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GIFA Launches GM-235UD16-2E2L Industrial Motherboard Supporting Intel® Arrow Lake U/H CPU 2026-07-04

The GM-235UD16-2E2L is a new industrial motherboard developed by GIFA Industrial Control, powered by the Intel® Core™ Ultra 5 235U processor based on the Arrow Lake U/H platform. It is designed for industrial automation, smart retail, and edge computing applications, offering 6 COM ports, dual LAN support, and flexible I/O expansion for complex industrial environments. With support for 24/7 continuous operation, wide temperature resistance, and multiple storage and display interfaces, this platform delivers stable performance and scalable integration for modern industrial systems and intelligent edge applications.

The Brain of Industry: Industrial Embedded Motherboard Solutions & Working Principles 2026-04-25

Understanding the definition is just the beginning. To ensure long-term reliability in harsh environments, one must grasp the working principles and strategic advantages of industrial embedded motherboard solutions. This article dives into the internal synergy of embedded systems—analyzing how Watchdog Timers (WDT) prevent downtime, how fanless designs manage heat, and why wide-voltage protection is critical for power stability. Beyond technical mechanics, we explore applications in smart manufacturing and healthcare, while showcasing GIFAIPC’s comprehensive OEM/ODM services. Learn how tailored hardware can reduce your TCO and future-proof your industrial projects.

Auto Power On Industrial PC: What It Is and How to Enable It 2026-03-25

Auto power on industrial pc functionality plays a key role in maintaining system uptime in modern industrial environments. This article explains how automatic power recovery works at the firmware level and why it is essential for embedded pc and industrial edge pc deployments. From factory automation to smart city infrastructure, systems often operate in unattended or remote locations where manual restarts are impractical. By understanding how industrial PCs respond to power loss and recovery, businesses can reduce downtime, improve reliability, and choose hardware platforms designed for stable, continuous operation.

How to Connect a Remote Power Switch to an Industrial PC 2026-01-22

If your industrial PC is locked inside a control cabinet, reaching the power button can be impossible. This guide explains how to use the built-in Phoenix terminal block to add a professional remote power button, ensuring easy access and reliable hardware-level control without opening the cabinet.

PCIe x1, x4, x8, x16 Explained: The Ultimate 2026 Selection Guide 2026-01-09

Choosing the right PCIe slot is critical for system performance. This comprehensive guide breaks down PCIe lanes, generation speeds, and the difference between physical slots and electrical lanes. We also explore advanced topics like PCIe Bifurcation and how M.2 NVMe relates to the PCIe standard, specifically for industrial automation and AI edge computing.

Can I Run Windows and Linux on One Industrial PC? 2025-12-04

Many engineers wonder if they need two separate computers to run Windows and Linux. The answer is no. In this guide, GIFA explores the two main solutions: Dual Boot vs. Virtualization. We explain the pros and cons of each method and recommend the specific hardware specifications—from the efficient Intel N150 to the powerful Core i5—needed to run your industrial applications smoothly.

5 Key Reasons to Choose X86 Embedded Motherboards for Industrial Success 2025-12-02

x86 embedded motherboards remain the most stable foundation, offering decisive advantages over custom solutions. We analyze the 5 key reasons, focusing on zero-friction legacy software migration and seamless software ecosystem compatibility. This eliminates massive development costs and ensures long-term scalability and reliability for demanding industrial and automation projects.

Why the Low Power Consumption Industrial Mini-ITX Board is the Future of IIoT Gateways 2025-11-27

This article highlights the role of low-power industrial Mini-ITX boards in IIoT gateways, focusing on the GIFA N150 motherboard with Intel® Processor N150. It emphasizes the board's energy efficiency, high data throughput, and reliability for industrial environments. Key features include dual 2.5G LAN ports, DDR5 memory support, and a fanless design, making it ideal for edge computing and IIoT applications in demanding conditions.

Beyond the Spec Sheet: Evaluating Embedded Motherboard Manufacturer Reliability, LTS Commitment, and Quality Assurance 2025-11-22

This article explores essential factors in selecting an industrial embedded motherboard manufacturer, including ISO certification, Long-Term Supply (LTS) strategies, and the role of R&D and production oversight in ensuring long-term reliability and success.

Lowering POS Maintenance Costs: Industrial Mini-ITX Motherboards & TCO 2025-11-21

Are you looking to significantly reduce the hidden operational expenses caused by frequent POS system failures and maintenance? This guide explores why industrial Mini-ITX motherboards are the strategic choice for stability. We detail how key features like Long Life Cycle (LLC) support and robust fanless design guarantee maximum uptime and secure a substantially lower Total Cost of Ownership (TCO) for your retail fleet.

GIFA Awarded the "2025 Market Breakthrough Award" and Showcased Innovations at the 2025 Intel Connection & Edge Industry Summit 2025-11-20

GIFA was awarded the "2025 Market Breakthrough Award" by Intel China and participated as a Gold Sponsor at the 2025 Intel Connection & Edge Industry Summit. The company showcased its innovative solutions in edge intelligence, AI applications, and industry-specific customizations, emphasizing its deep collaboration with Intel and its future development driven by technological innovation.

GIFA Recognized as Prestige Partner in Intel® Partner Alliance Upgrade 2025-11-14

Intel announces GIFA as a Prestige partner in the Intel® Partner Alliance, recognizing over 20 years of expertise in industrial control and innovation. This milestone marks the next phase of their strategic collaboration, focusing on AI, edge computing, and digital transformation.

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