Car Navigation & GPS Terminal Connectivity

Providing comprehensive Wafer connector and pin header/female header interconnect solutions for automotive electronics, including GPS/BeiDou navigation terminals, vehicle trackers, T-BOX telematics units, and dash cams. Our compact, miniaturized design fits perfectly into the limited internal space of automotive devices, while the locking Wafer mechanism ensures a secure, vibration-proof connection that never loosens on the road.

Car Navigation T-BOX Vehicle Tracking Dashcams Connected Vehicles

Features

Key Advantages

1.25/2.0mm Compact Wafer Connector

1.25/2.0mm Compact Wafer

Locking Anti-Vibration Loosening

-30°C to +85°C Operating Temperature

10G Impact-Resistant Protection

EMC Shielding Design

Overview

In-depth Product Details & Applications

Solution Overview

Vehicle navigation and positioning terminals are critical nodes in the connected car ecosystem, requiring stable electrical connections amidst continuous driving vibrations and temperature fluctuations. This solution utilizes Wafer connectors as the standard interface between wire harnesses and PCBs, paired with pin headers and female headers to ensure robust interconnection of internal functional modules.

Key Applications

GPS/BeiDou Navigation: Connection between positioning modules and mainboards, antenna feed interfaces, TF card memory slots, and USB data ports
Vehicle T-BOX: 4G/5G communication module interfaces, GPS/BeiDou dual-mode positioning, CAN bus transceiver connections, and power management
Vehicle Tracking Devices: GSM/LTE module board-end connections, accelerometer sensor interfaces, backup battery connections, and SIM card slots
Dash Cameras: Camera module FPC connections, memory card interfaces, GPS module connections, and Wi-Fi communication modules

Solution Advantages

Wafer locking connectors deliver superior anti-vibration performance, meeting automotive electronic standards (QC/T 417). They support automated wire harness processing to reduce installation costs and are proven to pass automotive EMC (Electromagnetic Compatibility) testing.