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Community Spotlight: ZAPHOD – Open-Source AT Command Firmware for BLE Modules
ZAPHOD is a new open-source AT Command firmware specifically designed for Bluetooth LE modules.
technical support
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What is an ARM System-on-Module?
An ARM System-on-Module (SoM) is a compact , ready-to-use computing module built around an ARM-based processor. In essence, it’s a small circuit board that contains the “brains” of an embedded...
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Smaller. Smarter. Stronger: Wireless Connectivity for Medical, Access Control, and Battery-Powered Devices
In this webinar, Ezurio and Infineon will demonstrate how you can replace two-chip systems with a secure, low-power module built for next-gen devices.
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Solving IoT & Connectivity Challenges in Next-Gen Industrial Systems
As industrial facilities embrace automation and data-driven technologies, they face many challenges. Next-gen solutions like Wi-Fi 6/6E and lifecycle management from a premium partner is key.
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How to Choose the Right Wi-Fi Module for Your IoT Application
In this article, we delve into the technical aspects, potential challenges, and the future prospects of Wi-Fi technology in IoT applications.
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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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All About Ultra-Wideband #1: How Is It So Accurate?
Ultra-Wideband (UWB) is a very unique wireless technology. In this series of posts we’re examining what differentiates it from the rest, starting with how it measures location so accurately.
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Ezurio and Wirepas Enter Partnership to Broaden Massive IoT Implementations on Bluetooth Low Energy (LE) Devices
Easily deploy low-power, reliable Bluetooth LE module solutions running Wirepas Mesh 2.4GHz
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Laird Business LSR Expands Sterling Family of Wi-Fi Modules with New Solutions for Embedded and 802.11ac
LSR, a Laird (LRD: London) business and a global leader in certified modules and design services for wireless product development, is introducing two new solutions that help companies design and...
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LSR Introduces New Wi-Fi Module and Wi-Fi Development Tool based on Broadcom Technologies to Expand Industry-Leading Suite of Solutions for Designing Wirelessly-Connected Products
Cedarburg, WI (December 8, 2015) – LSR, a global leader in wireless modules and design services for the next generation of connected smart products, is introducing two new solutions that help...
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What You Should Know About Wireless Medical Device Design
A popular article written by Chris Downey of Laird and David Hoglund of Integra Systems was recently featured in the June issue of AGL Smal l Cell Magazine . Titled, “ Key Considerations for...
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NEW: Laird Embedded Wireless Solutions Technical Help Desk
New Laird support center powered by desk.com In order to better serve customers, Laird recently implemented a new Embedded Wireless Solutions Technical Help Desk . The new support center...
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Laird Technologies Releases Android Support for 40 Series Radio Modules
Modules Meet Stringent Requirements of Latest Mobile Computers St. Louis, Missouri, USA – January 9, 2013 – Laird Technologies, Inc., a global leader in the design and supply of customized...
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Laird Technologies Releases BTM410/411 and BTM420/421 Bluetooth® Radio Modules
Enhanced Bluetooth® Radio Modules Add Robust, Short-Range Data Connectivity to Any Wireless Solution St. Louis, Missouri, USA – March 22, 2010 – Laird Technologies, Inc., a global leader in...
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Laird Technologies Announces Groundbreaking Bluetooth® Modules for Medical Products
New range of modules removes complexity and delivers the latest Bluetooth features for medical device manufacturers who require Health Device Profile. St. Louis, Missouri, USA – November 17,...