Soundcraft Vi3000 Digital Mixer
Soundcraft·Model Vi3000·soundcraft-vi3000
Photos
Manufacturer product photography — the drawn faceplate above stays true to panel layout; these show the hardware itself.
About the Soundcraft Vi3000
The Soundcraft Vi3000 is a touring-grade console with the Vistonics II rotary-knob-on-screen surface that's become signature to the Vi line. Strong dynamics processing and a workflow that's familiar to engineers who came up on the Vi6 and Vi7000. Common on broadcast and corporate gigs.
The Vi3000 is Soundcraft's mid-tier touring console in the Vi line — a full-size desk built around the Vistonics II interface, where every parameter lives behind a physical rotary encoder paired directly to an onscreen label rather than a shared fader bank. That distinction matters in a live rig because it collapses the menu-diving that slows down other digital surfaces. This is a front-of-houseFront Of House — the main mix the audience hears, and the console position out in the room where it gets mixed. or monitor console for mid-to-large touring productions, corporate broadcasts, and theatrical runs where the house or rental company has standardized on the Vi ecosystem and the engineer already knows the workflow.
At 45 kg and 720 mm deep, the Vi3000 is not gear you're sliding into a road rack — it travels in its own case and lives on a console stand at FOHFront Of House — the main mix the audience hears, and the console position out in the room where it gets mixed. or monitor worldThe side-stage domain of the monitor engineer — console, IEM racks, and everything feeding the band’s ears instead of the audience.. The 64-channel optical MADIA pro digital format carrying 64 channels on one coax or optical cable. Point-to-point — one sender, one receiver, no network required. I/O is the real backbone of the signal chain; pair it with a compatible stage boxThe I/O endpoint on stage: mics plug in there and one digital line (AES50, Dante) carries everything to the console. The snake, digitized. and you're running 64 inputs over a single fiber with redundancyA second copy of anything critical — supply, computer, network path — already running so one failure can’t stop the show. options depending on your network topology. The 16 local analog ins and outs give you fallback capability and a convenient patch point for local sources without routing back through the stage box. Power draw sits at 300 W steady with a 380 W ceiling — plan your distroOne pair of antennas feeding many receivers through an amplified splitter — replaces the forest of whips and keeps RF levels consistent. accordingly and don't share a 15 A leg with anything hungry.
If your crew already runs Vi6 or Vi7000 shows, the Vi3000 drops in with almost no retraining — show files are compatible within the family and the surface feel is essentially identical. That's the case for it. The case against it is straightforward: at $35,000 it's a significant capital commitment, and engineers who aren't already in the Vi world will face a learning curve that other platforms don't impose. If your riderThe document attached to a booking that lists what the band needs — inputs, monitors, power, backline (and the green-room snacks). calls for a DiGiCo or an Avid consistently, buying into this ecosystem doesn't make sense. Smaller productions that don't need 64 channels of MADIA pro digital format carrying 64 channels on one coax or optical cable. Point-to-point — one sender, one receiver, no network required. would be better served by something in a lower tier.
In the rack
- Run a dedicated 20 A circuit for the console alone — with a 380 W max draw you have headroomThe margin between your normal level and where things clip — headroom is what absorbs the snare hit you didn’t see coming., but sharing with amplifiers or lighting dimmers invites noise and voltage sag at the worst moments.
- Bring a pre-configured show file with your standard input patch, gate, and comp settings loaded before load-in. The Vistonics surface rewards engineers who arrive organized; it won't save you time if you're building from scratch during line checkThe quick pre-show pass confirming every input reaches the console, one line at a time. Not a soundcheck — just does it work..
- The optical MADIA pro digital format carrying 64 channels on one coax or optical cable. Point-to-point — one sender, one receiver, no network required. ports are your primary audio lifeline — carry a spare SC fiber jumper in your kit. A bent or dirty connector on that single cable takes down your entire input count, and analog local ins will not cover a 64-channel show.
- If you're sharing the console between FOHFront Of House — the main mix the audience hears, and the console position out in the room where it gets mixed. and a monitor engineer using the surface split or a second operator, establish channel ownership and busA path where multiple channels sum into one signal — mixes, groups, and mains are all buses. A 25-bus console can build 25 blends at once. assignments in the show file before doors — the Vistonics layout makes accidental adjacent-knob edits easy when two people are working the same surface simultaneously.
Vistonics II surface, 64 channels in / 32 out.
I/O Ports (38)
| Port | Connector | Direction | Signal | Channels |
|---|---|---|---|---|
| Optical MADI In | MADI SC | input | digital audio | 64 |
| Optical MADI Out | MADI SC | output | digital audio | 64 |
| Local Mic In 1 | XLR FEMALE | input | analog audio | — |
| Local Mic In 2 | XLR FEMALE | input | analog audio | — |
| Local Mic In 3 | XLR FEMALE | input | analog audio | — |
| Local Mic In 4 | XLR FEMALE | input | analog audio | — |
| Local Mic In 5 | XLR FEMALE | input | analog audio | — |
| Local Mic In 6 | XLR FEMALE | input | analog audio | — |
| Local Mic In 7 | XLR FEMALE | input | analog audio | — |
| Local Mic In 8 | XLR FEMALE | input | analog audio | — |
| Local Mic In 9 | XLR FEMALE | input | analog audio | — |
| Local Mic In 10 | XLR FEMALE | input | analog audio | — |
| Local Mic In 11 | XLR FEMALE | input | analog audio | — |
| Local Mic In 12 | XLR FEMALE | input | analog audio | — |
| Local Mic In 13 | XLR FEMALE | input | analog audio | — |
| Local Mic In 14 | XLR FEMALE | input | analog audio | — |
| Local Mic In 15 | XLR FEMALE | input | analog audio | — |
| Local Mic In 16 | XLR FEMALE | input | analog audio | — |
| Local Out 1 | XLR MALE | output | analog audio | — |
| Local Out 2 | XLR MALE | output | analog audio | — |
| Local Out 3 | XLR MALE | output | analog audio | — |
| Local Out 4 | XLR MALE | output | analog audio | — |
| Local Out 5 | XLR MALE | output | analog audio | — |
| Local Out 6 | XLR MALE | output | analog audio | — |
| Local Out 7 | XLR MALE | output | analog audio | — |
| Local Out 8 | XLR MALE | output | analog audio | — |
| Local Out 9 | XLR MALE | output | analog audio | — |
| Local Out 10 | XLR MALE | output | analog audio | — |
| Local Out 11 | XLR MALE | output | analog audio | — |
| Local Out 12 | XLR MALE | output | analog audio | — |
| Local Out 13 | XLR MALE | output | analog audio | — |
| Local Out 14 | XLR MALE | output | analog audio | — |
| Local Out 15 | XLR MALE | output | analog audio | — |
| Local Out 16 | XLR MALE | output | analog audio | — |
| AES3 In | AES3 XLR | input | digital audio | — |
| AES3 Out | AES3 XLR | output | digital audio | — |
| Ethernet (control) | RJ45 | bidirectional | data | — |
- Power (IEC) (IEC C14)
Deciding between two?
Rack space, watts, weight and every connector, side by side.
Related gear






Related articles
Guides from our library that cover planning around digital mixer gear.
A walking tour of the signal path from microphone to in-ear monitor, with what every box in the rack actually does to the audio along the way.
Why sealed IEMs make you feel disconnected from the room — and exactly how to put the audience back into your mix with one or two well-placed mics.
Step-by-step: linking aux buses into stereo pairs, pre-fader vs post-fader, routing buses to Ultranet vs physical XLRs vs AES50, and adding a bus-level limiter.
A practical comparison of the three audio-over-network protocols you’ll encounter in a rack rig, with guidance on when each one is the right pick.

