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Unboxing the Veda IF91x Development Kit
Introducing a new Veda family of connected MCU from Ezurio, the Veda IF912 based upon the Infineon AIROC CYW55912, is a breakthrough low power solution that enables both SoC customizable modules and...
low power
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Simplifying Secure Wireless Design and Certification for Industrial and Healthcare Devices
Join Infineon Technologies and Ezurio with host Arrow Technologies on August 13, 2026 for a 60-minute webinar exploring the challenges of designing and certifying secure wireless devices for...
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Ultra-Low Latency Coming to Bluetooth®: We Did the Tests and Crunched the Numbers
Ezurio is always looking toward the future of wireless – as a member of the Bluetooth SIG and as an advocate for our customers. Here’s what we learned about Shorter Connection Interval (SCI) in Bluetooth 6.2.
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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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Now In Stock: Ezurio Dual Antenna, LE Channel Sounding DVK
Ezurio partnered with Metirionic, specialists in advanced signal processing algorithms, optimization, and engineering services to create a cutting-edge Bluetooth® Channel Sounding solution, pre-tuned and paired with Metirionic’s Advanced Ranging Stack (MARS) for the ultimate accuracy and reliability.
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Now In Stock: BL54L15μ Series Bluetooth LE + 802.15 + NFC
Unleashing enhanced processing power, expanded memory, and innovative peripherals, the BL54L15µ is the ultimate choice for low power connectivity, in the smallest footprint (6.3 x 7.9 mm).
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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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Smarter, Faster, Connected: Platform Integration for Smart Building Edge Devices
Smart building devices must combine real-time control, wireless, and lifecycle management in compact, low-power form factors. This application study explores how a single platform approach addresses RF complexity, thermal constraints, and long-term software support at the edge.
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LE Audio for All – Auracast™ Takes Personal Audio into the Public Arena
LE Audio transformed what Bluetooth® audio could be. Now, Auracast does for broadcasting what LE Audio did for the personal area network.
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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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Expand Wi-Fi Development Support with Ezurio’s Veda SL917 Module
Looking to simplify your wireless design without sacrificing performance? Learn how Ezurio's Veda SL917 module helps bring smarter, connected devices to market faster.
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Now In Stock: BL54L15 Series - Next-Level Bluetooth LE Module Performance Based on the Nordic nRF54L15 SoC
Enhanced processing power, expanded memory, and innovative peripherals.
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Veda SL917 - Wi-Fi 6 + Bluetooth® LE 5.4 Module
Introducing a new Veda family of connected MCU from Ezurio, the Veda SL917, based upon Silicon Labs SiWx917 chipset. The Veda SL917 is a breakthrough low power solution that enables both SoC customizable modules and easy-to-integrate network co-processor (NCP) options.
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No Need to Wait for Wi-Fi 7
Everything manufacturers need for a revolution in low power, high device density IoT applications has already arrived in Wi-Fi 6E. Here, our Wi-Fi product manager Andy Ross explains how.
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Next-Gen IoT with i.MX 91: Future-Proofing SOM Designs using SMARC & OSM
Discover the robust capabilities of the new i.MX 91 processor, a versatile, low-power solution tailored for next-generation applications.
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Achieving Best-in-Class RF Performance in Next-Gen Industrial and Medical Connected Applications
As the industrial and medical sectors adopt more advanced IoT solutions, the demand for robust and reliable wireless connectivity has never been higher. Next-generation wireless IoT devices in these...
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New: LR 11 Click Boards from MikroE, Powered by our RM126x LoRaWAN Modules!
Hot on the heels of the UWB 4 Click Board (powered by our Sera NX040 UWB module), we expand on our Click board footprint with new ultra-low power LoRaWAN boards.
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Now Available: The UWB 4 Click, Powered by our Sera NX040 and Brought to You by MIKROE
Our Sera NX040 joins MIKROE’s massive ecosystem of Click boards, which offers countless electronic components with a common connector and extensive software support.
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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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What Is The SMARC Standard and What It Can Do For Your Design
In this first of a series of blog posts, we discuss various aspects of the SMARC standard, a critical component of our SOM portfolio, and what it means for our customers.
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Now in Stock: RM126x Series LoRaWAN Modules
The RM126x modules series is based on Silicon Labs EFR32 SoC and the Semtech SX126x radio.
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Coming Soon: RM126x Series of LoRaWAN Modules
Delivering exceptional range with minimal power consumption for challenging RF use cases.
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Ezurio Named 2022 Top Software and Technology Provider by Food Logistics
Our work with Zenput on their temperature monitoring solution put us in company with providers that help power through the world’s food safety challenges.
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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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Stay in Touch with the Zephyr Project Newsletter!
Subscribe To the Zephyr Quarterly Newsletter! Ezurio is a silver member of the Zephyr Project, the RTOS for embedded devices from the Linux Foundation. Our membership, software...
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The Future of Sound: Envisioning the Ecosystem of Bluetooth LE Audio
When the Bluetooth 4.0 specification was released, Bluetooth Smart (now Bluetooth Low Energy (LE)) was introduced with central and peripheral roles to support low-power, intermittent communications...
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Leveraging Next Generation Wi-Fi 6 For Your Embedded Applications
The focus of the presentation will be around the features introduced to the connectivity space by Wi-Fi 6 and how they can be leveraged in the embedded electronics space. Wi-Fi 6 has been promoted...
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Combining Bluetooth and Low Power Cellular for IoT: Practical Design Considerations and Innovative Use Cases
This white paper is the third in a series of guides that provide product engineers with practical advice on how to take advantage of the capabilities of the low power cellular protocols LTE-M and...
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Protecting the Cold Chain with IoT Sensors
The Problem: Critical Needs and Imperfect Solutions From frozen french fries to life-saving medications, many products must be carefully monitored from manufacture through to the point...
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Three Critical Considerations for Cellular IoT Design
As we recently discussed in our White Paper, “ Choosing the Right Route to Low Power Cellular IoT ,” there are lots of approaches to designing your product for IoT with cellular as the primary...
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Zigbee vs. 6LoWPAN for sensor networks
Arguably, ZigBee is the most popular low-cost, low-power wireless mesh networking standard available today. Just go to the ZigBee alliance web page and you’ll get a good picture of companies...
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The Hows & Why's of SAR Testing
RF exposure and safety concerns about wireless products have been getting increased news coverage in the past few years. The massive increase in wireless device usage and the emergence of mobile...
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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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Real World RF Range Testing
This paper outlines the procedure for a successful RF range test that provides quantitative data on how the RF link performs in its intended environment. This enables informed decisions about network...
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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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Designing for Success: Leveraging Security Features of Bluetooth for Your IoT Applications
We help deepen your understanding of the Security features available in Bluetooth for low-power Internet of Things (IoT) applications and how you can leverage them in your next connected product...
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MBAN High Level Overview
FCC Dedicates Spectrum to Medical Body Area Networks (MBAN) Washington, D.C.—The Federal Communications Commission (FCC) has advanced its wireless health care agenda by adopting rules that will...
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Top 5 Strangest RAMP Applications
By: Chris Downey, Product Manager Our RAMP Modules are great because of their general nature. They offer any developer a way of taking a serial UART and making it wireless. Anytime you need...
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Laird Technologies Joins Texas Instrument’s Low Power RF Developers Network
Relationship Provides Texas Instrument’s Customers Access to Silicon Solutions plus RF Design Experience St. Louis, Missouri, USA – March 31, 2008 – Laird Technologies, Inc., a global...