The Internet of Things (IoT)

SGP32 remote provisioning firmware, now included in all SIMCom LTE Cat 1 bis IoT modules, enables remote IoT connectivity.

ASRock Industrial released the iEP(F)-9040 Series of high-performance edge AIoT platforms with Intel Core 200S processors.

Offering powerful computing capabilities, extensive connectivity options, and flexible expansion features, the UNO-247 V2 supports businesses implementing industrial IoT infrastructures...

Thanks to agencies like the DoD leading the way, IoT/IIoT cybersecurity is top of mind for network admins in 2025 and beyond.

The u-blox MAYA-W4 combines Wi-Fi 6, Bluetooth LE 5.4, and 802.15.4 for reliable, ubiquitous, and secure connectivity in the IoT ecosystem.

Ride the “ambient IoT” wave with a kit for prototyping battery-less IoT devices that grab power from magnetic/electric fields, light, heat, kinetic energy, and sound.

pSemi‬'s 2.4-GHz FEM supports several popular IoT protocols, numerous Bluetooth variants, and Wi-Fi.

Having established itself as an LPWAN behemoth, LoRaWAN looks toward a massive IoT future.

Thanks to the updated IoT/IIoT devices, the IEEE 802.11ah standard may see deployment in a host of "smart-everything" scenarios.

Pusan National University's backscatter technique for low-power IoT communication is 40% more energy-efficient than conventional backscattering systems.

Wi-Fi HaLow promises to simplify networks, extend ranges, and enable increased device density in a variety of IoT use cases.

InnoPhase IoT integrated ultra-low-power Wi-Fi and Matter v1.2 certification on a single chip to support interoperable smart-home devices.

With the launch of its xG26 modules, Silicon Labs looks to future-proof the Matter protocol by doubling both the flash and RAM memory and the modules’ GPIO capability for integration...

The xG22E family of wireless SoCs from Silicon Labs is its first family designed for battery-free, energy-harvesting applications.

Learn how the latest IoT and IIoT devices ensure secure connectivity against cyber threats, whether wired or wireless. Explore cybersecurity measures in this comprehensive guide...

A new connectivity standard—Matter—looks set to unlock the promise of the smart home and deliver consumers more secure, reliable, and seamless experiences.

Across its three iterations to date, the Matter connectivity protocol has significantly expanded its reach. Learn what’s new in the latest revision.

Rohde & Schwarz collaborates with Sony Semiconductor Israel to reach milestones for NTN NB-IoT roll-out.

The IoT provides a key tool to help companies, governments, and nations create a greener global economy.

The move to a distributed architecture from the cloud to the edge has ushered in a new era of edge computing.

The steady proliferation of space debris has led to concerns for the long-term health and well-being of active communications satellites.

Discover how LoRaWAN technology contributes to the cold supply chain and food-service industries.

The rising popularity of implementing LoRaWAN as a connectivity solution has led to more misconceptions about the technology. Laird’s Senthooran Ragavan puts those myths to rest...

The 3GPP’s 2022 standards for non-terrestrial networks have spawned a boom in convergence of satellite communications and cellular networks.

When it comes to smart buildings, conventional low-tech facilities can also benefit from smart technology.

As the IoT continues to expand, wireless protocols need to support applications that require higher network capacity, faster data rates, and more robust security.

Adding RF/mmWave communications capabilities to overall system designs has become much easier and cost-effective with modular functional blocks in SiPs, SoCs, and SoMs.

iSIM technology, or the integrated version of SIM and its functionality, is broadening the path for secure embedded design. What are the differences between iSIM, eSIM, and SIM...

The new line of IoT sensors developed by L-com can monitor light at all levels.

The latest generation of GNSS chipsets makes devices smaller and enables longer operational periods with enhanced accuracy.