The Dante Broadway chip delivers Dante networking for medium channel-count applications at a breakthrough price-to-performance ratio, ideal for small mixers, power amplifiers and conferencing solutions.
Offering significant performance enhancements over the low channel-count Dante Ultimo solution, Dante Broadway delivers up to 16x16 channels of audio at 96kHz in an affordable, compact chip. Latency can be as low as 0.25ms on Gigabit Ethernet, and redundancy is supported in specific configurations for high-availability applications.
Dante Broadway blends the small form factor of our popular Ultimo products with the most popular features of the powerful Brooklyn II module, including latency as low as 0.25ms and support for Gigabit Ethernet.
- Compact Power - 8in+8out or 16in+16out plus 1Gbps Ethernet interface in a 17mm x 17mm package
- Network to the edge - Enable Dante networking across your entire product range
- Simple audio interfacing - I2S interface allows direct connection to a wide variety of ADC, DAC, DSP and amplifier chips
- Rich set of control interfaces - Choice of SPI, UART, and GPIO interfaces enable sophisticated products with networked control
- Firmware updatable - Software updates with new features and fixes can be loaded via the network
- Easy to use - Incorporates award-winning Dante features such as automatic device discovery, plug-and-play networking, user- editable device names and channel labels, and more
- Dante Device Protocol - Enables routing, event and control management via the Host CPU interface
- Device monitoring - Signal presence, latency statistics and clock stability statistics exposed to Dante Controller for real-time device status monitoring
- Device Lock - Lock and unlock Broadway devices remotely using Dante Controller
- Multi-protocol transport - Supports Dante Audio over IP and AES67 RTP
- Glitchless redundancy - Connect a secondary network for extreme reliability
- Applications
- Multichannel amplifiers
- Audio interfaces
- Compact mixing consoles
- DSP units
- Conferencing systems
