Impinj Features that Drive Enterprise-grade Accuracy, Reliability, and Security
Impinj innovation enables industry-leading RAIN IoT solutions. Impinj and our partners' solutions leverage these features to drive enterprise operational excellence. Explore key features that deliver industry-leading performance.
Impinj AutoSet
Impinj AutoSet mode automatically optimizes RAIN RFID reader performance, ensuring maximum read accuracy and efficiency.
Impinj AutoTune
Impinj AutoTune is a feature of Impinj RAIN RFID tag chips that automatically tunes a chip during operation, maximizing the power it receives and improving tag performance in challenging environments.
Impinj Core3D Antenna Reference Designs
Impinj’s portfolio of Core3D antenna reference designs enable omnidirectional reading for all Impinj M800 and M700 series tag chips. In the same way an architect’s blueprints show how a structure should be built, Impinj Core3D Antenna reference designs provide guidance for developing optimal antennas for RAIN RFID tags and inlays.
Impinj Cryptographic Authentication
The Impinj Cryptographic Authentication feature uses a challenge-response protocol to verify a product’s authenticity with RAIN RFID, preventing counterfeits, ensuring consumer safety, and securing the supply chain.
Impinj Enduro Bonding Technology
The strength of the connection between a tag chip and its antenna is at the heart of inlay reliability. Impinj Enduro bonding technology, features large contact pads for attaching antennas to elevate tag reliability and ensure unparalleled durability, surpassing conventional bumped designs.
Impinj IoT Device Interface
The Impinj IoT Device Interface enables developers to quickly and efficiently build and deploy RAIN RFID-based solutions that use Impinj readers.
Impinj Protected Mode
The Impinj Protected Mode feature provides a secure, flexible, easily reversible, and high-speed method to make tag data invisible to RAIN RFID readers.
Impinj RAIN RFID Reader Security
Security features of Impinj RAIN RFID readers enable safe and reliable communications among readers, external applications, and connected items.