Honeywell BDA HONBDA-A-7S33A-M Flex Series BDA OTA Public Safety Centric DAS Master 700 MHz and FirstNet, 800 MHz, Class A

Deliver dependable in-building public-safety communications where it matters most. The Honeywell BDA Flex Series BDA OTA Public Safety Centric DAS Master (HONBDA-A-7S33A-M) is engineered to provide reliable FirstNet/700 MHz and 800 MHz coverage, giving first responders prioritized access during emergencies and improving overall security and surveillance capabilities. As a Class A master DAS unit with OTA support, this BDA minimizes installation complexity while enabling scalable, code-compliant integration into existing distributed antenna systems.

Facility managers and security integrators benefit from centralized monitoring and diagnostics that reduce maintenance time and help ensure continuous operation for life-safety systems. The unit’s public-safety-centric design supports robust emergency communications and enhanced situational awareness for campuses, healthcare facilities, commercial properties, and critical infrastructure. Backed by Honeywell BDA expertise, the HONBDA-A-7S33A-M helps you meet AHJ requirements and strengthens your overall monitoring and response strategy. Contact your Honeywell BDA reseller to specify this master DAS for your next project or request a quote for site assessment and deployment.

• Ensures reliable in-building public-safety coverage for first responders with FirstNet/700 MHz and 800 MHz support
• Master Class A DAS design provides prioritized, resilient emergency communications to protect occupants and assets
• Over-the-air (OTA) capability simplifies integration with existing distributed antenna systems and reduces installation time
• Scalable and code-compliant solution that helps meet life-safety and AHJ requirements for security and monitoring
• Centralized monitoring and diagnostics reduce downtime and streamline maintenance for facilities and security teams
• Built for mission-critical environments (hospitals, campuses, high-rise buildings) to improve surveillance, incident response and operational continuity