High-Performance MIC -7700 Industrial PC Solutions

At Global Infotech, we provide powerful, compact, and industrial-grade computing systems like the MIC -7700—a fanless, ruggedised embedded PC built for mission-critical applications. Designed to operate flawlessly in harsh environments, this system is ideal for industrial automation, machine vision, and transportation control.

With support for Intel® Core™ processors and a modular expansion design, the MIC -7700 offers the flexibility to meet unique industrial demands. Whether you’re managing real-time data, controlling field equipment, or processing video from edge devices, this embedded PC delivers stable, high-speed performance every time.

Why MIC -7700 is Ideal for Industrial Applications

The MIC -7700 is part of Advantech’s compact fanless series, engineered for stability, expandability, and low maintenance. It is suitable for both edge computing and smart factory environments, where performance and durability are essential.

Key Features of the MIC -7700

Rugged Fanless Design

With its aluminium alloy chassis and fanless cooling, the MIC -7700 handles high-vibration and dust-prone environments effortlessly.

High Processing Power

Supports up to 65W Intel® 6th/7th Gen Core™ i CPU, delivering computing strength suitable for AI tasks, image processing, and industrial control.

Modular I/O Expansion

The system supports Advantech’s i-Modules and iDoor technology, allowing for versatile I/O configurations such as additional LAN, serial ports, and isolated digital I/O.

Multiple Display Outputs

Offers HDMI and DisplayPort support, enabling multi-display setups often required in control rooms and industrial dashboards.
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Applications of MIC -7700 in Real-World Scenarios

The MIC -7700 is widely used in automation, machine vision, smart infrastructure, and logistics, thanks to its rugged design and advanced processing. It supports real-time data handling, edge computing, and system control across harsh industrial environments.
01.

Factory Automation

Enables precise control, sensor integration, and real-time analytics in production environments.

02.

Machine Vision System

Powers AI-based image processing for inspection and robotics.

03.

Smart City Infrastructure

Manages traffic, surveillance, and public service data at the edge.

04.

Transportation & Logistics

Withstand mobile environments, helping automate warehousing and fleet systems.

If you’re seeking a compact, durable, and high-performance embedded system for industrial use, the MIC -7700 is a proven choice. With its modular design, advanced processing, and long-term durability, it suits everything from factory automation to AI on the edge.

Contact Global Infotech today to explore how the MIC -7700 can transform your industrial operations with reliable computing power.

Frequently Asked Questions

The MIC -7700 is designed with a rugged enclosure, fanless cooling, and wide voltage input, making it reliable for 24/7 operations in dusty, hot, or vibration-heavy locations

Yes. With i-Modules and iDoor expansion slots, the MIC -7700 allows flexible configuration of ports such as additional LAN, COM, or USB interfaces depending on your setup.

Absolutely. The device supports both Windows and Linux OS, giving flexibility for custom applications and industrial software deployment.

Advantech ensures long-term availability, typically over 5 to 7 years, supporting industrial needs where consistent hardware is essential for system stability.

Absolutely. The device supports both Windows and Linux OS, giving flexibility for custom applications and industrial software deployment.

Advantech ensures long-term availability, typically over 5 to 7 years, supporting industrial needs where consistent hardware is essential for system stability.

Yes. Our team at Global Infotech assists with BIOS adjustments, firmware upgrades, and driver optimisation tailored for your deployment.

Yes. Its powerful CPU and modular expandability make the MIC -7700 suitable for deploying edge AI workloads such as image recognition, pattern detection, and predictive maintenance.