An honest, fact-based comparison of professional AV-over-IP integrated systems. Same broadcast-grade performance. Different architecture. Priced at a far more accessible level.
Industry-leading brands such as Extron, Crestron and Kramer have decades of reputation, large installed bases and well-known distribution networks. ADHOOPU takes a different architectural approach: instead of combining separate encoder / decoder / scaler / controller products, we ship a 5-in-1 integrated system on a Linux-based, 7×24 stable platform — at a far more accessible price. We do not claim to be "better". We offer the same professional-grade output with a different engineering philosophy.
Specifications below reflect publicly available product lines and our own engineering documentation as of 2026. Real-world performance depends on project scope, cabling and configuration. Contact us for an apples-to-apples quotation on your specific project.
| Capability | ADHOOPU | Extron (NAV / DTP / IPL) | Crestron (NVX / DM) | Kramer (VIA / KDS) |
|---|---|---|---|---|
| Architecture | 5-in-1 integrated (encode / decode / store / convert / control) |
Modular: separate encoder, decoder, scaler, controller | Modular: separate encoder, decoder, controller | Modular: separate encoder, decoder, switch |
| Resolution | 4K @ 60Hz | 4K @ 60Hz (top tier) | 4K @ 60Hz (top tier) | 4K @ 60Hz (top tier) |
| Latency | < 80 ms end-to-end (4K60 over standard 1GbE, measured on our test bench) | < 50 ms (claimed) | < 50 ms (claimed) | < 60 ms (claimed) |
| Audio embedding / de-embedding | Built-in (no extra card) | Model-dependent — supported natively on current NAV endpoints | Built-in on DM NVX endpoints (analog audio out + AES67) | Model-dependent — supported on current KDS models |
| Control (RS-232/485/422/IR/IO/TCP/UDP/HTTP) | Native, all protocols | Requires separate IPL / controller | Requires separate 3-Series controller | Requires separate control gateway |
| Video wall processing | Built-in, no external processor | Model-dependent — basic videowall on NAV endpoints; larger walls use dedicated processors | Videowall capability built into DM NVX endpoints; large deployments add DM-DGE / 3-Series | Model-dependent — larger walls use a dedicated processor or server |
| OS / Firmware | Linux-based, 7×24 stable | Proprietary RTOS | Proprietary RTOS | Proprietary RTOS |
| Relative project cost (equivalent 16-node system) | Far more accessible | Baseline | Baseline | Baseline |
| Global remote technical support | Included, 1-on-1, ongoing | Regional channel (paid service) | Regional channel (paid service) | Regional channel (paid service) |
| Warranty | 3-year | 3-year (industry standard) | 3-year (industry standard) | 3-year (industry standard) |
ADHOOPU does not claim to be the oldest, the largest, or the most distributed brand in professional AV. Extron, Crestron and Kramer have decades of history, deep regional channel networks, and hundreds of thousands of installed systems. Their products are professional-grade. Many large enterprises specify them by name and that decision is rational.
ADHOOPU is the right choice when:
If none of the above applies to you, the established brands are a perfectly good choice. We respect that.
Bring us your project scope — room count, signal types, resolution, distance, control requirements — and we will send a complete quotation within 24 hours, including a side-by-side bill of materials if you share the equivalent major-brand quote. No NDA required for the initial comparison.
Send your project specification (or share a competitor quote) and our engineering team will return a detailed comparison within 24 hours.
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Compare an all-in-one AV system vs separate devices, AV over IP vs matrix switcher and KVM over IP vs KVM matrix side by side — same 4K workflow, fewer boxes, one software platform.
Yes. The QG-1169 all-in-one AV processor natively integrates matrix switching, audio DSP, recording, streaming and central control, replacing five separate devices with one chassis.
AV over IP scales by adding encoder/decoder nodes on a standard network; a fixed matrix chassis must be replaced when you outgrow its port count. For growing rooms, campuses and multi-site deployments, AV over IP is the more scalable architecture.
