanced communication characteristic evaluations be made on the RFID tag. Being rich in experience and knowledge of the communications equipment market, we can help with simulations of communication characteristics and tire evaluations.