Antenna Design

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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Industry Standard M.2 Footprints Explained

What Every Engineer Needs to Know Before Designing In a Wi-Fi Module

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Canopi: How Our System-on-Modules Include Everything We Do

Ezurio is your connectivity expert. It’s baked into everything we do. And Canopi is how all that expertise comes together to supercharge your SOM and SBC designs.

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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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Choosing the Right SOM Provider: Compliance and Longevity with Support+

Stay Ahead in the SOM Race - Discover how Support+ navigates regulatory challenges and ensure your SOM's long-term longevity and success.

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Access to Top-Tier Resources with Support+

Want expert engineering support and tool for your product? Discover how Support+ avoids costly delays with detailed hardware reviews and optimized wireless performance.

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Overcoming Embedded Design Challenges with Support+

Can you risk delays in your product development? SOM Support+ is our approach to reducing your design risk and speeding your time to market.

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Fast-Track Your IoT Design with Support+

Navigate and overcome your design challenges with premium support. Our approach to reducing your design risk and speeding your time to market is now further accelerated by our Support+ package.

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Innovation Through Integration: A Fusion of Products and Services

Step into a new chapter through the strategic acquisition of Boundary Devices by Laird Connectivity. This acquisition brings a new leading product portfolio, but also a fusion of two philosophies centered around customer-focused innovation and engineering excellence.

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A One Stop Shop: Integrated Solutions for Embedded Computing and Connectivity

Ezurio's acquisition of Boundary Devices establishes a total one stop solution provider. Bringing together an industry leading product portfolio for all your embedded wireless technology needs.

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Now Available: New Sub-GHz Antennas Join the FlexPIFA and i-FlexPIFA Families

Peel-and-stick PIFA antennas including standard and inverted mounting options with support for 868MHz and 915MHz

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Laird Connectivity Delivers Eight New Sub-GHz, Peel-and-Stick PIFA Antennas Including Standard and Inverted Mounting Options

Akron, Ohio – 14 February 2023 – Laird Connectivity, announces new additions to their internal antennas portfolio with support for 868MHz and 915MHz frequency bands in the FlexPIFA (Planar...

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Coming Soon: New Sub-GHz Antennas Join the FlexPIFA and i-FlexPIFA Families

Peel-and-stick PIFA antennas including standard and inverted mounting options with support for 868MHz and 915MHz frequency bands.

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No Ground Plane? No Problem.

The Gar Antenna – Excellent in No-Ground-Plane Installations In-vehicle connectivity is a logistical challenge that demands unique, custom-engineered solutions like our multi-port...

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Smart Utilities – Finding the Right Antenna for Every Application

Better, More Efficient Utilities, Brought to You Through Connectivity Utility providers are in the business of generating and moving truly massive quantities of their product to...

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11ac for IoT: Easily Add Robust Wi-Fi Connectivity to Your Next Design

View Webinar on Electronicdesign.com More devices and systems are connecting to the internet now than ever before. Embedded developers across all markets including factory automation, smart medical,...

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Our Revie Flex Series of Internal Cellular Antennas Just Got Better

Introducing the Revie Flex 600 and 700 – For wider frequency coverage and unmatched efficiency. Expanded Offerings for the Best in Internal Cellular For over a year now, our Revie Flex...

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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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Introducing our New Antenna Selector Tool

Find the Perfect Fit When it comes to searching for the right antenna for your application, the degree and variety of choice can be overwhelming. At Ezurio alone, we provide over 1500...

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Tapkey Blazes the Trail for Smart Access Control with the BL652 Bluetooth 5 Module

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Navigate IoT Design Challenges Using Ezurio's Wi-Fi & Bluetooth Modules Powered by Cypress

As wireless connectivity becomes ubiquitous, designers are faced with a host of design challenges involving software integration, coexistence, antenna design and worldwide regulatory...

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Navigating the Road to IoT: Sign Up for our Joint Webinar with Cypress

Designing products today increasingly means going wireless, as users in every industry have come to expect smart products with internet connectivity that make their lives better and their work...

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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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Why Choose Cellular for Your Wireless Solution?

While the consumer products world focuses on streaming the latest videos to phones over 5G, another, equally powerful cellular transformation is underway in the medical and industrial space:...

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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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5 GHz RF Design

The number of wirelessly enabled devices has increased dramatically over the past few years. As a result, the single band, 2.4 GHz spectrum has become more crowded than a Los Angeles freeway at rush...

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How to Properly Implement Chip Antennas

Written by: Johnny Lienau Johnny is the RF/EMC Engineer at LSR. Johnny graduated from Marquette University with a BSEE in 2008, and a MSEE in 2009. He has experience in the development of small...

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Understanding Antenna Design

The basic terms + definitions commonly used in antenna design and RF design are provided below. Today we will review: Smith Chart, VSWR, Return Loss, and Γ or Reflection coefficient. Smith...

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The 5 Basics of RF Design

If it's time to go wireless, don't forget the basics of RF Design. You may be excited about your new wireless project: innovative design, environmentally friendly, consumer demand, and the list could...

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Antenna Matching Within an Enclosure

Developing a wireless product can be a daunting task. There are many pitfalls, traps, and common mistakes people fall into during design and development. It is very common to save the...

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7 Key Antenna Design Considerations

Using a trace antenna in your RF product design has several advantages. Good performance, low cost, and small size for frequencies >900 MHz, are a few examples of why trace antennas are popular...

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Designing for Success: The Engineer’s Approach to Antenna Selection and Implementation

The antenna is at the heart of an RF product’s real-world performance. In this presentation, antenna design experts from LSR will walk through a number of practical tips and best practices to keep...

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It's all about the antenna

It's All About the Antenna! Antenna design can be one of the most intimidating and yet important parts of any RF design. An antenna that is properly designed and optimized will enhance the...

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Propeller Health - Medical

Propeller Health is an organization dedicated to improving the management of asthma for patients and healthcare professionals. Prior to the development of the Inhalation Sensor, there was a lack of...

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Webinar: Ezurio Antenna Design Services

Ezurio is known for our innovative antenna solutions for Cellular, Two-Way Radio, Wi-Fi, Bluetooth, GPS, RFID, LPWAN, ISM, and a wide range of IoT/M2M applications. We also produce custom antennas...

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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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Laird Introduces the mFlexPIFA, the Industry’s First Flexible PIFA Antenna Designed Specifically for Metal Surfaces

Global technology leader Laird ( LRD: London) is introducing the industry’s first adhesive-backed flexible antenna designed to be used directly on metal surfaces, enabling the Internet of Things...

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Confronting The Antenna Challenges In Today’s Military Applications

Microwave components like antennas, filters, amplifiers and mixers are building blocks which are utilized in many existing defense weapons and Department of Defense (DoD) systems. While high-tech...

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Laird YF Series Yagi Antennas Set Industry Standard for Remote Monitoring Reliability

Industry 1st IP67 Rated Yagi Antennas Deliver High Performance and Rugged Reliability SCHAUMBURG, IL (USA), Oct. 17, 2016 -- Today global technology leader Laird (LRD: London), announces an...

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LSR announces the opening of the Antenna Shop, providing dedicated specialists to ensure an optimized antenna design for wireless RF devices

CEDARBURG, WI (June 14, 2013) – One of the most important – and overlooked – components of any RF device is the Antenna. An improperly designed antenna can greatly impact radio performance and...

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Terms + Definitions of Basic Antenna Design II

Building off of Part I, this paper covers common antenna definitions for antenna design and RF design . Return loss, S11, antenna efficiency, and impedance bandwidth. S 11 is a measure...

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Industrial Designers: How We Integrate Antenna Design

This week we'd like to welcome to our blog Rich Walters, LSR's Industrial Design Director. Rich has over 23 years of Industrial Design consulting experience, designing and leading cross functional...

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Terms + Definitions of Basic Antenna Design

The terms + definitions commonly used in antenna design and RF design are provided below. Today we will review: Smith Chart, VSWR, Return Loss, and Γ or Reflection coefficient. A...

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Dont Forget: The 5 Basics of RF Design

If it's time to go wireless, don't forget the basics of RF Design . You may be excited about your new wireless project: innovative design, environmentally friendly, consumer demand, and the list...

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Antenna Design: Chip Antenna Implementation

Back for another post on antenna design is John Lienau, RF Design Engineer here at LSR. John is a graduate of Marquette Univeristy in Milwaukee, WI with a Masters degree in Electrical Engineering...

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FCC Certification: OET KDB Updates

The FCC Office of Engineering and Technology (OET) laboratory division periodically releases lists of updates to the OET Knowledge Database (KDB); the following are some of the latest KDB updates,...

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Antenna Matching within an Enclosure Part II: Techniques & Guidelines

Continuing his blog series regarding antenna matching, John Lienau details the techniques and guidelines required for successful antenna design. We thank John for being a guest blogger, and look...

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Antenna Matching Within an Enclosure Part I: Theory & Principle

Joining us today will be guest blogger, RF Design Engineer, John Lienau. John works at LSR designing antennas and RF circuits for our customers. He is a graduate of Marquette Univeristy in...

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Laird Technologies Releases New Maxblade Internal Wireless Device Antenna

Wireless Antenna Augments Wireless Applications with Wide Bandwidth St. Louis, Missouri, USA – April 21, 2010 – Laird Technologies, Inc., a global leader in the design and supply of...

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Laird Technologies Expands Product Portfolio for Mobile Broadband PC Market

Laird Technologies Expands Product Portfolio for Mobile Broadband PC Market Advanced antenna solutions enable higher-performance 3G and advanced RF for notebooks, netbooks, and mobile internet...

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