In-car navigation systems are equipped with a micro SD card connector, which is used for loading map data and software updates. At the same time, some in-car navigation systems also support a SIM card holder connector for online map updates, access to traffic information and Internet connectivity.
The in-car entertainment system is equipped with an SD card connector, which is used to store audio files and video files that need to be played, providing a better driving experience.
The Nano SIM card connector in some vehicle monitoring and remote control systems is used to perform remote data transfer and control. These systems can remotely monitor the location, status and driving data of a vehicle via an internet connection and perform remote control operations such as remote locking and remote starting.
In the field of vehicle security, In the field of security in vehicles, the car recorder is equipped with a Micro SD card connector, which is used to store video recordings while the vehicle is in motion.
The role of the Smart card connectors on ETC products is to realize wireless communication and data exchange between the vehicle and the ETC system, so as to achieve in-vehicle positioning and secure payment functions.
There are frequent vibrations and shocks in the vehicle environment. The SD card connector must have good shock resistance to ensure stable connection under various driving conditions without poor contact or data loss due to vibration.
In-vehicle electronic devices need to work in various extreme temperatures (such as high temperatures in summer and low temperatures in winter) and different humidity environments. SD card connectors need to have excellent temperature and humidity adaptability to ensure normal operation under these conditions without performance degradation or failure due to environmental changes.
In-vehicle electronic devices usually need to work stably for a long time. The SD card connector needs to have high durability and long life, and be able to withstand long-term use and frequent plug-in and unplug operations to ensure the continuous and stable operation of the in-vehicle equipment.
Aiming at the pain points that automotive products face when using card connectors, Moarconn, as a professional card connector manufacturer, will provide the following effective solutions
We will use high-quality materials and advanced manufacturing process to ensure that the card connectors have excellent durability and stability, and can be used for a long time in the automotive stable operation.
Moarconn passes TS 16949 system to ensure that the card connectors comply with the relevant safety standards of the automotive industry, in order to ensure the electrical safety and stability of the connectors.
We have designed different types of card connectors that can be adapted to different types of automotive electronic devices and modules, to ensure that the card connectors are compatible with all parts of the vehicle, which also facilitates the design and production of automotive manufacturers.
We provide easy-to-use connector design solutions to reduce the time and cost of automotive manufacturers and maintenance personnel in the installation and maintenance process.
We develop card connectors that can work stably under different environmental conditions, including high temperature, low temperature, high humidity, etc., to ensure that the connectors can adapt to a variety of automotive operating environments.
With the continuous development of automotive electronics technology, more and more electronic devices are needed to support various functions inside the car, such as navigation systems, entertainment systems, safety systems, etc. Moarconn’s card connectors, as an indispensable component of automotive electronics, can achieve the transmission of signal and power connection between devices.
Automotive connectors are needed to meet stringent quality standards and reliability requirements to ensure stable operation in harsh automotive environments. Moreover, Moarconn’s card connectors can provide stable electrical connections and reduce failures due to poor connections, thus enhancing automotive safety and reliability.
As the degree of automotive intelligence increases, the amount of data that needs to be processed inside the car increases, which puts forward higher requirements for data transmission speed and accuracy, Moarconn’s card connectors can provide high-speed and high-precision data transmission, support the interaction of information between various sensors, controllers, and actuators inside the car, and provide strong support for the development of automotive intelligence.
As automobile design develops in the direction of miniaturisation and lightweight, the space inside the automobile is becoming more and more limited. As a miniaturised connector type, the Moarconn’s card connector is able to meet the requirements of the limitation of space inside the automobile, and at the same time, provide a stable electrical connection.
