IoT & Narrowband Communications

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

The LoRa Alliance enhanced the LoRaWAN Certification Program to offer OEMs multiple certification options. and added the first Authorized Test Lab in Latin/South America.

Test-case validations for narrowband IoT over non-terrestrial networks support certification testing at GCF Recognized Test Organizations.

Keysight has 21 approved test cases available for non-terrestrial network certification in Skylo mobile operator solutions.

Wi-Fi HaLow addresses a wide range of IoT applications, such as smart home, smart city, building automation, industrial IoT, and other major use cases.

The dramatic growth and demand for IoT devices is exposing gaps in our existing connectivity protocols that wireless technology innovators are racing to fill.

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.

Morse Micro's low-power, MM61xx SoC family provides long-range, Wi-Fi HaLow support.

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

As the IoT’s reach into daily life is extended, it’s important to understand the various wireless protocols that meet the unique needs of IoT environments.

UWB can (and will) provide faster data rates and enhanced security for 5G applications.

As Wi-Fi 6E enters the market and Wi-Fi 7 prepares for ratification in 2024, examining the innovations introduced in recent generations underscores the reasons behind Wi-Fi’s ...

The company's smallest-ever 5G antenna will aid in the push to deploy millions of IIoT devices and help future-proof wireless designs as 3G fades and LTE and, ultimately, 5G dominate...

This article explains how LoRa technology—a long-range, low-power wireless RF platform—is the solution to meeting the demand for an estimated 27 billion IoT connections by 2025...

What should engineers consider when designing with LTE CAT M1 and NB-IoT? This article presents a checklist to help guide the process.

Self-interference cancellation could very well be the linchpin to a resurgence of the 2.4-GHz band.

This application note dives into narrowband-IoT (NB-IoT), providing a simulation approach for NB-IoT system development.

Narrowband and wideband communications channels make use of available bandwidth in different ways—so employ them according to the requirements of a particular application.

The 3G Partnership Project has finished laying out a new wireless IoT standard known as Narrowband-IoT. It will become part of the larger LTE specification.

For reliable and efficient long-range RF communications, narrowband systems may be a prime choice. A comparison of spectral efficiency, coexistence, and battery lifetime between...

The debate between broadband and narrowband communication techniques is leaving many engineers and radio-deployment specialists debating the benefits of enhanced data rates and...