In today’s industrial environment, devices are no longer isolated. Engineers don’t always need to be on-site to troubleshoot, update, or configure systems. Instead, they can access and manage equipment remotely. But how does remote maintenance actually work in industrial automation?

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Why RK3562J Is Replacing Intel N100 in Embedded Projects (2026 Trend)

2026-04-29

As industrial systems evolve toward edge intelligence, integration, and efficiency, ARM-based platforms are becoming the preferred choice.

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Debian vs. Ubuntu: Which foundation is right for your IIoT project?

2026-04-27

A quick guide to the Linux ecosystem behind BLIIOT solutions. See how we leverage Debian and Ubuntu to ensure seamless, secure OT-to-IT bridging.

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The Role of GPU in Industrial Image Processing

2026-04-23

Introduction With the rapid development of industrial automation and intelligent manufacturing, image processing has become a key technology in applications such as quality inspection, defect detection, and machine vision. Traditional CPU-based processing is often not sufficient for handling large volumes of image data in real time. This is where GPUs (Graphics Processing Units) play a critical role.

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The Critical Role of Predictive Maintenance in Industrial AI

2026-04-21

Predictive Maintenance is no longer experimental—it's the new industrial standard. Here's how Edge AI and smart gateways are turning raw data into self-optimizing operations

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T113-i vs i.MX6ULL: How to Choose the Right Industrial Edge Computer

2026-04-16

When selecting an industrial edge computer, the decision goes beyond CPU specifications. Engineers must evaluate performance, reliability, lifecycle, and how well the platform fits their specific application scenarios. A common question arises: Should you choose a cost-effective multimedia processor or a highly reliable industrial-grade solution?

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RK3576 Deep Dive: 6 TOPS NPU Meets Unbeatable Cost-Performance in AIoT

2026-04-14

RK3576 delivers the perfect balance of performance and cost for AIoT, combining an 8-core CPU, 6 TOPS NPU, and rich I/O to handle most edge AI applications efficiently.

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DDR4 vs LPDDR4X: How to Choose Memory for Industrial ARM Edge Controllers

2026-04-10

DDR4 and LPDDR4X are not a simple case of “which is better,” but rather two different technical paths tailored to different application scenarios: DDR4 = Stability + Low Latency + Strong Control Capability LPDDR4X = Low Power + High Bandwidth + High Integration

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