Rocky100 major improvements: Battery Assisted Passive mode We already hinted that the Rocky100 chip can work in Battery Assisted Passive (BAP) mode when we were discussing sensitivity. We mentioned the [...]
Rocky100 major improvements: User memory space Let’s start this topic by saying that the UHF RFID standard was not thought for anything else than identification. The EPC C1G2 was developed [...]
Rocky100 major improvements: Sensitivity (Part II) We are back with second part of the post sensitivity as one of the biggest changes of the Rocky100 chip. The better the receiving [...]
Rocky100 major improvements: Sensitivity (Part I) Sensitivity is probably the most important unique feature of an RFID chip. In standard, only identification RFID tags the sensitivity is the lowest power [...]
The new Rocky100 RFID chip for battery free sensor tags is being tested by multiple companies. What's the RFID innovation on top of the old Andy100 chip? We have been [...]
Weight monitoring with wireless and battery free sensors requires both the designer and the user to understand hardware and software components correctly. Using wireless and battery free load sensors for [...]
Understanding how liquids inhibit RFID system communication is important. Check an actual experiment with RFID tags submerged in water. If you have had contact with RFID technology you have probably [...]
Part of developing your own battery-free RFID sensors will be to develop the RFID software for the reader. Check what you should take into account. Let me say it once [...]
The key topics you need to address when developing RFID firmware to design and implement your own battery-free RFID sensor tags. We’ve previously discussed about how linked hardware, firmware and [...]
Understand the key characteristics you need to take into account when developing RFID hardware to design your own battery-free RFID sensor tags. We’ve already mentioned how RFID hardware is all [...]
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