Blustream DA22DIG 2x2 Digital and Analogue Dante Converter

Streamline audio routing across your AV and security network with the Blustream DA22DIG 2x2 Digital and Analogue Dante Converter. This professional Dante converter enables simultaneous encoding of 2-channel analog or digital sources to Dante and decoding of Dante streams back to 2-channel analog/digital outputs—ideal for distributed audio, surveillance, and monitoring installations. With selectable digital inputs (optical TOSLINK or coaxial RCA), configurable mic input with 48V phantom power, and independent input/output gain controls, the DA22DIG delivers clean, usable audio where you need it.

Designed for real-world deployments, the unit supports AES67 for broad interoperability and offers Class 3 IEEE 802.3af PoE powering for plug-and-play installation; a 12V DC adapter is included for non-PoE networks. Adjustable Dante latency and compact enclosure make the DA22DIG suitable for AV racks, security control rooms, and remote monitoring sites. Use it to integrate legacy analog devices, add mic feeds to Dante networks, or bridge digital sources into your audio-over-IP ecosystem. Upgrade your networked audio today—order the Blustream DA22DIG for reliable, professional audio conversion in security and monitoring systems.

• Simplifies integration of analog and digital audio into Dante networks, enabling easy audio distribution for AV, security, and monitoring systems
• Plug-and-play PoE or 12V DC power with Class 3 IEEE 802.3af support ensures flexible, reliable installation without extra power wiring
• Dual 2x2 encode/decode operation lets you convert between 2-channel analog and digital (optical TOSLINK or coax RCA) audio streams for versatile system design
• Configurable mic input with 48V phantom and independent input sensitivity plus output gain control for clean, professional audio in surveillance and conferencing setups
• AES67-compatible and adjustable Dante latency for seamless networked audio interoperability in mixed-vendor environments
• Compact, rack-friendly design reduces footprint and simplifies deployment in tight equipment closets or distributed monitoring locations