Unboxing the Vela IF310 Development Kit
Built on Infineon’s AIROC™ CYW55310, the Vela IF310 brings together Bluetooth Classic (BR/EDR) and is Bluetooth Core® 6.0 certified—including LE Audio with LC3, Isochronous Channels, Auracast,...
Built on Infineon’s AIROC™ CYW55310, the Vela IF310 brings together Bluetooth Classic (BR/EDR) and is Bluetooth Core® 6.0 certified—including LE Audio with LC3, Isochronous Channels, Auracast,...
At the end of April, the FCC proposed expansion on a previous action, prohibiting Chinese laboratories from certifying electronics for the US market. Here’s how it impacts manufacturers in general – and how Ezurio customers are affected.
Learn how Ezurio can help integrate external cameras easily to your design
In this video ipXchange's Adam Yap met with Ezurio's Florian Baumgartl and Jonathan Kaye to talk about our Carbon AM62 SOM. The Carbon AM62 OSM-MF series is built around Texas Instruments’ AM625...
ZAPHOD is a new open-source AT Command firmware specifically designed for Bluetooth LE modules.
By combining Infineon's proven AIROC wireless silicon with Ezurio's expertise in module design, OEMs can deliver more efficient equipment tailored to the decades long life cycles required in the industrial market.
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.
Building an HMI shouldn’t mean juggling mis-matched drivers, thermal issues, and multiple vendors, Ezurio’s integrated platforms remove that pain from the start.
Experience a new pinnacle of flexibility, performance, efficiency, and security with our new BL54L10 series, built on Nordic Semiconductor's powerful nRF54 silicon.
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.
In this video, Bob Monroe unboxes the Sona NX611 development kit and walks through the box contents.
In this video, product manager Andy Ross introduces our Veda SL917 modules, available now in the channel.
Introducing the CarbonAM67 OSM SOM - A system-on-module that has an industry-leading compact size in a reliable solder down form factor.
Introducing the Carbon AM62 OSM SOM - A system-on-module that has an industry-leading compact size in a reliable solder down form factor.
Introducing a new Veda family of connected MCU from Ezurio, the Veda SL917, based upon the Silicon Labs SiWx917 chipset.
Our Sona NX611 is our most form-factor diverse Wi-Fi 6E + Bluetooth 5.4 module available, based on the industry-leading NXP IW611 silicon.
In this video, product manager Andy Ross explains what makes the Sona TI351 unique among our offerings.
In their demonstration, our partners at Kynetics put forward that Android has become a powerful and mature platform for embedded development – and back it up by building and deploying sample applications on our Nitrogen8M Plus via .NET Core and Maui
The truth about securing regulatory compliance is that it’s costly and it takes a lot of work. Being found to be non-compliant has no end of consequences for a business, and can ultimately end up in a failed product, a pile of costs, and a wounded reputation.
Our Sona™ MT320, is the first industrial grade Wi-Fi/BT module based upon the technology leading MediaTek Filogic 320 (MT7921) Wi-Fi 6 chipset.
A SMARC® SOM with powerful processing using NXP i.MX 93 and Wi-Fi 6E Connectivity
A SMARC SOM with powerful NXP edge processing now with Wi-Fi 6E & Bluetooth 5.4
In this video, product manager Andy Ross explains the unique place our Sona IF513 Series has in our line of Wi-Fi 6/6E + Bluetooth modules.
In this video, FAE Damien Fourcade demonstrates the RM126x Series in Peer to Peer mode via LoRaWAN.
Compact, adhesive, flexible antenna solution perfectly tuned for LoRaWAN and other sub-GHz technologies.
The RM126x Series now can operate free of a host processor, thanks to our implementation of a GSDK extension that brings high value functionality in Simplicity Studio.
Manufacturing processes are being revolutionized by pin-point tracking and monitoring, leading to optimized workflows and enhanced safety protocols within the factory environment.
Compact, adhesive, flexible antenna perfectly tuned for LoRaWAN and other sub-GHz technologies.
In this webinar, we’ll dive into the new RM126x module and how their key features are making it easier than ever for OEMs to accelerate their own LoRaWAN deployments while taking advantage of all...
Engineering teams have more and more IoT projects to tackle and less and less time to work on them. But SOMs, SBCs, and custom hardware often enable a 9-12 month acceleration of development timelines for IoT projects as well as significant cost savings.
In this demonstration, the RM126x development kit is connected to a RG186 LoRaWAN gateway, and sends AT commands over LoRaWAN to the gateway, which are then registered in the cloud.
In this video, our field application engineer Damien Fourcade details some features and capabilities of the RM126x development kits, as well as demonstrates unboxing and what is featured on the boards.
The Ezurio RM126x series of modules (RM1261 and RM1262) is based on Silicon Labs EFR32 MCU and the Semtech SX126x radio. They provide a low power, long range solution for you to easily develop your...
Delivering exceptional range with minimal power consumption for challenging RF use cases.
Watch our partner webinar with Nordic Semiconductor to learn about the many advantages of leveraging our BL5340PA module.
Electronics parts can be severely damaged by humidity. Here’s how MSL levels categorize those vulnerabilities for better electronics handling and manufacturing.
An M.2 version will soon join the Sterling-LWB+ family, powered by the AIROC™ CYW43439 from Infineon Technologies. This addition provides an easy evaluation option for processor EVKs. We are...
The newest addition to Ezurio’s extensive Bluetooth Low Energy product range is the Lyra Series, based on Silicon Labs EFR32BG22 SoC. This range of flexible modules marries all the benefits of...
The Lyra Series of Bluetooth LE modules based on Silicon Labs SoC is a major addition to our industry-leading portfolio of Bluetooth solutions. We are excited to announce that we have partnered with...
The latest member of the successful Sterling-LWB radio family, powered by the AIROC™ CYW43439 SoC from Infineon Technologies. Our Sterling™-LWB+ Wi-Fi module series is now available. Powered...
Ezurio’s new Sterling™-LWB+ Wi-Fi 4 with Bluetooth 5.2 module, based upon the Infineon AIROC™ CYW43439 chipset, is the latest member of the successful Sterling-LWB radio family. This embedded...
The latest member of the successful Sterling-LWB radio family, powered by the new AIROC™ CYW43439 SoC from Infineon Technologies. Introducing the Sterling-LWB+ , the newest Wi-Fi module from...
Ezurio’s Sentrius™ BT610 I/O Sensor with Bluetooth 5 turns your wired sensors into IP67-rated battery-operated wireless nodes, providing robust and secure messaging. Leveraging our BL654 module,...
The Raspberry PI has changed the trajectory of embedded electronics. It has enabled thousands of new applications by providing a low cost embedded platform that is extremely well-supported by...
Ezurio's new Sterling-LWB5+ is purpose-built from customer feedback to create a truly robust industrial IoT Module. Designed for ease of manufacturing, reliable connectivity, easy integration, and to...
The Sterling-LWB5+ is our latest in our line of Sterling Wi-Fi + Blutooth Modules. Featuring 802.11ac Wi-Fi and Bluetooth 5 (Classic BT + LE), it's an offering that addresses directly our customers'...
Akron, Ohio , June 11, 2020 – Global technology leader, Laird Connectivity, has announced the upcoming Sterling-LWB5+ Wi-Fi 5 (802.11ac) and Bluetooth 5.1 module. Powered by...
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...
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...
Introducing the new BL653 Bluetooth 5.1 module series. The BL653 is a complete multi-protocol embedded wireless module that delivers longer range, multi-wireless capabilities, and extended...
Our Sterling-EWB is available at distributors now! The Sterling-EWB is a small, smart, wireless module built with the IoT in mind. It combines 802.11n Wi-Fi, Bluetooth 4.2, and an onboard Cortex M4F...
With the latest System-on-Chip (SoC) technologies, the complexity of Wi-Fi has been pushed into the wireless module, allowing developers to focus on their application data instead of designing a...
Designing for Success: Simplifying Bluetooth® Development with Serial-to-BLE In this webinar, you will learn how developing with LSR's newest Bluetooth Smart module, the SaBLE-x™, has been...
Designing for Success: Certification and Qualification Requirements for your Bluetooth®-enabled Products In this webinar, we will provide a straight-forward overview of the certification and...
DECT ULE: What Is It and Why Use It! Presented by LSR's Director of Hardware Engineering, DSP Group and ULE Alliance, the DECT protocol overview and technical specification review covers application...
The Advantages of FCC Modular Approval and How to Use it Trying to learn more about what the certification on your module encompasses? This webinar provides insight on how to determine if a Modular...
Implementing Bluetooth and BLE: Key Facts You Must Know! Wondering how to define use cases and what to consider what implementing classic Bluetooth and Bluetooth Smart (BLE) stacks? Learn how to...
Laird's BooTpatch driver simplifies configuration of the BT830 module in any host device running Windows CE/Mobile, setting the configuration when the host device boots. In this demonstration, we...
The release of BLE Mesh has led to numerous articles, blogposts, and webinars cataloguing its features and capabilities but little has gone into actually highlighting where OEM product developers...
This is a demo of Ezurio (formerly Boundary Devices) Nitrogen6X_SOM module which is based on the multi-core ARM Cortex A9 i.mx6 processor from Freescale. The board is running a QNX demo with QT...
This is a demo of our Nitrogen53 board connected via LVDS to a 15″ AUO panel. The Nitrogen53 board features an IMX53 processor from Freescale. In this demo, we are running QT in Linux to...
This is a demo of the Nitrogen6X board driving a 7″ 1024×600 display with capacitive touch all powered by a POE injector. Power over Ethernet capability can be very advantageous in...
Laird has released a new firmware package for the BL652 series of Bluetooth modules enabling alpha BLE Mesh functionality, based on Nordic’s BLE Mesh SDK (v0.10.0). With just a few development kits...
Serial-to-BLE accelerates Bluetooth Smart development by providing a simple, comprehensive API library of commands for serial communication via UART between your design's host microcontroller and...
LSR announces the new TiWiConnect™ Cloud Connectivity platform and the new TiWi-C-W Wi-Fi module, the first true end-to-end “Internet of Things” (IoT) solution for connecting devices to a cloud...
KEY FEATURES Built-in CC2541 Bluetooth low energy System-on-Chip (SOC) from Texas Instruments Fully certified with multiple antenna options Complete...
CEDARBURG, WI (August 15, 2013) – LSR, the leading developer of RF modules and wireless products announces the addition of the TiWi-uB1, Bluetooth ® Smart Module, to the growing TiWi family of...
Companies extend partnership from DECT to DECT ULE for new system on module, design services for Home Control, healthcare and other verticals DSP Group ® , Inc. (NASDAQ: DSPG), a leading global...
North America (FCC, Industry Canada): The FCC Office of Engineering and Technology (OET) laboratory division released an update to KDB Publication Number 447498 on January 29th, 2013; which...
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...
While working with a multi-touch display under Android recently, I had some questions about what data was being received from the touch screen, which is connected to our Nitrogen53 board over...
That's kind of how I felt as a naive software intern thumbing through the vast amount of information in the Android source code. There's a lot to take in: Android covers an enormous set of use...
At Ezurio (formerly Boundary Devices), we're relative newcomers to the world of Qt, but we were somewhat surprised to learn about Nokia's decision to favor Windows CE instead of MeeGo for future...
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...
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...
If you walked through the steps from the previous post, you'll now have a semi-working Froyo release. You should see the Android desktop, but if you're running on a 7" Chi Mei panel, you'll have some...
There are two options for touchscreen support in X-Windows: xserver-xorg-input-evtouch - Touchscreen-Driver for X.Org/XFree86 serverxserver-xorg-input-tslib - tslib touchscreen driver for...