Yealink MVC S98 Teams Rooms System for Extra-Large ProAV Collaboration

The Yealink MVC S98 is a native Microsoft Teams Rooms on Windows platform built for organizations that need a disciplined, multi-camera collaboration environment rather than a basic video bar. It is intended for extra-large meeting spaces, professional audiovisual rooms, boardrooms, classrooms, training environments and divisible-room designs where camera coverage, room control, content presentation and integration flexibility must be planned as one system. The current MVC S98-C5U family centers on the MCore 4 mini-PC and MTouch Plus control console and combines them with three SmartVision 80 cameras, AVHub processing, room sensing and networked room connectivity. This architecture gives consultants and IT teams a structured foundation for complex spaces where a single camera may not provide acceptable participant coverage.

For procurement teams in Uganda, the practical value of MVC S98 is not simply the number of devices in the carton. The platform is designed around room-scale engineering. Camera placement can be planned around seating geometry, presenter zones and sight lines. AVHub provides a path for coordinated multi-camera operation and supports expansion to as many as nine cameras in suitable designs. The MCore 4 provides the Windows-based Teams Rooms compute layer, while MTouch Plus gives users a dedicated 11.6-inch room-control interface. RoomSensor can report occupancy and environmental conditions. The result is a system that can be specified around a real room instead of forcing a large room to behave like a small huddle space.

FourTeck approaches the MVC S98 as a project component that should be matched with the correct displays, room audio, mounting, cabling, network services and Microsoft licensing. The standard core configuration may not include the final audio solution or displays, so a project quote should confirm every required component. This is especially important for ceiling-microphone designs, divisible rooms, long boardroom tables and teaching spaces where acoustic coverage and camera positions vary significantly.

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Instant Specifications & Procurement Fact Rail

The procurement fact rail should be read as a starting point rather than a substitute for room design. The system is sold into projects where the final bill of materials can change according to microphone choice, loudspeaker topology, display count, cable paths, table connectivity and whether the room must operate as one space or be divided into smaller zones. FourTeck can map the core kit against the room plan before commercial approval so buyers can distinguish included hardware from project accessories and installation materials.

Operational Product Architecture & Overview

MVC S98 separates the collaboration room into functional layers. MCore 4 handles the Teams Rooms compute workload and provides dedicated video outputs, content input, USB connectivity, room-console connectivity and network interfaces. It ships in the current C5U configuration with Windows 11 IoT Enterprise and the Microsoft Teams Rooms application. The system therefore gives administrators a purpose-built room endpoint instead of relying on a participant laptop as the permanent meeting host. That distinction matters in executive and training spaces because room availability, meeting join behavior and peripheral control need to remain predictable regardless of who walks into the room.

The visual capture layer is built around SmartVision 80. The camera uses a four-lens concept with a motorized PTZ camera and additional electronic camera views. Its PTZ lens provides 20× optical zoom, with a 61.5-degree horizontal field of view on the PTZ camera, while panoramic and telephoto views help the system maintain contextual awareness and closer participant framing. In large spaces, optical reach is valuable because the far end of a room can otherwise become a collection of indistinct faces. Multiple SmartVision 80 units can be placed to reduce compromised angles, support presenter coverage and give AVHub several useful sources for room layouts.

AVHub is the coordination layer for complex audiovisual designs. It offers multiple Yealink VCH connections as well as USB and line-level audio interfaces and is designed to support divisible and merging meeting rooms. For an integrator, that creates a more useful topology than connecting every peripheral independently to the room computer. The room can be planned around a central audiovisual processing point, with cameras and compatible room devices organized according to the physical space. Where a third-party digital signal processor is part of a divisible-room design, the integration path should be validated during engineering rather than after installation.

MTouch Plus forms the user-control layer. Its 11.6-inch IPS screen gives room users a dedicated interface for joining meetings and operating the room. The console supports wired content inputs through HDMI and USB-C and can also participate in wireless sharing workflows when the appropriate Yealink accessory is used. Deployment can be tabletop, fixed tabletop or wall mounted. This flexibility is useful in Uganda projects where furniture and cable access may be finalized separately from the audiovisual system. A wall-mounted control point can suit teaching spaces, while a table console is usually more natural for boardrooms.

RoomSensor adds occupancy, temperature, humidity and light detection. It communicates over Bluetooth BLE 5.2 and has a stated reach of up to 30 metres under suitable conditions. This is not merely an accessory detail: occupancy information can support room-management practices, while environmental readings help facilities teams understand whether a premium collaboration room is being operated in reasonable conditions. The sensor also reduces the need for an additional data cable at the sensor position.

A common procurement problem is assuming that a high-end room kit automatically includes every microphone, loudspeaker and display required for deployment. The MVC S98 core platform is deliberately flexible. Yealink demonstrates it with ceiling microphones, ceiling speakers, wired microphones and other professional audio designs. Buyers should therefore define the acoustic requirement before ordering. Ceiling height, reverberation, participant density, HVAC noise, table shape and whether presenters move around the room all influence the correct audio bill of materials.

Enterprise Business Outcomes & Value Analysis

Key Hardware & Software Highlights

The MCore 4 is the compute anchor. Its Intel Core Ultra 5 125H processor, 16 GB DDR5 memory and 256 GB SSD are paired with one HDMI 2.1 output, two HDMI 2.0 outputs, HDMI input, four USB 3.0 Type-A ports, an MTouch RJ45 port, an audiovisual-network LAN connection, Wi-Fi 6-class wireless support and Bluetooth 5.2. Built-in EDID handling and CEC support are particularly relevant to meeting rooms because display negotiation and control can otherwise become persistent commissioning issues.

SmartVision 80 is the capture centerpiece. Its PTZ lens reaches 20× optical zoom, while panoramic and telephoto views provide different framing perspectives. Published camera functions include IntelliFocus, speaker tracking, presenter tracking, video fence, picture-in-picture, auto framing and IntelliFrame. In procurement terms, these features are most valuable when camera placement and room geometry are validated. A premium tracking feature cannot compensate for a camera hidden behind a display, installed too low, pointed through glare or placed where participants repeatedly block its line of sight.

The MTouch Plus has a 1920 × 1080 IPS display and an adjustable viewing position. It accepts HDMI and USB-C video input for wired sharing and can support wireless sharing with WPP30. RCH40 E2 provides four 10/100/1000 Mbps ports and a total PoE budget of 90 W, with up to 30 W per port under the published specification. AVHub contributes seven Yealink VCH ports plus USB and analog audio connectivity. Together, these components form a modular room fabric rather than a single appliance.

Technical Specifications Ledger

Specifications above describe the current published C5U family and should be reconciled with the exact part number offered on the Uganda quotation. Manufacturers can revise bundles, accessories and regional carton contents while retaining a family name. FourTeck therefore recommends bill-of-material verification before purchase order release, particularly for projects that depend on a specific extender, mounting accessory, cable or audio interface.

Configuration & Sizing Worksheet

Step 1 — Map workload and room scale

Record room length, width, ceiling height, normal seating count, maximum occupancy, table shape and presenter locations. Yealink demonstrates MVC S98 in spaces around 20–40 people, but capacity alone does not determine design. A long 20-seat boardroom and a wide 20-seat classroom can require very different camera and microphone positions. Mark the farthest face from each proposed camera and identify whether presenters will stand, walk or remain seated.

Step 2 — Establish display and sight-line requirements

Decide whether the room needs one, two or three displays and what each display will show. Confirm wall construction, bracket loading, cable routes and service access. MCore 4 provides three HDMI video outputs, but the final display topology should be validated against Teams Rooms behavior and desired content layouts. Keep camera mounting positions aligned with natural eye lines where possible so remote participants do not experience an exaggerated side view.

Step 3 — Design audio before ordering

The MVC S98 core system is often paired with separate professional audio. Decide whether the room needs ceiling microphones, table microphones, wired presenter microphones, ceiling speakers or a third-party DSP. Measure reverberation concerns and identify HVAC noise, hard glass surfaces and high ceilings. For divisible rooms, document how microphones and speakers should behave when partitions are open or closed. Audio zoning and echo-control requirements should be agreed before the equipment list is frozen.

Step 4 — Validate power, network and cabling

Provide stable power for the room computer, displays, AVHub, cameras, PoE switch and audio components. If redundant building feeds or UPS protection are required by policy, include them in the room design. Calculate PoE load rather than assuming every port can power every device simultaneously. Separate corporate network requirements from the audiovisual device network as appropriate, document VLAN and firewall policies, and test DNS, time synchronization and Microsoft service reachability before handover.

Step 5 — Confirm licensing and administration

Hardware purchase does not automatically provide every Microsoft service entitlement. Confirm the appropriate Microsoft Teams Rooms licensing for the room account, any organizational conditional-access requirements and the device-management method. Define who owns the room resource account, who can reset credentials, who schedules update windows and how support teams will access diagnostic information.

Step 6 — Build the quotation checklist

A complete request should include the exact MVC S98 kit revision, displays and mounts, audio devices, AVHub and switches, table connectivity, BYOD requirement, rack or cabinet hardware, patch leads, structured cabling, UPS, installation, testing, commissioning, user orientation, warranty terms, delivery location and any post-sales support agreement. Add floor plans and photographs when available. This gives the supplier enough information to identify omissions before they become change orders.

Deployment Scenarios & Industry Use Cases

Large enterprise and multi-site networks

For a corporate headquarters, MVC S98 can serve flagship boardrooms and training spaces while smaller Yealink room systems cover standard meeting rooms. This creates a consistent Teams Rooms user experience without forcing every room to use identical hardware. Central IT can standardize account creation, network policy, naming, update windows and support procedures. The flagship room can then add the camera and audio depth demanded by its physical size. In a multi-site deployment, document each room as a repeatable site package with drawings, serial records and configuration baselines.

Financial and banking institutions

Banks and financial organizations often require controlled meeting environments for executive reviews, branch coordination and training. The dedicated room endpoint supports a cleaner operational model than unmanaged laptop-driven conferencing. Network segmentation, physical port security, room-account policy and patch governance should be integrated with the institution’s own controls. Multi-camera coverage can improve large board meetings, while room audio should be designed carefully for confidentiality and speech intelligibility. Procurement documentation should specify support response, replacement procedures and change-control responsibilities.

Education and campus networks

Training rooms and classrooms benefit from presenter tracking, optical zoom and multiple viewpoints. One camera can prioritize the lecturer while another provides participant or room context. Ceiling microphones and speakers can reduce table clutter, but acoustic design becomes critical in rooms with hard surfaces. The design should account for lectern connections, guest laptops, content sharing, teaching displays and support access. Yealink publishes MVC S98 example designs for classroom capacities in the 20–40 person range, demonstrating the platform’s suitability for structured teaching environments.

Government and public-sector procurement

Government projects often require a detailed bill of materials, warranty clarity, serial tracking and defined acceptance tests. MVC S98 can be specified as a room system with each component itemized. Before award, the buyer should confirm the exact regional kit, Microsoft licensing responsibilities, display and audio scope, installation materials and support boundaries. Acceptance testing can include camera framing at every seat, content sharing, meeting join, audio coverage, display wake behavior, sensor operation, network recovery and documented administrator handover.

Technical Deep Dive: Processing, Acceleration & Camera Architecture

The design philosophy of MVC S98 distributes workload across purpose-built components. MCore 4 runs the Teams Rooms environment and handles room application, display outputs and content ingestion. SmartVision 80 cameras perform camera-side processing and provide multiple optical perspectives. AVHub coordinates the professional audiovisual fabric. This distribution matters in extra-large rooms because the system is not dependent on a single USB camera trying to observe every seat and perform every framing decision from one location.

The 20× optical PTZ capability is particularly important for long spaces. Optical zoom preserves capture detail more effectively than relying only on digital enlargement. The panoramic lens gives a much wider horizontal field, while the telephoto view supplies another close perspective. When three cameras are positioned intentionally, the system can cover participant zones and presenter positions without demanding constant manual operation. Expansion through AVHub provides a route toward more complex camera layouts, but additional cameras should be justified by sight-line analysis rather than installed simply because ports are available.

MCore 4’s display and input interfaces also affect room architecture. Three HDMI outputs provide options for multi-screen deployments, while HDMI input supports high-resolution content ingestion. Built-in CEC and EDID features help manage display communication. In real projects, these functions should be tested with the exact display models because commercial panels, extenders and switchers can introduce their own behavior. Commissioning should include cold-start, display sleep/wake, cable reconnect and power-recovery tests.

Technical Deep Dive: Software Ecosystem, Firmware Security & Operational Control

The current C5U platform ships with Windows 11 IoT Enterprise and the Teams Rooms application. Organizations should treat it as a managed collaboration endpoint. Room accounts need controlled credentials and appropriate licensing. Updates should be scheduled under an ownership model that defines what Microsoft manages, what Yealink management services handle and what internal IT approves. TPM 2.0 and Kernel DMA protections provide useful platform-level capabilities, but endpoint security still depends on network controls, account policy, physical access and timely maintenance.

Remote management is valuable when an organization has rooms in Kampala and additional branches. Compatible Yealink management services can support monitoring, configuration, updates and diagnostics. The operational objective should be to detect degraded peripherals before an executive meeting exposes the issue. Administrators can build a routine that checks device health, firmware baselines, room-account status and incident history. Change records should include firmware versions and room configuration so a support engineer can distinguish a new fault from a configuration change.

For regulated environments, remote-management access should be approved within organizational security policy. Management traffic, administrator roles and credential handling should be documented. A meeting room is a shared endpoint used by many people, so the security model should avoid exposing administrative interfaces to ordinary room users. Physical access to MCore 4, AVHub and network equipment should also be considered when designing cabinets and credenzas.

Technical Deep Dive: High Availability, Redundancy & Recovery

MVC S98 is a room system rather than a clustered data-center appliance, so availability is achieved through good infrastructure and operational preparation. Start with stable mains power and consider UPS protection for the room computer, network path and audiovisual processors where meeting continuity is important. Confirm that PoE budgets are sufficient and that power adapters remain serviceable. Avoid placing compute and power supplies in sealed furniture where heat can accumulate.

Network recovery should be part of acceptance testing. Restart switches, disconnect and restore uplinks, and verify that the room returns to a usable state. Document the correct reboot sequence for MCore 4, AVHub, cameras and touch console. Keep spare patch leads and clearly label both ends of every permanent cable. In multi-site estates, maintaining a limited pool of compatible spare components can reduce downtime, subject to warranty and configuration requirements.

Disaster recovery also includes configuration knowledge. Keep the room drawing, cable schedule, device list, serial numbers, firmware baseline, account owner and support contacts in an accessible operations repository. If a component must be replaced, technicians should know exactly where it connects and how the room should behave after restoration. A well-documented room can often be recovered faster than a more expensive room whose topology exists only in an installer’s memory.

Pre-Purchase Buyer Gap Checklist

Is Microsoft licensing included? Do not assume the hardware purchase includes the ongoing Microsoft Teams Rooms service entitlement required by your organization. Confirm the room-account licensing model with your Microsoft administrator or licensing partner and include recurring software costs in the ownership calculation.

Are audio devices included? Current MVC S98 core-kit examples can be supplied without the final room audio package. That is intentional because professional rooms may use ceiling microphones, ceiling speakers, wired microphones or third-party DSP designs. Ask the quote to state explicitly which microphones and speakers are included.

Are displays included? Treat displays, mounts and long-distance video transport as separate scope unless the quotation lists them. Confirm screen count, size, commercial duty cycle, bracket type and cable path.

What is the exact hardware generation? Request the manufacturer part number, such as the current C5U family reference, and make sure MCore 4 is stated if that is the required generation. Product family names can survive component revisions.

Will the room need more than three cameras? Three SmartVision 80 cameras are a strong baseline, and AVHub supports larger camera designs. More cameras are not automatically better. Determine blind spots, presenter positions and participant zones first.

What rack or cabinet clearance is needed? MCore 4, AVHub, switches, power supplies and cable service loops need ventilated, accessible space. Include technician access and bend radius, not just the dimensions of the electronics.

What is the full power requirement? Calculate displays, room computer, cameras, AVHub, PoE switch, audio equipment and any extenders. The RCH40 E2 publishes a 90 W total PoE budget with up to 30 W per port, but the whole room load is larger than the PoE switch alone.

Will existing third-party audiovisual equipment work? Integration is possible in professional designs, including third-party DSP scenarios, but compatibility should be validated model by model. Ask for an interface diagram before purchase.

What happens if the room is divisible? Define partition states and required behavior. Cameras, microphones, speakers, displays and room controls may need different logic when the wall is open versus closed. AVHub supports divisible and merging room concepts, but the complete design must still be engineered.

What warranty and replacement process applies in Uganda? Manufacturer example configurations cite two-year hardware warranty, but regional commercial terms, logistics and replacement procedures should be confirmed on the FourTeck quotation. Ask who handles diagnosis, return authorization, shipping and reconfiguration.

Uganda Regional Procurement & Delivery Logistics

FourTeck can prepare an Uganda quotation around the actual room rather than a generic bundle. The recommended process begins with the room dimensions, seating plan, display requirement, audio preference, Microsoft environment and installation location. From there, the bill of materials can identify the MVC S98 core, professional audio, displays, mounts, cabling, network accessories and services. For project procurement, include the desired delivery date and whether installation must be coordinated with furniture, electrical or construction contractors.

Order processing should distinguish stocked accessories from project-order components. Delivery timing can vary with the exact kit revision, quantity and import logistics, so lead time should be confirmed on the formal quote rather than assumed from another market. Where practical, staging can include component verification, firmware review, labeling and preparation of the room documentation before dispatch. Site commissioning should then validate the installed system under real network and acoustic conditions.

For organizations outside Kampala, packaging and transport planning matter because the MVC S98 is a multi-component professional system. Confirm the receiving contact, delivery access, secure storage and whether installation staff will arrive at the same time as the equipment. Keep cartons and serial records until acceptance testing is complete. For multi-room projects, consider phased deployment so lessons from the first commissioned room can be applied to later sites.

Local Coverage Matrix

Coverage planning should consider more than transport. Remote sites may need advance validation of network readiness, power quality, wall construction and available technical support. For standardized multi-site programs, FourTeck can use a common room checklist while adjusting camera, audio and display choices to each physical space.

Cross-Border & Regional Supply Chains

Organizations operating across East Africa, the Gulf and wider African markets may need consistent room standards across several procurement entities. FourTeck regional sites can support commercial coordination through FourTeck Uganda, FourTeck Kenya, FourTeck Africa, FourTeck UAE and FourTeck Kuwait. The objective for a regional rollout is to preserve the technical baseline while recognizing that commercial terms, stock, warranty routing, taxation and delivery lead times can differ by country.

For cross-border projects, create a master bill of materials with permitted substitutions and a country-specific schedule showing local quantities, delivery addresses and installation responsibilities. Confirm that the same MVC S98 generation is quoted in every country and that audio and display selections remain interoperable. Central IT can then maintain one operating standard even where purchasing is decentralized.

Related Products & Internal Planning Links

A complete collaboration project often includes products beyond the MVC S98 core. Browse FourTeck Uganda enterprise technology solutions for related room infrastructure and contact the team for compatible Yealink professional audio, Microsoft Teams room systems, commercial displays, structured cabling, PoE switching, UPS protection and mounting accessories. For a smaller room, request alternative Yealink MVC models rather than oversizing the S98. For a larger or acoustically difficult room, ask for a ceiling-audio design and room drawing before finalizing hardware.

Useful adjacent components can include Yealink CM-series ceiling microphones, CS-series ceiling speakers, AP-series digital signal processing, WPP wireless presentation accessories and additional SmartVision cameras where the engineered design calls for them. Exact compatibility and required quantities should be confirmed against the current MVC S98 release. The safest procurement method is to treat accessories as part of a validated system bill rather than independent add-ons.

FourTeck Technical Service Capabilities

FourTeck can support the technical steps that turn a hardware purchase into a deployable room. Engineering validation can review room dimensions, camera positions, display count, microphone coverage, speaker placement, cable routes, network ports and power availability. Bill-of-material verification can then check that the quoted kit revision, audio devices, mounts, extenders, switches and installation materials correspond to the design.

For suitable projects, staging can include carton and part-number checks, serial recording, labeling, firmware review and preparation for site installation. Pre-shipment work does not replace on-site commissioning because final behavior depends on the customer network, room acoustics, display installation and cable plant. After installation, commissioning can test meeting join, content sharing, camera framing, audio pickup, loudspeaker coverage, display behavior, room control and recovery after restart.

Post-sales support is strongest when the room has been documented. FourTeck recommends retaining the approved bill of materials, room drawing, cable schedule, administrator ownership, warranty records and acceptance results. These records make later troubleshooting and component replacement more efficient and reduce dependence on individual staff memory.

Extended Technical FAQ

1. What room size is the Yealink MVC S98 intended for?

The MVC S98 is designed for extra-large and professional audiovisual meeting spaces, including boardrooms, training rooms, classrooms and divisible rooms. Yealink publishes example classroom designs around 20–40 people, but headcount should not be used as the only sizing measure. A long narrow room can need different camera positions from a wide classroom with the same number of seats. Measure room dimensions, identify presenter zones and calculate the farthest participant distance before deciding whether the standard three-camera layout is sufficient. Audio coverage and display sight lines should be engineered separately because they depend heavily on room geometry and acoustics.

2. What is included in the current MVC S98 system?

Current C5U documentation describes MCore 4, MTouch Plus, RoomSensor, three SmartVision 80 cameras, AVHub, RCH40 E2 and a room connectivity component such as VCH51 Pro or BYOD extender depending on the specific kit reference and documentation. Power supplies, brackets and cables are supplied according to the exact manufacturer package. Because bundle contents can change by revision or region, request the manufacturer part number and itemized carton contents on the FourTeck quotation. Displays and the final professional audio solution should not be assumed to be included unless explicitly listed in the bill of materials.

3. Does MVC S98 include microphones and speakers for the whole room?

The SmartVision 80 has a built-in microphone array for camera functions, but a professional extra-large room normally requires a dedicated room-audio design. Yealink positions MVC S98 to integrate with professional audio options such as ceiling microphones, ceiling speakers and digital signal processing. Some core-kit references explicitly state that audio devices are not included. This flexibility is beneficial because a boardroom, classroom and divisible training suite rarely need the same microphone layout. FourTeck can size the audio system based on ceiling height, table geometry, presenter movement, acoustic conditions and whether the room needs independent zones.

4. How many cameras can MVC S98 support?

The standard current configuration includes three SmartVision 80 cameras. When used with AVHub, Yealink states that supported multi-camera designs can connect up to nine cameras simultaneously. That does not mean every room should use nine. Camera quantity should be driven by coverage. Identify seats that would be too distant or badly angled from the primary camera, locate presenter zones and account for partitions or obstructions. Additional cameras also affect cabling, mounting, power, processing layout and commissioning. FourTeck can help prepare a camera-location plan so expansion solves a defined coverage problem rather than adding unnecessary hardware.

5. Can users bring their own laptop into an MVC S98 room?

Yes, the MVC S98 family supports room designs that provide BYOD connectivity, and current bundles may include a BYOD extender or VCH connectivity component depending on revision. MTouch Plus also supports wired content sharing through HDMI and USB-C, while WPP30 can enable a compatible wireless sharing workflow. The exact desired behavior should be stated during design: simple content presentation is different from temporarily using the room’s cameras, microphones and speakers as laptop peripherals. Confirm the required workflow, cable location and accessory before purchase so users receive a clear and repeatable connection method.

6. What Microsoft license is required?

MVC S98 provides the hardware and current Windows-based Teams Rooms platform, but the organization should confirm the Microsoft Teams Rooms licensing required for the room resource account. Licensing models and service entitlements can change independently of the hardware. Your Microsoft administrator or licensing partner should validate the current plan against the organization’s meeting, management and security requirements. Include recurring licensing in the project budget and decide who owns the room account before commissioning. FourTeck can align hardware planning with the intended Teams Rooms deployment, while Microsoft service licensing should be confirmed under the customer’s tenant and commercial agreement.

7. Can MVC S98 integrate with third-party professional audio?

The platform is designed for professional audiovisual integration, and Yealink documents AVHub support for third-party DSP integration in relevant divisible-room scenarios. Compatibility still needs to be validated for the exact DSP, microphone, loudspeaker and control architecture. Line-level interfaces alone do not guarantee that every desired room behavior will work automatically. A proper design should show signal flow, echo-cancellation responsibility, microphone zoning, loudspeaker routing and behavior when room partitions change state. For an existing room, provide FourTeck with the current DSP model and wiring diagram so the integration path can be reviewed before ordering.

8. What warranty should Uganda buyers expect?

Yealink’s published MVC S98 design-center examples for the current core kit specify a two-year hardware warranty. The commercial warranty that applies to a particular Uganda order should nevertheless be stated on the FourTeck quotation because regional supply routes, accessories and service terms can differ. Buyers should ask how faults are diagnosed, what information is required for return authorization, where replacement logistics are handled and whether installation labor is included or separate. Keep serial numbers, purchase records and the approved bill of materials. For business-critical rooms, discuss spare strategy and support response expectations before deployment rather than after a failure.

9. Does the system work in divisible meeting rooms?

Yes. AVHub is documented to support divisible and merging meeting-room designs, making MVC S98 suitable as a foundation for spaces that operate in more than one physical configuration. The implementation requires more than selecting a menu option. Designers must define what happens to cameras, microphones, loudspeakers, displays and control points when the partition is open or closed. Network and audio routing may also need different states. The project should therefore include a room-state matrix and acceptance tests for every supported configuration. This is an area where pre-purchase engineering can prevent substantial rework after construction is complete.

10. What should be tested before final acceptance?

Acceptance should test the room as users will experience it. Join scheduled and ad-hoc Teams meetings, verify camera framing from every participant zone, test presenter movement, confirm microphone pickup and loudspeaker clarity, share content through each intended input, check all displays, validate MTouch Plus controls and verify RoomSensor operation. Restart the system and network path to confirm recovery. Test display sleep and wake behavior. If BYOD is required, test the approved laptop workflow. Finally, record firmware versions, serial numbers, room-account ownership and support contacts. A signed acceptance checklist gives both the customer and support team a known baseline for future troubleshooting.

Plan Your Yealink MVC S98 Deployment in Uganda

For an accurate MVC S98 quotation, send FourTeck the room dimensions, seating layout, display requirement, preferred audio approach, Microsoft Teams environment, installation city and target deployment date. The team can use those details to validate the current kit revision and build a project bill covering cameras, compute, control, professional audio, displays, cabling, power, mounting and services. This prevents the common mistake of purchasing a premium room core while overlooking the infrastructure needed to make it operational.

Pricing for the MVC S98 varies internationally by region and bundle. Current public listings observed for the C5U-004 generation span roughly the low-to-mid five figures in US dollars, so Uganda pricing should be treated as quotation-based and should account for exact scope, logistics and local commercial terms. Request a formal quote rather than using overseas retail pricing as a landed-project budget.

Contact FourTeck Uganda for Pricing