We’re officially a week into 2025, readers. I hope y’all are taking good care as we peek at how this new year may yet unfold.
Today, we’re talking about an IoT company we covered a few times last year: InnoPhase IoT.
InnoPhase IoT has become known by many as the fabless wireless semiconductor platform company. In our past coverage (here on IoT Evolution World and on Smart City Sentinel), we mentioned how InnoPhase IoT specializes in extreme low-power wireless connectivity solutions — commercial and industrial products with majorly increased battery life, myriad modules and System-on-Chips (SoCs), AI-powered Wi-Fi camera applications, etc. In present day, the company’s mission holds strong:
“Break the IoT/Wi-Fi power barrier.”
From its Talaria TWO Matter v1.2 certified Wi-Fi solution (read our story here) to the availability of its Matter v1.2 platform combining STM32U5 and its aforementioned Talaria TWO Wi-Fi solution (read here, as well), InnoPhase IoT continues to develop top-notch IoT solutions that “redefine wireless technology for good,” per its team.
So, that’s the where-we’ve-been, as far as InnoPhase IoT is concerned.
Here’s the where-we’re-at-now:
Yesterday, InnoPhase IoT announced the expansion of its Talaria platform vis-à-vis the introduction of the Talaria 6 family of SoCs.
Developed to address the IoT market’s evolving needs, the Talaria 6 family integrates multi-protocol wireless connectivity supporting Wi-Fi 6, Bluetooth 6.0, Thread and Zigbee (while providing enhanced PSA Level 2 and Level 3 security and a high-performance ARM (News - Alert) Cortex M33). According to the official announcement, “these next-gen products offer robust performance, energy efficiency, enhanced security, edge AI processing, and advanced connectivity for IoT devices.”
As described by Andrew Zignani, Senior Research Director at ABI Research:
“The diversity of consumer, commercial, and industrial IoT applications increasingly requires flexible Wi-Fi SoCs that can more effectively address the power, range, latency, reliability, throughput, and security requirements of a growing number of heterogeneous IoT devices. InnoPhase IoT’s combination of Wi-Fi 6 with Bluetooth and 802.15.4 on a single multi-protocol SoC can enable higher performance devices, streamline deployment and interoperability, create innovative new features, user experiences, and valuable new services, alongside reducing design complexity and time to market. Such solutions will be critical in enabling the installed base of connected devices to reach nearly 88 billion by 2028.”
For our spec-hungry readers, here are more details:
Target (News - Alert) markets for the Talaria 6 family reportedly include building automation, industrial IoT and healthcare/medical segments, and key smart home-centric applications like video cameras, doorbells, locks, thermostats, lighting, environmental and vibration sensors, appliances, health and medical devices, hubs/gateways, and Matter bridge routers.
“InnoPhase IoT has been elevating the IoT user experience by enabling the use of high bandwidth ubiquitous Wi-Fi in untethered, battery-based applications. Our suite of market-ready solutions, including provisioning and device management capabilities, has also addressed key developer and time-to-market challenges,” said Wiren Perera, President and COO of InnoPhase IoT. “Extending our Talaria platform with its digitally oriented RF architecture to Wi-Fi 6, provides a significant boost in throughput, range, and energy efficiency. Coupled with multi-protocol support, enhanced cybersecurity, and edge AI capabilities, we are now unleashing a range of new applications with exceptional use cases.”
Learn more about hot-off-the-press Internet of Things solutions at IoT Evolution Expo 2025! This will be taking place from February 11-13 in Fort Lauderdale, Florida. Part of the #TECHSUPERSHOW experience, this event combines conference programming with a robust exhibit hall, networking events and other activities, promoting educated togetherness between buyers and providers of business technology products and services that are huge for the Internet of Things.