Superior performance receive sensitivity for long read range, improved read rate, and support for next-generation RAIN tags—this chip is designed for IoT devices that identify, locate, and authenticate large numbers of tagged items quickly.
The Impinj E710 reader chip is designed for high-performance handheld readers and fixed readers in shelves, cabinets, and conveyors enabling realtime inventory and asset tracking. The Impinj E710 joins a portfolio of new systems-on-chips (SoCs) built on a heritage of the Impinj Indy series that set performance standards for over a decade. Compared to the Impinj Indy R2000, the Impinj E710 reader chip delivers:
• Up to 4 dB better receive sensitivity reliable performance in new and emerging uses
• Up to 50% lower chip power consumption, supporting battery-powered, energy-efficient IoT devices
• Up to 80% smaller RAIN RFID system designs ideal for small, nextgeneration devices
With industry-leading system integration and easy-to-use development tools, the Impinj E710 enables the development of quick-to-market IoT devices.
Design high-performance RAIN RFID readers
Develop a range of high-performance devices for use in demanding applications where superior sensitivity, long range, and fast read rates are required.
Build small, powerful, energy-efficient products
Build high-performance, small-size readers that remain active longer on a single battery charge. The efficient chip design and low power consumption open the doors of product innovation.
Accelerate innovation of next-generation IoT solutions
Reach emerging markets quickly with a powerful, differentiated product portfolio. The ease of use, development tools, and pre-certified partner-built modules reduce the complexity and timeline of new product development.
Optimized, high-performance design
Enables reading, writing, and authenticating of tags farther and faster with superior receive sensitivity.
Integrated systems-on-chips in a 6x6mm package
Includes a radio modem, self-jammer cancellation, RF front-end, microcontroller, and power regulation.
Flexible host controller & modem design
Supports a range of performances, costs, and worldwide region support with an advanced development kit and chip compatibility.
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