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Why Wi-Fi 6 Belongs Inside Your Next Industrial SOM
A look at what changes when you move from Wi-Fi 5 to 802.11ax Wi-Fi 6 in embedded industrial design
Throughput
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NXP i.MX 93 vs TI AM62: Which Processor Family Fits Your IoT Application?
Choosing a processor isn’t just about performance, it’s about how easily you can build, integrate, and support the system around it.
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VSWR Calculator: What is VSWR and How To Calculate It
Modern IoT and embedded RF systems demand efficient wireless performance, which hinges on proper antenna matching. A critical metric for antenna and transmission line efficiency is the Voltage...
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Solving Connectivity Challenges in Smart Cities
Smart cities rely on thousands of connected devices to manage everything from traffic flow to public safety, but unreliable connectivity, network congestion, and power limitations threaten their potential.
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Now in Stock: Sona NX611 Wi-Fi 6 + Bluetooth 5.4 Module
Introducing the latest of the Sona™ Wi-Fi 6 product line from Ezurio, the NX611, based upon NXP’s leading IW611 Wi-Fi 6 chipset. A truly robust industrial IoT module: one that’s rugged, small, globally certified, has reliable connectivity, and is easy to integrate.
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Ensuring Reliable Wi-Fi Performance in Buildings
As building automation systems become more reliant on IoT devices, managing network congestion, energy demands, and security threats has become critical.
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Transforming Smart Buildings with Bluetooth Technology
The ongoing advancement of Bluetooth is opening new doors, particularly in commercial buildings, transforming these spaces into smart, intelligent environments.
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All about Ultra-Wideband #3: The Importance of Topology
In our last post we discussed the ultra-brief pulses that make UWB’s RF behavior unique. In this post, we’ll look at the UWB protocol itself, and the relationship between throughput and power usage.
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All about Ultra-Wideband #2: What Makes its RF Behavior Unique?
For a technology that inherently involves transmissions with very wide bandwidths, it might be counterintuitive to learn that its transmissions are brief and latency can be so low. We’ll explain why.
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Unlocking the Future of Medical Connectivity: Harnessing the Power of Wi-Fi 6/6E
Join us as we discuss the role of Wi-Fi 6/6E connectivity in the medical field, showcasing its leading-edge capabilities and the multiple benefits it brings to the medical market.
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Full LE Audio Specification Crosses the Finish Line
The Future of Bluetooth Audio, Defined This week, the Bluetooth Special Interest Group (SIG) announced the completion of the specifications for LE Audio, Bluetooth’s low-power,...
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LTE Unleashed: CBRS Opens New Opportunities
The Innovation Band – Opening the Door to New Solutions In January of 2020, the FCC completed the result of years of work to provide a new range of unlicensed spectrum to operators in...
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What Property Owners Need to Know About FirstNet
Decades Later, a Fulfillment on a Safety Plan Nearly two decades after the 9/11 commission’s recommendations for a nationwide public safety network, FirstNet is being deployed by over...
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Laird Connectivity Develops 5G Ready, Low Profile, MIMO Vehicular Antennas
Laird Connectivity announces expansion of vehicular antenna portfolio for public safety, FirstNet, and aftermarket fleet applications Akron, Ohio – May 30, 2019 – A global leader in wireless...
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Cellular NB-IoT vs LTE-M: Understanding the Differences
Release 13 of the 3GPP’s mobile broadband standard introduced two new categories of narrowband cellular technologies suited for IoT devices: LTE Cat M1 and LTE Cat NB1. They are subsets of two...
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What Cellular 5G Means for the IoT
The next generation of cellular is just now making its way to consumers in small test launches around the world. It’s available in 20 U.S. cities, 6 cities in the U.K., Germany, Bahrain, South...
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Laird Connectivity Announces 2-Port MIMO, Ceiling Mount Antenna for 5G Applications
Laird Connectivity expands its CMD series of indoor antennas with a 5G/CBRS-ready, ceiling mount antenna with best-in-class performance Akron, Ohio – May 31, 2019 – A global leader in...
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Laird Introduces FlexMIMO - The World’s First Embedded PIFA Antenna for Wi-FI MIMO Applications
Provides a Flexible, Easy to Install 2.4/5 GHz, Dual Element PIFA Antenna for Wi-Fi MIMO Applications July 18, 2018 –Laird, a global technology leader, today announced the FlexMIMO - the...
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Maximizing Reliable Bluetooth Low Energy Throughput for the IoT
By Youssif Saeed, Firmware Engineer Overview While originally designed for low data-rate applications, Bluetooth Low Energy (BLE) has evolved to provide increasingly higher speeds. Since its...
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Laird Antennas Capture International Attention From Media and Airline Passengers
Global publisher, Diplay Plus, released a post in Korea saying that Laird antennas are improving the passenger experience at the Taoyuan International Airport in Taiwan. The article talks about...
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Laird Antennas Improve Passenger Experience in Major International Airport
Fewer antennas provide reliable coverage while minimizing installation all from compact form factor Global technology leader Laird ( LRD: London) announces today that its Infrastructure Antenna...
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Laird Technologies Releases Industry-First Indoor 2-Port LTE MIMO Antenna
Antenna Improves Cellular In-Building Communications Using Dual Radiating Elements St. Louis, Missouri, USA – February 28, 2012 – Laird Technologies, Inc., a global leader in the design and...
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Laird Technologies Announces the Availability of Two New Dual-Band External MIMO Antennas
Designed to Enhance 802.11n System Performance; New Antennas Expand Company’s MIMO Portfolio St. Louis, Missouri, USA – February 25, 2009 – Laird Technologies, Inc., a global leader in...
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Laird Technologies Releases New Dual-Band MIMO Internal Antenna that Optimizes 802.11n System Performance
St. Louis, Missouri, USA – February 16, 2009 – Laird Technologies, Inc., a global leader in the design and manufacture of customized, performance-critical components for wireless systems and...