01 Feb 2012
Texas Instruments unveils RFID mini-transponders for animal tracking
Texas Instruments has developed the "world’s smallest" half-duplex radio frequency identification (RFID) mini-transponders that enable customers to embed tags into smaller objects across a broader range of applications.
The 12mm TRPGR30TGC and TRPGP40TGC glass encapsulated mini-transponders are ready-to-use and 100 percent backwards compatible with all of TI’s RFID software and readers including power modules, control modules and micro readers.
The TRPGP40TGC is programmable according to ISO 11784 / 11785 global livestock ID standards so customers can create compatible products that can be read by 134.2 kHz ISO-compliant receivers/infrastructure worldwide.
TI claims the mini-transponders are durable enough for use in applications including tool, medical instrument, package and inventory tracking and safe enough for use in fish and livestock tracking and pet identification and are expected to work for up to 30 years.
TI’s industry-leading HDX technology, hermetically encapsulated in the world’s first 12mm glass transponder, gives customers the upper hand in creating RFID applications. The read range extends up to 20 inches (50 centimeters) and allows for easier tag spotting for fish tracking in fresh water and even in salt water environments where FDX technology completely fails.
TI’s HDX technology has high resistance to noise through frequency-shift keying (FSK) modulation and consistent performance through parametric testing and electronic resonance tuning performed on each mini-transponder throughout the production cycle.
Features
Passive mini-transponder tags are 12mm x 2.12mm, enabling customers to introduce battery-free RFID tagging in smaller applications (e.g. tagging smaller fish).
Each TRPGR30TGC mini-transponder is pre-programmed with a unique code for industrial applications and asset tracking. TRPGP40TGC mini-transponders can be programmed by users for livestock-, pet-ID and fish tracking.
The TRPGR30TGC mini-transponder can be fully encapsulated in carbon fiber (bicycle frames, aerospace, automotive applications), environments with high noise levels (industrial applications, assembly lines) and in salt water.
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