Feature lists look identical; architectures do not. This matrix compares the three AV over IP architectures you will encounter, the total cost of ownership dimensions that never appear in a quotation, and the five questions that separate platforms faster than any datasheet.
Last updated: 3 October 2026 · Published by the ADHOOPU technical team · Shenzhen, China
Two AV over IP platforms can advertise the same resolution, the same codec family and the same port count, and still produce completely different projects. The difference is architectural: where the matrix lives, how the system grows, and what happens when something fails. This page compares the three architectures you will actually encounter, without naming brands, so the framework stays useful whichever shortlist you are working from.
| Architecture | How it works | Strengths | Watch out for |
|---|---|---|---|
| A. Appliance-managed platform | Endpoints carry streams; a separate management appliance or server performs routing, naming, firmware and monitoring. Control often needs its own processor. | Clear separation of duties. Familiar to integrators trained on the ecosystem. | Box count, licence cost and a single dependency. If the appliance is unavailable, management is unavailable. |
| B. Integrated platform | The platform itself holds matrix switching, management, DSP and control. No separate manager appliance; a browser reaches the system directly. | Fewer devices in the rack, fewer licences, fewer failure points. Expansion is a matter of adding endpoints. | Requires the vendor to have engineered the platform rather than assembled it. Check the largest live deployment. |
| C. Software-only layer | Third-party endpoints are coordinated by a software controller running on customer hardware or in a virtual machine. | Maximum flexibility if the site already owns the compute and the network is designed for it. | Support boundaries blur: when something breaks, is it the endpoint, the controller or the network? |
Every additional appliance brings power, cooling, rack space, a network port, a firmware cycle and a spare. Multiply by the number of sites.
Per-endpoint, per-appliance, per-seat or perpetual. A structure that looks reasonable on a pilot can scale badly.
A platform with strong defaults and bulk configuration tools is commissioned faster than one that needs per-device attention.
Do endpoints have fixed roles, or can a unit be re-tasked? Multi-role hardware halves the spare inventory.
How are firmware families released, and is there a documented upgrade path across generations?
Remote diagnostics versus site visits. This line item decides the profitability of the maintenance contract.
What happens to generation-one endpoints when generation two ships? A stated policy is worth more than a roadmap slide.
Compare the stated term and the exclusions side by side, in writing.
| If the project needs… | Favour | Because |
|---|---|---|
| Fewer boxes in the rack and a simple maintenance contract | Architecture B — integrated platform | Removing the manager appliance removes a dependency, a licence and a support path. |
| Strict separation between AV management and building IT | Architecture A — appliance-managed | Duties are visibly split, which some IT departments prefer on paper. |
| Reuse of existing compute and virtual infrastructure | Architecture C — software-only layer | The site already owns the hardware and accepts the support boundary. |
| Growth from a pilot to an estate without redesign | Architecture B — integrated platform | Expansion becomes additional endpoints rather than a new tier of management. |
| Point-to-point rooms alongside a growing IP core | Hybrid: extension in-room, IP on the backbone | Keeps cost proportional to need while the backbone is standardised. |
| A brand of its own on hardware and firmware | Vendor with OEM and ODM capability | Identity on the product requires a manufacturing partner, not a distributor. |
Inside the platform, or in another box that must be bought, powered and licensed separately?
Not the maximum the datasheet allows. The largest system actually running, and where.
A platform that re-establishes streams predictably is a platform an integrator can support.
By adding endpoints, or by revisiting the architecture? The answer defines the total cost of ownership.
A named engineer with remote access to the system, or a ticket queue?
Read the exclusion list before comparing the headline term.
ADHOOPU builds Architecture B. The endpoints carry the streams, and the matrix, management, DSP and control live inside the platform, so a system grows by adding endpoints rather than by adding tiers of management. Endpoints run on managed 1 Gigabit switching, hardware carries a 3-year warranty, and brand owners can work with us on OEM and ODM terms.
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19 years of AV engineering · Shenzhen, China · 3-year warranty