DEVA DB94 SFN MPX over IP Decoder
The DEVA DB94 SFN is a compact, high-performance MPX over IP decoder designed for professional FM broadcasting and Single Frequency Network (SFN) applications. It delivers reliable MPX distribution while maintaining excellent audio quality over IP networks.
The DEVA DB94 SFN uses Thimeo’s MicroMPX (µMPX) algorithm to transport complete FM multiplex signals with full stereo and RDS integrity. It operates on network bandwidths from as low as 320 kbps, making it an ideal solution for narrowband connections and public IP networks.
Built-in GPS synchronisation provides the precise timing required for Single Frequency Network operation. As a result, multiple transmitter sites remain phase-synchronised, helping to deliver seamless coverage while reducing interference between transmitters.
The DEVA DB94 SFN is simple to configure and monitor. Front-panel LED indicators provide clear system status, while the intuitive HTML5 web interface allows remote access from a PC, tablet, or smartphone. In addition, support for HTTPS, FTP, NMS, and SNMP enables flexible remote management and network monitoring.
Digital AES192 and analogue MPX outputs ensure compatibility with both modern and existing broadcast equipment. This makes the DEVA DB94 SFN a reliable, future-ready, and cost-effective solution for FM broadcast networks.
Key Features
- Compact MPX over IP decoder for FM broadcasting
- Designed for Single Frequency Network (SFN) applications
- Uses Thimeo MicroMPX (µMPX) technology
- Operates on bandwidths from as low as 320 kbps
- Preserves full stereo and RDS integrity
- Built-in GPS synchronisation for precise SFN timing
- Digital AES192 and analogue MPX outputs
- HTML5 web interface for easy remote configuration
- Supports HTTPS, FTP, NMS, and SNMP remote management
- Compatible with modern and legacy FM broadcast systems
The DEVA DB94 SFN combines reliable MPX over IP transmission, precise GPS synchronisation, and flexible remote management in a compact unit. It is an excellent choice for broadcasters building or expanding modern Single Frequency Network (SFN) infrastructure.
