Robust, easy-to-use networking and edge computing modules
with built-in OTA updates, web configuration and diagnostics.
We’ve built our reputation on partnering with you for your success: we don’t just sell microcontrollers, we work to help you deliver results overnight.
Streamline Industrial IoT product development, reduce project risk, scale-up and sell faster with our powerful, flexible embedded SOMs!
Everything needed for a professional or hobbyist to get started with our easy to use and flexible dev kit, including hundreds of examples.
Reliable networking products ready out of the box! Use for Industrial Automation and upgrades with WiFi, RS232, RS485, CANBUS, Modbus, and more.
Try our latest NXP i.MX ARM-Cortex M7 development kit. More flexible, powerful, and production-ready than ever!
We provide as complete and well supported of an embedded IoT solution as possible. Our software and development tools, IDE, libraries, extensive code examples, up-to-date SSL/TLS library, documentation and affordable US-based support support our mission to help you deploy technology faster with an edge towards reliability, security, scalability, and sustainability. Intimidated by IDEs? We even offer competitive consulting and design.
Our complete embedded IoT devices accelerate innovation and the development of new products, letting you field your systems and get to market faster. Our products are designed in San Diego, USA and manufactured with genuine components, are RoHS compliant and are rated for operation over industrial temperature ranges. Try our latest NXP i.MX ARM M7-powered embedded IoT development kit today!
If you are looking for an industrial Serial to Ethernet converting device, a Network Time Server (using NTP and GPS), or a Serial-Enabled Web Server, then NetBurner’s battle hardened and industrial temperature-rated products are ready to step in and pick up the slack. Get your devices connected faster and easier than ever with these out-of-the-box embedded servers!
We have the hardware products & software solutions to help transform your work.
We do everything for our users because their success is quite literally our success.
The workings of an embedded networking stack is definitely not trivial. Get all of the pieces you need right out of the box to rapidly develop and field your applications, with easy licensing.
Use our NBEclipse IDE or bring your own! Our debugging tools, web-based configuration and diagnostics, robust documentation and simple C/C++ environment will get you up and running in no time.
Get top of the line data security with our leading products. Find the help you need anywhere in the product life-cycle with our helpful West Coast USA customer support and sales team.
Reliability, quality, and great customer service are in our blood.
You can trust over 25 years of innovation and quality from NetBurner. Our One Year Warranty is there to back you up. Industrial temperature range and RoHS compliance mean NetBurner devices are powering the world in every extreme environment there is. We are proud to have an ISO 9001:2015 certified quality management system.
Our top rate email support is staffed by our dedicated team of US-based engineers and experts. No call centers here! Track requests with our online support portal and get extra insight with our Community Forum.
We’re proud to announce a worthy successor to our single-chip SBL2e! 528 MHz, 7 UARTs, 32 MB RAM, USB and dual Ethernet all in 1 inch square for all your Industrial IoT needs.
You know AI can write emails and answer trivia questions for you, and you might even use it to help you write code, but did you know that there are plugins to let AI access complex tools in your development environment? These plugins are written in MCP (Model Context Protocol),
I’m an intermediate level embedded developer and I’ve heard the term “MQTT” for a lot over the past year but never really delved into the details. I decided to spend a Saturday to understand what it is and implement it on an embedded device so I can use it for other projects, like sensors and various controllers that need to be monitored and controlled but are behind a router and firewall.
Continuing from Part 1 of our Web-Embedded Divide series, today we’re diving into the opposite direction: instead of submitting data from an embedded device to “the cloud,” we’ll be setting up a “cloud” server that controls one or more embedded devices. Bridging the disparate worlds of embedded programming and web
Have you ever struggled to get compilers to properly include and link third-party libraries in your projects? Ever wondered if a NetBurner was powerful and flexible enough to render graphics to a screen so your project could have an integrated display? Struggle and wonder no further! In today’s post, we’ll