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Mide is the professional manufacturer (OEM) that develops and manufactures GNSS antennas and Receivers for high-precision positioning applications worldwide.

How Does a GNSS Receiver Work?

Nov. 06, 2024

​Global Navigation Satellite Systems (GNSS) receivers are essential devices in today's world, enabling users to determine their precise location anywhere on Earth. By leveraging signals from satellites orbiting the planet, these receivers can provide positioning, navigation, and timing information. In this article, we explore how GNSS receivers w

A New Breakthrough in Precision Single Point Positioning with Multi Frequency Signal Assistance

Oct. 25, 2024

With the continuous development of Global Navigation Satellite Systems (GNSS), Europe's Galileo system has become a leader among them.

Applications of Geodetic Antenna

Oct. 10, 2024

This article explores the various applications of geodetic antennas and their significance in modern technology.

What Are the Benefits of Geodetic Antenna

Sep. 19, 2024

Geodetic antennas play a crucial role in modern surveying and geolocation applications. Designed to support high-precision measurements, these antennas offer numerous advantages that make them indispensable in fields such as geodesy, land surveying, and navigation. This article explores the key benefits of geodetic antennas and their importance in

Advanced Noise Reduction Technology Helps Improve The Accuracy of Mining Subsidence Monitoring

Sep. 06, 2024

In modern mining, accurate monitoring and analysis of mining subsidence are important links to ensure safe production.

Breaking Through The Difficulty of Robot Localization in GNSS Denial Environment

Aug. 21, 2024

​In today's era of intelligent development, mobile robots have become important tools in many industries. However, achieving high-precision positioning remains a huge challenge in environments where Global Navigation Satellite System (GNSS) signals are limited or denied. In response to this issue, researchers have proposed an improved adaptive ge

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