Hid Global Corporation 2120BGGSVS Smart Card Iclass Proximity

Product Description

The HID GLOBAL CORPORATION 2120BGGSVS is a dual-technology smart card combining iCLASS and proximity (125 kHz) credentials in a single card format. It carries a 2k-bit memory organized in a 2-application configuration, making it suitable for facilities that require both legacy proximity access and iCLASS smart card functionality on one credential. The card is sold individually and is designed for programming with iCLASS- and proximity-compatible encoders used by access control system integrators and security technicians.

This card is used in commercial and institutional access control installations where a site is transitioning from legacy 125 kHz proximity infrastructure to iCLASS smart card readers, or where multiple credential technologies must coexist on a single badge. Typical deployment scenarios include corporate campuses, healthcare facilities, government buildings, and educational institutions running HID-compatible access control platforms. Security integrators and credentialing technicians are the primary installers and programmers of this card.

Key Features

• Dual-technology credential: iCLASS smart card plus 125 kHz proximity in one card
• 2k-bit iCLASS memory in a 2-application configuration
• Programmable via iCLASS and proximity-compatible encoding equipment
• Sold individually (quantity per unit: 1)
• Supports migration from legacy proximity to iCLASS-based access control

Compatibility

Designed for use with HID iCLASS and standard 125 kHz proximity reader infrastructure. Consult your access control platform documentation to confirm encoder and reader compatibility before deployment.

Installation Notes

Programming and issuance of this credential should be performed by a qualified security integrator or credentialing technician using compatible iCLASS encoding hardware. Verify that the access control system's reader firmware supports dual-technology cards before issuing credentials. Follow the access control platform manufacturer's enrollment and programming procedures to ensure proper card configuration. Improper encoding may render the card non-functional at readers.