| Product Code: | |
| Options: | |
| Qty: | |
| Unit Price: | £ |
| Part No: | LIN70620 |
| Manufacturer No: | 70620 |
| Delivery: | In Stock: 5-7 Days |
![]() |
The Lindy 70620 2ch HDMI ARC to Dante Encoder provides a convenient way to bring audio from HDMI ARC-enabled displays into a Dante network. Designed for professional AV environments, it converts two-channel HDMI ARC audio into Dante and AES67 streams, allowing audio to be distributed across standard network infrastructure with minimal complexity. Its compact form factor, flexible power options, and broad compatibility make it a practical addition to meeting spaces, education facilities, hospitality venues, and digital signage installations.
The Lindy 2ch HDMI ARC to Dante Encoder is an advanced audio interface engineered to convert HDMI ARC 2 channel audio into a pristine Dante digital signal. Developed for seamless integration into modern AV infrastructures this compact plug and play device delivers exceptional clarity precise synchronisation and robust interoperability. Its ability to bridge consumer HDMI ARC audio sources with professional Dante networks makes it an indispensable component for corporate meeting spaces hospitality displays educational environments and Pro AV systems.
Designed for uncompromising audio performance the encoder supports 44.1 / 48kHz sample rates at 24-bit resolution ensuring transparent sound reproduction across a range of applications. With native AES67 RTP support extends compatibility across interoperable ecosystem architectures making the encoder fully suitable for Dante/AES67 deployments.
User friendly control options are central to the device’s design. Input sensitivity and volume levels can be managed via CEC the intuitive web based GUI or through API commands providing complete operational flexibility for system integrators. Powering is equally versatile: the unit operates easily via 802.3af PoE or through an optional 5V DC USB C local power input for installations where PoE is unavailable. This adaptable power strategy simplifies deployment and ensures maximum installation efficiency.
The Lindy 70620 2ch HDMI ARC to Dante Encoder provides a convenient way to bring audio from HDMI ARC-enabled displays into a Dante network. Designed for professional AV environments, it converts two-channel HDMI ARC audio into Dante and AES67 streams, allowing audio to be distributed across standard network infrastructure with minimal complexity. Its compact form factor, flexible power options, and broad compatibility make it a practical addition to meeting spaces, education facilities, hospitality venues, and digital signage installations.
The Lindy 2ch HDMI ARC to Dante Encoder is an advanced audio interface engineered to convert HDMI ARC 2 channel audio into a pristine Dante digital signal. Developed for seamless integration into modern AV infrastructures this compact plug and play device delivers exceptional clarity precise synchronisation and robust interoperability. Its ability to bridge consumer HDMI ARC audio sources with professional Dante networks makes it an indispensable component for corporate meeting spaces hospitality displays educational environments and Pro AV systems.
Designed for uncompromising audio performance the encoder supports 44.1 / 48kHz sample rates at 24-bit resolution ensuring transparent sound reproduction across a range of applications. With native AES67 RTP support extends compatibility across interoperable ecosystem architectures making the encoder fully suitable for Dante/AES67 deployments.
User friendly control options are central to the device’s design. Input sensitivity and volume levels can be managed via CEC the intuitive web based GUI or through API commands providing complete operational flexibility for system integrators. Powering is equally versatile: the unit operates easily via 802.3af PoE or through an optional 5V DC USB C local power input for installations where PoE is unavailable. This adaptable power strategy simplifies deployment and ensures maximum installation efficiency.
Product data is provided by Icecat, we do not warrant the accuracy of the material above.