From the "hardcore innovation" of Huawei Mate 90, see the future evolution of pneumatic components i

Recently, the tech world has been abuzz with the global premiere of the Huawei Mate 90 series. Its claimed Kirin 9040 series chip, true full-screen technology, and deeply integrated HarmonyOS 7.0 all demonstrate the consumer electronics industry's ultimate pursuit of "performance, reliability, and integrated design."

This leads us to wonder: in the field of industrial automation, which is crucial to production efficiency and stability, especially for pneumatic components that are key to execution, is the development path following a similar logic? As technology observers at FDS, we believe the answer is yes.

I. "All-Metal Integration" and "Structured Light Technology": Reflecting the "Ruggedness and Durability" and "Intelligent Sensing" of Industrial Products

The Mate 90 Pro Max features a full-metal unibody design and under-display 3D structured light technology, which respectively meet the dual requirements of industrial products for robust physical structure and intelligent sensing capabilities.

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Original Perspective Transformation: In industrial settings, pneumatic components also face severe environmental challenges. One of the core design principles of FDS's cylinders, solenoid valves, and other products is the use of high-strength alloy materials and sealing technology to ensure long lifespan and stability even under continuous vibration, high loads, and conditions involving dust and oil. This aligns perfectly with the robust and reliable principles pursued in "all-metal unibody" designs.

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Extending the technological analogy: In the industrial field, structured light, a precision sensing technology, manifests as a high degree of integration with built-in sensors. Modern intelligent cylinders are increasingly equipped with magnetic or displacement sensors to provide real-time feedback on piston position, offering precise data to the entire control system and enabling "sensory" and predictable maintenance of equipment status. This is an indispensable part of the transition from industrial automation to intelligent manufacturing.

II. The Kirin 9040 Chip and HarmonyOS 7.0: Core Performance and System Compatibility Compared to Pneumatic Components

The report emphasizes that the core performance of the Mate 90 series is the self-developed Kirin 9040 chip, which has undergone deep hardware and software integration with the HarmonyOS system. This has crucial implications for industrial components.

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Original Perspective Transformation: The "chip" of a high-quality pneumatic component is its internal core structural design, such as the precision of the valve core and the control of the cylinder's friction coefficient. Fidelity Optimizer (FDS) optimizes flow channel design through computational fluid dynamics (CFD) and uses special sealing materials to reduce friction, aiming to improve the component's response speed, energy efficiency, and consistency—these are the "core computing power" of pneumatic components.

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Extending the technical analogy: HarmonyOS's emphasis on "ecosystem adaptation" translates to standardized interfaces and communication protocols in the industrial field. FDS products strictly adhere to international interface standards (such as ISO) and support mainstream fieldbuses (such as Profinet and EtherCAT), ensuring seamless integration with various PLC control systems, reducing integration complexity, and improving the collaborative efficiency of the entire automated production line.

III. Saying Goodbye to "Punch-Hole Screens" and Achieving "Full-Screen Displays": Inspiration for "High Integration" and "Space Optimization" in Industrial Design

The Mate 90's elimination of the punch-hole design to achieve a true full-screen display represents the pursuit of maximizing functionality within a limited space in electronic devices.

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Original Perspective Transformation: In the compact layout of automated production lines, the installation space for pneumatic components is extremely valuable. FDS is committed to the compact design of its products, such as launching ultra-thin cylinders and modular valve islands, aiming to save customers valuable equipment space and achieve a higher density layout, which coincides with the design philosophy of "full-screen".

FDS's Thoughts and Actions

The wave of innovation in consumer electronics provides a clear mirror for the development of industrial technology. Future high-end pneumatic components will inevitably evolve towards greater robustness and durability (materials and structure), smarter sensing (built-in sensors), higher energy efficiency (core design), and easier integration (standard interfaces).

FDS has already established a presence in this area, and our R&D team is continuously investing in it:

1. New material applications: Explore more wear-resistant and corrosion-resistant composite materials to extend component life.

2. Intelligent upgrade: Promote the intelligent valve island and cylinder product line with IO-Link function to achieve data transparency.

3. Energy efficiency optimization: Through precise flow control and low power consumption design, we help customers reduce overall energy consumption.