Key Features

• Plug-and-play deployment with automatic device discovery on Dante networks
• 802.3af PoE for simplified single-cable installation (with optional 5V DC via USB C)
• 2x 5 position DIP switches, providing selectable gain levels

Description

2ch Analog Audio to Dante Encoder

The Lindy 2ch Analog Audio to Dante Encoder delivers a streamlined and dependable way to transition analogue audio into high quality Dante? digital streams enabling seamless integration of legacy equipment within modern IP-based audio systems. Engineered for professional AV corporate broadcast and live sound installations it supports both balanced and unbalanced two channel analogue inputs while maintaining pristine signal fidelity across diverse application environments.

The encoder operates at 44.1 48 88.2 and 96kHz / 24bit ensuring clean and accurate audio conversion suitable for demanding workflows. Each channel includes independent sensitivity adjustment allowing precise alignment with source devices from +24dBu down to -10dBV. Additionally the unit incorporates 2x 5 position DIP switches providing selectable input gain levels at +18dBu +4dBu 0dBu 0dBV and -10dBV.

This granular control makes it easy to optimise the audio signal for downstream Dante systems or mixed-format installations enhancing interoperability and consistent performance.

Designed for simple scalable deployment the encoder supports plug and play operation powered via 802.3af PoE from any compatible network switch or through an optional 5V DC USB C local power supply. Latency settings of 1 2 or 5ms can be configured using Dante Controller allowing integration into both small and complex networked audio environments. The addition of AES67 RTP transport ensures broad compatibility across AV over IP platforms expanding its usefulness in hybrid Dante/AES67 ecosystems.

Compact robust and professionally engineered the Lindy 2ch Analog Audio to Dante Encoder is an essential tool for bringing non Dante sources such as mixing consoles amplifiers computers and distribution products into advanced networked audio systems.

Specifications