Impinj

Monza

Impinj's classic UHF RFID tag IC family optimized for high-volume retail and supply chain applications with industry-leading sensitivity.

M700

Impinj's next-generation compact UHF RFID tag IC platform featuring Impinj Protected Mode and smaller die size for lower-cost inlays.

M800

Impinj's latest UHF RFID tag IC platform with advanced features including Impinj Authenticity for brand protection and item authentication.

Speedway

Impinj's enterprise fixed RFID reader platform featuring high-performance tag reading with up to 4 antenna ports and edge processing.

High-volume UHF RFID tag IC optimized for retail and supply chain with industry-leading read sensitivity and minimal die size.

Enhanced Monza R6 adding protected mode and 32-bit user memory for privacy-sensitive retail and pharmaceutical applications.

Cost-optimized Monza 4 variant with 128-bit EPC for high-volume supply chain tagging at the lowest possible price point.

Extended memory Monza 4 with 496-bit EPC and 128-bit user memory for data-rich applications requiring on-tag storage.

Privacy-focused Monza 4 with QT technology enabling public/private memory partitions for consumer privacy protection.

Monza 5 UHF RFID tag IC with serialized TID and AutoTune adaptive junctionless transistor technology for robust operation.

Next-generation compact UHF RFID tag IC with Impinj Protected Mode and 30% smaller die versus Monza R6 for lower inlay …

M700 platform with 256-bit user memory and serialized TID for data-rich applications including item-level serialization.

M700 variant with 2048-bit user memory for applications requiring extensive on-tag data storage like maintenance records.

M700 platform with 4096-bit user memory for maximum on-tag data storage in aviation, defense, and maintenance applications.

Latest Impinj platform with Authenticity feature for cryptographic item authentication, enabling cloud-connected brand protection.

M800 platform with extended user memory and Authenticity for high-security item-level authentication and data-rich tagging.