Scalable multi-axis motor control with industrial Ethernet and functional safety. Multi-Axis Industrial Motor Control with Ethernet Industrial equipment requires synchronized, networked motion across multiple axes, deterministic Ethernet connectivity, functional safety, and the flexibility to scale as machine complexity grows. This…
Renesas New RZ/T2N MPU Integrates Motor Control, Industrial Ethernet and Application Processing for Robots and Industrial Equipment - Handles motor control for up to four axes, industrial Ethernet and Linux application processing on a single chip - Serves as both network controller…
2-6G+ & Private Networks, Chips, Components & SoC, Ethernet & Fibre, Features, Manufacturing & Industry, Protocols & Interoperability, Robotics & Automation According to the 5G Alliance for Connected Industries and Automation (5G-ACIA), motion-control systems exchange instructions and sensor measurements at regular intervals. Technologies such as EtherCAT and PROFINET…
Journalism and content professional with a strong passion for technology, innovation, and impactful storytelling. My work focuses on transforming complex technical developments into informative, engaging, and reader-friendly content that connects industry advancements with everyday understanding. With experience covering technology trends,…
Microchip Technology has expanded its industrial edge networking solution stack with EtherCAT® and Time-Sensitive Networking (TSN) capabilities on PolarFire® devices. The update supports real-time networking for motion control, industrial robotics, embedded vision, factory automation and autonomous mobile robots while helping…
By Frank Picarello Author's Reference AV SystemPublished on November 2, 2026Reading Time: 12 minutes Aurender even chose a lower-power CPU over a faster one for the same reason: more power means more electrical noise, and the company wasn’t willing to trade a quieter…
The expanded solution stack targets industrial robotics, motion control and factory automation with deterministic networking and low-power operation. As industrial systems evolve to support AI-enabled automation, robotics and intelligent edge computing, developers need to deliver deterministic, real-time networking while minimizing…
Originally published at Packet Path. Why does an AI cluster care whether Ethernet drops packets? Imagine a warehouse where forklifts drive loads straight into the right shelf slot in another building — no front desk, no paperwork, nobody checking them in.
This post is a follow-up to my previous benchmark. It tests six models across three links — 5GbE, "fake TB5," and USB 10GbE — comparing how link speed affects performance. I'd originally planned to test only TB5, then move on to other things. Buy a cable,…
Twice a year, the Top500 project ranks the most powerful supercomputers in the world. This gauntlet for geeks pushes the boundaries of what a computer can actually do. It’s easy to look at the upper echelons of the lists to see…
Cat ratings, termination tips, PoE power classes, and safe runs for APs/cams.
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