Campus Card Terminal Connection

Designed for the internal PCB connections of campus card system hardware—including POS terminals, top-up kiosks, access control readers, time & attendance devices, and self-service inquiry stations—our precision pin header and female header connectors deliver a reliable solution. Engineered with high-reliability precision contacts, these connectors are built for 24/7 continuous operation, ensuring stable communication for every single transaction.

Campus Cards POS Payment Access Card Readers Attendance Terminals Self-Service Terminals

Features

Key Advantages

Precision Turned Round Pins / Round Holes

High Reliability with 7×24 Uninterrupted Operation

High Reliability with 7×24 Continuous Operation

Gold-Plated + Palladium-Plated Anti-Oxidation Process

Gold-plated with Palladium finish for enhanced oxidation resistance

Anti-Static ESD Protection

ESD Protection

Withstands up to 10,000 insertions and removals

Withstands 10,000 insertions and removals

Overview

In-depth Product Details & Applications

Solution Overview

Campus smart card terminals are deployed in high volumes, used frequently, and operate 24/7. Any connectivity failure can lead to transaction errors or data loss. Our solution utilizes precision-turned pin headers and female headers, offering superior contact reliability and signal integrity to ensure stable data communication between card readers and backend systems.

Key Applications

POS Terminals: Card reader module to mainboard connection, NFC antenna interface, printer connection, and PIN pad integration
Top-up & Value-loading Terminals: Card reader module connection, amount display panels, touch screen FPC, and network communication modules
Access Control Readers: RFID antenna interface, mainboard connection, electric lock control output, and Wiegand/RS485 communication
Attendance & Query Terminals: Fingerprint recognition module connection, infrared sensor interface, LCD display driver, and audio modules

Solution Advantages

Precision turning technology ensures stable contact resistance of <10mΩ, preventing signal attenuation even with weak card reads. Gold and palladium plating guarantees long-term oxidation resistance, while high-temperature PPS insulation meets the thermal demands of continuous operation.