AV vendor fragmentation — sourcing cameras, displays, codecs, microphones, room control, and software from separate vendors — is one of the most under-discussed operational burdens in enterprise IT. It doesn’t just cost money. It costs accountability.

When a meeting fails in a fragmented AV environment, every vendor points at the next one. Your IT team is left holding a dead room and a room full of executives staring at blank screens.

According to Gartner’s 2024 Infrastructure & Operations research, IT leaders rank “lack of vendor accountability” among their top operational frustrations across technology stacks — and AV is where that frustration compounds daily.

When the boardroom goes dark at 9:02 AM, which of your six vendors do you call first?

This is not a technology failure. It’s a structural failure — built into the way enterprise AV is typically procured.

It’s 9:00 AM. Your CEO has a board call. The display is dark. The audio is crackling. The camera isn’t detected.

Your IT lead calls the camera vendor. They say it’s a codec issue. The codec vendor says it’s a display driver conflict. The display vendor says check the HDMI matrix. The HDMI matrix vendor says they haven’t certified compatibility with that camera’s firmware.

Forty-five minutes later, the meeting happens on a laptop propped against a water bottle.

Nobody decides to create a fragmented AV environment. It assembles itself, layer by layer, over years of reasonable individual decisions:

The result: six vendors, four firmware versions, three software stacks, and no single owner.

Forrester’s research on enterprise technology fragmentation consistently shows that multi-vendor environments increase operational overhead, extend mean time to resolution (MTTR), and create accountability blind spots that persist across entire product refresh cycles.

Most IT leaders underestimate fragmentation costs because they don’t show up in the AV budget line. They show up in four places:

1. Time-to-Resolution on Failures

When a room fails and six vendors are involved, root-cause diagnosis becomes a negotiation. Each vendor has contractual incentive to identify the failure source as outside their product boundary.

• Average back-and-forth before definitive root cause: days, not hours
• Meanwhile: room is dark, facilities is fielding complaints, executives are waiting

2. Maintenance Overhead

Six vendors means:

• Six contract renewal cycles
• Six firmware update schedules
• Six end-of-life (EOL) timelines
• Six support portal logins and escalation paths

Your IT team isn’t managing a room. They’re managing a supply chain.

3. Compatibility Debt

Every firmware update from one vendor can break compatibility with another’s product. Most IT teams eventually stop updating to avoid cascade failures — creating a growing security and performance liability.

4. The Hidden Cost of Meeting Failure

Harvard Business Review research on meeting economics documents the cascading costs of failed meetings: rescheduling time, lost decision velocity, reputational damage on external calls, and morale erosion from repeated failures. None of this appears in your AV budget. It appears in your business performance.

Theory: you contact the right vendor, they fix it. Practice:

This is the blame loop. It isn’t a failure of individual vendor support teams. It’s a predictable structural outcome of sourcing incompatible components from vendors who have no contractual accountability to each other.

AVIXA, the global professional AV trade body, identifies interoperability complexity as a core operational challenge in enterprise AV. Their market research shows that organisations running fragmented AV stacks spend more on support, experience longer resolution timelines, and report lower end-user satisfaction than those running consolidated environments.

Choosing how to deploy your government collaboration tools impacts your budget, maintenance workflows, and data control.

Many IT leaders inherit a fragmented stack and conclude: “It mostly works. We manage it.”

There’s an important distinction between managing a system and managing around a system. “Mostly works” often means:

• Certain rooms have been quietly retired from meeting use because they fail too often
• IT holds tribal knowledge about which combinations break, with undocumented workarounds
• Firmware is frozen at an old version to avoid cascade failures — a security liability
• Some rooms are used only for one-sided presentations because two-way video is unreliable

This is not a technology failure. It’s a structural failure — built into the way enterprise AV is typically procured.

No Jitter, a leading enterprise communications publication, has documented this “degraded resilience” pattern — where workaround accumulation masks systemic dysfunction until a high-visibility failure forces a reckoning.

The alternative to fragmentation isn’t a single magic product. It’s a deliberate architecture — one where components are designed, tested, and supported as a system, not assembled as a collection of point solutions.

Consolidated AV infrastructure is characterised by:

• Single-source accountability. One vendor owns hardware and software. One call, one ticket, one SLA. No blame loop.
• Pre-validated interoperability. Components are tested together at the OEM level — not on your IT team’s evenings.
• Unified firmware management. Updates are released for the stack, not individual components. One validated release, not six schedules.
• Single contract, single renewal. One procurement relationship, one support escalation path, one annual review.
• Consistent room experience. Every space — from a 4-person huddle to a 60-seat boardroom — runs the same architecture. No re-learning every room.

Before you can fix fragmentation, you need to quantify it. Your IT team can run this assessment in a single day.

1. Map vendor count per room type. List every hardware and software component in each room category (huddle, meeting, boardroom, training). Count vendors. If any room type exceeds three, fragmentation is present.
2. Map support paths. For each vendor: who owns the contract, what the SLA is, and — critically — what happens when a failure crosses product lines. “We figure it out” is a gap, not a process.
3. Identify dead rooms. Ask facilities which rooms have been informally retired or that people avoid booking. These are your fragmentation canaries.
4. Quantify IT time cost. How many hours per month go to AV support? Break it down: vendor interaction time vs. actual resolution time. In fragmented environments, the former typically exceeds the latter.
5. Check firmware lag. For every AV component, compare installed firmware against the vendor’s latest release. A gap of two or more major versions is accumulated technical debt.

Even organisations that recognise the problem often recreate it on the next refresh cycle. Three structural reasons explain why:

• Unit cost beats total cost of ownership. Procurement processes that evaluate components individually — not as a system — will always trend toward fragmentation. Each decision is locally rational. The system is globally irrational.
• No one owns the full stack. Facilities buys displays. IT buys cameras. Procurement signs contracts. Nobody is accountable for integration. When it fails, accountability is as fragmented as the stack.
• RFPs don’t specify integration accountability. Most AV RFPs define product specs. Few define who owns root-cause analysis across components, or what the SLA looks like for a cross-vendor failure. Those omissions become operational gaps.

To break the cycle, AV procurement needs to shift from component-level to system-level evaluation — where total cost of ownership, integration accountability, and support model are explicit criteria. AVIXA’s industry research places the global pro AV industry at over $300 billion in market value, underscoring both the scale of investment and the cost when support structures fail.

A vendor with genuine system-level accountability will answer these directly and specifically. Vague answers are data.

Whether evaluating a full consolidation or a partial refresh, these questions cut through vendor positioning:

1. Who owns the support call when a failure involves more than one of your products? If the answer is “you contact each product team separately,” fragmentation is built into their support model.
2. What is your interoperability testing process? Can they show documentation of how camera, codec, display, and software are tested together before release?
3. What is your firmware release policy? Per-component or per-stack? Who validates cross-component compatibility?
4. What does your SLA look like for a full-room failure? Not a single device — a room-level failure involving multiple components.
5. Do you manufacture or resell? Resellers have no control over product roadmap, firmware cadence, or component-level engineering — which matters when something goes wrong.
6. Can you provide references from comparable-scale deployments? Not a logo list — actual contacts at organisations running your products at enterprise scale.

The structural answer to vendor fragmentation is a partner who controls both the hardware and software stack — an OEM (original equipment manufacturer) rather than an integrator or reseller.

What OEM accountability looks like in practice:

• Camera, codec, display integration, conferencing software, and room control are engineered by the same team — compatibility is a design decision, not a field coordination task
• Firmware updates are validated across the full stack before release
• A single support path covers all components — no cross-vendor blame loop
• Contract, SLA, and renewal are unified under one relationship

PeopleLink is an India-based OEM that designs, develops, and manufactures AV hardware and software under a single engineering roof. Deployed across 30+ countries, ISO certified, and represented at 120+ global Pro-AV events including InfoComm and ISE Europe, PeopleLink’s architecture is built on the consolidated model described above.

Explore enterprise conference room solutions, meeting room architectures, and huddle room deployments — or review deployment outcomes in the PeopleLink case studies section.

Your IT team did not fail. The procurement model did.

Six vendors, zero accountability is a structural problem — assembled over years of individually rational decisions that aggregate into a collectively irrational system. The fix starts with naming the problem clearly, building procurement criteria that evaluate systems rather than components, and asking vendors the accountability questions most RFPs skip.

If your enterprise AV infrastructure is currently held together by tribal knowledge, undocumented workarounds, and six phone numbers — the next high-visibility failure is a matter of when, not if. The good news: it’s entirely fixable. Start with the audit framework above, and evaluate vendors against the six questions in the section before this one.