AVT MAGIC AE1 DAB+ Go

The AVT MAGIC AE1 DAB+ Go – Audio Encoder provides high-quality DAB+ encoding in a compact unit, perfect for contribution links, trial muxes, or small broadcast setups.

AVT MAGIC AE1 DAB+ Go – Audio Encoder for DAB+ Broadcast Applications

Product Description:

The AVT MAGIC AE1 DAB+ Go – Audio Encoder is a compact, high-performance DAB+ audio encoding solution designed for broadcasters seeking a professional-grade, cost-effective platform. This ½ 19″ unit provides reliable audio-to-EDI encoding and is ideal for DAB+ headends, contribution links, or standalone audio encoding tasks.

Tailored for use in environments where space and budget are limited, the AE1 DAB+ Go delivers broadcast-quality encoding using the latest Fraunhofer DAB+ codec. With its intuitive interface and seamless integration into multiplexers like AVT’s MAGIC DABMUX series, it’s a powerful tool in modern DAB+ workflows.

Professional DAB+ Audio Encoding
Real-time DAB+ encoding using the Fraunhofer codec, fully ETSI-compliant and ideal for broadcast networks.

Compact ½ 19″ Design
Space-efficient for rack integration or mobile use in OB vans and compact studio setups.

EDI Output for Multiplexing
Direct EDI stream output for use with DAB+ multiplexers, supporting seamless integration.

Analog and Digital Audio Inputs
Flexible I/O with support for balanced analog and AES/EBU digital audio inputs.

Web-Based Control Interface
User-friendly web GUI for local or remote configuration and monitoring of encoder status.

SNMP Support
Integrates easily with broadcast monitoring systems through SNMP and GPIO options.

Ideal for Single Service Encoding
Optimized for single-program encoding in contribution networks, gap-fillers, and trial multiplexes.

The MAGIC AE1 DAB+ Go is a versatile, easy-to-deploy DAB+ encoder delivering broadcast-grade audio quality and dependable performance at a competitive price.

🎯 Need a compact and efficient DAB+ encoder?
Order the AVT MAGIC AE1 DAB+ Go – Audio Encoder now for reliable, high-quality DAB+ audio contribution and encoding.