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.

As robots get smarter, they’re able to tackle more tasks, relieving humans of tedium and hazard. But how are they getting smarter?

Taipei Taiwan. Advantech is collaborating with MOV.AI to boost and simplify the development of autonomous mobile robots (AMRs). The partnership will deliver innovative software environments for manufacturing, operating, and deploying AMRs.

The AMD EPYC 7003 series microprocessor is the centerpiece of Advantech’s AIMB-592, the first server-grade motherboard in the company’s AIMB series of products. To further performance, the board takes advantage of four steel PCIe 4.0 “by 16” slots and supports a GPU extension. Its complete feature set makes the AIMB-592 an ideal solution for data-intensive applications at the Edge of the IoT.

Today’s healthcare professionals depend on medical laboratories to validate diagnoses of patient conditions. Where precision is required, these labs use in-vitro diagnostics (IVD) to test biological samples for things like infectious and autoimmune diseases, genetic and metabolic disorders, allergies, and even cancer.

IRVINE, CA, UNITED STATES, May 17, 2023/EINPresswire.com/ -- Advantech, a leading provider of Industrial Internet of Things (IoT) hardware and automation technology, now offers the scalable Valor Mini Workstation that offers a seven-year minimum lifespan. The US-developed and manufactured compact industrial PC provides continuity in complex processes by eliminating the need for frequent recertification, reintegration and replacement common in typical commercial workstations. It is ideal to handle essential computing needs in applications that do not need I/O expansion cards or external storage.