Magnetic Card Reader Newland MSR1000V2 USB interface, MSR magnetic stripe reader

Newland MSR1000V2 is a magnetic stripe card reader with a USB interface designed for reading standard MSR cards on PCs and POS systems. It provides swipe reading for payment, access control and loyalty cards in a compact housing suitable for counters and kiosks. The device supports straightforward integration with plug-and-play USB connectivity for quick deployment in retail, hospitality and service environments.

Advantages

The MSR1000V2 offers reliable magnetic stripe capture with a compact footprint that saves counter space. Its USB interface enables easy connection without additional power supplies or complex wiring. The device is designed for continuous swipe operation and simple installation, reducing setup time and minimizing maintenance needs.

Suitable for

• Point-of-sale terminals in retail shops
• Access control and identification systems
• Loyalty and membership card processing
• Self-service kiosks and ticketing counters

Key specifications

• Interface: USB connectivity for host devices
• Card support: Standard magnetic stripe cards (MSR)
• Form factor: Compact desktop/kiosk housing suitable for countertop installation
• Operation: Swipe (track read) magnetic stripe capture

How to use

Connect the Newland MSR1000V2 to a PC or POS terminal using the USB cable and allow the host system to recognize the device. Position the magnetic stripe card with the read stripe facing the reader and swipe it through the slot at a steady speed. The reader will transmit the captured track data over the USB connection to the connected application or system for processing. No external power adapter is required when used with compatible USB hosts.

Recommendations

For reliable reads, ensure the magnetic stripe is clean and undamaged and swipe at a steady, moderate speed. Place the reader on a stable, flat surface away from strong magnetic fields. Integrate and test the reader with your POS or access control software to confirm correct data mapping and behavior before full deployment.