Designing a commercial conference room in Kelowna, British Columbia requires more than mounting a television on the wall and placing a webcam on the conference table.
A properly designed meeting room needs to work as a complete system. The room, furniture, acoustics, microphones, speakers, cameras, displays, lighting, network infrastructure, control system, electrical layout and HVAC all affect the quality of the meeting experience.
This is especially important in Kelowna and the broader Okanagan Valley, where commercial spaces can range from modern office developments and professional services offices to hotels, wineries, conference facilities, healthcare buildings, municipal facilities and older buildings undergoing tenant improvements.
The best conference room design therefore starts with the room and the way people will use it, not with a particular television, camera or video conferencing platform.
Why Conference Room Design Matters in Kelowna
Kelowna has become an important business, tourism, healthcare, technology and professional-services centre for the BC Interior.
Businesses throughout Kelowna and the Okanagan regularly conduct meetings with clients, employees, suppliers and partners located elsewhere in British Columbia, across Canada and internationally.
That makes video conferencing an important part of the modern commercial meeting room.
A conference room now needs to support both people who are physically in the room and people joining remotely.
A room where the people at the table can hear one another perfectly but remote participants cannot understand the conversation is not a successful hybrid meeting room.
The same is true when remote participants can hear everyone but cannot see the presentation, whiteboard or person speaking.
A professional conference room should make the technology feel almost invisible.
Start With How the Room Will Be Used
Before selecting equipment, determine what the room is actually intended to do.
A small meeting room for four people has completely different requirements from a 20-person boardroom or a 50-person training room.
Consider:
- Number of regular participants
- Maximum room capacity
- Table configuration
- Presentation requirements
- Video conferencing requirements
- Remote participant requirements
- Content-sharing requirements
- Whiteboard requirements
- Recording requirements
- Guest presentation requirements
- Room scheduling
- Lighting requirements
- Acoustic conditions
A good AV design begins by answering these questions before equipment is specified.
Choose the Room Size Carefully
The physical dimensions of a conference room affect virtually every part of the AV design.
A longer room may require a different camera and microphone strategy than a square room.
A wide boardroom may need a different display arrangement than a narrow meeting room.
A large conference room may also require multiple loudspeakers and multiple microphone pickup zones.
As a general design exercise, commercial conference rooms can be considered in several broad categories.
| Room Type | Typical Use | Primary AV Considerations |
|---|---|---|
| Small meeting room | 2–6 people | Single display, USB video bar or compact camera/microphone system. |
| Medium conference room | 6–12 people | Dedicated camera, table or ceiling microphones, speakers and presentation display. |
| Large boardroom | 12–20+ people | Multiple microphone pickup zones, professional camera system, DSP, multiple displays and distributed speakers. |
| Training or multipurpose room | 20–50+ people | Multiple cameras, larger displays or projection, wireless microphones, distributed audio and flexible control. |
These are design categories rather than occupancy requirements. Actual occupant loads, egress, accessibility and other building requirements need to be determined for the specific project.
Consider the BC Building Code Before the AV Design Is Finalized
A commercial conference room renovation can involve much more than AV equipment.
If walls are being constructed or modified, doors are being changed, electrical work is being performed or other building alterations are being made, the project may constitute a tenant improvement.
The City of Kelowna identifies tenant improvements as construction, alteration or demolition within an existing building and provides specific permit information for these projects.
The BC Building Code 2024 applies to projects with building permits applied for after March 8, 2024, subject to applicable transition provisions. The Code establishes minimum requirements for safety, health, accessibility, fire and structural protection and efficiency.
The AV designer should therefore coordinate with the architect, electrical contractor, mechanical contractor and other professionals rather than treating the AV system as a separate project.
Accessibility Should Be Part of the Design
A professional conference room should be usable by as many participants as possible.
Accessibility considerations can affect:
- Room entrances
- Door operation
- Clear floor space
- Furniture placement
- Table height
- Wheelchair positions
- Display visibility
- Audio intelligibility
- Controls
- Assistive listening
- Wayfinding
The BC Building Code includes accessibility requirements, and the Province has also identified accessibility as a major component of the 2024 Code.
Conference-room accessibility should therefore be considered during the architectural layout instead of attempting to add accessibility after the furniture and AV equipment have already been installed.
Conference Room Acoustics Are Critical
One of the biggest mistakes in conference-room design is spending heavily on technology while ignoring the room's acoustics.
A $10,000 camera cannot compensate for a room where every microphone is picking up reflections from hard walls, glass and ceilings.
Conference rooms need controlled reverberation and good speech intelligibility.
Common acoustic problems include:
- Hard parallel walls
- Large glass surfaces
- Concrete floors
- Hard ceilings
- Reflective tables
- Large windows
- Mechanical noise
- HVAC noise
- Adjacent room noise
- Excessive reverberation
A room can look beautiful while sounding terrible.
Use Acoustic Treatment Strategically
Acoustic treatment should be designed around the actual room geometry.
Possible treatments include:
- Wall-mounted acoustic panels
- Acoustic ceiling treatments
- Acoustic baffles
- Fabric wall systems
- Acoustic clouds
- Acoustic furniture
- Carpet or appropriate flooring
- Acoustically treated doors
The objective is not necessarily to make the room completely dead.
The objective is to create an acoustic environment where speech is clear and comfortable for both people in the room and remote participants.
Glass Conference Rooms Require Extra Attention
Modern Kelowna offices frequently use glass walls to create open, attractive meeting spaces.
Glass can be excellent architecturally but challenging acoustically.
Large glass surfaces reflect sound, and glass conference rooms may also allow speech to travel into adjacent offices.
If privacy is important, consider:
- Acoustic treatment on non-glass surfaces
- Acoustic film or treatments where appropriate
- Sound-rated partitions
- Door seals
- White-noise systems
- Careful HVAC design
The architectural design and AV design should be coordinated early.
How Far Should a Conference Camera Be From Participants?
Camera distance is one of the most important considerations in a professional conference room.
A camera should be selected based on the room's geometry, not simply by choosing the camera with the highest resolution.
The designer should consider:
- Distance from the camera to the farthest participant
- Horizontal field of view
- Vertical field of view
- Camera mounting height
- Table position
- Participant seating angles
- PTZ movement requirements
- Lighting conditions
For a small room, a wide-angle camera mounted near the display may be appropriate.
For a larger boardroom, a professional PTZ camera may be more appropriate, particularly when the room requires speaker tracking or multiple camera positions.
The goal is to frame people naturally without making remote participants feel as though they are looking down a long hallway.
Do Not Put the Camera Too Close
An ultra-wide camera mounted very close to participants can create distorted faces and unnatural perspective.
The opposite problem occurs when the camera is too far away.
Participants become small on screen, and facial expressions become difficult to see.
Camera placement should therefore be tested using the actual table and seating arrangement.
Consider Multiple Cameras in Larger Rooms
A larger boardroom may benefit from more than one camera.
For example, a system might include:
- A front-facing presentation camera
- A participant camera
- A secondary camera for whiteboards
- A presenter camera
Modern conferencing systems can use automated camera switching, speaker tracking or room-control logic to select the appropriate view.
What Microphone Should You Use in a Boardroom?
There is no single microphone that is correct for every boardroom.
The microphone design should be based on table size, participant location, acoustics, room layout and the conferencing platform.
Common options include:
| Microphone Type | Advantages | Considerations |
|---|---|---|
| Table microphone | Easy to deploy and close to the speaker. | Can create table clutter. |
| Ceiling microphone | Keeps the table clean and provides flexible seating. | Requires careful acoustic and pickup design. |
| Gooseneck microphone | Very controlled pickup and excellent speech capture. | More formal appearance and fixed seating position. |
| Wireless microphone | Useful for presenters and flexible meetings. | Requires RF management and battery management. |
| Beamforming microphone | Can electronically focus pickup areas. | Requires correct configuration and room testing. |
For a modern boardroom, the microphone should be selected as part of the complete DSP and conferencing system.
Microphone Placement Is Often More Important Than Microphone Price
A premium microphone installed in the wrong location can perform worse than a less expensive microphone that has been positioned correctly.
The microphone should be close enough to the speaker to produce a strong direct voice signal while minimizing room reflections and unwanted noise.
This is one reason professional conference-room commissioning is so important.
How Do You Eliminate Echo in a Conference Room?
Echo is usually not solved by simply increasing the speaker volume or buying a different microphone.
A professional conference-room audio system normally requires:
- Acoustic treatment
- Correct microphone placement
- Digital signal processing
- Acoustic echo cancellation
- Noise reduction
- Automatic gain control where appropriate
- Proper loudspeaker placement
- Correct system gain structure
Acoustic echo cancellation is particularly important for video conferencing. The system needs to prevent audio from the room's loudspeakers from being picked up and retransmitted through the microphones.
The physical room still matters.
DSP cannot completely compensate for a fundamentally poor acoustic environment.
What Speakers Should Be Used in a Conference Room?
Conference-room speakers should provide even, intelligible coverage rather than simply maximum volume.
Common options include:
- Ceiling speakers
- Wall-mounted speakers
- Soundbars
- Column speakers
- Distributed ceiling systems
- Professional DSP-driven loudspeaker systems
For a small meeting room, an integrated video bar may provide adequate loudspeaker coverage.
For a medium or large boardroom, distributed loudspeakers can provide more consistent coverage throughout the seating area.
The objective should be that everyone can hear remote participants clearly without excessive volume.
Use DSP for Professional Conference Rooms
A dedicated digital signal processor can become the central audio engine of a larger conference room.
The DSP can manage:
- Microphone inputs
- Echo cancellation
- Noise reduction
- Equalization
- Automatic mixing
- Loudspeaker outputs
- Audio routing
- Mute control
- USB audio
- Networked audio
For larger commercial systems, networked audio technologies such as Dante can also simplify the distribution of digital audio between microphones, DSPs, amplifiers and other devices.
Design the Display System Around the Room
The display should be large enough that people at the back of the room can read shared content without difficulty.
Display selection should consider:
- Viewing distance
- Room width
- Participant count
- Presentation content
- Camera location
- Window placement
- Ambient light
- Mounting height
A single large display can work well for smaller rooms.
Larger boardrooms may benefit from dual displays.
For example, one display can show remote participants while the second shows presentation content.
Dual Displays Are Often Better for Hybrid Meetings
Hybrid meetings create a unique display problem.
Participants may need to see both:
- The people joining remotely
- The presentation being shared
Trying to place both on a single screen can make one or both elements too small.
Dual displays can therefore improve the meeting experience considerably.
Consider Projection for Large Okanagan Meeting Spaces
Not every conference room should use flat-panel displays.
Large boardrooms, hotel meeting rooms, wineries, training facilities and conference spaces may benefit from projection.
Projection can provide a much larger image than a conventional display, particularly when the viewing distance is substantial.
However, projection requires careful consideration of:
- Ambient light
- Window coverings
- Projector brightness
- Screen size
- Throw distance
- Ceiling height
- Maintenance access
Kelowna's bright summer daylight makes window and lighting control particularly important in rooms with large exterior glazing.
Lighting Is Part of the AV System
Lighting is often overlooked during conference-room design.
However, cameras need good lighting to produce a professional image.
A room can have excellent cameras but still produce poor video if participants are sitting with bright windows behind them.
Good conference-room lighting should consider:
- Face illumination
- Colour temperature
- Window glare
- Presentation brightness
- Camera exposure
- Dimming
- Lighting presets
Useful presets can include:
- Meeting mode
- Presentation mode
- Video conference mode
- Training mode
- Room cleaning mode
Kelowna's Sunlight Makes Window Control Important
The Okanagan is known for bright, sunny conditions, particularly through the summer.
A conference room with large south- or west-facing windows can experience significant glare.
Consider:
- Motorized shades
- Blackout shades where appropriate
- Solar shades
- Automated lighting control
- Display placement
- Camera placement
Motorized shades can also be integrated into the room-control system.
HVAC and Indoor Air Quality Matter in Kelowna
Conference rooms can become uncomfortable quickly when occupied by a large number of people.
HVAC design should account for the expected occupancy and the actual use of the room.
British Columbia's workplace requirements address indoor air quality and ventilation, and the 2024 BC Building Code includes ventilation requirements for buildings.
Conference-room design should therefore be coordinated with the mechanical engineer rather than simply adding more people to an existing room and assuming the HVAC system will handle it.
Wildfire Smoke Is a Real Okanagan Design Consideration
Kelowna and the Central Okanagan have experienced significant wildfire and smoke events, making indoor air quality an especially relevant consideration for commercial buildings.
The City of Kelowna specifically advises residents to pay attention to wildfire smoke and notes that filtration from MERV 13 through HEPA can be used in appropriate central HVAC and portable air-cleaning applications.
For a commercial conference room, the exact filtration and HVAC strategy should be determined by the building's mechanical design and qualified professionals.
However, the conference-room designer should understand that a Kelowna meeting room may need to remain comfortable and usable while outdoor air quality is poor.
Do Not Put the AV Rack in the Conference Room
Whenever possible, the AV electronics should be located in an equipment rack or suitable technical space rather than inside the conference room.
AV equipment can generate heat and fan noise.
A rack located in the room can therefore create:
- Acoustic noise
- Heat
- Visual clutter
- Maintenance problems
A remote rack also makes future maintenance easier.
Plan the Network Before Installing the AV
Modern conference rooms are network-dependent.
A professional room may require network connectivity for:
- Video conferencing
- Networked AV
- DSPs
- Control processors
- Displays
- Cameras
- Wireless presentation
- Room scheduling
- Firmware updates
- Remote monitoring
The AV network should be designed in cooperation with the organization's IT team.
Where appropriate, VLANs, QoS, multicast and security policies should be considered.
Do Not Rely on Guest Wi-Fi for Critical Conference Room AV
Conference-room systems should generally use infrastructure appropriate for business-critical communications.
Guest Wi-Fi may be appropriate for visitors, but the room's core conferencing and control infrastructure should have a dependable network architecture.
This is particularly important for organizations operating multiple meeting rooms across Kelowna, West Kelowna, Vernon, Penticton or other Okanagan locations.
Power Planning Is Often Overlooked
Conference rooms can contain a surprising amount of technology.
Plan power for:
- Displays
- Cameras
- DSP
- Amplifiers
- Control processors
- Network switches
- Wireless presentation systems
- Charging stations
- Table connectivity
Power should be planned before the walls are closed.
Trying to add outlets after the room has been finished often results in visible cables, floor cords or extension cords.
Give Every Conference Table Proper Connectivity
Participants should be able to connect without crawling under the table.
Depending on the room, table connectivity may include:
- USB-C
- HDMI
- Power
- USB charging
- Network connectivity
- Wireless presentation
Modern USB-C connectivity is particularly useful because many laptops can carry video, USB data and charging through a single connection.
Room Control Makes the Technology Easier to Use
A professional conference room should not require an employee to understand AV engineering.
A simple touch panel or control interface can provide:
- Start meeting
- End meeting
- Display selection
- Camera selection
- Volume
- Microphone mute
- Lighting
- Shades
- Source selection
The goal should be simplicity.
If a user needs to understand signal routing to start a Teams meeting, the system has failed its usability test.
Design for Microsoft Teams, Zoom and Other Platforms
The conference room should be designed around the conferencing platform the organization actually uses.
Microsoft Teams Rooms, Zoom Rooms and other conferencing environments have different hardware and software requirements.
The design should identify:
- Primary conferencing platform
- BYOD requirements
- Room-PC requirements
- USB device requirements
- Camera compatibility
- Microphone compatibility
- Display requirements
- Content-sharing requirements
Avoid designing the room around a specific platform without considering the organization's long-term technology strategy.
BYOD Can Be Valuable in Kelowna Businesses
Many organizations work with clients and partners who use different platforms.
A room that supports bring-your-own-device workflows can provide flexibility when a visitor needs to conduct a Zoom, Teams, Google Meet or other meeting.
However, BYOD should be deliberately designed rather than implemented with a collection of adapters and cables.
Think About Cable Management From Day One
Nothing makes a professional boardroom look unfinished faster than cables running across the table.
A good conference-room design should hide cables wherever possible.
Consider:
- Floor boxes
- Table connectivity modules
- Under-table cable management
- Wall conduits
- Ceiling pathways
- Equipment racks
- Service loops
Cable pathways should also allow future upgrades.
Design for Future Technology
A conference room may be expected to operate for many years.
The display, camera and computer purchased today may eventually be replaced.
The room should therefore include pathways and infrastructure that make future upgrades practical.
Installing conduit, adequate network capacity, spare power capacity and accessible equipment locations can save significant money later.
Consider Local Kelowna and Okanagan Business Types
Conference-room requirements can vary considerably throughout the Okanagan.
For example:
| Business Type | Potential Conference Room Requirements |
|---|---|
| Professional services | Boardroom video conferencing, presentations and client meetings. |
| Technology companies | Hybrid collaboration, screen sharing and multiple displays. |
| Healthcare | Clear speech, privacy, accessibility and reliable conferencing. |
| Hotels and resorts | Flexible meeting rooms, presentations, microphones and event AV. |
| Wineries and hospitality | Presentations, guest events, corporate meetings and hybrid conferences. |
| Government and municipal organizations | Accessible meetings, reliable presentation systems and recording or streaming requirements. |
| Construction and industrial companies | Durable systems, remote meetings, presentations and multi-location communication. |
Boardrooms in Older Kelowna Buildings Need Special Attention
Not every commercial building in Kelowna was originally designed for modern video conferencing.
Older spaces can present challenges such as:
- Limited electrical capacity
- Insufficient network cabling
- Poor acoustic treatment
- Concrete walls
- Limited ceiling access
- Older HVAC systems
- Inadequate lighting
- Limited equipment-room space
A professional AV site survey should identify these issues before equipment is ordered.
New Commercial Construction Is an Opportunity
New construction provides an opportunity to integrate AV infrastructure before the walls and ceilings are completed.
This is the ideal time to plan:
- Conduit
- Network cabling
- Speaker locations
- Microphone locations
- Camera locations
- Display backing
- Power
- Equipment racks
- Acoustic treatment
- Lighting control
- Motorized shades
Early coordination between the AV integrator, architect, electrical contractor and mechanical contractor can prevent expensive changes later.
Conference Room Commissioning Is Essential
Installing the equipment is not the same as commissioning the system.
Commissioning should include:
- Microphone testing
- Speaker coverage testing
- Echo-cancellation testing
- Camera framing
- Camera tracking
- Display testing
- Content-sharing testing
- Network testing
- Control testing
- Lighting testing
- Room acoustics evaluation
The system should be tested with people actually sitting where participants will sit.
Test the Room With a Real Meeting
One of the best tests is to conduct an actual meeting before the project is considered complete.
Put people in every seat.
Have participants speak naturally.
Share a presentation.
Make a Teams or Zoom call.
Move around the room.
Test the farthest seat.
Test the person sitting beside the HVAC diffuser.
Test the person sitting beside the window.
Test the room with the shades open and closed.
Real-world testing will often identify problems that are impossible to see from an equipment specification sheet.
Common Conference Room Design Mistakes
Mistake 1: Choosing the Camera First
The camera should be selected after the room geometry and seating plan have been established.
Mistake 2: Ignoring Acoustics
The best microphone cannot completely compensate for an acoustically poor room.
Mistake 3: Using One Display for Everything
Larger hybrid rooms often benefit from separate presentation and participant displays.
Mistake 4: Putting the AV Rack in the Room
Equipment noise can become a significant acoustic problem.
Mistake 5: Ignoring HVAC Noise
Mechanical noise can significantly reduce speech intelligibility.
Mistake 6: Forgetting Window Glare
Bright Okanagan sunlight can make displays and cameras difficult to use if the room is not designed appropriately.
Mistake 7: Designing Only for Today's Laptop
The room should be designed for future upgrades.
Mistake 8: Forgetting IT
Modern conference rooms are networked systems and need appropriate IT planning.
A Recommended Commercial Conference Room Architecture
For a typical medium-to-large Kelowna boardroom, a professional architecture could include:
- One or two commercial displays
- One or more PTZ cameras
- Ceiling or table microphones
- Dedicated DSP
- Distributed loudspeakers
- Room control processor
- Touch-panel control
- Networked AV
- Enterprise Wi-Fi
- Wired presentation connectivity
- Wireless presentation
- Motorized shades
- Dimmable lighting
- Remote equipment rack
- UPS protection for critical electronics
The exact equipment should be selected based on the room's size, requirements, budget and conferencing platform.
Typical Signal Flow
A simplified professional conference-room signal flow may look like this:
Microphones → DSP → Conferencing System → Network
and:
Conferencing System → DSP → Amplifier → Speakers
while:
Camera → Conferencing System → Remote Participants
and:
Laptop / Wireless Presentation → Display System
A control processor can sit above these systems and coordinate room functions.
What Does a Professional Conference Room Cost in Kelowna?
There is no single correct price because conference rooms vary dramatically in size and complexity.
A small meeting room may require only a display and integrated conferencing bar.
A large boardroom can require multiple displays, cameras, microphones, DSP, amplification, control, acoustic treatment, lighting and network infrastructure.
Construction requirements can also significantly affect the project cost.
For this reason, a professional budget should separate:
- AV equipment
- Network infrastructure
- Electrical work
- Construction
- Acoustic treatment
- Lighting
- Shades
- Programming
- Installation
- Commissioning
- Training
Why Local AV Experience Matters
A conference-room system needs to work in the actual building where it is installed.
A local Kelowna or Okanagan AV integrator can evaluate factors that are easy to miss when a system is designed remotely.
These can include the building's construction, ceiling conditions, available network infrastructure, HVAC noise, sunlight, room geometry and access for installation.
Local experience can also be valuable when coordinating with electricians, architects, contractors, IT departments and property managers.
Conference Rooms Should Be Designed as Complete Systems
The most successful commercial conference rooms are not collections of individual products.
They are integrated systems.
The camera affects the room layout.
The room layout affects microphone placement.
Microphone placement affects acoustic requirements.
Acoustics affect speech intelligibility.
Lighting affects camera performance.
Windows affect lighting and glare.
The network affects conferencing reliability.
The control system affects usability.
The HVAC system affects both comfort and audio performance.
Everything is connected.
Kelowna Conference Room Design Checklist
Before construction or installation begins, review the following:
- Room dimensions and seating capacity
- Table layout
- Camera locations
- Microphone locations
- Speaker locations
- Display size and viewing distance
- Acoustic treatment
- Lighting
- Window glare and shades
- HVAC noise and capacity
- Indoor air quality
- Wildfire smoke considerations
- Network infrastructure
- VLAN and IT requirements
- Power and electrical requirements
- Cable pathways
- Equipment rack location
- Room control
- Accessibility
- Emergency and life-safety considerations
- Future expansion
- Commissioning and user training
Conclusion
Designing a commercial conference room in Kelowna requires much more than choosing a large television and a video-conferencing camera.
The room needs to be designed as an integrated environment where acoustics, video, audio, lighting, HVAC, networking, power, accessibility and control all work together.
The Okanagan environment adds several considerations that should not be ignored. Bright sunlight can affect cameras and displays. Summer heat can affect room comfort. Wildfire smoke can create periods when indoor air quality becomes especially important. Older commercial buildings may require additional infrastructure to support modern AV systems.
The BC Building Code and applicable City of Kelowna requirements also need to be considered whenever the project involves construction or building alterations.
The best conference room is therefore not necessarily the room with the most expensive equipment.
It is the room where everyone can hear clearly, everyone can see the content, remote participants feel included, presentations are simple to start, the technology is reliable and the room remains comfortable throughout the meeting.
For businesses in Kelowna, West Kelowna, Lake Country, Vernon, Penticton and throughout the Okanagan, a properly designed conference room can become an important business tool rather than simply another room containing AV equipment.
The best time to address acoustics, network cabling, power, lighting, equipment locations and infrastructure is before construction is complete. Once the walls and ceilings are finished, correcting design mistakes becomes considerably more expensive.
A professional commercial AV design should therefore begin with the room, the people who will use it and the meetings that need to happen there. Then the technology should be designed around those requirements.
Sources and Further Reading
- Province of British Columbia — BC Building Code 2024
- Province of British Columbia — About the BC Building Code
- City of Kelowna — Tenant Improvements
- City of Kelowna — Air Quality and Wildfire Smoke
- City of Kelowna — Community Wildfire Resiliency Plan
- Province of British Columbia — Indoor Air Quality