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Ezurio’s MCP Server: Querying Product Documentation Directly From an AI Coding Assistant
Our new MCP server brings a smarter assistant to our customers' integration efforts, with direct access to our knowledge base.
Configuration
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Common Questions about Bluetooth LE Throughput and High Data Rate Applications
Bluetooth LE has grown dramatically from a simple sensor protocol to a full data and audio solution. But for the highest data rates, it can struggle – and even 2M PHY is quickly eaten up by...
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Vendor Lock-In in SOM Selection
Why Ezurio built EZ BSP on open source foundations and what that means for your product roadmap
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Nordic nRF54 vs. nRF53 vs. nRF52: Which Bluetooth LE Generation Is Right for Your Next Product?
Embedded engineers selecting a Bluetooth module today face a choice that didn't exist two years ago: Nordic's silicon lineup now spans three distinct hardware generations, each representing a...
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Choosing the Right Processor for Your Next Product: i.MX 95 vs. MediaTek Genio
The right processor decision made early is one of the most valuable investments you can make in a product development program. We're ready to help you make it.
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More Than Sizes & Pinouts: Why M.2 Standards Matters
The M.2 standard provides a consistent, predictable packaging for embedded hardware. Standardization has a long record of providing significant advantage in markets and technology where it has been applied, and created an inescapable advantage when looking at the long tail of product lifecycle design.
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Integrating an External Arducam Camera with the Nitrogen95 SMARC SOM
Learn how Ezurio can help integrate external cameras easily to your design
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Achieving 3.3 Mbps Throughput with ESB on the BL54L15: Beyond BLE Limits
If you have ever tried to stream high-rate sensor data over Bluetooth Low Energy, you know the frustration: the 2 Mbps PHY sounds fast on paper, but once you factor in connection intervals, L2CAP...
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What Defines a Long-Term Embedded Platform
Manufacturing is just the start. The real challenge is maintaining software, managing component changes, certifications, and keeping systems online over many years.
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OSM vs. SMARC: Which Form Factor Is Right for Your Design?
Choosing a compute module form factor is one of those decisions that feels like an implementation detail early in a project and becomes a structural constraint the moment you commit to a PCB layout...
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Industry Standard M.2 Footprints Explained
What Every Engineer Needs to Know Before Designing In a Wi-Fi Module
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Sona™ IF573 vs. Sona™ IF513: Performance vs Low Power
Wi-Fi 6E Module Selection: When Each Wins
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“It’s Just a Sensor, Right?” Our Lessons Learned in Rugged, Reliable Sensor Design
In electronic design, particularly in products that operate in challenging environments, every decision is a trade-off that affects everything else. Here’s what we learned developing our RS26x LoRaWAN temperature sensor.
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An Overview of UART Protocols
UART stands for Universal Asynchronous Receiver-Transmitter, a widely used serial communication interface. In this article, we'll explore UART formatting, parameters, and signaling variations.
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Yocto vs. Buildroot: Comparing the Two Platforms
Embedded Linux has become a cornerstone of IoT devices and wireless systems, enabling customizable operating systems for everything from smart appliances to industrial gateways. When it comes to...
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Zephyr RTOS vs FreeRTOS: A Comprehensive Comparison for IoT and Embedded Systems
Modern embedded and IoT devices often need an efficient Real-Time Operating System (RTOS) to juggle multiple tasks reliably. Ezurio's System on Modules and Bluetooth Embedded Modules feature...
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Ezurio and Cloud2GND Launch Aurawave AW100 Series Modules to Simplify Auracast™ and Bluetooth® LE Audio Product Development
Aurawave combines Cloud2GND engineering, Ezurio module performance, and Nordic's nRF5340 technology to accelerate LE Audio innovation.
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Ezurio + Arducam: Connected SOMs with a Vision
Our work with Arducam has yielded an easy integration with Arducam’s excellence in embedded vision systems.
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MU-MIMO vs. SU-MIMO – What’s the Difference?
This comprehensive guide explores MU-MIMO vs. SU-MIMO – what the difference is, and why it matters – with a focus on applications in IoT devices and modern cellular/Wi-Fi chipsets (like 5G and Wi-Fi 6/6E/7).
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One SKU, Anywhere in the World: How Our Adaptive World Mode (AWM) Simplifies Global Deployments
Creating truly global wireless products requires OEMs to carefully limit activity to only the approved and certified frequency channels and power limits. Our Adaptive World Mode takes all the guesswork out for our customers.
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Wi-Fi HaLow: The Future of Low-Power, Long-Range Connectivity for IoT
Explore the important attributes, benefits, and real-world uses of Wi-Fi HaLow that stand poised to transform connectivity across multiple industries, establishing it as a crucial component for contemporary technological advancements.
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What is a System-on-Module?
Ezurio's system-on-module solutions are built on the latest processors and wireless, and utilizing our long-term software support to give developers a secure, smart, connected IoT platform.
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Bluetooth 6: What's New In The Latest Bluetooth Release?
Bluetooth technology is constantly growing, not only enhancing existing applications but also enabling entirely new use cases through performance improvements and expanded feature sets. On September 3, 2024, the Bluetooth Special Interest Group (SIG) unveiled the latest version of the Bluetooth Core Specification: Bluetooth 6.0.
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The Latest Bluetooth SIG Qualification Process is Official – Here’s What You Need to Know
The first update to the Bluetooth qualification process in a decade took effect July 1, 2024. Here’s what’s changed for manufacturers seeking a qualified design.
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Now Joining the Arduino Ecosystem: Our Lyra 24 Series!
We’re always looking for more ways for our customers to develop. Now, we bring the popular Lyra 24 Series to the Arduino Core for even more ways to develop.
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Our Sentrius™ MG100 Gateway: Now with Canvas Software Suite!
Our MG100 is purpose-built to help you drive BLE sensor data to the cloud. Now, our Canvas Software Suite offers firmware and Python-based sample applications to jump start your IoT development.
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New to our Canvas Software Suite: The Lyra 24 Series!
Our Canvas Software Suite provides tools, templates, sample applications, and more for Canvas-enabled hardware offerings in our portfolio. The Lyra 24 Series is our latest offering.
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Ezurio and Wirepas: Making Mesh Networks Dead Easy
Wirepas offers “very very good IoT” in the form of incredibly comprehensive mesh networking and all that comes with it. Combined with our rigorously designed hardware, it’s a perfect match.
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Laird Connectivity Combines Bluetooth LE and Ultra-Wideband (UWB) in a Seamless Solution for Proximity and Pinpoint Accuracy with the Sera NX040
Precise, Granular Positioning and Processing for Medical and Industrial IoT Devices
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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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Understanding Ultra-Wideband and Where To Use It
You’re probably familiar with UWB as the location technology made famous by consumer devices such as Apple AirTags. But this technology is broadly applicable as a solution to MANY problems – and in many industries as well.
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Laird Connectivity Brings Device Management Capabilities to Their Portfolio of IoT Devices with Canvas™ Device Manager
Easily Streamline Device Ecosystems and Automate Data Provisioning to Deployed IoT Devices
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Now Available: Canvas Device Manager
Dramatically simplify the process of managing IoT device deployments.
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Lyra Series: Frequently Asked Questions
A short list of the most commonly-asked questions about getting started with our Lyra Series Bluetooth 5.3 modules.
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The Road to Wi-Fi 6E Part 7: Embedded Wi-Fi 6 Characteristics
Wi-Fi 6 brings new and unique characteristics in its available hardware, requiring designers to be aware of the new landscape to design in new Wi-Fi offerings.
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How to Integrate a Wireless Module – A Comprehensive Approach
The Module-Based Approach – Eliminating Unknowns Ezurio’s decades in wireless design and hardware engineering have helped make us experts in providing pre-certified wireless modules...
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Something New from Ezurio and Infineon
Better Together: Ezurio and Infineon In early November, Infineon shared in the announcement of ModusToolboxTM 2.4, a software toolbox suite designed to make development easier than...
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Coming Soon: RS1xx High Temperature External RTD Sensor Probe
Gather sensor data in extreme high temperature applications Introducing the new Sentrius™ RS1xx high temperature external RTD temperature probe . This battery-powered, long-range sensor platform...
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Laird Connectivity Announces the Trigger Under-Dash Antenna Family with Significant Performance Advantages over Competing Technologies
Akron, Ohio – June 24th, 2021 – Laird Connectivity, THE Antenna Authority, is announcing the Trigger under-dash telematics antenna family . Offering cellular 3G/4G/5G/ISM/CBRS, Wi-Fi, and GNSS...
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Automated Temperature Monitoring - By Actility, Ezurio, and MyDevices
The Need For logistics, transport, restaurants, hospitals, and other service/hospitality companies that need to monitor their inventory, a broken cold chain is an interrupted series...
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Smart Asset Tracking – All in One Box
The Challenge – In Many Industries, Efficient Operations Hinge on Placement and Timing In any industry, doing business means getting things where they need to go – managing and monitoring...
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Four Ways to Make Bluetooth Range Go Much, Much Farther
Expectations vs. Reality – Bluetooth Range in the Real World When designing a network of Bluetooth-enabled devices, a problem often lies in wait that doesn’t reveal itself until...
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Bridging BLE to LoRaWAN – Ezurio at The Things Virtual Conference
It’s Easier Than Ever to Push Sensor Data to the Cloud This year, the annual Things Conference was one of many public events to be canceled due to the ongoing COVID-19 pandemic, but...
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The Pitfalls of Poor Wi-Fi Connectivity
Introduction When it comes to the Wi-Fi component of a new product design, customers have a wide range of choices from various manufacturers. The product portfolio available from those...
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Designing an IoT Gateway with the 60 Series System on Module
As we’ve previously discussed, building smart devices for the Internet of Things is largely centered around a handful of roles that have arisen in those applications. Generally they can be...
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Understanding MIMO and Our Unique FlexMIMO Antenna
Today's wireless applications only continue to to increase demands on bandwidth and performance, and MIMO antenna solutions are one way to boost performance. MIMO, or Multiple-Input Multiple-Output,...
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A Closer Look at the Chain of Trust Security Architecture: Wi-Fi Certification, Authentication Support & FIPS 140-2 Turbo
Building off of our last post which covered Provisioning and Secure Boot , this week we’re taking a closer look at Wi-Fi Certification, Authentication Support, and FIPS 140-2 Turbo. ...
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Antenna Design Gain and Range
The design considerations include system requirements, antenna selection, antenna placement, antenna element design/simulation, and antenna measurements. A center-fed dipole antenna is presented as a...
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FCC Guidance for Incorporating Transmitter Modules
Written by: Shane Rismeyer Shane is currently an EMC Engineer working at LSR located in Cedarburg, WI, where he has worked since 2009. His primary engineering focus is on compliance testing and...
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Securing Your Medical Device Starts with a Secure Communications Module
In today’s technological landscape, securing your device is an increasingly complex goal that requires more comprehensive approaches. The best and most effective approaches to device security...
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Senet and Laird Announce Collaboration on Enterprise IoT Gateway
Portsmouth, NH – May 31, 2018 — Senet , a leading provider of cloud-based software, global connectivity service platforms and network build-out for the Internet of Things (IoT), and global...
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Laird Connectivity Unveils New Multi-Interface Platform for Low-Power, Long-Range IoT Deployments
Laird’s new Sentrius RG1xx LoRa Gateway enables versatile private IoT network deployment March 15, 2017 – Global technology leader Laird Connectivity announced today the release of its new...
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New Wireless Solution From Laird Eliminates Frustrations And Increases Connectivity For Digital Signage and Hospitality Industries
New RAMP 2.4 GHz Wireless Ethernet Bridge A high-performance, wireless Ethernet cable replacement system is eliminating the frustrations, cost, and complications of current systems. The new...
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U-Boot USB Mass Storage gadget
Thanks to the efforts of many in the U-Boot community, the upcoming v2014.07 release of U-Boot for our boards will include a new feature: the USB Mass Storage Gadget , or ums . Since this feature...
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U-Boot 2014.01
We're about to start shipping U-Boot version 2014.01 in production on our i.MX6 boards. This release contains over 68000 new lines of code , so we won't go through all of the details, but wanted to...
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New Laird Connection Manager
By: Stephanie Lubrano, Marketing Communications Specialist A new Laird Connection Manager (LCM) for 40 Series radios was announced last week, read this previous blog post for further...
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New Laird Connection Manager
By: Stephanie Lubrano, Inbound Marketing Analyst A new Laird Connection Manager (LCM) for 40 Series radios was announced last week. Here, we provide a condensed walk-through of the “new...
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Laird Releases New Version of Laird Connection Manager (LCM)
Popular Software Tool Upgraded To Include Bluetooth Administration October 17, 2013 – Administrators of mobile computers and other business-critical mobile devices will soon be able to save...
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Laird Releases New Version of Summit Client Utility (SCU)
Popular Software Tool Upgraded To Include Bluetooth Administration July 16, 2013 – Administrators of mobile computers and other business-critical mobile devices soon will be able to configure...
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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 Releases New APG BT W400 M2M Wireless Gateway
Gateway Ideal as an Aggregator or Bridge for Different Wireless Networks St. Louis, Missouri, USA – December 28, 2011 – Laird Technologies, Inc., a global leader in the design and supply of...
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Revisiting LTIB and Qt on i.MX51 and i.MX53
In a previous post , we walked through the process of building Qt using the LTIB tool, but we were a bit cavalier about the steps involved.Since that time, we've been shipping demo software based on...
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Laird Technologies Releases New High Power LT1110 900 MHz Wireless Module
Module Ideal for Point-to-Point and Point-to-Multipoint Wireless Network Communications St. Louis, Missouri, USA – November 30, 2011 – Laird Technologies, Inc., a global leader in the design...
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Laird Technologies CL400 Wireless Ethernet Bridge Starter Packs Now Available for Distribution
Easy-to-Use, Out-of-the Box Wireless Ethernet Link Requires No Configuration St. Louis, Missouri, USA – September 26, 2011 – Laird Technologies, Inc., a global leader in the design and...
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Laird Technologies Releases Enhanced RJ45-ECS Ethernet Connector System
Enhancement Incorporates Molded Strain Relief into Cable Design St. Louis, Missouri, USA – March 16, 2011 – Laird Technologies, Inc., a global leader in the design and supply of customized...
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Debian Squeeze on i.MX51 ARM Cortex-A8 with dual monitors
Named after the aliens in the Toy Story series of movies, the latest release of Debian is a very slick piece of work.Nicely done, folks!We recently had a customer request to put together a...
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Laird Technologies Releases New LT1110 915 MHz Wireless Module
Wireless Module Exceeds Most OEM Application and Performance Requirements St. Louis, Missouri, USA – January 6, 2011 – Laird Technologies, Inc., a global leader in the design and supply of...
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Laird Technologies Releases New CL400 Wireless Ethernet Bridge
Wireless Ethernet Bridge Provides Outstanding Data Throughput Over Long Ranges St. Louis, Missouri, USA – January 4, 2011 – Laird Technologies, Inc., a global leader in the design and supply...
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Revisiting LTIB on i.MX5x (this time with Java)
We've recently been hearing from customers that they'd like to use the Nitrogen i.MX51 board as a Java platform, and have customers using both Ubuntu and Debian to develop their applications in Java...
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Customizing U-Boot on i.MX
Many of our customers have needs at the boot loader level that differ slightly from our standard releases.Some choose to track these changes in their own version control systems and periodically pull...
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U-Boot display support on i.MX51
At long last, the boundary20100817 branch of our U-Boot tree has support for text and graphics output on up to two displays. Operating system support Eventually, you'll be able to configure the...
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Omnivision OV5642 Camera Driver for Linux
The first release of our OV5642 camera driver for the i.MX51 is now available on branch boundary20100824 of our kernel git repository.There are still some quirks, and only three resolutions are...
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Tweaking Froyo for Nitrogen Part 3: housekeeping and custom WLAN
So far in this series of posts on Froyo, we've mostly ignored the fact that the Nitrogen board isn't a Freescale Babbage board. We generally have fewer stock peripherals and have left the...
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Debian in more depth: setting up X-Windows and Fluxbox
This post will detail the steps needed to get a working X-Windows installation on the Debian build that we put together in my last post. In other words, I'll fill in some of the gaps between "run the...
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LTIB quick start
In the post describing the Freescale GStreamer plugins , I mentioned that the source packages from Freescale such as the L2.6.31_10.04.00_ER_SOURCE tarball are centered around a tool called LTIB,...
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Building GStreamer plugins under Ubuntu
In my previous post, I described the components that comprise the Freescale GStreamer plugins for i.MX processors. In this post, I'll walk through the steps needed to actually build each of...
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Laird Technologies Introduces Enhanced LT2510 Proprietary 2.4 GHz Wireless Radio Module Product Family
Fifth Generation Pluggable 2.4GHz FHSS Radio Modules Set the Standard for Industrial RF Communication St. Louis, Missouri, USA – March 19, 2010 – Laird Technologies, Inc., a global leader in...
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Laird Technologies Releases New Dual-Band 5 GHz Antenna
Integrated Antenna Housed in Rugged, Reduced-Sized HD RooTenna® Enclosure St. Louis, Missouri, USA – August 18, 2009 – Laird Technologies, Inc., a global leader in the design and...
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Laird Technologies Announces New Wireless LAN Processor Modules with Configuration Options for Simple Wi-Fi Transition
Wide range of options include web configuration and AT commands for M2M product designers St. Louis, Missouri, USA – May 21, 2008 – Laird Technologies, Inc., a global leader in the design...