A studio buys four solid editing workstations, sets them up in a room, and calls it an edit bay. Within a month, footage is scattered across whichever machine ingested it first, two editors are working from different versions of the same project because nobody agreed on where the current cut actually lives, and the fourth seat sits half-idle because its drive doesn't have the footage the other three are using. Four good PCs in a room isn't an edit bay. It's four separate problems that happen to share a power outlet.
The direct answer: a real edit bay is built around shared, fast storage every seat can reach — not four (or forty) individually excellent machines with their own local drives. Standardise the base editing seats so any editor can sit at any station and pick up any project, size specialist seats (colour, VFX, animation) for their actual software rather than forcing them onto the same spec as a base seat, and solve the storage and network question before you finalise a single workstation spec — because the storage decision is what makes "shared" actually true.
Why an Edit Bay Isn't "Buy Several Good PCs"
The failure mode described above happens because storage was never actually solved — it was assumed. Each machine got its own fast local drive, footage landed wherever it was first ingested, and "sharing" a project meant physically copying files between machines or emailing a link to a folder. That's not a shared workflow; it's several isolated workflows that occasionally collide. A real edit bay makes the footage and project files live somewhere every seat can reach directly, so "which machine has the latest version" stops being a question anyone has to ask.
Worth being clear about why this happens even to studios that know better in principle: buying workstations feels like the concrete, comparable decision — specs, prices, a clear choice per seat. Storage architecture feels like an IT abstraction to sort out later. In practice it's the reverse: the workstation spec for a base editing seat is a fairly settled, comparable decision across vendors, while the storage architecture is the genuinely studio-specific choice that determines whether the room actually functions as one shared system or four separate ones that happen to share a floor.
Shared Storage: The Actual Decision
This is the single highest-leverage choice in the whole setup, and it's worth treating as a real infrastructure decision rather than an afterthought bolted on after the workstations are already bought. Shared network storage — footage and active project files living on a central store every editing seat connects to over the network, rather than scattered across local drives — is what actually makes a room of workstations behave like one shared system. The specific sizing (capacity, and how much simultaneous read/write bandwidth the network needs to support without every seat competing for the same pipe) depends on your codec, resolution, and how many seats are actively editing at once — a real sizing exercise specific to your workflow, not a single number that applies to every studio.
| Seat type | What it's optimised for | Where to go deeper |
|---|---|---|
| Base editing seat | Standard cutting, colour-neutral review, most day-to-day editing work | Single-seat video editing guide — same specs, applied per seat |
| Animation seat | Maya/Houdini-class 3D and animation work, a genuinely different hardware profile | Animation studio PC guide |
| VFX/compositing seat | Nuke/Fusion-class compositing, heavier GPU and RAM demands than base editing | VFX artist PC guide |
Standardising the Base Seats
Once storage is solved, the base editing seats themselves should be as close to identical as the budget allows — the whole point of a shared bay is that any editor can sit at any base station and immediately pick up any project, without one seat quietly being the "good" machine everyone fights over. Our fleet-standardisation guide covers why this matters beyond just fairness — a mismatched set of seats multiplies IT support time and software compatibility testing the same way it does for any other business fleet, not just an editing one. Ordering several identical base seats at once is a real bulk purchase, not several individual ones — our bulk procurement guide covers what a proper multi-unit quote should include.
Sizing Specialist Seats Honestly
Not every seat in the bay is doing the same job, and pretending otherwise under-serves the specialist work. A colourist or VFX artist working in Nuke or Fusion has real, different hardware demands than someone doing straightforward cuts — more RAM for compositing layers, GPU choices driven by different software than a base NLE needs. Same for a dedicated animation seat running Maya or Houdini. Spec these seats for what they actually run, not a compromise average across the whole bay.
The temptation to average is real, especially when procurement wants one clean spec to quote across the whole room — but a compromise spec under-serves the specialist seats without meaningfully saving anything on the base seats, since a base editing seat rarely needs to be scaled down further to hit a budget. Treat the base tier and the specialist tiers as genuinely separate procurement decisions, priced and specced independently, even if they're ordered together.
If You Only Need One Seat
Not every studio is at multi-seat scale yet, and that's a legitimate starting point, not a lesser one. Our single-seat video editing guide covers the same core spec decisions without the shared-storage layer. One thing worth planning for even at a single seat: if you expect to grow into a shared bay later, think about how footage is organised and stored now, since retrofitting shared storage onto a workflow that was never built to use it is a bigger disruption than building it in from the start.
Backup and Redundancy: The Question Shared Storage Makes Unavoidable
Scattering footage across individual local drives has one accidental upside nobody plans for: a single drive failure only ever loses one project's local copy, not everything. Centralising storage removes that accidental protection, which means backup and redundancy stop being optional the moment you move to shared storage — a failure in the central store now risks every active project at once, not one editor's local work. Plan real redundancy (not just "we'll back it up eventually") as part of the shared-storage decision itself, not as an afterthought once the bay is already running projects nobody can afford to lose.
Common Edit Bay Mistakes
The most common mistake is exactly the one this article opened with: buying good individual workstations first and treating shared storage as a later problem. By the time storage gets solved, footage habits are already set, and retraining editors out of "just save it locally" is harder than building the shared workflow in from day one.
The second is undersizing network bandwidth for how many seats are actually active simultaneously. A network that comfortably handles one editor pulling footage can bottleneck badly with three or four doing the same thing at once — size for your bay's real simultaneous-use pattern, not a single-seat test that never represents actual studio conditions.
The third is skipping a real naming and versioning convention for shared project files. Shared storage solves "where does the footage live," but it doesn't automatically solve "which version is current" — that's a process decision, not a hardware one, and it's worth deciding explicitly rather than discovering the gap the first time two editors work the same project simultaneously.
The fourth is sizing the bay for today's headcount with no room to add a seat later. Adding a seat to a bay that was never planned for growth usually means either a disruptive storage-and-network upgrade at the worst possible time — mid-project, under deadline — or a new seat that quietly can't actually reach full bandwidth because the network was sized exactly to the original count. Building in some real headroom from the start is cheaper than retrofitting it once the bay is already in daily use.
Nigeria Context: Power for a Room, Not Just a Seat
A single editing workstation has a real, known power draw, and most single-seat guides size protection around that one machine. A shared bay changes the math — you're now sizing for the room's total sustained draw across every seat plus the shared storage system itself, which typically runs continuously, not just during active editing sessions. Undersizing power protection for a room is a more expensive mistake than undersizing it for one machine, since a grid outage now risks every seat's unsaved work simultaneously, not just one editor's.
The shared storage system specifically deserves its own protection plan, separate from the individual seats — it's the one component in the room that every seat depends on simultaneously, and its failure or an ungraceful power loss risks every active project at once, not just whoever's sitting at the affected machine. Treat it as the highest-priority load in the room when sizing UPS capacity, not an afterthought added to whatever's left over after the workstations are covered.
What We'd Actually Recommend
Solve shared storage first, standardise the base editing seats around it, and size specialist seats for their actual software rather than a compromise spec. That order matters — workstations bought before storage is decided tend to get retrofitted awkwardly around whatever storage decision comes later. Sephora Systems, a custom PC and workstation builder based in Abuja with an experience centre in Gwarimpa, works through the whole bay as one system, not seat by seat in isolation.
Planning a multi-seat build-out? Talk to us about your edit bay and get the storage and seat-tiering questions answered before a single workstation is quoted.