Inspiring the Evolution of Embedded Design

October 22, 2024


Embedded Efficiency

Connect Tech Introduces COM-HPC® Mini Carrier Board for Advanced Embedded Computing

Designed to support the latest COM-HPC® Mini specification, this mini carrier board features extensive connectivity options combined with high-speed and ruggedized locking connectors. Secure rugged locking/latching connectors on all I/O ports ensure reliable connections even in harsh conditions, reducing the risk of failure in mission-critical applications.

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New IX Industrial Ethernet Cables with Angled Connectors Are Compact but Rugged

The new Ethernet cable line is rated IX industrial Type A for 10-gigabit Ethernet in harsh environments requiring compact, robust connectors. All use 26 AWG wire and are SF/UTP or F/UTP shielded for protection against electromagnetic interference (EMI) and radio-frequency interference (RFI). They are 100% PoE capable and compatible.

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Bota Systems’ New SensONE T80 Force-Torque Sensor Optimizes Cobots for Heavy Payloads with Integrated Mounting Flange

The SensONE T80 is equipped with ISO-9409-1-80-6-M8 flanges, directly matching the mounting flanges on the latest UR20 and UR30 cobots from Universal Robots, eliminating the need for an adapter. This streamlines the work of integrators by removing the need for additional engineering to design adapter mounting equipment, significantly reducing time to market. The sensor also includes an ISO 9409-1-50-4-M6 flange to accommodate third-party devices compatible with Universal Robots, facilitating the development of new interfaces.

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Editor's Desk by Kirsten Campbell



How Embedded Boards Power Intuitive Human-Robot Collaboration

Embedded boards are at the heart of making cobots smarter and more intuitive, especially when it comes to processing complex human inputs like voice commands, gestures, and even facial expressions. Imagine working alongside a robot that understands when you give it a thumbs-up or tell it to pause with just your voice. That’s the kind of natural, almost human-like interaction embedded boards are making possible.



Embedded Boards That Learn

It's cool how embedded boards use AI and machine learning to make cobots even more responsive. No longer just following basic instructions—they’re learning to recognize voice patterns, gestures, and facial expressions. 

If you wave your hand or make a “come here” motion, embedded boards process that movement using cameras and AI so cobots can “read” your body language and act accordingly. It’s a hands-free way to work, which can be a game-changer when your hands are full or you’re in the middle of something important.


Why This Matters

The ability to communicate with cobots using simple gestures, voice commands, or facial expressions means smoother workflows and less downtime. No need to stop and adjust the cobot manually or spend time figuring out complicated interfaces. You just interact the way you normally would with a human coworker, and the cobot adjusts on the fly.


And let’s not forget safety—cobots that can anticipate your actions and respond in real-time are less likely to cause accidents. If they can read a stop signal from your hand or notice you look unsure, they can prevent mishaps before they happen.


Embedded boards are turning cobots into more than just machines—they’re making them collaborators that can understand and react to humans in real time. Whether it’s processing a simple voice command or picking up on your facial expression, these boards give cobots the tools to interact in a way that feels intuitive, natural, and safe. And as this technology evolves, we’re only going to see more seamless, human-like interactions between workers and their robotic teammates.


Are you excited to work along robot coworkers? 🤖

What would you like to see, more editorial or less, more of a particular topic, or less? Let us know. Reach out to the Product Editor

Latest News

HiFive Premier P550 Runs Linux on ESWIN EIC7700X RISC-V Platform

SiFive recently introduced the HiFive Premier P550, a high-performance RISC-V development board for demanding applications. Designed in a compact Mini-DTX form factor, it supports Linux development and is optimized for RISC-V operating systems across various industries.

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