InnoPhase IoT

Signal strength is thrown off by a pocket and faked by a relay. Bluetooth 6.0 Channel Sounding measures true distance, with security built into the measurement. Key Takeaways Most Bluetooth proximity features, including smart lock auto-unlock, estimate distance from signal strength. Walls, bodies and pockets make that estimate unreliable, and relay attacks can fake it.

Most dropouts in crowded buildings come from nearby interference. One datasheet spec shows which chips can handle it. Key Takeaways Many Wi-Fi IoT dropouts in crowded buildings are caused by interference on neighboring channels, not by weak signal strength. Adjacent-channel rejection (ACR) measures how much stronger a neighboring signal can be than the wanted signal

Somewhere on your roadmap right now there’s a line item that says “Cyber Resilience Act (CRA) compliance” with no owner attached to it. Nobody’s sure if it’s a firmware task, a documentation task, or a procurement task — so it’s everyone’s problem and no one’s deliverable. Worse: most of what that line item requires was

Ask a firmware lead what actually worries them about a new wireless IoT SoC, and the answer is rarely “will it work.” It’s “how much of the stack do we have to build ourselves.” A chip selection decision doesn’t end when the datasheet checks every box. It ends when a firmware team can flash a

A battery-powered sensor is an easy sell: it checks in every so often, sends a tiny bit of data, and goes back to sleep. A battery-powered camera lives by a different, much less forgiving set of rules. It has to sit quietly for weeks, then the moment something actually happens — a person at the

How hostless architectures cut BOM cost and idle power by running the application where the radio already lives Open the schematic of a typical battery-powered Wi-Fi endpoint, and you’ll find an architecture that made sense fifteen years ago: a host microcontroller running the application, wired over SPI or UART to a wireless chip acting as

Analog IQ radio architectures haven’t scaled with Moore’s Law for 30 years, leaving the radio as the largest power drain in battery-powered IoT designs. InnoPhase IoT’s PolaRFusion™ digital polar architecture moves RF signal processing into digital CMOS — cutting radio power consumption by up to 65% and putting wireless back on the semiconductor scaling curve.