Quick Procurement & Configuration Matrix
MAXHUB XBoard V7 V7550
75-inch interactive flat panel and all-in-one collaboration endpoint.
Hybrid meetings, executive collaboration, annotation, training, wireless presentation, and shared-room conferencing.
Room capacity depends on viewing distance, acoustics, conferencing platform, network quality, and chosen accessories rather than touch-point count alone.
100–240 V AC, 50/60 Hz, 4.0 A; typical consumption 155 W, maximum 390 W, standby at or below 0.5 W.
Dubai, Abu Dhabi, Al Ain, Sharjah, Ajman, and wider UAE subject to project logistics.
VESA 800 × 400 mm. Wall or mobile stand selection must account for 48.45 kg net panel weight and installation environment.
Manufacturer datasheet states a three-year warranty; UAE applicability and service handling should be confirmed on the FourTeck quotation.
Executive Product Architectural Overview
Enterprise meeting spaces often evolve in fragments. A room may begin with a television or commercial display, later gain a USB webcam, then a conference speakerphone, a wireless presentation adapter, a small PC, and eventually a separate whiteboard or control interface. Each additional device introduces another cable path, firmware lifecycle, power supply, support contact, and user training requirement. The MAXHUB XBoard V7 V7550 addresses that operational fragmentation by consolidating the primary collaboration functions into a single 75-inch interactive endpoint. The architecture is centered on a 4K UHD VA display with direct LED backlighting, a high-accuracy touch layer, an integrated imaging system, long-range microphone pickup, room speakers, wireless collaboration software, and optional pluggable computing. For IT teams, the important point is not simply that the panel includes many features; it is that those features can reduce the number of independent components that must be mounted, powered, connected, tested, and supported in a shared space.
The 75-inch 16:9 display provides a native 3840 × 2160 resolution at 60 Hz, with a typical brightness of 350 nits, a typical contrast ratio of 5000:1, 90% NTSC color gamut, 10-bit color support, and specified color accuracy of Delta E at or below 1.5. MAXHUB uses zero-parallax 3 mm 9H tempered glass with a 25% haze non-glare treatment, which is relevant in meeting rooms containing ceiling lights, windows, and mixed seating positions. The 178-degree horizontal and vertical viewing angles support broad seating arrangements, while the 75-inch format offers substantially more visual area than a typical office monitor or huddle-room screen. Buyers should still evaluate real room geometry: a 75-inch screen can be excellent in medium-sized boardrooms, but viewing distance, table depth, furniture layout, and the smallest text used in spreadsheets or technical diagrams remain critical.
Interaction is handled through MAXHUB Intelligent Touchscreen Technology using infrared recognition. The V7550 supports up to 50 touch points, an object-recognition threshold of at least 1.5 mm, specified accuracy of plus or minus 0.5 mm, touch response time of 2.5 ms or less, and writing height of 1 mm or less. It supports Windows Ink, direct annotation, palm rejection, sharp erase, multi-input recognition, and handwriting recognition. In practical terms, this means the screen is intended for active participation rather than passive presentation. Project teams can mark architectural plans, trainers can annotate course material, engineering groups can review drawings, and leadership teams can develop action plans directly on the shared surface. The supported touch-return systems include modern Windows versions as well as Android, Linux, Mac OS X, and Chrome OS, giving buyers flexibility when user devices are not standardized around a single operating system.
The conferencing architecture is unusually integrated for a display. The V7550 incorporates one 50 MP wide camera and two 50 MP telephoto cameras. The wide camera provides a 99-degree diagonal field of view and 86-degree horizontal field of view; the telephoto pair is specified with a combined 68-degree diagonal field of view and 63-degree horizontal field of view. A 5× hybrid zoom system works with functions such as auto framing, speaker tracking, multiple-speaker tracking, intelligent focus, personalized presets, and a physical privacy shutter. This arrangement is designed to help remote attendees see the room with more context than a basic fixed webcam can provide. It also supports a more natural transition between whole-room framing and active-speaker emphasis, reducing the need for users to manually control a camera during ordinary meetings.
Audio is equally central to the system design. The built-in 16-microphone array has a 180-degree pickup angle and a stated pickup range of up to 15 meters. MAXHUB specifies an intelligent audio fence, spatial sound processing, automatic echo cancellation, noise cancellation, and automatic gain control. Integrated 2.1-channel speakers provide 2 × 10 W plus 20 W of output. The objective is a room endpoint that can capture speech across a conference space and reproduce remote participants without depending on a separate tabletop speakerphone. Acoustic performance always varies with room size, hard surfaces, HVAC noise, glass partitions, and seating geometry, so larger or acoustically difficult spaces should still be assessed before deployment.
At the software and integration layer, MAXHUB OS 7.0 is powered by Windows and works with MAXHUB Share for screen sharing and BYOM scenarios. Supported sharing methods include Miracast, AirPlay, Chromecast, and peer-to-peer workflows. Device management is available through MAXHUB Pivot, while protocol control supports RS232 and IP and can integrate with Crestron, Extron, and Q-SYS environments. Microsoft Intune is also listed as a supported special feature, which is valuable for organizations that already rely on Microsoft endpoint governance. This combination allows the V7550 to sit within a broader room-management architecture instead of functioning as an isolated display.
For UAE enterprises, the most productive procurement approach is to define the target room workflow first and then validate the V7550 configuration around it. Some organizations may want the screen primarily as a BYOM endpoint where users bring a laptop and use the room camera, microphones, and speakers. Others may prefer a persistent Windows room-computing model using a compatible MAXHUB pluggable PC module. Still others may integrate the panel into a controlled audiovisual environment using RS232 or IP. FourTeck can assist with these decision points and with the practical details that influence project success: wall structure, VESA mounting, electrical outlets, LAN position, cable routing, mobile stand selection, wireless policy, video-conferencing platform, and rollout schedule. That architecture-first approach helps buyers avoid purchasing a powerful collaboration board while leaving room dependencies unresolved.
Enterprise Business Value & ROI Benefits
1. Consolidated Collaboration Stack
A conventional meeting room can require separate procurement for the display, camera, microphone system, speakers, touch interface, wireless presentation gateway, PC, and mounting hardware. Every item then creates its own compatibility and support considerations. The V7550 combines the display, touch, camera, microphone array, speaker system, and collaboration software into one engineered platform, with optional pluggable computing. The financial value comes from reducing integration effort and the number of independent devices that IT must inventory, cable, update, troubleshoot, and replace. Consolidation does not remove the need for professional room planning, but it can simplify deployment compared with a heavily assembled room design.
2. Faster Meeting Start
The productivity cost of collaboration hardware is often measured in the first five minutes of every meeting: locating adapters, pairing audio devices, selecting the correct camera, or waiting for a room PC to become usable. MAXHUB’s BYOM-oriented workflow, wireless sharing options, integrated peripherals, and direct touch interaction are intended to shorten those transitions. For organizations running dozens of meetings every day, reducing setup friction can recover meaningful staff time. The actual benefit depends on standardized room configuration, user training, conferencing software, and corporate security policy, so buyers should treat workflow design as part of deployment rather than as an afterthought.
3. Higher Remote-Participant Equity
Hybrid meetings fail when remote attendees cannot clearly see who is speaking, hear discussion at the far end of a table, or follow content being developed in the room. The V7550’s triple 50 MP camera system, speaker-tracking capabilities, 16-microphone array, and room speakers are engineered to strengthen the connection between local and remote participants. Better capture does not automatically solve every acoustic or network issue, but it can provide a stronger foundation than a consumer webcam placed beneath a large display. This is particularly relevant for executive reviews, design meetings, client presentations, and cross-border project coordination where communication quality directly affects decisions.
4. Reusable Interactive Workspace
A standard presentation screen displays information but does not naturally turn the room into a working surface. With 50-point touch, low response latency, annotation, palm rejection, and handwriting recognition, the V7550 can support workshops in which ideas are captured where everyone can see them. Project planners can mark dependencies, teachers can illustrate concepts, engineers can annotate drawings, and incident-response teams can build shared action maps. The business value lies in making collaborative work visible and participatory. Organizations should pair the hardware with clear processes for saving, distributing, and governing meeting outputs so that in-room work continues into normal business systems.
5. Enterprise Control & Integration
Shared-room hardware becomes easier to operate at scale when IT can integrate it with established management and control practices. MAXHUB Pivot supports device management, while RS232 and IP control allow the display to participate in room-control designs. Compatibility with Crestron, Extron, and Q-SYS can be particularly useful in sites where lighting, audio, displays, and room states are coordinated through an AV control platform. Microsoft Intune support also aligns with enterprises that manage Windows-oriented endpoints centrally. These capabilities can reduce operational inconsistency across rooms, but implementation details should be validated against the organization’s exact control architecture and security standard.
6. Energy & Lifecycle Considerations
The V7550 is Energy Star certified, has standby power specified at 0.5 W or less, typical power consumption of 155 W, and a rated panel lifetime above 50,000 hours. Those figures support predictable lifecycle planning for organizations operating many collaboration rooms. Energy use should still be considered in the context of daily operating hours, display brightness, PC module use, and local power-management policy. The specified 16/7 operating profile makes the device appropriate for normal corporate and institutional schedules rather than continuous 24/7 command-center display duty. Matching operating profile to workload protects both reliability expectations and total-cost assumptions.
7. Deployment Standardization
For multi-floor offices, education campuses, healthcare groups, or regional corporate sites, a consistent room standard can be more valuable than optimizing every room independently. The XBoard V7 family includes multiple screen sizes, allowing organizations to use a common interface and collaboration approach while adjusting physical scale to the room. A standard bill of materials for wall mounts, mobile stands, wireless adapters, PC modules, cabling, and network configuration can simplify future rollouts. FourTeck can help define the repeatable configuration while still allowing size or accessory changes where room geometry demands them.
Return on investment should therefore be assessed across more than the panel purchase price. The relevant model includes hardware consolidation, meeting-start efficiency, reduced support touchpoints, improved remote participation, standardized user experience, lifecycle power use, and deployment repeatability. A room that costs less but regularly fails to connect, requires adapters to be found, or generates support calls can be more expensive operationally than a better-integrated endpoint. Conversely, a high-specification board that is oversized for the room or deployed without appropriate network and mounting preparation can waste budget. FourTeck’s pre-sales role is to help align the V7550 with the specific space, user workflow, and rollout objective so the organization buys the capability it can actually use.
Hardware & Technical Architecture Highlights
The V7550’s architecture begins with a 75-inch VA panel illuminated by direct LED backlighting. A VA panel is well suited to meeting-room content where strong native contrast matters, and the V7550 is specified at a typical 5000:1 contrast ratio. The display area measures 1650.24 × 928.26 mm and uses a pixel pitch of 0.42975 × 0.42975 mm. A 10-bit display pipeline supports 1.07 billion colors, while the stated 90% NTSC gamut and Delta E of 1.5 or less indicate an emphasis on accurate, vivid presentation. This is useful for brand-sensitive decks, design reviews, dashboards, medical education, maps, and visual project content. Buyers who require certified color workflows for specialist post-production should validate those needs separately because an interactive collaboration display and a dedicated mastering monitor serve different roles.
Above the image layer sits a 3 mm 9H tempered-glass surface engineered for zero parallax and treated with 25% haze. Zero-parallax construction matters in handwriting because it reduces the visual separation between the stylus tip and the digital ink beneath the glass. The 9H rating adds durability for a shared room where the display may be used by many people over its life. The infrared touch subsystem recognizes up to 50 simultaneous points and supports a response time of 2.5 ms or less. Palm rejection and sharp erase allow users to interact more naturally with whiteboarding applications. The system’s cross-platform touch return is also relevant when a room must accept devices from employees, contractors, trainers, or visitors who do not all use the same operating system.
The camera subsystem is a defining architectural element. Rather than relying on a single sensor with purely digital cropping, MAXHUB combines a 50 MP wide camera with two 50 MP telephoto cameras. The wide lens captures the room with a 99-degree diagonal field of view, while the telephoto pair supports a tighter perspective. Five-times hybrid zoom and framing functions are designed to transition between contextual room views and more focused participant views. Auto framing, speaker tracking, multiple-speaker tracking, intelligent focus, and presets can reduce the amount of manual intervention required during a call. A privacy shutter provides a physical control for organizations that prefer cameras to have a visible privacy state when the room is not in use.
The microphone system uses 16 microphones and is specified for a 180-degree pickup angle with a range up to 15 meters. MAXHUB’s processing features include an intelligent audio fence, spatial sound, automatic echo cancellation, noise cancellation, and automatic gain control. These functions attempt to separate desired speech from reflections, ambient noise, and remote audio returning through the room speakers. The integrated 2.1 audio system delivers 2 × 10 W plus a 20 W low-frequency channel. This makes the device capable of self-contained conferencing in many rooms, while the network microphone input with 30 W PoE, microphone cascade support, and AES67 protocol expands options for more advanced audio designs.
Connectivity covers both presentation and management. Two HDMI inputs support up to 4K at 60 Hz with HDCP 2.2 and CEC. Two USB 3.0 ports support external peripherals, while a USB 2.0 port is allocated for system upgrades. USB Type-C input supports DisplayPort 1.2 input, wireless dongle pairing, and BYOD workflows. A USB Type-B touch-return port allows a connected computer to receive touch interaction. Analog audio input and output, RS232 control, and an RJ45 input provide additional integration paths. The PC-module side provides its own HDMI output, multiple USB 2.0 and USB 3.0 ports, gigabit Ethernet, microphone input, Wi-Fi 6 capability, Bluetooth 5.2, and a dedicated module slot.
Physical architecture also matters because a 75-inch interactive board is an installation project, not a desktop accessory. The panel measures approximately 1709.4 × 1040.3 × 90 mm and weighs 48.45 kg net. It uses an 800 × 400 mm VESA pattern and M8 × 25 mm wall-hanging screw specification. Shipping dimensions are approximately 1863 × 1140 × 225 mm with a gross weight of 61.10 kg, which influences freight handling, lift access, staging, and installation manpower. The panel is designed for operation from 0°C to 40°C at 10% to 90% relative humidity and for altitude below 5000 meters. These values are generally compatible with conditioned UAE interiors; the device should not be treated as an outdoor or non-air-conditioned display simply because it is robust.
Definitive Technical Specifications Table & Sizing Notes
| Category | Specification | V7550 Detail |
|---|---|---|
| Display | Size / panel / backlight | 75 inch / VA / DLED |
| Image | Resolution / refresh / brightness | 3840 × 2160 / 60 Hz / 350 nits typical |
| Image quality | Contrast / gamut / accuracy | 5000:1 typical / 90% NTSC / Delta E ≤ 1.5 |
| Glass | Protection / surface | 3 mm, 9H tempered, zero parallax, 25% haze non-glare |
| Viewing | Angles / response | 178° horizontal and vertical / 6.5 ms panel response |
| Lifecycle | Lifetime / operating profile | More than 50,000 hours / 16 hours per day, 7 days per week |
| Touch | Technology / touch points | Infrared recognition / 50 points |
| Touch precision | Accuracy / response / writing height | ±0.5 mm / ≤2.5 ms / ≤1 mm |
| Cameras | Sensor arrangement | 1 × 50 MP wide plus 2 × 50 MP telephoto |
| Camera optics | FOV / zoom | Wide DFOV 99°, HFOV 86°; telephoto combined DFOV 68°, HFOV 63°; 5× hybrid zoom |
| Microphones | Array / pickup | 16 microphones / 180° / up to 15 m |
| Speakers | Channel / power | 2.1 channel / 2 × 10 W + 20 W |
| Display I/O | Video / USB / control | 2 × HDMI input, 1 × USB 2.0, 2 × USB 3.0, 1 × USB-C input, touch USB-B, audio in/out, RS232, RJ45 |
| PC module I/O | Expansion | HDMI out, 3 × USB 2.0, 3 × USB 3.0, gigabit RJ45, mic input, module slot |
| Wireless | PC module capability | Wi-Fi 6, 802.11ax 2.4/5 GHz; Bluetooth 5.2 |
| Software | System / sharing / management | MAXHUB OS 7.0 powered by Windows; MAXHUB Share; BYOM, Miracast, AirPlay, Chromecast, P2P; MAXHUB Pivot |
| Control | AV integration | RS232 / IP; supports Crestron, Extron, Q-SYS integration; Microsoft Intune listed |
| Physical | Dimensions / net weight / VESA | 1709.4 × 1040.3 × 90 mm / 48.45 kg / 800 × 400 mm |
| Power | Input / consumption | 100–240 V, 50/60 Hz, 4.0 A / 155 W typical / 390 W maximum / ≤0.5 W standby |
| Environment | Operating limits | 0°C to 40°C; 10% to 90% RH; altitude below 5000 m |
| Compliance | Safety / environment / enclosure | IEC 62368-1, Class B EMC, Energy Star, IP5X design standard |
| Warranty | Manufacturer datasheet statement | 3 years; confirm UAE service route and project terms on quotation |
The table should be used as a technical baseline, not as a substitute for project sizing. A 75-inch display may appear appropriate by diagonal size yet still be undersized for a deep training room or oversized for a narrow huddle space. Viewing distance should be checked against the smallest content users must read, not only against video-conferencing faces. Touch usability depends on whether participants can physically approach the panel without tables or furniture blocking access. Camera framing depends on the nearest and farthest seating positions. Microphone performance depends on room acoustics and background noise as much as on the published 15-meter pickup figure.
Configuration-dependent elements also deserve attention. The pluggable PC module is an optional component, and the datasheet references MT71S and MT71P options. Wireless adapters, dongles, mobile stands, and wall-mount choices may vary by bundle and local supply. A quotation should therefore identify the exact base unit, included accessories, selected PC module, mounting solution, cable requirements, installation scope, and warranty handling. Buyers should not assume that every accessory named in a global datasheet ships in every UAE package. FourTeck can provide a project-specific bill of materials so procurement, facilities, and IT teams know exactly what is being supplied.
Configuration, Sizing & Deployment Workbench
Map the physical room before choosing the screen
Measure wall width, ceiling height, nearest and farthest seating positions, table depth, doorway clearance, lift access, and the expected standing area for touch interaction. The V7550 is approximately 1.71 meters wide and more than one meter high before a stand or wall bracket is considered. A 48.45 kg panel requires a mounting surface and hardware appropriate to the load. For mobile deployments, assess stand stability, route width, floor transitions, and whether the unit must pass through doors or lifts. A room drawing is often more useful than a simple statement such as “large boardroom.”
Size for content, not only for participant count
The number of people in a room does not determine the correct display size by itself. A ten-person room showing video tiles may be comfortable on 75 inches, while the same room displaying detailed spreadsheets or engineering drawings may demand a larger screen or different seating. Identify the smallest content that users must read from the farthest seat, then validate with real presentation material. For highly visual workshops, touch reach and line of sight should be considered. Avoid using the 50-point touch specification as a proxy for 50 simultaneous users; it describes input capability, not recommended room occupancy.
Choose BYOM or persistent room computing
Decide whether users will bring laptops into the room or whether the V7550 should have a persistent PC module. BYOM is flexible for organizations using multiple conferencing platforms because a user can run the meeting on the familiar laptop while taking advantage of the room peripherals. A pluggable PC module can create a more standardized shared-room experience and reduce dependence on personal devices. The datasheet lists Windows 10 IoT and Windows 11 Pro support for PC-module configurations, with MT71 series options. Confirm processor, memory, storage, operating-system edition, corporate image, patching responsibility, and application requirements in the final bill of materials.
Plan wired, wireless, and management connectivity
A collaboration board is a network endpoint as well as a display. Confirm LAN availability at the wall, VLAN policy, wireless coverage, authentication method, outbound access required by conferencing software, and whether management traffic must be segmented. The PC module supports gigabit Ethernet and Wi-Fi 6, while the display supports IP control. MAXHUB Pivot, casting workflows, Miracast, AirPlay, Chromecast, and BYOM can interact differently with enterprise network controls. Security teams should validate discovery, peer-to-peer, guest access, firewall rules, and device enrollment before a multi-room rollout.
Validate acoustics and pickup, not just microphone count
The 16-microphone array and up-to-15-meter pickup specification provide substantial capability, but room materials shape the result. Glass walls, polished stone, high ceilings, open corridors, HVAC noise, and long boardroom tables can affect intelligibility. During design, identify where the quietest and loudest speakers will sit, whether doors open directly into busy areas, and whether the integrated 2.1 speakers provide appropriate coverage. The RJ45 microphone interface with 30 W PoE, cascade support, and AES67 offers an expansion path for advanced room designs when the integrated array is not enough.
Engineer power, cabling, and thermal conditions
Provide a dedicated, accessible AC outlet that suits local electrical standards and supports the panel’s 100–240 V, 50/60 Hz input. Typical consumption is listed at 155 W with a maximum of 390 W, so power planning should include any PC module, external audio, USB peripherals, and room-control equipment. Cable routes should be designed before wall finishing so HDMI, USB, network, and power can be serviced without visible loose runs. The V7550 is specified for 0°C to 40°C operation and should be installed in a properly conditioned indoor environment, particularly in the UAE.
Define identity, updates, security, and room ownership
Shared-room technology can become an unmanaged exception if ownership is unclear. Decide whether the room endpoint joins a corporate directory, whether Microsoft Intune will be used, how MAXHUB Pivot fits into device management, who approves firmware or application updates, and how guest users interact with the system. Establish a process for wiping meeting data, controlling browser use, managing wireless casting, and handling local administrator rights. Organizations with formal cybersecurity requirements should review every active service and network path before production. Standard governance is especially important when the same design is replicated across many sites.
Pilot one room, document it, then replicate
For a multi-room rollout, deploy a representative pilot first. Test conferencing platforms, camera framing, audio pickup, screen readability, wireless sharing, touch response, network controls, room-control integration, and user onboarding. Record the successful configuration as a deployment standard that includes mounting height, cable lengths, VLAN, firmware, management enrollment, PC-module image, accessory model numbers, and user instructions. This reduces variation across later rooms and gives support teams a known baseline. FourTeck can help convert the pilot configuration into a repeatable supply and deployment bill of materials for UAE projects.
Industry Use Cases & Workload Scenarios
Banking & Financial Services
Banks, insurers, investment firms, and fintech teams can use the V7550 for executive reviews, branch coordination, risk meetings, product workshops, and remote expert sessions. High-resolution dashboards and spreadsheets benefit from 4K resolution, while the interactive layer lets teams mark trends or annotate process diagrams. The camera and microphone system can improve hybrid participation in cross-emirate or international calls. Financial institutions should validate network segmentation, wireless casting policy, browser access, device enrollment, and meeting-data handling before deployment because shared-room endpoints often sit within tightly controlled environments.
Healthcare & Clinical Administration
Hospitals and healthcare groups can use interactive displays for multidisciplinary meetings, staff training, administrative coordination, remote consultations where appropriate, and visual review of non-diagnostic content. The large touch surface supports workflow mapping and collaborative planning, while remote participants can join through the integrated conferencing hardware. Healthcare buyers should distinguish collaboration use from regulated diagnostic display requirements and should ensure that any patient information shown on the device is handled according to institutional security and privacy policy. Cleanable room procedures and mounting access should also be planned with facilities teams.
Government & Public Sector
Government departments and public-sector entities can deploy the V7550 in briefing rooms, planning rooms, training centers, inter-agency meeting spaces, and administrative collaboration areas. The ability to combine 4K presentation, touch annotation, video capture, room audio, and device management can reduce the number of separately managed room components. Projects may require formal approval for wireless features, cameras, cloud applications, or external conferencing platforms. FourTeck can support model and accessory documentation during procurement, while the customer’s security and AV teams validate control integration and policy compliance.
Logistics, Transport & Operations
Logistics companies, ports, airlines, freight operators, and distribution businesses can use the V7550 for daily operational briefings, route reviews, warehouse planning, safety discussions, and cross-site coordination. Teams can display maps, KPI dashboards, schedules, and process flows, then annotate issues directly on screen. The device is rated for a 16/7 operating profile, which suits many office and planning environments but should not be confused with a continuous 24/7 control-room display requirement. Where uninterrupted command-center operation is necessary, buyers should compare dedicated commercial-display or control-room solutions.
Retail & Multi-Site Enterprises
Retailers and franchise groups can use the V7550 for regional management meetings, store-manager training, merchandising reviews, new-product briefings, and interactive workshops. Wireless screen sharing allows presenters to move between local content sources, while the integrated camera and audio system supports remote participation from head office, stores, suppliers, or agencies. A standardized XBoard configuration across offices can simplify training and support. Retail IT teams should pay particular attention to guest-network access and to whether casting protocols are permitted on segmented corporate networks.
Education & Corporate Learning
Universities, schools, vocational institutes, and corporate academies can use the V7550 as an interactive teaching and hybrid-learning surface. Fifty-point touch supports collaborative exercises, while low-latency writing and palm rejection make annotation more natural. The 4K panel provides room for detailed course material, and the camera/microphone system can connect remote students or instructors. Education buyers should evaluate software licensing, user sign-in methods, classroom management practices, mounting height, front-row viewing distance, and whether a mobile stand is preferable in multipurpose spaces.
Technical Feature Deep Dive 1: Processing, Throughput & Workload Performance Architecture
Performance in an interactive collaboration board should be understood as a complete interaction chain rather than as a single processor benchmark. The chain begins with the source device or optional room PC, continues through the video input or wireless-sharing path, reaches the 4K display pipeline, passes user input through the touch subsystem, and then returns that input to the active application. A delay in any link can make writing feel disconnected or make wireless presentation feel sluggish. MAXHUB addresses the visual component with a 60 Hz 4K panel and the input component with touch response specified at 2.5 ms or less. The value is most noticeable in annotation, whiteboarding, object manipulation, and live presentation, where users expect the screen to behave more like a large tablet than a passive television.
For wired presentation, the two HDMI inputs can accept up to 4K at 60 Hz and support HDCP 2.2 and CEC. That is appropriate for modern laptops, room computers, document sources, and media devices that need full-resolution output. The USB-C input supports DisplayPort 1.2 and can participate in BYOD workflows. USB-C deployment should still be validated with the exact laptop fleet because port capabilities can vary between notebook models even when the connector looks identical. In mixed-device organizations, keeping both HDMI and USB-C options available reduces friction. Touch return through USB Type-B allows a connected source to receive interactions from the board, turning the display into an active control surface for compatible applications.
Wireless workflows are supported through MAXHUB Share and common ecosystems including Miracast, AirPlay, and Chromecast, as well as peer-to-peer methods. Wireless sharing can materially improve meeting speed because participants can present without taking control of a physical cable, but it is also network-sensitive. Screen-sharing quality depends on Wi-Fi coverage, RF congestion, device support, and corporate security restrictions. In a busy Dubai office tower or education campus with many access points, channel planning and network policy may matter more than the board’s raw wireless specification. Organizations should pilot the actual sharing method with managed Windows devices, Apple devices, guest systems, and any conferencing software they plan to use.
The optional MT71 series pluggable PC module changes the workload architecture by turning the V7550 into a persistent Windows-oriented room endpoint. MAXHUB identifies 12th Generation Intel processing for this module family and lists Windows 10 IoT and Windows 11 Pro in the V7550 specification. Exact CPU, memory, and storage should be treated as configuration dependent because module variants can differ. For ordinary conferencing, whiteboarding, browser access, and office productivity, a suitably configured module can eliminate the need for an external mini PC. For GPU-intensive design, simulation, specialist medical applications, or heavy analytics, buyers should validate whether a separate workstation is more appropriate and use the V7550 as the collaboration surface.
The display’s response characteristics also influence perceived performance. A typical 6.5 ms panel response time is appropriate for office collaboration, video, and interactive presentation. This is not a gaming-focused low-latency panel, nor does it need to be for its intended role. What matters is consistent legibility, broad viewing, strong contrast, and responsive touch. The 5000:1 typical contrast ratio helps dark text and interface elements remain distinct, while 350 nits typical brightness is designed for indoor meeting environments. Rooms with direct uncontrolled sunlight may still require blinds or placement changes because any interactive panel can lose perceived contrast when exposed to intense daylight.
Technical Feature Deep Dive 2: Security, Redundancy & System Resilience
Shared meeting-room hardware presents a distinctive security challenge because it sits at the intersection of corporate networks, guest devices, cameras, microphones, wireless presentation, USB media, and sometimes cloud conferencing services. The V7550 provides controls and integration points that can fit into enterprise governance, but secure deployment still depends on how the customer configures the system. Microsoft Intune support is important for organizations that want to apply device-management policies to Windows-oriented room computing. MAXHUB Pivot adds another management layer for supported MAXHUB devices. Security teams should decide which platform owns configuration, patching, inventory, and compliance reporting so responsibilities do not become fragmented.
Physical privacy begins with the camera shutter. A physical shutter gives occupants a visible assurance that the camera is blocked when privacy is required. Microphone governance requires procedural controls because the microphones are integrated; meeting software permissions, room-computer configuration, and user awareness should be considered. Wireless casting features should be configured according to organizational policy. In sensitive environments, the ability for nearby devices to discover or cast to a room should not be enabled casually. Peer-to-peer features may be useful for guests, but the security team should validate how they operate and whether they bypass normal enterprise network inspection.
Protocol control through RS232 and IP gives AV teams reliable methods to coordinate display state with room-control systems. From a resilience perspective, wired control paths are often preferable to relying exclusively on consumer-style remote controls or ad hoc user actions. Crestron, Extron, and Q-SYS integration support can allow a single room interface to manage power, source selection, audio behavior, and other equipment, depending on the wider design. This reduces inconsistent states and can help support teams reproduce problems. IP control networks should still be segmented and protected because any network-manageable room endpoint can become part of the enterprise attack surface if deployed without access controls.
Power and thermal characteristics also affect resilience. The V7550 accepts 100–240 V AC at 50/60 Hz, which suits UAE mains environments when connected through approved local power infrastructure. Enterprises that require meeting availability during power fluctuations should consider a properly sized UPS for the panel and associated room equipment. Typical panel consumption is listed at 155 W and maximum consumption at 390 W, but the UPS design must include the PC module, network switch, control processor, external audio, and any other protected devices. Runtime targets should be defined around business need: enough time to ride through short interruptions may be more practical than designing for long-duration operation.
The display lifetime is rated above 50,000 hours with an operational profile of 16 hours per day, seven days per week. This is a strong fit for corporate and institutional spaces that operate throughout extended business hours. It is not the same as a 24/7 continuous-duty rating. Organizations planning network operations centers, transport command centers, or always-on digital signage should not assume equivalence. Matching the equipment’s stated duty cycle to actual use is one of the simplest ways to protect reliability. Energy Star certification and low standby power also support scheduled power-management strategies, helping organizations avoid leaving collaboration screens fully active overnight when there is no business requirement.
Technical Feature Deep Dive 3: Remote Management, Telemetry & Infrastructure Integration
A single interactive display is easy to manage manually. Fifty displays across multiple offices are not. The operational value of the V7550 therefore grows when organizations treat management, monitoring, control, and standardization as part of the original design. MAXHUB Pivot provides a device-management framework for supported devices, while Microsoft Intune support can align Windows components with enterprise endpoint practices. Before deployment, IT should identify what data each management platform can report, which settings can be enforced remotely, how firmware updates are staged, and whether administrators can group devices by site, floor, department, or room type.
Remote management is most effective when paired with a documented room standard. Every V7550 deployment should have a record of serial number, physical location, mount type, network connection, software version, PC-module configuration, conferencing application, control-system address, and local support contact. When a user reports that “the board is not working,” the service desk can then determine whether the issue is display power, source selection, network connectivity, wireless sharing, room-PC state, or conferencing software. Standard naming conventions and central inventory reduce mean time to repair because support staff do not begin every incident by discovering the room configuration from scratch.
The RS232 and IP interfaces enable the V7550 to participate in enterprise AV ecosystems. In a Crestron, Extron, or Q-SYS environment, the display can be part of a broader control sequence that includes room occupancy, source routing, volume state, and scheduled shutdown. This is especially useful in executive boardrooms or training spaces where users should not need to understand the underlying AV architecture. A well-designed touch-panel or room-control interface can expose only the actions users need, while automation handles device sequencing in the background. FourTeck can coordinate the product supply with a customer’s AV integrator so the selected panel, mounts, cables, and control requirements are known before installation.
Telemetry and management also support capacity planning. If an enterprise knows which rooms are heavily used, which devices frequently report faults, and which features generate support calls, it can improve the next deployment wave. Organizations can decide whether some rooms need an 86-inch model, whether mobile stands are used effectively, whether BYOM is more popular than the room PC, or whether wireless sharing causes network-policy conflicts. Even when a particular management platform does not expose every desired metric, consistent operational records provide a foundation for evidence-based room design rather than repeating assumptions across sites.
Infrastructure integration extends beyond software. The V7550’s 800 × 400 mm VESA pattern, power requirements, LAN options, USB connectivity, HDMI inputs, microphone interface, and physical dimensions should be reflected in architectural and MEP planning for new offices. Wall backing can be installed at construction stage, power and data can terminate behind the panel, cable conduits can reach the table, and service access can be preserved. In retrofit projects, the same review helps avoid surface trunking, long exposed cables, overloaded outlets, or mounts fixed to unsuitable partitions. The best collaboration experience is often the result of invisible infrastructure decisions made before the device arrives.
What Buyers Should Check Before Purchase
Most collaboration-board problems are not caused by the core display specification. They come from mismatched room size, incomplete accessory selection, unsupported network assumptions, inadequate wall structure, unclear warranty routes, or a quotation that does not state exactly what is included. Use the four checks below to convert the purchase from a simple product order into a deployment-ready project.
01 / FIT — Configuration Fit & Model Sizing
Confirm that the 75-inch format fits the room’s width, viewing distance, and collaboration style. Review whether users will frequently stand at the board, whether the first row blocks the display, and whether the farthest seat can read the smallest expected content. Decide whether the integrated audio and camera functions are sufficient for the room or whether external microphones, speakers, or specialist AV components are required. Define BYOM versus permanent room-PC operation and determine whether the optional PC module is part of the purchase. If the room is substantially larger or smaller, compare the V8650, V6550, or V5550 from the same family before standardizing.
02 / MATCH — Compatibility & Environmental Requirements
Validate the wall structure, VESA 800 × 400 mounting pattern, 48.45 kg net weight, electrical location, LAN access, cable pathways, and operating temperature. Confirm that corporate laptops support the desired HDMI, USB-C, touch-return, and wireless-sharing workflows. If the room uses Crestron, Extron, or Q-SYS, involve the AV programmer early so control requirements are captured. Test conferencing platforms and security policy with wireless sharing, guest access, camera use, microphone use, and Microsoft Intune. In the UAE, ensure that the display will operate in a conditioned indoor room rather than in a high-temperature or outdoor location beyond its stated environment.
03 / TERMS — Availability, Delivery & Warranty Terms
Ask the quotation to state the exact model, quantity, included cables, styluses, wall mount or stand, wireless adapter, PC module if any, delivery location, installation scope, and estimated lead time. The global datasheet lists a three-year warranty, but buyers should confirm how the UAE warranty is administered for the specific supply route and whether service is advanced replacement, return-to-base, onsite, or another arrangement. Large-panel freight should also be planned around delivery access, loading bay, lift dimensions, stair routes, restricted building hours, and any site permit requirements. These details can materially affect project timing.
04 / REQUEST — Quote Preparation Data Needed
For a useful FourTeck quotation, provide the product model, required quantity, delivery emirate and site area, preferred wall or mobile mounting, room dimensions, expected conferencing platform, PC-module requirement, installation requirement, target delivery date, and any special building-access conditions. For larger rollouts, include the number of rooms by size and whether all rooms should follow one standard. If your organization has a formal approved-vendor list or technical compliance sheet, send it with the inquiry. The more accurately the deployment context is described, the easier it is to identify missing accessories and avoid repeated quotation revisions.
UAE Regional Availability & Service Ecosystem
FourTeck supports enterprise technology procurement across the UAE by coordinating product sourcing, configuration validation, quotation preparation, project logistics, and delivery planning. For the MAXHUB XBoard V7 V7550, regional service begins with confirming the exact room and configuration requirement: base display, mounting method, PC module, wireless accessories, cables, quantity, and target timeline. Current stock position and lead time can change, so project quotations should be treated as the authoritative availability reference. For multi-site deployments, a standardized bill of materials can help procurement teams compare rooms consistently while still allowing location-specific mounting or logistics requirements.
K1. Dubai Supply & Logistics Support
Dubai organizations can request localized sourcing and delivery coordination for corporate offices, Free Zone sites, education facilities, hospitality properties, business centers, and project locations across the emirate. FourTeck can help confirm whether a wall mount, mobile stand, PC module, or wireless accessory should be included and can structure the quotation around room quantities rather than treating each display as an isolated item. For Free Zone or controlled-building deliveries, buyers should provide access instructions, delivery windows, loading-bay requirements, contact personnel, and any gate-pass process. Fast quote preparation is easiest when the model, quantity, location, and required deployment date are supplied together.
K2. Abu Dhabi & Al Ain Logistics Reach
For Abu Dhabi and Al Ain, FourTeck can coordinate enterprise sourcing, quotation response, and delivery planning for government, industrial, healthcare, education, energy, and corporate customers. Larger public-sector or industrial projects may require formal compliance documents, project references, approved configuration lists, or staged delivery. Those requirements should be included at inquiry stage. Because large-format interactive panels require careful handling, site access and storage conditions should be checked before shipment. Where the project includes multiple meeting rooms, FourTeck can quote a consistent XBoard configuration and identify room-specific variations such as screen size or stand selection.
K3. Sharjah & Northern Emirates Logistics Infrastructure
Businesses in Sharjah and the Northern Emirates can use FourTeck for quotation handling, product availability verification, and delivery coordination. Manufacturing firms, universities, logistics companies, professional services organizations, and multi-branch businesses can standardize on the V7550 where a 75-inch collaboration surface fits the room. Before dispatch, buyers should confirm whether installation is required, whether the destination has suitable lift and doorway access, and whether the wall is ready for the intended VESA mount. When deployment timing is tied to an office opening or classroom term, planned delivery dates should be discussed early rather than relying on last-minute stock assumptions.
K4. Ajman & Surrounding Emirates Logistics Coverage
Ajman customers can request hardware availability checks, delivery coordination, and pre-sales guidance for meeting rooms, training centers, education sites, and commercial offices. The V7550’s 75-inch format is substantial, so planning should include safe unloading, movement to the final room, wall or stand readiness, and power/network availability. FourTeck can help compare the V7550 against other XBoard V7 sizes if the room dimensions suggest a different diagonal. Project quotes can also identify configuration-dependent items such as the pluggable PC module and wireless accessories, giving procurement teams a clearer basis for approval.
GCC & Pan-African Supply Chain Reach
FourTeck can support regional technology projects that extend beyond the UAE through coordinated inquiry routing, configuration review, export documentation assistance, and cross-border logistics planning. International shipments require more than product availability: buyers should account for destination import rules, local certification requirements, customs documentation, freight method, insurance, final-mile delivery, and warranty-service route. For large interactive displays, packaging dimensions and weight can influence freight cost and handling. Project teams should provide the destination city, quantity, required delivery date, preferred Incoterm if known, and whether installation is being handled locally.
L1. Saudi Arabia (KSA) Export & Supply Support
Saudi Arabian enterprise projects can be supported through regional inquiry coordination, configuration validation, and project quotation. For deployments across Riyadh, Jeddah, Dammam, or other cities, buyers should identify the room count, required screen sizes, mounting approach, PC-module preference, and site schedule. Cross-border supply should be planned with local import and conformity requirements in mind. Where a project covers many rooms, a common MAXHUB configuration can simplify technical review while allowing different panel sizes for different room types.
L2. Qatar Market Supply Reach
Qatar-based organizations can request cross-border logistics coordination, hardware sourcing, and project quotation for collaboration-board deployments. Corporate headquarters, education sites, hospitality projects, and training facilities often benefit from a repeatable room standard. Buyers should provide site details and clarify whether local installation is handled by an AV contractor. For the V7550, the export quote should clearly identify included accessories and optional modules so receiving teams can prepare mounts, power, and network connectivity before the panel arrives.
L3. Oman Regional Distribution Support
Buyers in Oman can use FourTeck for procurement guidance, configuration review, and quote coordination for MAXHUB collaboration displays. Muscat offices, industrial sites, educational facilities, and regional branches may have different delivery-access constraints, so project logistics should be discussed alongside the product requirement. If multiple panel sizes are planned, FourTeck can structure a family-level quotation around V5550, V6550, V7550, and V8650 models, subject to current supply and project specifications.
L4. Kuwait Supply Chain Coverage
For Kuwait projects, FourTeck can assist with project quotation, model validation, and export supply coordination. Buyers can route regional requirements through FourTeck Kuwait and should include quantity, deployment location, target date, and accessory needs. Large-format display projects benefit from confirming the final delivery method before shipment because cartons are bulky and may require controlled receiving areas, lifts, and trained handling teams.
L5. Kenya & East Africa Supply Infrastructure
Kenyan system integrators, enterprises, and institutions can request regional distribution support, technical inquiry routing, and delivery coordination through FourTeck Kenya. Projects should specify whether the requirement is for standalone product supply, a room bundle, or a multi-site rollout. Freight planning should consider the V7550 shipping carton and gross weight, while local teams prepare appropriate installation hardware and site infrastructure.
L6. Uganda Regional Procurement Support
Uganda-based buyers can use FourTeck Uganda for localized inquiry response, technology sourcing, and project-supply coordination. Interactive-display deployments in education, government, financial services, and corporate environments should be quoted with their accessories and mounting requirements rather than as panels alone. This makes it easier for local installers to prepare walls, mobile stands, network connections, and room-computing requirements before deployment.
L7. Pan-African Regional Logistics & Trade Reach
Broader African technology projects can be coordinated through FourTeck Africa and FourTeck global. Multi-country procurement requires early alignment on model consistency, export documentation, freight routing, local taxes and duties, warranty route, and final-mile responsibility. For regional enterprises deploying the same collaboration standard across several countries, FourTeck can help structure a common technical bill of materials while quotation and logistics details are adapted to each destination. This approach supports consistency without pretending that every market has identical stock, regulations, or service conditions.
Related FourTeck Products & Compatible Alternatives
The V7550 is the 75-inch member of the MAXHUB XBoard V7 family. Buyers should compare adjacent sizes when standardizing meeting spaces because screen selection is driven by room geometry and content readability more than by feature preference. Current availability, exact regional configuration, and accessory bundles should be confirmed with FourTeck.
| Model | Screen Size | When to Consider It |
|---|---|---|
| MAXHUB XBoard V7 V5550 | 55 inch | Suitable for smaller meeting rooms, compact collaboration areas, or spaces where viewers sit relatively close to the screen and a 75-inch panel would dominate the wall. |
| MAXHUB XBoard V7 V6550 | 65 inch | A balanced option for small-to-medium rooms that need the same collaboration family but have shorter viewing distances or tighter wall dimensions. |
| MAXHUB XBoard V7 V7550 | 75 inch | Best considered for medium and larger collaboration rooms where 4K content, touch interaction, hybrid meetings, and greater viewing area are required. |
| MAXHUB XBoard V7 V8650 | 86 inch | Consider for deeper boardrooms, larger training rooms, and presentation spaces where participants sit farther from the display or content contains small detail. |
Choosing between these models should be done room by room. A 75-inch board that is excellent in a twelve-seat boardroom may be too large in a narrow four-person space and too small in a deep classroom. Buyers should also consider whether every room needs the same computing module and accessories. A training room may require a mobile stand and persistent PC, while an executive boardroom may use a fixed wall mount and AV control integration. FourTeck can build a room schedule that maps each room type to the correct display size and accessory set, helping procurement maintain platform consistency without forcing one physical size into every location.
Why Enterprises Choose FourTeck
Pre-sales configuration validation
FourTeck can review room size, mounting approach, computing requirements, connectivity, and accessory needs before the order is placed. That reduces the chance of discovering after delivery that a required stand, PC module, cable, or integration item was omitted.
Project-oriented quotations
Instead of quoting only a display model, the response can be structured around quantity, room type, accessories, delivery location, installation needs, and schedule. This gives procurement teams a clearer commercial basis for internal approval.
UAE delivery coordination
Large interactive panels require attention to site access, receiving windows, lift dimensions, loading bays, and safe handling. FourTeck can coordinate project delivery details across Dubai and other UAE locations based on the agreed quotation scope.
Warranty guidance
The manufacturer datasheet lists a three-year warranty, while local service handling can depend on supply route and project terms. FourTeck can clarify the applicable warranty arrangement on the commercial quote so buyers understand the support path before purchase.
Enterprise procurement works best when technical and commercial decisions are connected. A room endpoint must be the right model, arrive at the right site, include the right accessories, connect to the organization’s environment, and have a clear support route. FourTeck’s value in the process is coordination: translating the user’s room requirement into a precise bill of materials and quotation, while identifying configuration-dependent items that should not be assumed. Buyers remain responsible for final policy, network, structural, and application approvals, but they receive a clearer starting point for a controlled deployment.
Frequently Asked Questions
1. What is the MAXHUB XBoard V7 V7550?
The MAXHUB XBoard V7 V7550 is a 75-inch 4K interactive collaboration display designed for hybrid meetings, whiteboarding, annotation, wireless presentation, training, and shared-room communication. It combines a 3840 × 2160 VA display, 50-point infrared touch, a triple 50 MP camera system, a 16-microphone array, 2.1-channel speakers, collaboration software, and enterprise control interfaces in one room endpoint.
2. Does the V7550 support 4K resolution?
Yes. The V7550 has a native 3840 × 2160 resolution and a 60 Hz refresh rate. Its HDMI inputs support up to 4K at 60 Hz with HDCP 2.2 and CEC. The panel is specified at 350 nits typical brightness, 5000:1 typical contrast, 90% NTSC color gamut, 10-bit color, and Delta E accuracy of 1.5 or less, making it suitable for detailed business presentations and collaboration content.
3. How many touch points does the MAXHUB V7550 support?
The V7550 supports up to 50 touch points using infrared recognition. MAXHUB specifies touch accuracy of plus or minus 0.5 mm, response time of 2.5 ms or less, and writing height of 1 mm or less. It supports Windows Ink, direct annotation, palm rejection, sharp erase, multi-input recognition, and handwriting recognition. The 50-point figure describes simultaneous touch capability and should not be interpreted as a recommended room occupancy.
4. What camera system is built into the V7550?
The V7550 integrates three 50 MP cameras: one wide camera and two telephoto cameras. The wide camera has a 99-degree diagonal field of view and 86-degree horizontal field of view. The telephoto pair is specified with a combined 68-degree diagonal and 63-degree horizontal field of view. The system supports 5× hybrid zoom, auto framing, speaker tracking, multiple-speaker tracking, intelligent focus, presets, and a physical privacy shutter.
5. Is the built-in audio system suitable for conference rooms?
The V7550 includes a 16-microphone array with a 180-degree pickup angle and a stated range of up to 15 meters, plus integrated 2.1-channel speakers rated at 2 × 10 W plus 20 W. Audio processing includes echo cancellation, noise cancellation, automatic gain control, spatial sound, and an intelligent audio fence. Actual room suitability depends on acoustics, seating geometry, background noise, and room volume, so larger or difficult spaces should be validated.
6. Can users connect their own laptops for meetings?
Yes. The V7550 supports BYOM workflows through MAXHUB Share and can work with common casting technologies including Miracast, AirPlay, and Chromecast. It also provides HDMI and USB-C inputs for wired connection, plus USB touch return. Exact behavior depends on the laptop, conferencing application, corporate network policy, and any wireless dongle or accessory used. FourTeck can help define the preferred connection method for a standardized room setup.
7. Does the V7550 include a Windows PC?
The V7550 supports an optional pluggable PC module rather than requiring one fixed compute configuration for every project. MAXHUB lists MT71S and MT71P module options and identifies Windows 10 IoT and Windows 11 Pro support in the product specification. The exact processor, memory, storage, operating system, and bundle should be confirmed on the quotation. Buyers can also use BYOM or an external computer depending on room workflow.
8. Can the MAXHUB V7550 integrate with enterprise AV control systems?
Yes. The V7550 supports RS232 and IP control and the manufacturer lists integration support for Crestron, Extron, and Q-SYS. This can allow the display to participate in a larger room-control design alongside source selection, audio, and other AV functions. Implementation depends on the customer’s control architecture and programming. For managed Windows environments, Microsoft Intune support is also listed, while MAXHUB Pivot provides device-management capabilities.
9. What are the mounting and power requirements?
The V7550 uses an 800 × 400 mm VESA mounting pattern, weighs approximately 48.45 kg net, and measures about 1709.4 × 1040.3 × 90 mm. Its power input is 100–240 V AC at 50/60 Hz and 4.0 A. Typical power consumption is 155 W, maximum consumption is 390 W, and standby is 0.5 W or less. Wall structure, bracket rating, power position, cable access, and service clearance should be checked before installation.
10. Is the MAXHUB V7550 available in Dubai and the UAE?
FourTeck can quote and coordinate supply for Dubai and other UAE locations, subject to current availability, project quantity, selected configuration, and delivery schedule. Buyers should request a project-specific quote rather than assume live stock, because large-format collaboration displays and optional modules can have changing lead times. Send the required quantity, delivery location, preferred mounting method, PC-module requirement, conferencing workflow, and target date so FourTeck can prepare an accurate commercial response.
Plan Your MAXHUB V7550 Deployment with FourTeck
For an accurate MAXHUB XBoard V7 V7550 quotation, send FourTeck the model, required quantity, delivery location, room dimensions, preferred wall or mobile mounting, optional PC-module requirement, expected conferencing platform, installation scope, and target deployment timeframe. For multi-room projects, include the number of rooms by size so the V5550, V6550, V7550, and V8650 can be matched appropriately. FourTeck will use the information to structure a clearer bill of materials and confirm current supply, accessory, delivery, and warranty details for the UAE project.
