Ams Neve 1073OPX DANTE/USB

An Expansion That Integrates the 1073 OPX into Modern Digital Workflows

Designed as an option dedicated to the 1073 OPX, this expansion card transforms a high-end preamplifier into a true gateway for digital recording and distribution. The idea is simple: maintain the studio approach and routing philosophy of the 1073 OPX while adding a layer of conversion and connectivity suited to current environments (multitrack recording, networked control rooms, stages, multi-room studios).

In practice, it allows you to utilize the preamp outputs digitally on a channel-by-channel basis and organize a digital monitor return with dedicated D/A conversion, for a more direct and cleaner workflow when your studio relies on digital streams.

Who This Card Is For: Fixed Studios, Networked Control Rooms, Capture and Broadcast

This card is aimed at 1073 OPX users who want to streamline recording without multiplying external interfaces or integrate the preamp into a larger audio infrastructure. If you work in a studio with dense sessions, the benefit is immediate: you get a coherent digital stream for the 8 preamp outputs, while maintaining better-controlled digital monitoring.

It also becomes particularly relevant in setups where Dante is already a standard: multi-room studios, fixed installations, live venues, post-production, broadcast, or live capture. The primary and secondary Dante connectors facilitate integrating the 1073 OPX as a Dante-compatible preamplifier, routing your signals over IP wherever needed.

Finally, the ability to use the card as the primary audio interface via USB-B meets the needs of more compact setups (mobile control rooms, production, premium home studios) seeking a single entry point without sacrificing clocking integrity and digital level consistency.

Key Features: Conversion, Headroom, Synchronization, and Dante Integration

8 Dedicated A/D Conversion Channels for Preamp Outputs

The card integrates analog-to-digital conversion on 8 channels, designed to correspond directly to preamp outputs 1 to 8. This allows you to utilize each channel in your digital environment (DAW, network console, multitrack recorder, IP infrastructure) with a clear approach: one preamp channel, one digital channel.

Digital Monitor Return with 2 D/A Conversion Channels

For monitoring, the card offers two digital-to-analog conversion channels dedicated to the digital monitor return signal. This is key to maintaining stable and easy-to-manage monitoring: you centralize the monitor return digitally while benefiting from integrated D/A conversion to feed your listening system.

Word Clock I/O: A Solid Foundation for a Synchronized Studio

The presence of a Word Clock input/output facilitates integration into a system where multiple converters and devices must share a common clock. Whether you are in a minimalist setup or a more complex studio, you maintain clear control over synchronization, an essential element for reliable conversion and a workflow without surprises.

Digital Headroom Selector: Adapt Your Levels to the Context

A digital headroom selector allows switching the DMON input and digital preamp outputs 1 to 8 between +18 dBu, +24 dBu, or +26 dBu. This is a tangible advantage for harmonizing levels between devices, optimizing headroom before saturation in the chain, and aligning your gain staging according to your habits (dynamic recording, highly transient signals, or integration with differently calibrated equipment).

USB-B: The Card Can Become the Primary Audio Interface

In addition to network connectivity, the card can be used as the primary/core audio interface via the USB-B connector. This opens the door to direct use with a computer, convenient for quick recording, mobile production, or simplifying a rack by reducing the number of devices needed between the preamp and the DAW.

Primary and Secondary Dante: Audio over IP, Ready for Installations

The primary and secondary Dante connectors allow connecting the 1073 OPX to any Dante audio-over-IP network as a Dante-compatible preamplifier. This approach meets environments where audio distribution must be flexible, scalable, and designed for complex routings (virtual patching, multi-room, progressive expansions), while maintaining coherent network cabling logic.

Technical specifications