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Modular IPC

High Performance Embedded Box IPC (MIC-7000)

The compact modular PC support i-module expansion to satisfy diverse application requirements. Modular computer reduces lead time for CTOS due to easy configuration and can be widely deployed for factory and machine automation.

The compact modular PC support i-module expansion to satisfy diverse application requirements. Modular computer reduces lead time for CTOS due to easy configuration and can be widely deployed for factory and machine automation.

Features & Benefits

To enable the realization of Industry 4.0, field-based edge intelligence is important for developing new IoT and edge AI applications. Advantech’s MIC-7 series edge computers provide high-performance computing, multiple I/O interfaces, and flexible expansion via i-Modules and iDoor. Ideal for industrial automation and real-time edge computing, MIC-7 series support a wide range of industrial IoT applications, from predictive maintenance to smart factories.

Edge Computer Made for High Flexibility and Scalability

Diverse selection of CPUs for customized performance

To support various IoT applications, the MIC-7 series supports a range of Intel® processors, including the latest 14th Gen Core CPUs.. The wide selection of compatible processors allows customers to flexibly configure custom solutions based on specific application requirements.

Various expansion I/O for flexible communication

The MIC-7 series PCs are equipped with multiple I/O, but occasionally you need more! Located in the front panel for convenient cabling, the system’s flexible I/O interfaces can support various displays, expansion I/O, and intelligent alarm functions to enable diverse machine automation applications. 

Learn more about Flex I/O

Supports i-Module expansion for enhanced control

Advantech offers a range of i-Module options to deliver powerful expansion capabilities, including 1-slot, 2-slot, 4 slot, additional storage, and GPU expansion modules. This flexibility allows customers to fulfill their specific needs, whether it's adding extra cards, increasing storage capacity, or enhancing computing power. With additional 12 VDC power support and optional smart system fans, i-Modules ensure efficient thermal management. 

Learn more about i-Module

Choose MIC-7 Series to Enable AI Inference at the Edge

The MIC-7 series edge computers are designed to meet the demands of modern edge AI applications, delivering robust support for NVIDIA GPU cards with a versatile product lineup: 

  • MIC-7 Series + MIC-75GF10: Supports up to 80W NVIDIA RTX MXM GPU cards for compact and efficient AI applications.
  • MIC-7 Series + MIC-75M20: Compatible with up to 80W NVIDIA Data Center/NVIDIA RTX GPU cards for versatile AI workloads.
  • MIC-7 Series + MIC-75G20 / MIC-75G30: Accommodates 1 or 2 full-height NVIDIA RTX GPUs, supporting up to 350W for intensive edge AI processing.

The MIC-7 series can perform as edge AI inference systems, driving machine and equipment automation across diverse applications such as high-speed pick-and-place machines, autonomous navigation for robotics and vehicles, and automated inspection equipment. With optimized form factor and advanced thermal design, the MIC-7 series ensures exceptional GPU performance and efficient heat dissipation, making it a reliable solution for AI-driven automation in industrial IoT environments.

Autonomous Robotics

AI-powered autonomous robots optimize path planning, enhance operational efficiency, and ensure seamless autonomous navigation in industrial environments.

Machine Vision / AOI

AI enhances machine vision and Automated Optical Inspection (AOI) systems by accurately detecting defects and ensuring high-quality production with real-time image analysis.

Predictive Maintenance

AI in predictive maintenance uses machine learning to predict and prevent equipment failures, helping to minimize downtime and improve maintenance scheduling.

Download Success Cases

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