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Smart Display Solution Finds a Match in RFID
Ynvisible has developed an interactive printed graphics display that employs RFID for power harvesting and could also be married to NFC, HF or UHF tags and sensors to provide visual displays in places where RFID reads are inconvenient or impossible.
Dec 11, 2019—
Canada-based printed electronics company Ynvisible Interactive has developed a printed electronics display that the company envisions solving a problem for RFID technology. Its displays can already leverage RFID interrogation to supply the low amount of power required to energize them, but they also provide an automatic visual indication of an event, such as a temperature excursion, that could augment an RFID sensor, since they can be viewed without a reader. The result could be a solution that employs RFID to transmit a unique ID number and sensor data to a server—and for those without a reader, it could also provide a visual indicator that a tagged item requires attention.
Ynvisible's core technology is its electrically driven display, consisting of a flat surface with a visual indicator, and using electrochromic (EC) printed electronics. With a very low current, the system allows users to create visual changes on the surface, according to Samuli Stromberg, the company's head of business development. It's a reflective display technology unlike a light-emitting system, he says, so power use is lower, the electronics are simpler and there is no glowing light.
RFID- and Near Field Communication (NFC)-based systems could also benefit from the technology, Ynvisible's management believes, since the results of sensor measurements could be stored and transmitted via RFID, but they could provide simple visual indications for places or times at which RFID reading would not be possible or convenient. "We feel there is a very natural fit with RFID applications," Stromberg states. First and foremost, RFID is already being built into the technology for power harvesting. But now, it is also testing the technology for RFID applications in which human-readable, dynamic changes, visible on the label, would benefit an RFID system.
Temperature-sensing NFC labels could be one example. If NFC tags with temperature-sensing functionality were attached to products, they would each collect temperature data, which could be captured via an NFC-enabled mobile phone or reading device. That data would then be stored on a server, where it could then be interpreted, shared and analyzed. But in the supply chain, as goods move throughout a warehouse, for instance, workers are unlikely to individually read each tag with a reader. A visual indicator that a product's tag has captured a temperature outside of acceptable parameters could attract an employee to that product. "You could say we increase the read range of NFC," Stromberg says, since the tag screen could be viewed at the distance the human eye can see.
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