IDP Smart Card Encoder SP S51 Contactless 5122 Module

IDP SP S51 Encoder

The IDP Smart Card Encoder provides a critical hardware upgrade for high-frequency contactless data transmission within compatible identification card printers. This internal module utilizes the 5122 chipset to facilitate seamless communication between the printer hardware and RFID-enabled smart cards. It operates primarily on the 13.56 MHz frequency. This allows for high-speed data encoding during the standard printing cycle. Consequently, IT departments can produce secure, encrypted credentials without requiring secondary encoding stations.

Key Features

• Internal Integration Architecture
  The hardware mounts directly into the printer chassis to maintain a compact footprint and eliminate external cabling requirements.

• Multi-Protocol Support

  • ISO/IEC 14443 Type A and B compliance for broad card compatibility.
  • Support for MIFARE, DESFire, and Felica standards.
  • ISO/IEC 15693 protocol support for proximity applications.

• High-Speed Data Throughput

  • Internal USB or serial connectivity ensures rapid data transfer rates.
  • Synchronous encoding occurs during the ribbon-to-card transfer phase.

Specifications

What’s in the Box

• IDP SP S51 Contactless Encoder Module

• Internal Mounting Hardware and Screws

• Interface Connection Cable

• Installation Guide for Technical Staff

Why Choose IDP SP S51 Encoder

• The system utilizes an industrial-grade 5122 chipset to ensure consistent read/write cycles across large card batches.

• Furthermore, the internal mounting prevents physical tampering with the encoding unit, enhancing the security of the credentialing process.

• Network engineers can easily configure the device via the standard IDP printer driver interface without installing third-party middleware.

• Additionally, this component supports field upgrades. Therefore, procurement managers can add encoding capabilities to existing printer fleets as security requirements evolve.

• The unit maintains high MTBF (Mean Time Between Failure) ratings. This reliability minimizes downtime in high-volume production environments.