The NetBurner Ethernet System-on-Module is a device containing everything needed for embedded IoT, edge computing or automation. Get the power and precision of real-time embedded processing, multi-tasking, network control and system monitoring. For a very low price point, solve the problem of network-enabling devices with 10/100 Ethernet, including those requiring digital, analog and serial interface, industrial protocols and Internet-based control and accessibility. Learn more about the benefits of working with NetBurner products.
The goal: Easily control, configure, or monitor almost any device using Ethernet over a Local Area Network (LAN), Wide-Area Network (WAN), or the Internet using an user defined interface.
The method: Create and deploy applications from your Mac or Windows PC. Get hands-on familiarity with the NetBurner platform by studying, building, and modifying source code examples.
The result: Interact and access devices from just about anywhere! Design to meet your platform needs for web, mobile, desktop and IoT, automation or Machine to Machine (M2M) applications.
Several modules are footprint and API compatible, enabling migration with minimal impact on the mother board hardware design. The SOM I/Os, are routed directly from the processor to the module I/O pins. Given the high performance of the core processor, external bus, and serial interfaces, the module series is well suited to be the core processor of an entire product.
Adding peripherals is as simple as adding them to the bus and configuring the chip select to address the new peripheral. The serial ports offer high bandwidth and a rich feature set. The serial ports have partially full and partially empty interrupt capability, allowing the processor to service the ports with no interruption in data flow.
NetBurner provides connectivity over nearly the entire energy industry. Our users rely on Industrial temperature ranges and long-term reliability in extreme environments.
NetBurner helps engineers deliver mission critical, reliable and rugged solutions for numerous aerospace, defense and Satellite Communications (SATCOM) applications.
The health and medical industry demands high data security, accurate timing, and reliability. Connecting with the latest smart devices and user interfaces enables new ways to care for patients.
In a previous article, we walked through a step by step process of how to get started with Amazon’s AWS IoT Core managed cloud service. To do this, we used the lightweight MQTT messaging protocol and a NetBurner development kit as the IoT device. While we covered all of the
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
We read you loud and clear! NetBurner’s new Embedded Core Module is our answer to your call for an ARM® Cortex®-Powered processor for your next masterpiece. We can hardly contain ourselves so we’re providing a preview before we Supernova! The all-new NetBurner ARM® Cortex®-Powered Core Module is here to accelerate and de-risk your product development path for serious IoT and embedded applications!
Overview Data logging abounds in the world of embedded systems. Between the burgeoning field of IoT and the broader spectrum of embedded devices as a whole, the use cases where logging is useful, if not downright necessary, are as numerous as the devices in the cloud. Whether you’re trying to
In this article, we will make a WebSockets dashboard application that provides real-time monitoring AND control of a NetBurner Core Module from a web browser. Previously in Part 1, we discussed the benefits of using WebSockets and demonstrated how to make a WebSockets application to remotely monitor the state of DIP switches on a NetBurner Core Module Development Kit. Next, we will build on the same example to show how we can also control the NetBurner Dev Kit’s integrated LED array in real-time from a browser using WebSockets.
In this third part of our WebSocket tutorial series, we will be building upon the real-time dashboard example that was described in the previous articles – now adding a critical Transport Layer Security (TLS) to protect the low-latency communication from our embedded WebSockets Secure application. If you missed the first
