Cypress CSR-6.4L+OSDP Access Control Keypad, Farpointe CONEKT, Proximity|Key Code|Radio-frequency Identification (RFID)

For organizations that need robust, flexible access control, the Cypress CSR-6.4L+OSDP smart reader keypad delivers mobile-first, high-security authentication that simplifies operations and tightens perimeter protection. This Farpointe CONEKT access control keypad supports BLE mobile credentials and 13.56 MHz MIFARE DESFire EV1/EV2 smartcards, enabling hands-free mobile entry up to 15 feet while retaining secure card-based access up to 2 inches. Using SIA’s OSDP protocol, the reader ensures encrypted, tamper-resistant communication with controllers—ideal for security-conscious deployments. The integrated backlit keypad enables two-factor authentication (credential + PIN) for sensitive areas, while single-gang mounting and dual-voltage input streamline installation. With cloud-based mobile credential delivery, one-time registration, and no recurring mobile license fees, the CSR-6.4L+OSDP reduces administrative burden and speeds rollouts. Backed by a lifetime limited warranty and designed for indoor/outdoor use, it’s a practical choice for commercial, healthcare, education, and government facilities seeking modern RFID, BLE, and OSDP-based monitoring and access solutions. Contact sales to configure the CSR-6.4L+OSDP for your security system or add it to your next access control upgrade.

• Simplify secure entry with mobile-ready Conekt BLE and contactless MIFARE support for convenient, hands-free access
• Strengthen security with OSDP high-security communications and built-in backlit keypad for two-factor (credential + PIN) authentication
• Reduce admin overhead with cloud-based mobile credential provisioning and one-time registration—no recurring licensing fees
• Flexible installation in a standard single-gang mount and weather-resistant design for indoor/outdoor door, turnstile, and gate applications
• Long-range mobile read (up to 15 ft) plus short-range card read for precise, frictionless authentication and improved throughput