In-vehicle navigation is embedded GNSS receives and demodulates satellite broadcast module C/A code signals. The receiver's longitude, latitude, altitude and time correction amount is obtained by calculating the pseudo-distance with each satellite.GPS through the serial communication port continuous output module NMEA receiver can choose the format positioning information and auxiliary information. This SKYLAB gentleman with you to take stock of the car navigation commonly used in the use of GNSS modules.
In-vehicle navigation
SKYLAB's GNSS module according to support the frequency band of satellite signals, is divided into single-frequency GPS positioning module, single-frequency BeiDou positioning module, single-frequency BeiDou multi-mode positioning module, dual-frequency BeiDou multi-mode positioning module; GNSS positioning module and RTK high-precision GNSS positioning module; according to the different methods of use is divided into embedded built-in type GNSS positioning module with external antenna integration GNSS G The finished products are divided into standard high-precision GNSS positioning module, RTK high-precision GNSS positioning module, weak-signal GNSS INS navigation module and inertial combination GNSS timing module according to the performance of the module.
GNSS Module
Standard high-precision positioning and navigation: From the mobile Internet to the Internet of Things, location is the indispensable basic information. When a car is traveling on the road, it needs to judge its position in real time, and the position information obtained by using the built-in standard high-precision GNSS positioning module can conveniently and accurately tell the driver the shortest or fastest path to reach the destination through the electronic map.SKYLAB standard high-precision positioning module (single-frequency GPS, single-frequency BDS, single-frequency BeiDou multi-mode, dual-frequency BeiDou multi-mode, antenna integration module, G-mouse), can be used for automobiles, cars, and other vehicles, and can be used for the navigation of the Internet of Things. mouse), can provide high sensitivity, high precision, low cost positioning and navigation solutions for the manufacture of automotive, portable handheld and other positioning terminal products, meeting the strict professional positioning requirements and personal consumption needs.
RTK high-precision positioning and navigation: with the help of 5G east wind, unmanned driving, autonomous driving and other new infrastructure technologies are being gradually improved. For smart driving cars, the lanes are narrow and the distance to roadside obstacles is short. This means that the car needs a positioning accuracy of 10 to 30 cm.The RTK built-in high-precision positioning module RTK developed and launched by SKYLAB simultaneously supports the algorithm BDS, GPS dual-satellite positioning system, and with the high-precision positioning service of the national BeiDou augmentation network, it can realize real-time cm positioning accuracy, which can satisfy the high-precision positioning needs of intelligent driving cars.
Weak Signal Inertial Combination Navigation: When the car is driving on the road, the field of view may be blocked by the surrounding trees, peer trucks, and urban buildings, and the satellite navigation system is easily affected by the surrounding environment, such as trees and buildings, resulting in a multipath effect, which reduces the accuracy of the positioning results or even lost, especially in tunnels or indoor environments, where the satellite navigation system is basically unavailable.SKYLAB Weak Signal Inertial combination navigation module provides real-time high-precision vehicle positioning, speed measurement and posture measurement information GNSS When the system's signal accuracy is reduced or even lost satellite signals, no need for odometer information and pure inertial navigation technology, you can also be a long time alone to locate, speed and measurement of the car carrier, to solve the problem of vehicle positioning drift or in a weak-signal environment can not receive the satellite signal.
GNSS high-precision timing module: in order to achieve automation and intelligence, any application scenarios involving various subsystems working together require time synchronization electric power, rail transportation, communications, base stations, finance, etc. The market capacity is about 10 billion yuan. Extremely low latency scenarios, such as autonomous driving and telemedicine, have higher requirements for time synchronization accuracy.SKYLAB composite GNSS timing module and high precision GNSS timing module can meet the time synchronization requirements in Telematics.
Ltd. specializes in high-precision GNSS modules and wireless communication products, technology development and application promotion service providers, relying on the wireless communication technology in the field of research and development and promotion of experience, Junoda established a rich experience in hardware and software development of the technical team, aimed at domestic and foreign OEM / ODM customers and system integrators to provide high-quality, high-performance wireless modules and applications! We aim to provide high-quality, high-performance wireless modules and application programs to OEM/ODM customers and system integrators at home and abroad, and create long-term value for customers!
The company mainly provides integrated antenna module, dual-frequency high-precision module, single-frequency high-precision module, thousand-seeking high-precision module, Zhongke micro-positioning module, U-BLOX positioning module, SICOM communication module, inertial navigation DR module, UWM GNSS module, RTK differential module, 4G communication module and high-precision antenna, etc., the products are sold well in Beijing, Shanghai, Shenzhen, Guangdong, Jiangsu, Zhejiang, Sichuan, Hunan and other parts of the country. Our GNSS modules are widely used in many application fields, such as drones, vehicle security monitoring and scheduling, automatic bus stop announcement, DVR, car DVD navigation, GPS electronic dog, synchronized timing, high-altitude balloon monitoring, engineering machinery, industrial automation, etc. In the field of wireless communication products, our company is closely involved in the development and production of wireless communication products, such as RTK differential modules, 4G communication modules and high-precision antennas.
In the field of wireless communication products, the company follows the latest development of international communication technology, introduces and acts as an agent for wireless communication modules that meet the market demand, and the products have a comprehensive layout from 2G, 3G, 4G, and are widely used in financial electronic payment, vehicle remote control, remote advertising information, repeater monitoring, mobile Internet terminals, smart home, remote medical care, network testing, enterprise information management, anti-theft alarm, Remote video transmission, intelligent meter reading, mobile computing, network navigation, voice phone, wireless gateway and other fields. Focus areas include video surveillance, network optimization, routers, POS and other M2M industry applications.
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