- Country of origin:
- Delivery time: 7-10 dni
- Delivery: from €0.00 (InPost)
Description
RDL AV-NL2 - Dante to Two Channel Line/Mic Audio Interface
RDL AV-NL2 is a professional-grade audio interface that converts two Dante network audio channels into two balanced analog XLR outputs. Each output can be configured for line level (+4dBu) or mic level (attenuated by 50dB), offering flexible integration with various audio systems. No special software is required for setup, and the unit delivers studio-quality fidelity with low noise and distortion.
The AV-NL2 supports Dante sample rates of 44.1kHz, 48kHz, 88.2kHz, and 96kHz. It features high-resolution 24-bit digital-to-analog conversion and RDL’s legendary analog filtering for enhanced audio performance. The unit can be powered via PoE (IEEE 802.3af, Class 0) or an external 24V DC power supply. When both power sources are connected, the AV-NL2 automatically switches to PoE upon loss of external power. A green LED indicates valid power and Dante network sync.
Built in a rugged metal enclosure, the AV-NL2 is suitable for stage, studio, or fixed installations. It can be mounted on flat surfaces or in SysFlex® rack systems.
Functionality
- converts 2 Dante channels to analog XLR outputs
- output selectable: line level (+4dBu) or mic level (-50dB attenuation)
- supports sample rates: 44.1kHz, 48kHz, 88.2kHz, 96kHz
- 24-bit digital-to-analog conversion
- RDL analog filtering - superior audio quality
- phantom voltage protection up to 48V
- LED indicator for power and Dante sync
- PoE (IEEE 802.3af) or 24V DC power supply
- surface or SysFlex® rack mounting
Features
- 2 XLR outputs with level selector
- output level: +4dBu for -20dBFS
- mic output attenuation: 50dB
- durable metal enclosure - stage and studio ready
- no special software required
- weight: 0.5kg
- made in the USA - built for continuous duty in demanding AV environments
RDL AV-NL2 is a reliable solution for professional AV systems, enabling seamless Dante-to-analog integration with flexible output configuration.