Next-generation applications require extraordinary processing power and agility to bring about the potential needed for critical use cases using AI, such as smart service robotics, industrial automation, healthcare, or high-speed testing.

As all forms of manufacturing become ever more automated, and creep closer to zero-touch, dark factory floors with little or no human intervention needed, those industrial enterprises are going to need sophisticated compute able to handle machine learning, AI and command and control at the Intelligent Edge. Enter the ASMB-831.

Efficient Edge computing requires high-powered processing paired with robustness, resiliency, and reliability. Without those elements, the whole system is likely to break down, figuratively and literally, at the slightest pressure. It’s also quite likely to get hacked.

Advantech’s Embedded-IoT World Partner Conference (WPC) will host collaborators all around the world to help shape the future of embedded and emerging business technology. From November 30 – December 2, 2023, the WPC will be held in Linkou Taiwan and will examine a broad range of topics including AIoT, EV infrastructure, robotics, and more.

In the first of this on-going blog series, we explained why a developer should consider implementing Windows on Arm (WoA), and in Part II, we talked about why you should be implementing Windows on Arm using Advantech hardware. Here in Part III, we’ll talk about the steps you should take to actually deploy Windows IoT on Advantech Arm-based hardware.

Windows is well known as one of the more stable and reliable OS choices for embedded and industrial applications, but it’s traditionally only run on machines that are powered by x86 processors. That isn’t the case anymore, and it’s time to start thinking of bringing the advantages of Windows onto your Arm-powered machines.

As you would expect, “Windows on Arm” refers to a version of the Microsoft Windows operating system that’s designed to run on devices powered by Arm-based processors. Such devices are quite plentiful. They are in most of our smartphones, tablets, and a slew of other low-cost devices, many of them powered by batteries.