Designed for Industrial Environments

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Unlike conventional commercial desktop computers, a rugged industrial computer is designed with the environmental and operational requirements of industrial applications in mind.

Ketron Technologies industrial computers are designed for applications requiring dependable computing in environments exposed to dust, vibration, temperature variations, and continuous operation.

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Key Features

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Fanless Cooling​

• The fanless architecture eliminates mechanical cooling fans, reducing moving parts and helping provide reliable operation with minimal maintenance.

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High-Performance Processing​

• Designed to support demanding computing workloads including edge AI, video analytics, industrial automation, data processing, and other compute-intensive applications.

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Rugged Construction​

• A robust enclosure and carefully selected components provide a durable platform for industrial and mobile applications.

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Flexible I/O​

• Multiple connectivity options allow the computer to interface with industrial peripherals, displays, sensors, networking equipment, and other devices.

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Industrial Networking​

• Designed for applications requiring reliable wired network connectivity for data acquisition, remote monitoring, industrial communications, and edge computing.

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Edge AI Ready​

• The platform can be configured for AI inference and data processing directly at the edge, reducing dependence on cloud computing and minimizing latency.

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Long-Term Deployment​

• Designed with industrial applications in mind, where stable hardware platforms and long operating lifecycles are important.

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Applications

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Industrial Automation

• Industrial computing for machine control, monitoring, data acquisition and factory automation.

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Mining & Heavy Equipment

• Rugged edge computing for monitoring, data processing and mobile industrial equipment.

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Edge AI

• Local AI inference and data processing for applications where low latency and reduced cloud dependency are important.

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Video Analytics

• Local processing of video streams for security, monitoring, detection and analytics.

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Autonomous Systems

• Computing infrastructure for sensor processing, AI inference and autonomous equipment.

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Industrial IoT

• Local data collection, processing and communication between industrial equipment and connected systems.