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Revolutionizing Robotics: How Compact Ethernet Switches Tackle Key Challenges

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Revolutionizing Robotics: How Compact Ethernet Switches Tackle Key Challenges

This case study looks at how Danieli Automation-Telerobot and BotBlox conquered technical obstacles in robotic system design

Discover an innovative partnership between Danieli Automation – Telerobot and BotBlox. This case study illustrates how advanced networking solutions tackle intricate technological hurdles in robotics, showcasing remarkable problem-solving capabilities in high-precision engineering settings.

BotBlox’s Nano Ethernet Switch.

Telerobot (DA_TLR) is at the forefront of engineering solutions designed for extreme, hard-to-reach, and complex operational environments.

Identifying the Technological Challenge

In a meaningful collaboration with Fusion for energy, DA_TLR faced a pivotal challenge while developing a compact inspection robotic platform. This groundbreaking initiative incorporated the SwitchBlox Nano along with an unmanaged networking component. The primary goal was to ensure reliable communication between two devices while maintaining network redundancy. However,a dual connection between switches posed a risk of configuration failure due to potential looping issues.

The project required specific technical criteria,including compact,intelligent Ethernet switches that could operate at 100MB in environments with magnetic interference,utilizing halogen-free components. Faced with market constraints,Danieli Automation turned to BotBlox for innovative solutions.

BotBlox’s Innovative Solution

In response, BotBlox introduced the SwitchBlox Nano, a compact Ethernet switch that perfectly aligned with the project’s requirements. This miniature networking device features three 10/100MB Ethernet ports, each smaller than a quarter. To ensure compatibility with magnetic fields, BotBlox’s engineering team conducted extensive susceptibility tests, confirming stable data transmission even in challenging electromagnetic environments.

Outcomes Achieved

Ethernet switches in robotics

BotBlox’s nano Ethernet Switch in a robotic request.

The integration of SwitchBlox Nano facilitated the prosperous deployment of DA_TLR’s robotic systems. The networking boards exceeded expectations,aligning seamlessly with the complex project demands. Following this initial success, DA_TLR is looking to expand the use of SwitchBlox Nano across more robotic platforms.

This collaborative effort highlights BotBlox’s dedication to providing state-of-the-art, tailored technological solutions that address the unique challenges faced in the fields of robotics and mechatronic engineering.

For the complete article, click here, or visit the BotBlox website for more information.

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