From a speakerphone on a table to a full production studio — better technology at cheaper prices or just more variety with price hikes?

Meeting room technology used to mean one thing: a speakerphone in the middle of a table, picking up whoever leaned in close enough. Today the same job can be solved by at least seven genuinely different categories of hardware, ranging from a $40 wireless dongle to a system that also dims the lights and closes the blinds before the call starts. This post is the map. It traces how the industry actually got here, walks through one real regional example of just how bad the “before” picture still is for plenty of businesses, and lays out every category on the table today — with links back to the brands already covered in this series wherever one exists.

How did this actually start?

The earliest players in this space didn’t all start in the same place, and the order matters. Avaya’s roots are in telephony, not video — its B-series conferencing devices (the B109, B149, B189) were audio-only speakerphones built around Avaya’s OmniSound technology, designed to extend phone coverage around a table rather than show anyone’s face. Avaya never built a meaningful video conferencing hardware business of its own; it stayed a phone-systems company that occasionally partnered with video specialists like Tandberg rather than building cameras itself.

Cisco took the opposite route: it bought its way into this market rather than growing into it organically. In 2007, Cisco acquired WebEx, bringing software-based meetings into its portfolio. Then, in October 2009, Cisco made an offer for Tandberg — the Norwegian company that had spent decades building video codecs and conferencing hardware — eventually closing the deal at close to $3.4 billion once more than 90% of Tandberg’s shares were tendered. That single acquisition is why Cisco’s hardware lineage today still traces back to Norwegian engineering rather than anything built in California, and it’s the same lineage that later produced the founders behind Neat and Pexip, both covered earlier in this series.

Grandstream’s path looks nothing like either of those. It started in 2002 out of an apartment in Boston with exactly two products — a basic IP phone and a one-line analog telephone adapter — and spent thirteen years building out VoIP phones, PBX systems, and networking gear before touching video conferencing at all. Its first video device, the GVC series, didn’t arrive until 2015. That’s worth sitting with: one of today’s recognisable conferencing brands spent over a decade as a phone company before it ever sold a camera.

Layered on top of all that is the lineage already covered elsewhere in this series — Polycom‘s SoundStation conference phone from 1992, the audio-only ancestor of everything that followed, and Yealink‘s own two-decade climb from desk phones to its current spread across phones, room systems, and now headsets.

What does “before” actually still look like for some businesses?

It’s easy to assume every business has at least heard of dedicated conferencing hardware by now. One regional case made clear that isn’t true. A customer in Bahrain was running video calls using a personal webcam and a separate, inexpensive imported speaker, both plugged into the same laptop over USB — fighting each other for bandwidth, with neither built to actually work alongside the other, and call quality suffering on both video and audio as a result. This wasn’t a business trying to cut corners on purpose; it simply didn’t know a dedicated category of hardware existed to solve this specific problem properly. After two product demonstrations, the business purchased a Panacast 50 VBS — a single, purpose-built device replacing two mismatched consumer parts. That gap between “what’s actually possible” and “what most businesses assume is possible” is a bigger opportunity in this region than the catalogue brands alone suggest.

So what actually exists today? The full breakdown

• All-in-one video bars. A single bar-shaped device bundling camera, microphones, and speakers into one unit that sits under or above the display. This is the category Neat and MAXHUB both compete in, alongside Yealink‘s MeetingBar line — covered in earlier posts in this series.
• Pod-style 360° devices. A different shape entirely: a single rotating or fisheye-lens camera placed in the middle of the table rather than facing it. Owl Labs pioneered this category in 2017 with the original Meeting Owl, built by two former iRobot roboticists who reportedly tested the early concept by putting a laptop on a spinning stool — and the category still carries that DNA of solving the “who’s actually talking” problem from the centre of the room rather than the front of it.
• Pro AV component systems. The step up from a single bar: separate ceiling microphone arrays, standalone amplifiers, and multi-camera setups wired together and tuned room by room. This is where Yealink‘s MVC series, Sennheiser’s TeamConnect ceiling microphones, Cisco’s modular Room Kit Pro and EQX systems, and Shure’s MXA ceiling array microphones all compete — typically in auditoriums, courtrooms, and large boardrooms where a single bar’s camera and mic range simply isn’t enough.
• Wireless sharing dongles. The smallest and often cheapest category, but one with a genuinely contested history — Barco invented this category with ClickShare in 2012 and has since sued Yealink over patent infringement on its own dongle line, while MAXHUB‘s wireless dongle and Mago‘s Essential dongle both compete in the same space, all covered in earlier posts.
• Mini PC / compute-puck systems. A small, separate compute unit — often Windows-based — that pairs with an independent camera, microphone, and speaker setup rather than bundling everything into one bar. This is the modular middle ground: more flexible than an all-in-one bar, considerably simpler to deploy than a full Pro AV build.
• Android appliance devices and MDEP. A newer, simpler appliance model where Android-based hardware runs the room system directly without a separate Windows PC, increasingly built on Microsoft’s Device Ecosystem Platform (MDEP) — a framework that moves more of the security and management stack closer to the hardware itself, an approach already showing up in Cisco’s and other brands’ newest Teams Rooms devices.
• Room schedulers. Not a video category at all, but the layer that keeps every other category from descending into double-bookings and “is this room free?” confusion outside the door — covered in detail in the Joan Workplace post earlier in this series, alongside the certified Crestron, Logitech Tap, and Yealink panel alternatives.
• Full room control — the top tier. Platforms like Q-SYS go beyond audio and video entirely, putting lighting, motorised shades, and HVAC on the same touch interface as the meeting itself, run from a single processing core rather than a pile of separate remotes and wall switches.

So is this actually better technology at cheaper prices, or just more variety at higher prices?

Both things are true at once, which is the honest answer. Entry-level hardware has objectively gotten cheaper and more capable — a sub-$100 wireless dongle or a few-hundred-dollar video bar today outperforms hardware that cost many times more a decade ago, and the Bahrain example above is proof that even a modest, purpose-built device beats a mismatched pile of consumer parts. At the same time, the sheer number of categories now on the table — bars, pods, Pro AV builds, dongles, mini PCs, Android appliances, schedulers, and full room control — means more licensing layers stacked on top of the hardware itself: Teams Rooms Basic versus Pro, Zoom Rooms licensing, Neat‘s NaaS subscription, Joan‘s required software subscription, all already flagged in earlier posts in this series. The hardware floor has dropped. Whether the total cost of running a fully equipped, properly licensed room has dropped along with it is a much harder question, and one worth its own dedicated piece rather than a quick answer here.

Sources & references

1. Wikipedia, “Tandberg” — en.wikipedia.org/wiki/Tandberg
2. Wikipedia, “Tandberg E20” — en.wikipedia.org/wiki/Tandberg_E20
3. Cisco Telepresence Blog, “Cisco Telepresence: Evolution of Video Communications” — cisco-telepresence.blogspot.com
4. JCU Australia, “Video conference History” — jcu.edu.au
5. rAVe [PUBS], “The Evolution of Videoconferencing” — ravepubs.com
6. Converged Systems, “Avaya communications: Audio and video conferencing tools” — convergedsystems.com
7. Grandstream Blog, “The Story of Grandstream” — blog.grandstream.com
8. TeleDynamics, “Spotlight on Grandstream: 20 years of innovation” — info.teledynamics.com
9. Wikipedia, “Grandstream Networks” — en.wikipedia.org/wiki/Grandstream_Networks
10. Wikipedia, “Owl Labs” — en.wikipedia.org/wiki/Owl_Labs
11. Owl Labs Resources Blog, “Hatching a New Startup: Why We Started Owl Labs” — resources.owllabs.com
12. TechCrunch, “Meeting camera startup Owl Labs lands $25M and partnership with HP” — techcrunch.com
13. Q-SYS, “Q-SYS Control for Zoom Rooms App Now Available” — qsys.com
14. QSC Blog, “How Q-SYS Control for Zoom Rooms Can Transform Your Meetings” — blogs.qsc.com
15. Q-SYS, “QSC Launches Scalable Q-SYS Collaboration Solutions and Expands Hospitality and Entertainment Applications” — qsys.com