Unitech 4090-900014G RFID HF Reader Module
When your access control or asset tracking deployment requires reliable high-frequency RFID reading without the complexity of a full standalone reader, the Unitech 4090-900014G delivers embeddable HF functionality in a compact module format. This integration-friendly component handles 13.56 MHz card reading for projects where you need to build RFID capability into kiosks, enclosures, turnstiles, or custom hardware assemblies without reengineering from scratch.
Key Features
- 13.56 MHz high-frequency operation for ISO 14443A/B and ISO 15693 card compatibility
- Compact module design enables integration into space-constrained custom enclosures and OEM equipment
- Direct embedding capability eliminates need for external reader housings in specialized applications
- Standard interface connectivity simplifies integration with existing controller platforms
- Suitable for access control, time tracking, asset management, and inventory verification deployments
- Reliable read performance in typical commercial environments without excessive shielding requirements
The 4090-900014G addresses the gap between off-the-shelf wall-mount readers and fully custom RFID solutions. Integrators working on kiosk builds, industrial automation projects, or specialized access points gain HF reading capability without the engineering overhead of designing reader circuitry from components. The module format means you control the final form factor and user interface while leveraging proven RFID functionality.
This module suits projects where standard proximity readers won't fit the physical constraints or aesthetic requirements. Medical facilities integrating badge readers into equipment carts, manufacturing operations embedding RFID into production line stations, and custom security installations requiring concealed card reading all benefit from the embeddable approach. You handle the enclosure design and system integration while the 4090-900014G manages the RF communication and card protocol handling that would otherwise require specialized development resources.
