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Main Applications

Vehicle Navigation and Positioning Terminal Connection

For automotive electronic devices such as in-vehicle GPS/BeiDou navigation terminals, in-vehicle positioning trackers, T-BOX telematics terminals, and dashcams, we provide a complete interconnection solution with Wafer connectors and pin headers/female headers. The compact, miniaturized design fits the limited internal space of in-vehicle devices, and the locking-type Wafer ensures a firm connection that does not come loose under driving vibration conditions.

In-car navigation T-BOX vehicle tracking dashcam Internet of Vehicles

Features

Key Advantages

1.25/2.0mm compact Wafer

Locking-type anti-vibration loosening

-30℃~+85℃ operating temperature

Impact-resistant 10G protection

Electromagnetic compatibility shielding design

All-weather outdoor weather resistance design

Overview

In-depth Product Details & Applications

Solution Overview

In-vehicle navigation and positioning terminals are key node devices in the Internet of Vehicles and need to maintain stable electrical connections under continuous driving vibration and temperature changes. This solution uses Wafer connectors as the standard interface between the wiring harness and the circuit board, and works with pin headers and female headers to achieve robust interconnection of internal functional modules.

Main Application Areas

GPS/BeiDou Navigation: Positioning module-to-mainboard connection, antenna feeder interface, TF card memory socket, USB data interface
In-vehicle T-BOX: 4G/5G communication module interface, GPS/BeiDou dual-mode positioning, CAN bus transceiver connection, power management
Vehicle Positioning Tracker: GSM/LTE module board-side connection, accelerometer interface, backup battery connection, SIM card socket
Dashcam: Camera module FPC connection, memory card interface, GPS module connection, Wi-Fi communication module

Solution Advantages

Wafer latch-type connectors offer superior vibration resistance and meet the requirements of the automotive electronics QC/T 417 standard; they support automated wiring harness processing, reducing installation costs; and they pass automotive electronics EMC testing.