Qbic Industrial Series: Unified Control, AI & HMI

Qbic Industrial Series: Unified Control, AI & HMI

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Qbic's Industrial Series merges deterministic control, modular AI, and robust hardware for scalable, future-proof industrial automation solutions.

Qbic Industrial Series Unifies Automation with Deterministic Control and Scalable AI

Industrial automation is evolving beyond isolated devices. Today, success demands cohesive, long-term architectural planning. In response, Qbic Technology has launched its comprehensive Industrial Series. This platform integrates compute, control, and human-machine interface (HMI) technologies into a single, unified architecture. Consequently, it streamlines the entire device development lifecycle from prototype to mass production.

Beyond Fragmented Systems: A Vision for Unified Industrial Architecture

"The future hinges on unified systems, not disconnected devices," states Vincent Chen, VP of Product Development at Qbic. He emphasizes that the series is built on core pillars for next-generation intelligence. These pillars are long-term scalability, architectural consistency, and dependable design. Therefore, this approach helps manufacturers build reliable product roadmaps.

Core Pillar 1: High-Precision Deterministic Control

Reliable factory automation requires predictable, real-time responses. The series addresses this with its Deterministic Control pillar. It features the RT-0360 module for high-precision, real-time automation tasks. This ensures critical processes operate with exact timing and repeatability, which is essential for PLC and DCS applications.

Core Pillar 2: A Modular AI Engine for the Edge

Artificial intelligence is transforming quality inspection and predictive maintenance. Qbic's Modular AI Engine utilizes the QOM Series with an Open Standard Module (OSM) architecture. This provides scalable building blocks for vision and compute-heavy tasks. Moreover, this modularity allows easy upgrades as AI models evolve, protecting investments.

Core Pillar 3: Specialized and Robust Integrated Infrastructure

The hardware backbone is categorized into production-ready Single-Board Computers (SBCs). Each series targets specific industrial compute needs. The NXP Series (SBC-0400N, SBC-08510N, SBC-1070N) offers long-lifecycle stability for essential control and building automation. For more demanding applications, the MediaTek Series (SBC-1070M) delivers high-performance edge compute for graphics and AI.

Core Pillar 4: Durable and Precision HMI for Harsh Environments

Operator interaction must be clear and resilient. The Precision HMI pillar features the Luminen Series displays. These incorporate sanitizable, antimicrobial Corning Gorilla Glass. Additionally, they offer high brightness for visibility in various lighting conditions. This combination ensures reliable interaction in demanding settings like food processing or pharmaceuticals.

Engineered for Mission-Critical Reliability and Security

The entire Industrial Series is validated for continuous operation. It undergoes Qbic's rigorous EVT/DVT/PVT testing process. Software support is broad, covering Android, Linux, Yocto, and Debian. Crucially, the Fortify+ security framework is included to protect systems from evolving cyber threats in industrial networks.

Industry Application Scenarios and Expert Analysis

This unified platform is ideal for complex applications. For example, in automated assembly, deterministic control manages robots while modular AI performs visual quality checks. The robust HMI provides real-time diagnostics. From an industry perspective, this integration reduces system complexity and vendor lock-in. It empowers engineers to focus on application logic rather than hardware/software integration challenges.

FAQs: Qbic Industrial Series

Q1: What is the main advantage of Qbic's unified architecture?
A: It simplifies development and ensures long-term scalability by eliminating the need to integrate disparate components from multiple vendors.

Q2: Which SBC is best for basic machine control with a long lifecycle?
A: The NXP Series SBCs (like SBC-0400N) are designed as an industrial backbone for stable, long-lifecycle control applications.

Q3: Can the AI capabilities be upgraded after deployment?
A: Yes. The Modular AI Engine uses an Open Standard Module (OSM) architecture, allowing for future hardware upgrades or model changes.

Q4: Is the HMI suitable for clean or harsh industrial environments?
A: Absolutely. The Luminen Series with antimicrobial Gorilla Glass is both sanitizable and durable, fitting food, medical, and general factory use.

Q5: What software and security support does Qbic provide?
A: The platform supports major OSs like Linux and Android. It also includes the proprietary Fortify+ security framework for enhanced system protection.

For detailed specifications, pricing, and technical consultation, please contact our partner:
Partner: NexAuto Technology Limited
Email: sales@nex-auto.com
Phone/WhatsApp: +86 153 9242 9628

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