Midas PRO1: A Compact Digital Console with Audio Networking
The Midas PRO1 is a compact digital mixing console built for live sound and fixed installation. Its combination of 40-bit floating-point processing, 96 kHz operation and 24-bit converters placed a high-resolution signal path in a desk that could move between a rehearsal room, a club and a regional festival stage. With 32 inputs and 16 mix outputs, it also gave engineers a workable amount of capacity without the footprint of a full-size console.
Introduced in the early 2010s, the PRO1 sat between a conventional analogue desk and a full digital platform. It brought repeatable console scenes, digital routing and remote-stage options without requiring a workstation. That position made it attractive to small touring companies, theatres and studios that valued reliability and a manageable physical footprint.
Audio networking refers to moving multichannel audio between a console, remote stageboxes and other digital equipment over fibre or network cabling. It differs from merely using a digital snake and from sending a DAW mix through an interface. On the PRO1, the practical value lay in linking a remote input stage to the desk while keeping analogue connections local and preserving a central signal and routing model.
Today, its influence is easier to see in the control surfaces that followed: dedicated physical controls, deeply layered processing, snapshot recall and networked I/O are expected rather than exceptional. For Australian engineers, the PRO1 remains a compact reference point for how those ideas can be combined in one professional digital console.
Why the PRO1 mattered
The PRO1 belongs in a broader lineage of compact professional desks rather than in the category of large modular live systems. A companion account of the DDA AMR24 history illustrates how an independent manufacturer used a smaller console to challenge institutional scale, while the PRO1 pursued a similar independence through digital architecture. Both treated compactness as a design discipline, preserving essential control and routing features without every feature of a flagship.
| Feature | Midas PRO1 | Large analogue console | DAW-based mixer |
|---|---|---|---|
| Signal path | 40-bit floating point at 96 kHz | Continuous analogue circuitry | Floating-point software, usually 64-bit |
| Routing | 32 inputs, 16 mix outputs and expandable digital I/O | Physically patched busses | Virtual tracks, sends and busses |
| Recall | Stored console scenes and snapshots | No digital scene memory | Full session and parameter automation |
| Live stage I/O | Local analogue plus compatible digital stageboxes | Console and multicore snake | Interface, stagebox and playback machine |
| Recording | Optional multichannel computer interface | Separate recorder required | Native multitrack workflow |
| Strongest role | Compact live sound and fixed installation | Large-format analogue workflows | Editing, overdubs and software production |
For studio professionals, this comparison clarifies what the PRO1 offered. It was not trying to imitate every feature of an analogue console or a DAW. Its appeal came from combining dependable recall, tactile operation and digital expansion in a format suited to a working mix engineer.
Architecture and everyday routing
The centre of the PRO1 is a 32-input, 16-output digital signal engine. Floating-point processing provides substantial headroom around the console’s internal operating range, while the converters define the analogue boundary. Each processing channel provides EQ and dynamics, with the familiar Midas focus on making detailed functions accessible from the desk rather than hiding them behind software menus.
Routing follows the needs of a live mix. Sources can be assigned to mix outputs, groups and processing paths, with sends available for effects and stage monitoring. The structure is less expansive than a modern touring console, yet it covers the essential decisions: where a channel goes, what feeds a monitor mix, and which signals require direct treatment.
At front of house, motorised faders, assignable encoders, metering and a central display provide a practical operating surface. A recording engineer moving from an analogue board will recognise the division between channel controls, mix controls and function banks. The digital engine adds scene storage and parameter recall without removing the physical relationship between a fader and the signal it controls.
Networking audio beyond the desk
The PRO1’s audio networking capabilities centred on compatible digital stagebox connections rather than a generic Ethernet ecosystem. In the PRO1 era, Midas options such as the DL16 used AES/EBU digital connections over optical fibre. Although AES/EBU is a point-to-point transport rather than a packet-switched network, it served the same practical purpose by carrying multiple channels and control information between the stage and console.
Fibre was particularly useful in large rooms, where a long analogue multicore would be cumbersome and vulnerable to interference. Optical connections also reduce earth-potential problems between stage equipment and the desk. Clock discipline remains essential: the console, stagebox and any digital recorder must agree on the sample clock, with word-clock connections available for integrating external equipment.
In operation, the stagebox acts as a remote input and output head controlled by the PRO1. The engineer retains the mix, processing and routing decisions at the console, while stage positions send clean sources over fibre. Later Midas systems moved towards AES50 networks with redundant data paths, but those stageboxes require matching hardware and cannot simply be connected to an older PRO1.
EQ and dynamics with console intent
Each PRO1 channel includes four-band parametric equalisation, providing enough range for corrective work and deliberate tone shaping without turning the desk into a separate mixing environment. Filters can address a broad problem such as a boxy room resonance or a more precise issue around a vocal’s fundamental. The benefit lies in repeatable access: once a sound has been found, it can be stored and recalled with the rest of the mix.
The dynamics section covers the everyday needs of a live desk. Compressor, expander or gate, and limiter functions can be assigned and adjusted from the channel, while additional controls determine how each stage affects the signal. The architecture encourages a familiar workflow: establish gain, shape the source, control its dynamics and only then judge it within the complete mix.
That emphasis on hardware-style channel behaviour remains relevant when software processors are capable of far more elaborate work. For a parallel view of how classic analogue functions are carried into modern circuitry, the API 3288 reimagined shows how valve-era architecture can be reconsidered without surrendering the directness of the original control surface.
Automation, recording and DAW workflows
Console scenes give the PRO1 a practical form of snapshot automation. Input and output routing, channel assignments, processing settings and fader positions can be stored together, then recalled when a production requires a predictable change. This is useful for a support band, a theatre scene change or alternate mixes, although it does not provide the continuously editable parameter lanes found in a DAW.
An optional FireWire computer interface extends the desk beyond live mixing. Multichannel audio can move between the console and a workstation for recording, editing and post-production. With the right signal path, the same arrangement can support a virtual rehearsal or a playback session, giving engineers a way to move between front-of-house work and tracking without rebuilding the entire system.
Integration with modern DAW workflows depends on careful clocking, gain staging and channel mapping. The mixer remains the authoritative live control surface, while the workstation handles detailed editing. For microphone decisions, engineers often move beyond console-level processing and compare preamplifiers directly. The 1073 preamp gathering provides useful context for that listening culture, where the transformer-coupled character of a classic 1073 is discussed separately from the desk channel that follows it.
Putting a PRO1 to work in Australia
Australian live work often places substantial demands on a compact console. A PRO1 can serve a front-of-house position in a Brunswick rehearsal room, a Surry Hills production office or a Brisbane festival stage, then travel on a route between Melbourne, Sydney and regional Queensland. In run sheets, engineers still use terms such as FOH, foldback and DI box, but they also need dependable scene recall and simple recovery when conditions change.
The second key Australian consideration is the used equipment market. Imported PRO1 units can reach local buyers through specialist dealers, with Australian prices including GST and the cost of freight. Useful purchases include the correct digital card, compatible stagebox, optical cables and supported firmware. Local servicing knowledge matters too, particularly for older units whose connectors, encoders or network cards may need attention after years of road use.
For touring engineers, redundant stagebox links, sturdy road cases and a clear offline workflow are often more valuable than features that remain unused at the back of the rack. The PRO1’s strengths suit these conditions: modest physical size, repeatable mixes, flexible local connections and digital expansion when a stage requires it.
Book a hands-on PRO1 demonstration with a specialist console dealer in Melbourne or Sydney, and test the routing, scene recall and network options with a real show file rather than a demonstration patch. Bring a production pack, connect a compatible stagebox and capture a multichannel pass so the desk can be judged under the same demands it faced when it first changed what a compact professional mixing console could be.