MAXHUB Raptor Series V3 LX220V18 220-Inch All-in-One LED Display in Dubai, UAE
The MAXHUB Raptor Series V3 LX220V18 is a 220-inch 4K all-in-one LED wall built for organizations that need an exceptionally large, seamless visual canvas with integrated processing, collaboration connectivity and front-serviceable architecture. Its 1.2 mm pixel pitch, 3840 × 2160 native resolution, adjustable brightness and 3840 Hz refresh rate make it suitable for executive presentation spaces, mission-critical visualization rooms, auditoriums and large collaboration environments where image continuity and long viewing hours matter.
For UAE projects, successful procurement depends on more than selecting a diagonal screen size. The wall structure, service clearances, electrical circuit design, viewing distance, ambient-light control, source devices, conferencing platform and installation method should all be validated before order placement. FourTeck can coordinate this pre-sales review and prepare a project-specific commercial offer for Dubai and wider UAE deployments.
Procurement Snapshot
Model: LX220V18
Display: 220-inch, 16:9, 4K UHD
Pixel pitch: 1.2 mm
Display area: 4880 × 2744 mm
Recommended viewing: 5 m or greater
Average power: 1.514 kW
Maximum power: 5.046 kW
Quick Procurement & Configuration Matrix
MAXHUB
Raptor Series V3 LX220V18
220-inch indoor all-in-one direct-view LED display.
Large-room presentation, collaboration, signage, command visualization and executive briefing.
Fixed 220-inch 16:9 canvas; select another Raptor size when room geometry requires a smaller footprint.
100–240 VAC, 50/60 Hz; up to 5.046 kW maximum. Dedicated electrical planning is recommended.
Dubai and wider UAE, with regional export coordination subject to project terms.
Coverage and service pathway depend on supplied project package. Confirm current terms on quotation.
Executive Product Architectural Overview
The MAXHUB Raptor Series V3 LX220V18 is best understood as an integrated enterprise visualization platform rather than simply a very large screen. Traditional large-format display projects often require a separate LED controller, externally mounted processors, multiple signal-conversion devices, audio components, complex cabling, and a service strategy built around rear cabinet access. The Raptor Series V3 approach consolidates many of those responsibilities into an all-in-one product architecture. For the enterprise buyer, that means the procurement conversation can move from assembling a custom LED wall from individual modules toward validating one coordinated platform, while still treating structural installation, power, room layout and collaboration peripherals as a professional project.
At 220 inches diagonal with a native 3840 × 2160 resolution, the LX220V18 creates a 16:9 canvas suitable for modern 4K meeting content, dashboards, operational maps, engineering views, high-resolution imagery, digital signage and multi-window presentation layouts. The active display area is approximately 4.88 metres wide by 2.744 metres high, so this is a room-defining system. Buyers should evaluate sightlines from the first occupied row to the furthest seat, check ceiling height and wall width, and consider how furniture, cameras, lecterns, acoustic treatment and room-control equipment will interact with the display footprint. MAXHUB recommends a viewing distance of at least five metres, which is an important planning reference for executive auditoriums and large collaboration spaces.
The 1.2 mm pixel pitch is a significant part of the architecture because it enables 4K resolution at this physical size. In practical terms, the tight pitch preserves fine text, spreadsheet detail, CAD-like linework and interface elements at room scale more effectively than lower-density alternatives intended primarily for long-distance viewing. The specified brightness range of 100 to 600 cd/m² is adjustable, allowing a facilities or AV team to tune the wall for controlled boardrooms, brighter multipurpose halls and long-duration use. A 6500:1 contrast specification, 13–16-bit grayscale and adjustable color temperature from 2300 to 9300 K provide flexibility for presentation content and varied room lighting. As with any indoor LED system, the environment should still be designed around glare management and the manufacturer’s direction to avoid direct sunlight.
A core operational advantage is front-access serviceability. The product datasheet describes full front access and hot-swapping capability, reducing the requirement for a deep rear service corridor. This can materially affect real estate planning because a conventional rear-service LED wall can consume valuable room depth. Front access does not eliminate the need for qualified service personnel or safe working space, but it makes many module-level maintenance tasks more compatible with finished corporate environments. The 28 mm module thickness also supports a visually slim installation, although total installed depth will depend on mounting hardware, wall construction, cable routing and site conditions.
The integrated computing layer is another architectural differentiator. The LX220V18 includes Android 13, an eight-core processor arrangement using four Cortex-A76 cores and four Cortex-A55 cores running at up to 2.4 GHz, 8 GB of memory and 64 GB of internal storage. Wi-Fi 6 and Bluetooth 5.3 support modern wireless workflows. The manufacturer also supports an optional built-in PC module, giving buyers a path to Windows-based room computing where required. This architecture can reduce the number of visible external devices in simple deployments, while complex conferencing or command-room environments can still integrate dedicated PCs, codecs, AV-over-IP endpoints or control systems through the available ports.
Connectivity is designed for multi-source enterprise rooms. The system provides four HDMI inputs in total, with a combination of HDMI 2.0 and HDMI 1.4, plus HDMI output, USB interfaces, USB-C, audio input and output, LAN connections and an RJ45 interface supporting RS232 protocol. The product feature set also includes picture-by-picture, picture-in-picture and picture-outside-picture processing options for multi-source viewing. For collaboration environments, MAXHUB positions the Raptor platform alongside wireless sharing options such as MAXHUB Share, Miracast, Chromecast and AirPlay, and describes compatibility with common conferencing ecosystems including Microsoft Teams, Zoom, Webex and Google Meet when the appropriate room compute and peripherals are used.
For UAE procurement teams, the architectural question is therefore not merely whether 220 inches is large enough. The better question is whether the room, power infrastructure, content workflow, user experience and service plan have been designed together. FourTeck can help convert those requirements into a bill of materials covering the display, mounting approach, optional PC module, camera and audio integration, control considerations, delivery method and installation dependencies. That validation step is particularly important for new headquarters, boardroom renovations, universities, government briefing rooms and command centres where construction timelines and technology commissioning must stay synchronized.
Enterprise Business Value & ROI Benefits
Seamless Visual Continuity
A direct-view LED surface avoids the visible bezel lines associated with multi-panel LCD video walls. For board meetings, executive presentations, operational dashboards and premium brand environments, that continuity keeps diagrams, maps, video and large-format imagery from being interrupted by grid lines. The business value is not simply aesthetic: presenters can use the entire canvas predictably, and decision-makers can review content without important details falling across panel seams.
Integrated Platform Simplification
The Android platform, built-in processing, integrated audio architecture, wireless connectivity and multiple source inputs reduce the number of separate devices needed for many presentation scenarios. Fewer external boxes can mean cleaner racks, simpler cabling and easier handover. The financial benefit comes from reducing integration complexity and support dependencies, although enterprise conferencing systems may still require dedicated compute, cameras, microphones or control hardware based on the selected room design.
Front-Service Operational Efficiency
Front-access maintenance can reduce the floor-space penalty associated with rear service corridors and can make component access more practical after a room is fully finished. In high-value real estate such as executive floors, briefing centres and training facilities, reclaiming room depth can be meaningful. Front-service design also supports faster maintenance workflows because technicians can reach serviceable areas from the room side, subject to access, safety and manufacturer procedures.
4K Detail at Room Scale
The 3840 × 2160 native resolution allows common 4K content to be shown across the full 220-inch canvas without reducing the system to an ultra-wide or unusually shaped workspace. For control rooms, financial dashboards, engineering reviews and education, this supports text legibility and spatial organization. Buyers gain flexibility to use the wall for a single presentation, multiple information windows or detailed visual material without sacrificing the familiar 16:9 format.
Long-Life Display Platform
MAXHUB specifies an LED lifespan of at least 100,000 hours for the LX220V18. Actual operational life depends on brightness settings, ambient conditions, duty cycle, maintenance quality and component behavior, but the rating positions the platform for long-term enterprise use. A long-life display surface can reduce the frequency of full-screen replacement compared with technologies that are typically refreshed on shorter cycles, which is valuable when installation access and room downtime are costly.
Energy and Controls Visibility
The manufacturer specifies 1.514 kW average power consumption and 5.046 kW maximum for the overall unit, with standby power at or below 0.5 W. These values give facilities teams concrete inputs for electrical design and operating-cost modeling. Automatic brightness support through the integrated light sensor can also help prevent unnecessary brightness in controlled rooms while maintaining a comfortable visual experience.
Scalable Collaboration Ecosystem
The display can operate as a large presentation endpoint while also participating in broader room ecosystems through HDMI, USB, network connections, RS232 control and optional PC integration. Organizations can begin with straightforward presentation requirements and later connect conferencing, room automation or specialized content systems. This reduces the risk that a premium display becomes locked to one narrow workflow, provided integration is properly designed at the outset.
Return on investment for a display of this scale should be measured over the full room lifecycle rather than against the acquisition price alone. Consider the cost of wall construction, structural reinforcement, electrical distribution, integration, commissioning, training, preventive maintenance, expected service life and the business cost of downtime. In an executive briefing centre, a reliable seamless wall may justify itself by improving customer demonstrations and board-level decision sessions. In a command environment, the value may come from shared situational awareness. In a university, it may come from enabling large cohorts to see detailed content clearly. FourTeck can help procurement teams document these drivers so the commercial offer aligns with the intended operational outcome.
Hardware & Technical Architecture Highlights
The LX220V18 uses SMD direct-view LED technology with a 1.2 mm pixel pitch arranged to deliver a full 3840 × 2160 image across the 220-inch surface. From a systems-architecture perspective, the fine pitch is what enables a conventional 4K raster to be reproduced at a very large physical size. The display is not simply scaling a lower-resolution image to 220 inches; the native pixel matrix supports four times the pixel count of Full HD. This matters for enterprise sources that routinely output 4K desktop interfaces, complex dashboards and high-resolution video.
The optical pipeline is specified for 100–600 cd/m² adjustable brightness, 13–16-bit grayscale, 6500:1 contrast and a 3840 Hz refresh rate. The high refresh figure is particularly useful when the display is captured on camera during hybrid meetings, broadcast-style events or training recordings, because higher refresh can reduce visible scan artifacts under many camera configurations. Actual camera performance still depends on shutter settings, frame rate, exposure and lighting, so AV teams should test the room’s production workflow before final handover.
Processing is handled by an integrated system running Android 13. The listed CPU architecture combines four Cortex-A76 cores with four Cortex-A55 cores at up to 2.4 GHz, paired with 8 GB RAM and 64 GB storage. MAXHUB also describes a four-core GPU and 6 TOPS NPU in its product feature documentation. For enterprise buyers, the practical implication is that common onboard applications, media playback and interface functions can run without an external computer. Where corporate security policies, Windows applications or conferencing platforms require a managed PC environment, an optional internal PC module can be specified or an external room computer can be connected.
Signal management is comparatively rich for an integrated LED wall. Four HDMI inputs support a mix of HDMI 2.0 and HDMI 1.4, with HDMI 2.0 output provided for secondary-display workflows. Multi-window capabilities including PBP, PIP and POP enable more than one source to be presented at once. USB 3.0 ports on the external interface, an internal USB 2.0 port, an external USB-C port, USB Out, audio inputs and outputs, internal LAN connections, RS232 over RJ45 and an internal PoE+ connection provide integration paths for cameras, control systems and room peripherals. The internal PoE+ interface is described for connection with a MAXHUB PTZ camera, with up to 30 W available.
Thermal and electrical planning should be treated as part of the room architecture. The unit operates from 100–240 VAC at 50/60 Hz and can draw up to 5.046 kW at maximum consumption. Average consumption is specified at 1.514 kW. In a UAE installation, the MEP team should calculate circuit allocation, breaker sizing, cable routes, isolator placement, heat contribution and any UPS or generator strategy using the final approved design and local electrical requirements. A premium boardroom may not run the display at full brightness continuously, but the electrical infrastructure must still be sized for the manufacturer’s maximum requirement unless a qualified project engineer specifies otherwise.
Service design is centered on full front access with hot-swapping capability. The manufacturer lists a 28 mm module thickness, and the screen assembly has a net weight of approximately 296 kg excluding the wall-mounting bar and stand. That load makes structural validation mandatory. Concrete, blockwork, steel framing and decorative wall systems require different anchoring strategies. The supporting structure should be designed and signed off by competent professionals for the final site conditions, including the wall bracket, service loads and local safety factors. The product’s slimness should never be interpreted as permission to mount it to a decorative partition without structural assessment.
Definitive Technical Specifications Table & Sizing Notes
| Specification | MAXHUB Raptor Series V3 LX220V18 | Procurement Note |
|---|---|---|
| Display Size | 220 inch, 16:9 | Large-format indoor deployment; validate wall width and room depth. |
| LED Type | SMD | Direct-view LED architecture. |
| Pixel Pitch | 1.2 mm | Supports fine detail and 4K density at this size. |
| Native Resolution | 3840 × 2160 | Standard 4K UHD canvas for enterprise content. |
| Overall Size | 4910 × 2869 mm | Allow additional clearance for mounting, finishing and service access. |
| Display Area | 4880 × 2744 mm | Use for sightline, furniture and camera framing studies. |
| Module Thickness | 28 mm | Installed depth is greater once structure and cabling are included. |
| Net Weight | 296 kg | Excludes wall-mounting bar and stand; structural review is required. |
| Brightness | 100–600 cd/m² adjustable | Indoor use; control ambient light and avoid direct sunlight. |
| Refresh Rate | 3840 Hz | Favorable for camera-visible and high-motion enterprise content. |
| Contrast | 6500:1 | Room lighting still affects perceived contrast. |
| Color Temperature | 2300–9300 K adjustable | Allows tuning to room lighting and content requirements. |
| Viewing Angle | 160° horizontal / 140° vertical | Useful for wide boardrooms and lecture seating layouts. |
| Recommended Viewing Distance | ≥5 m | Use as a planning baseline for nearest seating position. |
| LED Lifespan | ≥100,000 hours | Actual results depend on operating conditions and maintenance. |
| Operating System | Android 13.0 | Optional PC or external compute can be integrated where required. |
| CPU / Memory / Storage | 4× Cortex-A76 + 4× Cortex-A55, 2.4 GHz / 8 GB / 64 GB | Supports integrated system applications and media workflows. |
| Wireless | Wi-Fi 6, 2.4/5 GHz; Bluetooth 5.3 | Validate corporate wireless policy before production deployment. |
| HDMI | 4 inputs; 1 HDMI output | Inputs include HDMI 2.0 and HDMI 1.4; confirm source resolution requirements. |
| USB / USB-C | USB 3.0 ×2 external, USB 2.0 ×1 internal, USB-C ×1 external, USB Out ×1 | Useful for peripherals, data access and room-compute integration. |
| Control / Network | RJ45 RS232, LAN ×2 internal, internal PoE+ | Supports centralized room control and selected peripheral integration. |
| Power | 100–240 VAC, 50/60 Hz | Electrical design must use local code and project-specific load calculations. |
| Power Consumption | 1.514 kW average / 5.046 kW maximum / ≤0.5 W standby | Size circuits and cooling contribution against maximum requirement. |
| Environment | -10°C to 40°C; 10–80% RH, non-condensing | Indoor product; maintain stable conditioned environment. |
| Service Mode | Front access; hot-swapping supported | Service procedures should follow manufacturer guidance. |
Sizing should begin with room geometry rather than diagonal size alone. The 4.91 m overall width and 2.869 m overall height require a substantial structural surface, and the display’s 296 kg net weight does not include the mounting bar or ancillary hardware. Buyers should reserve space for cable entry, power isolation, finishing tolerances and safe maintenance access. The manufacturer’s datasheet lists mobile stand, stand and wall-mounting as installation modes, while the Raptor V3 installation manual states that 180-inch and 220-inch versions are wall-mount only. For project governance, FourTeck recommends planning the LX220V18 as a wall-mounted system unless MAXHUB or an authorized project engineer confirms a certified model-specific alternative in writing. This conservative interpretation avoids ordering furniture or mobile-support hardware that may not be approved for the 220-inch assembly.
Configuration-dependent elements such as the optional PC module, camera, radar touch module, room-control hardware, conferencing peripherals, installation labor and extended service package should be listed separately on the final commercial offer. Buyers should also distinguish the display’s native capabilities from complete meeting-room functionality. A room may still need microphones, cameras, echo cancellation, conferencing compute, switching, room scheduling and network services depending on the collaboration standard. FourTeck can map these elements into a complete scope before procurement approval.
Configuration, Sizing & Deployment Workbench
01 — Validate Room Geometry and Viewing Distance
Start with measured drawings. Confirm a clear wall zone wider than 4.91 m and higher than 2.869 m, then add installation and finishing allowances. The nearest regular viewer should ideally be at least five metres away according to the manufacturer’s recommendation. Also model the furthest viewer, side seating and camera positions. If the room is significantly smaller, a 180-inch, 165-inch or 150-inch model may deliver a more balanced experience and lower infrastructure cost.
02 — Confirm Structural Capacity
The screen weighs about 296 kg before adding the wall-mounting bar and related installation hardware. A competent structural professional should evaluate the actual wall construction, anchor strategy, substrate, reinforcement, access path and installation sequence. Decorative gypsum partitions should not be assumed to carry the load. For new construction, involve the AV and structural teams early enough to add backing steel or reinforced support before wall finishes are completed.
03 — Plan Electrical Headroom and Heat Load
Use 5.046 kW as the maximum display load for electrical design rather than relying on the 1.514 kW average figure. Confirm dedicated circuits, protection devices, isolators, cable sizes, outlet locations and any generator or UPS requirements with the project electrical engineer. In climate-controlled UAE facilities, also account for the display’s heat contribution in HVAC calculations. Stable temperature and humidity are important for long-term reliability, and the unit should not be placed where direct sunlight strikes the LED surface.
04 — Map Sources, Windows and Content Resolution
List every source the room must present: executive laptops, resident room PC, Teams or Zoom compute, digital signage player, video decoder, document camera, broadcast receiver or command application. The Raptor platform provides four HDMI inputs plus HDMI output and supports multi-window presentation functions. Decide whether source switching will be handled by the display, an external matrix, an AV-over-IP system or a room controller. Preserve a 4K signal path where detailed text and dashboards are important.
05 — Define Collaboration and Compute Strategy
Android 13 provides an integrated smart platform, but corporate meeting standards may require Windows, Microsoft Teams Rooms, Zoom Rooms, Webex or another managed endpoint. Decide whether to use the optional MAXHUB PC module, an external small-form-factor PC or a dedicated conferencing appliance. Validate camera, microphone, speaker and USB routing early. The display’s built-in features can simplify the room, but they should be integrated into the organization’s endpoint-management and security policies.
06 — Validate Network, Wireless and Control Requirements
Wi-Fi 6, Bluetooth 5.3, LAN connectivity and RS232 control provide several integration options. Corporate IT teams should decide whether the display is permitted on production wireless, an AV VLAN or an isolated network. If centralized monitoring or room automation is required, document the intended control protocol and controller. Wireless screen sharing should also be tested against guest-network design, multicast policies and information-security requirements before users rely on it in executive meetings.
07 — Define Service Access and Spare Strategy
Front access makes service planning easier, but maintenance still requires safe floor access, trained technicians and sufficient room around the display. Identify who will provide first-line support, how warranty cases are opened, where spare components are stored and what response time the business expects. For mission-critical command or broadcast rooms, consider project-specific spare modules or agreed service stock. For ordinary boardrooms, a standard warranty pathway may be sufficient. The correct approach depends on downtime tolerance.
08 — Commission with Measured Acceptance Criteria
Before project sign-off, test image uniformity, color temperature, brightness, source switching, audio, wireless sharing, network control, power recovery, remote-control operation and camera visibility. Verify that users can operate the room without relying on hidden engineering menus. Record baseline settings and create a short operational guide. For high-value spaces, include a final acceptance meeting with IT, facilities, the AV integrator and the business owner so responsibilities are clear after handover.
This workbench helps prevent the most common large-display procurement problem: buying a visually impressive product before confirming whether the room can support it operationally. FourTeck can use the project information above to prepare a more accurate quote, identify missing accessories and coordinate delivery around construction readiness. The result is a procurement package built around the real deployment rather than a standalone display SKU.
Industry Use Cases & Workload Scenarios
Banking & Finance
A 220-inch 4K wall can act as the focal point for market dashboards, treasury reviews, executive risk meetings and customer briefing centres. Fine-pitch resolution is useful when multiple charts and data windows must remain legible. For regulated financial organizations, the room compute and wireless-sharing workflow should be aligned with internal security controls, and network interfaces should be placed on approved segments.
Healthcare
Hospital groups and healthcare education facilities can use the large canvas for clinical training, command dashboards, operational coordination and executive conferencing. The display is not a diagnostic medical monitor, so diagnostic imaging decisions should remain on certified clinical equipment. For operations centres and teaching spaces, however, the scale and seamless surface make it well suited to shared visualization of non-diagnostic content across large rooms.
Government & Public Sector
Briefing rooms, emergency coordination centres, training halls and ministerial presentation spaces can benefit from a large 4K surface that supports several source types. RS232 control and network connectivity make the display suitable for integration into managed AV environments. Procurement should include structural documentation, cybersecurity review, room-control requirements and a clear warranty escalation pathway, especially where the room supports high-visibility public operations.
Logistics & Transportation
Large logistics operators can use the wall for fleet status, warehouse KPIs, route maps, incident coordination and operations meetings. Multi-window display modes can help teams compare live sources without repeatedly switching screens. In 24/7 environments, plan brightness conservatively, document restart procedures, define spare-part expectations and consider whether the room requires redundant external sources or an independent secondary display for business continuity.
Retail & Experience Centres
Flagship retail spaces, automotive showrooms and customer experience centres can use the bezel-free LED surface for branded content, product demonstrations and immersive presentations. The 100–600 cd/m² brightness range is appropriate for indoor use, but direct sunlight should be avoided. Content owners should schedule varied material rather than leaving fixed high-contrast imagery on screen for extended periods, following manufacturer guidance for display longevity and uniformity.
Education & Training
Universities, executive education centres and large corporate academies can use the LX220V18 for lecture content, remote guest sessions, simulations and large-group training. Wide viewing angles support broad seating plans, while 4K resolution helps preserve detail in diagrams and user interfaces. Designers should confirm whether the room also needs interactive touch; the Raptor platform lists a radar touch module as an optional accessory rather than assuming touch is standard.
Technical Feature Deep Dives
Deep Dive 1: Processing, Throughput & Workload Performance Architecture
Performance in an all-in-one LED wall has two layers: the physical display engine and the smart-system layer that manages content, interfaces and application behavior. The LX220V18’s physical layer provides 3840 × 2160 native pixels at 1.2 mm pitch, so a 4K source can map to a full-resolution 4K canvas without relying on a lower-resolution LED matrix. This is important for enterprise workloads that include browser dashboards, spreadsheets, engineering drawings, monitoring software and video conferencing interfaces. On a 220-inch surface, any weakness in source quality becomes visible, so content should ideally be generated and transported at 4K when fine detail matters.
The 3840 Hz refresh rate is part of the visual-throughput story. High refresh supports smooth motion and can improve how the wall behaves when captured by cameras, particularly in executive broadcast, lecture capture or hybrid-event use cases. It does not replace proper camera engineering; shutter speed, frame synchronization, lighting frequency and exposure remain important. Nevertheless, a display designed with high refresh provides a stronger foundation for rooms that need both in-person viewing and recorded or streamed output.
The integrated Android 13 environment uses an eight-core CPU architecture, 8 GB RAM and 64 GB storage. This makes the display capable of running embedded applications and handling local media without an always-on external PC. MAXHUB also identifies a GPU and 6 TOPS NPU in the feature set. In an enterprise deployment, the practical value is responsiveness and platform flexibility rather than benchmark competition. The display can host room functions, media playback and built-in services while an optional Windows PC or dedicated conferencing appliance handles corporate applications. Separating those roles can be useful where IT governance requires managed endpoint images or device certificates.
Four HDMI inputs and multi-window processing make throughput management relevant beyond a single source. A boardroom might show a financial dashboard beside a video call; an operations room might compare CCTV, a map and a KPI source; a lecture hall might show a presenter PC alongside a remote participant. The PBP, PIP and POP functions provide native ways to combine sources, while an external video processor or AV-over-IP platform can be added when more complex layouts, scaling or source counts are required. Buyers should decide which layer owns the switching and layout logic to avoid unnecessary duplication.
Deep Dive 2: Security, Redundancy & System Resilience
Security for a connected display begins with architecture. The LX220V18 includes Wi-Fi 6, Bluetooth 5.3, LAN connections, Android 13, wireless sharing support and optional PC integration. Every enabled network path should have an owner and a business reason. Corporate IT teams should determine whether wireless sharing is permitted, which VLAN the display uses, whether Bluetooth is necessary, how application updates are managed and whether guest presenters need isolated connectivity. Where strict environments prohibit direct internet access from displays, the Raptor can still operate as a controlled endpoint receiving signals from approved source devices.
Resilience at the hardware layer is supported by front access and hot-swappable service design. These characteristics do not make the entire system redundant, but they can reduce repair friction when a serviceable module needs attention. For a standard executive boardroom, that may be sufficient when combined with a defined support process. For a 24/7 operations centre, the project should go further: maintain a tested spare source device, document bypass paths, agree on service stock and consider a secondary display or contingency room if the visualization function is business-critical.
Power resilience must also be designed deliberately. The display can draw up to 5.046 kW, so any UPS decision should consider not only power rating but runtime, battery footprint, inrush characteristics and whether the display truly needs uninterrupted operation during generator transfer. In many corporate rooms, a controlled shutdown and generator-backed restart may be more practical than a large online UPS. In emergency command environments, uninterrupted visualization may justify a different design. FourTeck can coordinate requirements with the customer’s electrical consultant, but final electrical engineering should remain under competent project authority.
The manufacturer advises switching off the LED display through the designated control or remote before an outage where possible. It also warns against prolonged fixed images and direct sunlight. These operational practices belong in the room’s resilience plan because display reliability is influenced by how the system is used day after day. A technically sophisticated installation can still underperform if brightness is left unnecessarily high, ventilation is obstructed or users hard-cut power repeatedly without a defined shutdown procedure.
Deep Dive 3: Remote Management, Telemetry & Infrastructure Integration
The Raptor Series V3 is designed to participate in managed AV environments rather than operate as an isolated screen. The LX220V18 includes RS232 capability over RJ45, internal LAN interfaces, Wi-Fi connectivity and local controls. For room-automation teams, RS232 can be used to integrate display commands into a control processor so users interact through a consistent touch panel rather than juggling remotes. Typical workflows include power control, source selection and coordinated room startup, though the exact command set should be validated against the current MAXHUB protocol documentation before programming.
Network connectivity can support broader management workflows, but organizations should separate convenience from governance. A facilities or AV team may want remote status visibility and centralized adjustment, while cybersecurity teams may require device isolation, authentication controls and documented firmware procedures. The correct design is project-specific. Where centralized management is required, build it into the network plan before commissioning rather than adding unmanaged connections after handover. This is especially important in government, banking and healthcare environments with formal segmentation standards.
Telemetry also includes human-operational information. Record the final brightness level, color temperature, source names, network settings, room-control behavior, firmware version and service contacts. Keep a commissioning record with photos of cable routes and mounting points. These details can save hours during future troubleshooting because the support team can compare current behavior against the accepted baseline. For a display that physically dominates the room, documentation quality should match the capital investment.
Infrastructure integration extends to cameras and conferencing. The datasheet lists an internal PoE+ interface intended for a MAXHUB PTZ camera, and the system supports USB and HDMI connections for external compute. MAXHUB also promotes compatibility with mainstream conferencing platforms when paired with the appropriate environment. A well-designed room will map USB ownership carefully so cameras, microphones and other peripherals connect to the active conferencing computer without manual re-cabling. FourTeck can help define this signal-flow map as part of pre-sales engineering, particularly when the customer wants both BYOD presentation and a resident room system.
What Buyers Should Check Before Purchase
A 220-inch LED wall is a project asset, not a desk-delivery item. The main buying risks are usually structural readiness, power allocation, mounting assumptions, incomplete conferencing scope and unclear service ownership. Use the four checks below before approving a purchase order so the commercial package corresponds to the final room design.
01 / FIT — Configuration Fit & Model Sizing
Confirm that 220 inches is appropriate for both the room and the content. The first regular viewer should be around five metres or farther away based on MAXHUB guidance, while the wall needs enough clear width and height for the nearly 4.91 m × 2.869 m chassis. If the room cannot provide that geometry, compare the 180-inch, 165-inch or 150-inch Raptor V3 models. Also verify whether 4K is mandatory; the Raptor family includes both Full HD and 4K options at different sizes and pitches.
02 / MATCH — Compatibility & Environmental Requirements
Check source resolutions, HDMI versions, USB ownership, camera interfaces, wireless policies, room-control requirements and network segmentation. The display is an indoor product and should not be exposed to direct sunlight. Environmental conditions must remain within -10°C to 40°C and 10–80% non-condensing humidity. If the room includes strong daylight, a daylight study and shading plan may be necessary. If the project includes touch, confirm the optional radar touch module and associated design rather than assuming touch capability is included by default.
03 / TERMS — Availability, Delivery & Warranty Terms
Large LED systems may be supplied against project inventory or factory lead time rather than ordinary shelf stock. Request a quotation that clearly states the model, included accessories, estimated lead time, delivery scope, installation scope if any, warranty period, warranty process and exclusions. For UAE sites with loading-bay restrictions, free-zone procedures, appointment deliveries or construction access windows, provide those constraints before shipment. FourTeck will confirm current commercial conditions rather than assuming stock or warranty terms that have not been verified.
04 / REQUEST — Quote Preparation Data Needed
For the most useful proposal, send the exact site location, required quantity, target installation date, room drawings or wall dimensions, nearest viewing distance, wall construction, preferred conferencing platform, source-device list, expected operating hours and whether installation, commissioning or user training is required. If the project has a consultant bill of quantities, include it. Clear input data reduces commercial revisions and helps FourTeck identify accessories or dependencies before the product reaches site.
One installation issue deserves special attention. The dedicated LX220V18 datasheet lists several mounting modes, while the broader Raptor V3 installation manual states that 180-inch and 220-inch units can only be wall-mounted. Because mounting affects safety, logistics and budget, buyers should treat wall mounting as the default for the 220-inch model unless MAXHUB confirms another certified method for the exact supplied configuration. FourTeck can request clarification during project validation and reflect the approved mounting approach in the quote.
UAE Regional Availability & Service Ecosystem
FourTeck supports UAE enterprise buyers with product sourcing, specification review, quotation preparation, delivery coordination and project-level guidance for large-format collaboration and visualization systems. Availability for a 220-inch LED wall should always be checked against current project stock or manufacturer lead time. Before commercial confirmation, FourTeck can review the requested model, accessories, site constraints and deployment timetable so the proposal accurately reflects the intended installation. For urgent projects, sharing the quantity, delivery location and required-on-site date at the first inquiry helps the team assess viable supply routes and turnaround options.
K1. Dubai Supply & Logistics Support
Dubai customers can request coordinated supply for corporate headquarters, hotels, universities, government entities, experience centres, free-zone offices and large meeting facilities. FourTeck can help align the MAXHUB display specification with wall readiness, power planning and optional conferencing requirements before order placement. Delivery coordination can account for building management approvals, loading-bay bookings, Dubai free-zone procedures and staged project handover. Where the project includes installation by a nominated AV contractor, technical information can be shared early so structure, cabling and access are prepared before the display arrives.
K2. Abu Dhabi & Al Ain Logistics Reach
Organizations in Abu Dhabi and Al Ain can use FourTeck for quotation coordination, enterprise sourcing and delivery planning across government, energy, industrial, education and corporate sectors. Large-display projects often require early alignment between procurement, facilities and IT because room construction may proceed in parallel with hardware sourcing. FourTeck can help confirm the exact LX220V18 model, optional accessories and logistical dependencies, then coordinate the commercial supply path based on the approved project schedule and site-access requirements.
K3. Sharjah & Northern Emirates Logistics Infrastructure
For Sharjah and Northern Emirates projects, FourTeck can assist with pre-sales configuration, quotation handling and commercial logistics for education, manufacturing, transport, government and private-sector deployments. Buyers should identify whether the equipment is going to an operational facility or an active construction site, because handling procedures, access windows and storage conditions can differ significantly. The 220-inch platform should remain protected in appropriate indoor conditions until installation, with lifting and movement managed by qualified teams familiar with large LED systems.
K4. Ajman & Surrounding Emirates Logistics Coverage
Ajman-based businesses, institutions and integrators can request current availability checks, delivery coordination and technical pre-sales assistance for the Raptor Series V3. FourTeck can review room dimensions and application requirements before the order is finalized, helping buyers avoid oversizing the display or omitting required accessories. For multi-site rollouts, the commercial team can also coordinate consistent model selection and documentation so different locations receive a standardized platform where room conditions allow.
GCC & Pan-African Supply Chain Reach
FourTeck can support cross-border enterprise technology projects from the UAE through regional inquiry routing, export quotation coordination, configuration validation and logistics planning. International supply conditions vary by destination, order value, freight mode, customs requirements and local import procedures. For large LED systems, the buyer should also consider crating dimensions, insurance, handling equipment, customs documentation and site storage. FourTeck can coordinate the commercial supply side and work with project stakeholders to clarify responsibilities before shipment.
L1. Saudi Arabia (KSA) Export & Supply Support
Saudi enterprise projects can be supported with model validation, project quotation and regional supply coordination from the UAE. For Riyadh, Jeddah, Dammam and other destinations, provide the final delivery city, consignee details, required timeline and installation responsibility so freight and documentation can be assessed accurately. Large collaboration rooms in ministries, corporate headquarters, universities and control centres may also require local installer coordination, which should be defined as a separate project responsibility.
L2. Qatar Market Supply Reach
Qatar-based companies and system integrators can request project sourcing for the MAXHUB Raptor Series V3, with configuration and logistics coordination based on quantity and delivery schedule. Cross-border delivery should account for import documentation, final-mile handling and project access. FourTeck can help ensure the quotation identifies the exact model and included components so the consignee can plan customs and site acceptance with fewer ambiguities.
L3. Oman Regional Distribution Support
Oman buyers can obtain procurement guidance and project quote coordination for Muscat and other commercial locations. For a 220-inch LED wall, it is useful to share room drawings and intended use before finalizing the order because a smaller Raptor size may be more suitable for some meeting rooms. FourTeck can coordinate supply details and provide the technical product information needed by the local installer or consultant.
L4. Kuwait Supply Chain Coverage
For Kuwait enterprise projects, FourTeck can support project quotation, configuration review and export-supply coordination. Buyers and integrators can route Kuwait-specific requirements through FourTeck Kuwait to align local project information with the regional sourcing process. Final freight, customs and delivery terms should be confirmed on the commercial offer.
L5. Kenya & East Africa Supply Infrastructure
Kenyan integrators and enterprise buyers can request regional distribution support, technical inquiry routing and delivery coordination through FourTeck Kenya. For East African projects, allow sufficient time for export preparation, freight and customs clearance. Large LED walls should be handled as project cargo with attention to packaging integrity, storage conditions and local installation competence.
L6. Uganda Regional Procurement Support
Uganda customers can use FourTeck Uganda for localized inquiry response, project supply coordination and technology sourcing. The quotation process can include model confirmation, accessory review and export planning. Buyers should clearly separate equipment supply from on-site installation unless both are explicitly included in the agreed scope.
L7. Pan-African Regional Logistics & Trade Reach
For broader African projects, FourTeck can coordinate multi-country supply inquiries, trade documentation support and enterprise hardware sourcing through FourTeck Africa and FourTeck Global. The appropriate route depends on destination, project scale and commercial terms. Early submission of delivery city, quantity, consignee and required date helps the team estimate a realistic supply path for oversized display cargo.
Related FourTeck Products & Compatible Alternatives
| Alternative | Typical Reason to Select | Planning Difference |
|---|---|---|
| MAXHUB Raptor Series V3 LX220V07 220-inch | Choose when 220-inch physical scale is required but Full HD resolution is acceptable for longer-distance viewing or presentation-led content. | Lower pixel density with 2.5 mm pitch; validate text and dashboard legibility at the planned seating distance. |
| MAXHUB Raptor Series V3 LX180V07 180-inch | Useful for large boardrooms and auditoriums where the 220-inch chassis is too wide or tall. | Smaller footprint and Full HD resolution; can reduce structural, power and room-depth requirements. |
| MAXHUB Raptor Series V3 LX165V07 165-inch | Well suited to medium-to-large executive rooms that need a seamless LED surface without the scale of a five-metre-wide display. | Easier sightline fit in many collaboration spaces; verify model-specific mounting options. |
| MAXHUB Raptor Series V3 LX150V07 150-inch | Appropriate when meeting-room viewing distance is shorter and room construction cannot accommodate the 220-inch version. | Lower overall size and power demand; Full HD resolution. |
| MAXHUB Raptor Series V3 LX138V07 138-inch | A strong alternative for premium boardrooms where direct-view LED is desired but space is constrained. | More compact 1.5 mm pitch solution with Full HD resolution. |
| MAXHUB Raptor Series V3 LX120V07 120-inch | Suitable for smaller executive rooms, training spaces and collaboration areas that need an integrated LED experience above standard flat-panel sizes. | The most compact size in the cited Raptor V3 family; room integration is usually simpler. |
Selecting an alternative should be driven by the nearest viewing distance, wall dimensions, content detail and budget for supporting infrastructure. A physically smaller display can produce a better user experience in a shorter room because viewers do not need to scan an oversized canvas at close range. Conversely, a 220-inch wall is valuable when the room is large enough to use the scale properly. FourTeck can compare Raptor Series V3 sizes against the customer’s room drawing and recommend a shortlist before a formal quote is issued.
Why Enterprises Choose FourTeck
Enterprise technology procurement is more reliable when the supplier validates the project context instead of treating every request as a simple box shipment. FourTeck’s role is to help buyers translate room requirements, business goals and infrastructure constraints into a commercial product scope. For the MAXHUB LX220V18, that can include checking the exact model designation, reviewing the room size, identifying optional compute or conferencing elements, clarifying current warranty terms and coordinating delivery against the customer’s installation schedule.
Pre-sales engineering matters because a 220-inch LED wall touches several disciplines at once. IT owns network and endpoint policy; facilities owns structure, power and HVAC; AV teams own signal flow and user experience; procurement owns commercial terms; and the business owner cares about reliable operation. FourTeck can act as the procurement coordination point so these requirements are surfaced before purchase order approval. When a customer provides drawings, bill-of-quantities documents or consultant requirements, the commercial team can use them to reduce scope ambiguity.
FourTeck also supports logistics planning across Dubai and the wider UAE, including project deliveries that may require appointment scheduling, building access coordination or free-zone documentation. Post-sales warranty support is handled according to the manufacturer and quotation terms applicable to the supplied project. Rather than relying on generic promises, buyers are encouraged to request explicit warranty duration, response pathway and included services on the final proposal. This evidence-led approach creates a clearer procurement record and helps technical teams know exactly what support arrangement is in place after handover.
Frequently Asked Questions
Is the MAXHUB Raptor Series V3 LX220V18 a 4K display?
Yes. The LX220V18 has a native resolution of 3840 × 2160 pixels and a 1.2 mm pixel pitch across its 220-inch 16:9 LED surface. This makes it suitable for large-room content where fine text, dashboards, video and detailed graphics need to remain clear. Source devices and signal infrastructure should also be configured for 4K if the project expects to use the display’s full native resolution.
How far should viewers sit from the 220-inch Raptor V3?
MAXHUB specifies a recommended viewing distance of at least five metres for the LX220V18. That figure is a useful baseline for the nearest normal seating position. The final seating plan should also consider content type, eye height, room width, camera positions and the furthest viewer. If users will regularly sit much closer, a smaller Raptor model may provide a more comfortable and proportional viewing experience.
What are the power requirements for the LX220V18?
The display operates from 100–240 VAC at 50/60 Hz. MAXHUB specifies approximately 1.514 kW average power consumption and 5.046 kW maximum, with standby consumption at or below 0.5 W. Electrical circuits should be designed using the maximum requirement and local project standards. The MEP engineer should also account for heat load, isolation, protection devices and any generator or UPS strategy required by the site.
Can the 220-inch model be installed on a mobile stand?
Project teams should plan for wall mounting unless MAXHUB confirms another certified method for the exact supplied unit. The dedicated LX220V18 datasheet lists mobile stand, stand and wall-mounting modes, but the Raptor V3 installation manual states that 180-inch and 220-inch displays can only be wall-mounted. Because this affects structural safety and logistics, FourTeck recommends obtaining written mounting confirmation during project validation before ordering any support hardware.
Does the Raptor Series V3 include an operating system?
Yes. The LX220V18 includes Android 13 with an eight-core CPU architecture, 8 GB RAM and 64 GB storage. This allows the display to run integrated applications and media workflows without depending entirely on an external computer. For corporate Windows applications, managed room standards or dedicated conferencing, buyers can add the optional PC module or connect an external room computer based on their IT policy.
What connectivity does the LX220V18 provide?
The model provides four HDMI inputs using a combination of HDMI 2.0 and HDMI 1.4, one HDMI output, two external USB 3.0 ports, an internal USB 2.0 port, USB-C, USB Out, audio input and outputs, internal LAN connections, RS232 over RJ45 and an internal PoE+ interface. Wi-Fi 6 and Bluetooth 5.3 are also integrated. Final source and peripheral compatibility should be checked against the project signal-flow design.
Is the display suitable for 24/7 command-room use?
The platform has characteristics that support long-duration enterprise use, including a specified LED lifespan of at least 100,000 hours, front-access maintenance and hot-swappable service design. A true 24/7 command-room deployment should still include a formal resilience plan covering spare components, brightness management, power continuity, source redundancy, environmental control and service response. FourTeck can help define the commercial hardware scope, while the final availability architecture should be approved by the customer’s project team.
Can the MAXHUB Raptor V3 work with Microsoft Teams, Zoom or Webex?
MAXHUB positions the Raptor Series V3 for use with mainstream conferencing platforms including Microsoft Teams, Zoom, Webex and Google Meet when the required compute and peripherals are installed. The display itself should be treated as one part of the room system. A complete conferencing design may also need a camera, microphones, speakers, a managed PC or room appliance, USB routing and network services. FourTeck can help identify these dependencies during quotation.
Is the LX220V18 suitable for outdoor use or direct sunlight?
No. MAXHUB identifies the LX220V18 as an indoor product and states that it should not be used in direct sunlight. The specified operating range is -10°C to 40°C and 10–80% relative humidity without condensation. UAE projects should therefore provide a conditioned indoor environment and manage daylight through room orientation, blinds or architectural shading where necessary. Outdoor or semi-outdoor sites should use a display specifically designed for those conditions.
How can I get a Dubai or UAE quote for the MAXHUB LX220V18?
Send FourTeck the required quantity, delivery emirate, target installation date, room dimensions or drawings, preferred conferencing platform and whether you need supply only or a broader deployment scope. If available, include the consultant bill of quantities and structural or electrical requirements. FourTeck can then confirm the current model availability, accessory scope, warranty terms and logistics assumptions before issuing a tailored commercial proposal for the project.
Plan Your MAXHUB LX220V18 Deployment with FourTeck
For an accurate proposal, send the model requirement, quantity, UAE delivery location, deployment timeframe and room details. Include wall dimensions, nearest viewing distance, source devices, collaboration platform and whether installation or commissioning support is required. FourTeck will use this information to validate the supply scope, identify configuration dependencies and prepare a project-specific quotation. For a 220-inch LED wall, early technical validation helps avoid late construction changes and ensures the commercial package reflects the real room rather than only the display hardware.
