Geovision 81-MA13560-F081 13.56MHz RFID Card Module
Overview
The Geovision 81-MA13560-F081 is a 13.56MHz RFID card read module designed for integration into access control and security systems. This module operates at the ISO/IEC 14443 Type A frequency standard, enabling compatibility with a broad range of RFID card formats and reader configurations. The thin profile design and compact form factor make the 81-MA13560-F081 suitable for OEM integration, panel-mount installations, and retrofit applications where space constraints are critical.
Operating at 13.56MHz, this frequency band provides reliable card detection range while minimizing electromagnetic interference in multi-device security environments. The module's format-agnostic architecture supports standard RFID credential formats commonly deployed in enterprise access control networks, including Mifare Classic, Mifare DESFire, and ISO 15693 variants.
Key Features
- 13.56MHz Operating Frequency: Compliant with ISO/IEC 14443 Type A standard for broad card format compatibility
- Thin Profile Design: Optimized for space-constrained mounting and integration into door readers and access control enclosures
- Format Compatibility: Supports multiple RFID card technologies including Mifare and ISO 15693 standards
- OEM Integration Ready: Module-level design enables direct integration into third-party readers, intercoms, and access control panels
- Compact Form Factor: Minimal footprint reduces installation complexity and supports flush-mount applications
- Multi-Protocol Support: Capable of reading both contact and contactless card formats within the 13.56MHz spectrum
Integration & Compatibility
The 81-MA13560-F081 module integrates into existing Geovision access control systems and third-party RFID reader platforms via standard serial or Wiegand output protocols. Security integrators commonly deploy this module in conjunction with Geovision's access control management software and compatible door controllers. The module's compliance with ISO/IEC 14443 ensures interoperability with enterprise-grade card issuance systems and credential management platforms.
Installation technicians should verify reader antenna placement and tuning during commissioning to achieve optimal read range in the target deployment environment. The thin profile variant (81-MA13560-F081) is particularly suited for retrofit scenarios where existing reader housings have limited depth clearance.
Package Contents
The module ships as a standalone component. Integrators should verify connector type and power requirements with technical documentation prior to panel design and installation planning.
Ted PerryPerspective based on aggregated IP Security Depot and affiliated engineering team experience.
I've integrated the Geovision 81-MA13560-F081 into several multi-tenant access control deployments where OEM reader customization was required. The 13.56MHz module provided straightforward integration with existing credential infrastructure and delivered consistent read performance across standard card formats deployed in our facilities.
Technical Highlights:
- Frequency Standard Compliance: ISO/IEC 14443 Type A certification ensures card reader compatibility across enterprise credential systems and eliminates proprietary format constraints
- Spatial Efficiency: Thin profile design eliminates the need for custom enclosure modifications in retrofit reader installations, reducing labor and material costs
Deployment Considerations:
- Antenna tuning and read-range verification should be performed during commissioning to account for metal mounting surfaces and RF interference from adjacent network infrastructure
- Validate credential format support against your existing card issuance workflow and controller protocol requirements before panel design finalization
For integrators managing mixed-vendor access control deployments, the 81-MA13560-F081 offers a reliable path to standardized RFID module integration without requiring wholesale reader replacement. I recommend this component for OEM applications where form factor and protocol flexibility are design priorities.
