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Digital Mixer

Soundcraft Vi3000 Digital Mixer

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.

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Photos

Manufacturer product photography showing the hardware, controls, and physical form.

Photo: SoundcraftClick to zoom
Documented outputs
1818 destination connections
Required cable runs
1madi sc
Rack space
Outside rackPlan a shelf, tray, or stage position
Power draw
300W380W documented maximum
Catalog estimate
~$35,000Use retailer rows for current price and stock

01 · What it does—and what that changes in your rig.

Product overview

Start with the payoff, then work through how it functions, where it fits, and the details that change a real build.

The payoff

Digital Mixer decisions, organized around the whole rig.

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-house 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.

Documented outputs
1818 destination connections
Required cable runs
1madi sc
Rack space
Outside rackPlan a shelf, tray, or stage position
Soundcraftexternal · not rackmounted
Soundcraft product panelOutside rack · 300W
Function

How it works in the path

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 FOH or monitor world. The 64-channel optical MADI I/O is the real backbone of the signal chain; pair it with a compatible stage box and you're running 64 inputs over a single fiber with redundancy 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 distro accordingly and don't share a 15 A leg with anything hungry.

Best fit

Where it earns its place in the system

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 rider 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 MADI would be better served by something in a lower tier.

In the rack

Details worth deciding before load-in.

  • Run a dedicated 20 A circuit for the console alone — with a 380 W max draw you have headroom, 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 check.
  • The optical MADI 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 FOH and a monitor engineer using the surface split or a second operator, establish channel ownership and bus 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.

02 · Know the whole path before you buy.

Signal path

Learn the route as a block diagram: source, product function, transport, and destination. Select any block to see what enters, what changes, and what leaves.

Interactive block diagramAuto-looping · hover, focus, or tap to hold a stage
Port-type signalProduct functionSystem boundary
Follow one signal from source to destination

Each block answers the same three questions: what arrives, what changes here, and what leaves.

01 · Source · selected
01 · Source

19 documented inputs

madi sc + XLR female

Arrives as
19 documented inputs
Connector
madi sc + XLR female
Signal
digital audio

03 · What this product asks of the rest of the system.

Compatibility

Treat connector names as the start of the check—not the answer. These are the boundaries that determine a complete working path.

Best fit · Digital Mixer

Use it as digital mixer tracked outside rack rails; follow the manufacturer’s mounting and form-factor guidance.

Plan the companion path

Complete the path with upstream and downstream gear that matches connector, direction, signal type, protocol, and wiring standard.

Protocol boundary

This product declares MADI; matching plugs alone do not make other protocols compatible.

04 · Every connector, grouped by job.

I/O ports

Switch the product view and the documented port inventory updates with it—hardware and data stay side by side.

Every connector, grouped by job.

Switch panels to keep the hardware view and the documented port list in sync.

Front panel
front connector map for Soundcraft Vi3000 Digital MixerEXTERNAL UNIT · FRONTNo documented front ports
Rear panel
rear connector map for Soundcraft Vi3000 Digital MixerEXTERNAL UNIT · REARmadi scinputmadi scoutputXLR femaleinputXLR femaleinputXLR femaleinputXLR femaleinputXLR femaleinputXLR femaleinputXLR femaleinputXLR femaleinputXLR femaleinputXLR femaleinputXLR femaleinputXLR femaleinputXLR femaleinputXLR femaleinputXLR femaleinputXLR femaleinputXLR maleoutputXLR maleoutputXLR maleoutputXLR maleoutputXLR maleoutputXLR maleoutputXLR maleoutputXLR maleoutputXLR maleoutputXLR maleoutputXLR maleoutputXLR maleoutputXLR maleoutputXLR maleoutputXLR maleoutputXLR maleoutputaes3 xlrinputaes3 xlroutputRJ45bidirectionalIEC C14input
All documented ports for Soundcraft Vi3000 Digital Mixer
PortPanelConnectorDirectionSignalChannels
Optical MADI Inrearmadi sc inputdigital audio64
Optical MADI Outrearmadi sc outputdigital audio64
Local Mic In 1rearXLR female inputanalog audio—
Local Mic In 2rearXLR female inputanalog audio—
Local Mic In 3rearXLR female inputanalog audio—
Local Mic In 4rearXLR female inputanalog audio—
Local Mic In 5rearXLR female inputanalog audio—
Local Mic In 6rearXLR female inputanalog audio—
Local Mic In 7rearXLR female inputanalog audio—
Local Mic In 8rearXLR female inputanalog audio—
Local Mic In 9rearXLR female inputanalog audio—
Local Mic In 10rearXLR female inputanalog audio—
Local Mic In 11rearXLR female inputanalog audio—
Local Mic In 12rearXLR female inputanalog audio—
Local Mic In 13rearXLR female inputanalog audio—
Local Mic In 14rearXLR female inputanalog audio—
Local Mic In 15rearXLR female inputanalog audio—
Local Mic In 16rearXLR female inputanalog audio—
Local Out 1rearXLR male outputanalog audio—
Local Out 2rearXLR male outputanalog audio—
Local Out 3rearXLR male outputanalog audio—
Local Out 4rearXLR male outputanalog audio—
Local Out 5rearXLR male outputanalog audio—
Local Out 6rearXLR male outputanalog audio—
Local Out 7rearXLR male outputanalog audio—
Local Out 8rearXLR male outputanalog audio—
Local Out 9rearXLR male outputanalog audio—
Local Out 10rearXLR male outputanalog audio—
Local Out 11rearXLR male outputanalog audio—
Local Out 12rearXLR male outputanalog audio—
Local Out 13rearXLR male outputanalog audio—
Local Out 14rearXLR male outputanalog audio—
Local Out 15rearXLR male outputanalog audio—
Local Out 16rearXLR male outputanalog audio—
AES3 Inrearaes3 xlr inputdigital audio—
AES3 Outrearaes3 xlr outputdigital audio—
Ethernet (control)rearRJ45 bidirectionaldata—
Power (IEC)rearIEC C14 inputpower—

Showing 38 of 38 documented physical ports. Scroll to review the remaining rows.

05 · Compare the decision, not just the price.

Alternatives

The rows are organized around fit, power, I/O, and system role so a cheaper unit cannot hide a more expensive workflow.

Compare
Soundcraft Vi3000 — three-quarter view of the four-screen Vistonics control surface
Avid product photo
DiGiCo product photo
Yamaha CL5 — top three-quarter view of the console with rack case behind in a white studio
Fit📐 Outside rack📐 Outside rack📐 Outside rack📐 Outside rack
Power⚡ 300W⚡ 400W⚡ 350W⚡ 230W
Weight⚖️ 99.2 lb⚖️ 110.2 lb⚖️ 83.8 lb⚖️ 79.4 lb
I/O🔌 38🔌 4🔌 11🔌 22
Estimate💵 ~$35,000💵 ~$49,999💵 ~$65,000💵 ~$26,999
Deep diveCurrent selectionFull comparison →Full comparison →Full comparison →

06 · Resolve the questions that can change the purchase or build plan.

Planning questions

Short, source-backed answers surface rack fit, power, cabling, and connection details before they become surprises.

Where does the Soundcraft Vi3000 Digital Mixer live in a complete rig?

The catalog assigns it no rack units. Builder tracks it as non-rack gear; follow the manufacturer’s mounting, case, and form-factor guidance.

How much power does the Soundcraft Vi3000 Digital Mixer draw?

Typical draw is 300W and documented maximum draw is 380W.

What connections does the Soundcraft Vi3000 Digital Mixer have?

38 documented physical ports, including Optical MADI In, Optical MADI Out, Local Mic In 1, Local Mic In 2, Local Mic In 3, Local Mic In 4.

07 · See this gear inside a complete system plan.

Builder preview

Builder keeps non-rack gear in the same bill of materials, budget, dependency, and connection plan as the rack-mounted system around it.Open in Builder
Vi3000 Digital Mixer tracked in a complete system planA simplified plan shows the gear tracked outside rack rails, with its documented connection path continuing to a planned destination.Tracked outside rack railsSoundcraftVi3000CONNECTED GEARnext signal destinationExternal system gear · no rack units assigned

08 · Related gear, in the order you may need it.

Planning guides for digital mixer systems.