Deva Broadcast DB9000-TX Professional IP Audio Encoder

Streamline Your Audio Broadcasting
Introducing the DB9000-TX, a versatile Audio over IP encoder designed to cater to the dynamic needs of modern broadcasting. This state-of-the-art device offers the flexibility of operating with both analog and digital audio inputs, ensuring seamless integration into any existing audio setup. Whether you're running a radio station, podcast, or live streaming events, the DB9000-TX stands ready to transform your audio broadcasting capabilities.

High-Quality Audio Compression
At the core of the DB9000-TX is its advanced audio compression technology. Utilizing HE-AAC or MPEG-1 Layer 3 encoding, it compresses audio signals in real-time and transmits them over TCP/IP-based networks to one or multiple decoders. For scenarios where audio quality is paramount, the DB9000-TX also supports uncompressed PCM streaming, guaranteeing transmission without quality loss.

Multi-Functional Streaming Solutions
The DB9000-TX is not just an encoder; it's a multi-protocol streaming powerhouse. Acting simultaneously as an Icecast compatible server, Icecast source client, or a Real Time Protocol (RTP) sender, it offers unparalleled flexibility in how you broadcast your audio content. This adaptability makes it an invaluable tool for reaching your audience, no matter the platform.

Remote Equipment Control
Expanding its utility beyond audio streaming, the DB9000-TX features an RS-232 port that transforms it from Ethernet to a serial redirector. This unique capability allows for remote control over any existing equipment via the Internet, offering a new level of interaction and management of your broadcasting equipment.

Effortless Integration and Management
Ease of use is a hallmark of the DB9000-TX. It can be managed through a standard web browser, allowing for quick and easy adjustments to settings. With UPnP support, connecting to local area networks is a breeze, while Android and iOS device compatibility ensures you can manage your settings on the go.