Explosive growth in multi-scenario applications, with sensing technologies spanning all domains—land, sea, air, and space.

Nov 12,2021

Currently, high-precision sensor components have been deeply integrated into a wide range of applications, including vehicle autonomous navigation, gimbal pods, in-motion satellite communications, seeker control, oil-drilling measurement, structural health monitoring, atmospheric data acquisition, and onboard pressure monitoring. Different industries are placing increasingly stringent demands on stability, accuracy, temperature range, and anti-interference performance, driving companies to continuously optimize chip and module solutions and deliver end-to-end services spanning chip-level customization to system-level solutions, thereby meeting diverse industrial needs.

Related Information

High-precision inertial sensing technology is accelerating its iterative development, while domestic production of industrial-grade chips continues to achieve breakthroughs.

2022.07.28

With the rapid development of high-end equipment and unmanned systems, high-precision inertial sensing chips have become a core enabler, and domestic enterprises continue to make new strides in full-stack independent R&D and achieving self-reliance and controllability.

Large-scale deployment of unmanned systems is underway, driving sustained growth in demand for autonomous navigation and attitude control.

2022.01.10

Autonomous vehicles, drones, unmanned vessels, and specialized robots are entering a phase of rapid adoption, with high-precision inertial sensing emerging as a critical capability for ensuring autonomous operations.

Domestic high-end sensors are accelerating substitution, further speeding up the drive for independent and controllable key components.

2021.11.12

The localization of industrial sensing is accelerating, with companies that possess end-to-end, in-house R&D capabilities gaining a competitive edge and driving the security upgrade of the industry chain.

Deep Integration of AI and Sensing: Intelligent Perception Drives the Upgrading of Equipment Industries

2021.11.12

The integration of artificial intelligence technologies with inertial and pressure sensing is driving the evolution of devices toward greater intelligence, higher integration, and lower power consumption.

Explosive growth in multi-scenario applications, with sensing technologies spanning all domains—land, sea, air, and space.

2021.11.12

Applications of inertial and pressure sensing products continue to expand, spanning from industrial manufacturing to specialized equipment and achieving full-scenario coverage.

High-end manufacturing is advancing toward intelligentization, with core sensor components emerging as the focal point of industrial competition.

2021.11.09

The development of intelligent manufacturing and high-end equipment is accelerating, with core sensing chips emerging as a critical determinant of product competitiveness.

2022-07-28

2022-01-10

2021-11-12

2021-11-12

2021-11-12

2021-11-09