Quick Procurement & Configuration Matrix

Executive Product Architectural Overview

Large meeting rooms often expose a mismatch between ordinary flat panels and traditional modular LED walls. A conventional LCD may be easy to deploy but too small for the room, while a custom LED installation can deliver scale yet require external processing, independent power distribution, specialist structural work, multiple cabinets and a longer commissioning path. The MAXHUB Raptor Series V3 Lite is positioned between those two extremes. It brings direct-view LED into a factory-defined all-in-one format so an organization can procure a complete visual endpoint rather than design a pixel wall from separate components. That architectural simplification is the central business proposition of the platform.

The series is designed around three primary variants: a 135-inch COB model, a 135-inch SMD model and a 162-inch SMD model. The two 135-inch units target similar room scales but use different LED packaging approaches. COB, or chip-on-board, integrates LED emitters directly into the substrate and can provide a more protected face, a smooth visual surface and strong contrast behavior. SMD, or surface-mount-device, is a mature LED approach with serviceable modular construction and broad industry familiarity. The 162-inch SMD version extends the physical canvas for larger rooms where sightline coverage and audience distance justify the extra width and height. For a procurement team, this means the first design task is not simply choosing the largest display; it is selecting the screen technology and diagonal that create the right pixel density at the actual viewing distance.

The fixed Full HD canvas is another important architectural point. Published V3 Lite configurations are 1920 × 1080 in a 16:9 format, which is deliberately compatible with mainstream meeting-room content, laptops, conferencing sources and standard corporate video. On the 135-inch SMD configuration, the 1.5 mm pixel pitch supports the Full HD raster across the display area. The 162-inch SMD moves to approximately 1.9 mm pitch to maintain the same Full HD output over a larger physical surface. The 135-inch COB option is also offered as a Full HD configuration, with exact LED package details to be validated against the quotation-specific datasheet. Because the total pixel count remains Full HD, buyers should distinguish physical size from source resolution. The larger 162-inch screen does not create more source pixels; it creates a larger presentation surface with correspondingly different pixel spacing.

MAXHUB also reduces the traditional separation between LED wall electronics and room computing. The current Raptor V3 Lite platform integrates Android 13, an octa-core processor architecture based on four Cortex-A76-class and four Cortex-A55-class cores, a four-core graphics engine and an NPU rated by the vendor at up to 6 TOPS in current product material. Official product collateral lists 8 GB RAM and 64 GB storage in current mainstream specifications, while some regional marketing pages have published differing memory figures. FourTeck therefore recommends that enterprise buyers confirm memory, firmware and interface details against the exact SKU being quoted. The practical point is that the display can function as a self-contained smart endpoint for wireless sharing, basic application workflows and system management without always relying on a separate room PC for everyday presentation.

Connectivity is built around modern collaboration expectations. Dual-band Wi-Fi 6 and Bluetooth 5.3 support network access and peripheral pairing. MAXHUB Share, Miracast, Chromecast and AirPlay capabilities provide multiple paths for content sharing, while vendor materials describe support for up to four simultaneously shared devices in compatible workflows. A selected wireless dongle can further streamline presenter access. Physical ports vary between SMD and COB versions, so AV designers should not assume every connector is present in the same position on each model. The COB configuration is particularly strong on front/external accessibility, while the SMD models place some interfaces internally or beneath the panel to preserve the clean front view.

Operationally, the architecture is optimized for front access. Hot-swappable modules and front-service maintenance reduce the need for a deep service cavity behind the display. MAXHUB describes the visual chassis as approximately 31 mm slim, while published wall-mounted installation thickness is approximately 62 mm once the mounting assembly is considered. This distinction matters for architectural drawings: panel-body depth and final installed projection are not the same measurement. It also matters in premium reception or boardroom spaces where the display is intended to sit close to the finished wall.

Finally, the V3 Lite fits into an enterprise management model through MAXHUB Pivot or Pivot+ capabilities, depending on region and licensing. Remote upgrade, screen control, content publishing, application deployment and device grouping are central management themes in current vendor material. That gives IT teams a path to treat the LED display as a managed endpoint rather than an isolated AV appliance. In UAE deployments with multiple meeting rooms, training locations or customer-facing screens, this can reduce travel for routine checks and allow centralized operational standards. The result is a product that is not merely a large screen; it is a defined collaboration and visual presentation platform designed to simplify deployment while retaining the visual advantages of direct-view LED.

Enterprise Business Value & ROI Benefits

The strongest return therefore comes from lifecycle simplification rather than from one isolated specification. The product can reduce design complexity, preserve room aesthetics, streamline everyday presenting, improve service access and support centralized operations. Whether those benefits justify the investment depends on room importance, audience size, operational hours and the cost of disruption. FourTeck can help turn those factors into a sizing brief so the chosen Raptor V3 Lite model is aligned to a real business requirement instead of being selected only by diagonal size.

Hardware & Technical Architecture Highlights

The Raptor Series V3 Lite uses a modular direct-view LED architecture where the image is created directly by LED emitters rather than by an LCD panel illuminated from behind. This matters because there is no LCD glass seam to define the display area, and brightness, black-level behavior, pixel pitch and refresh characteristics are governed by the LED package, driver electronics and calibration system. MAXHUB packages that technology into a factory-aligned all-in-one frame so buyers receive a complete screen surface rather than a custom matrix assembled from independent cabinets at the project site.

At the mechanical level, the platform emphasizes a lightweight magnesium die-cast cabinet approach. Current brochure material lists approximately 100 kg for the 135-inch SMD display, approximately 144 kg for the 162-inch SMD and approximately 105 kg for the 135-inch COB before certain mounting accessories. These are substantial loads despite the slim profile. Structural verification is therefore mandatory. A wall that comfortably supports a conventional 98-inch commercial display may still require additional reinforcement for a 135-inch or 162-inch LED system. FourTeck recommends confirming wall substrate, fixing method, bracket type, installer access and any landlord or fit-out restrictions before the hardware arrives.

The all-in-one hub architecture integrates key control, distribution and power functions. MAXHUB describes a proprietary 3-in-1 hub-board concept intended to reduce cabling and support the thin chassis. Integrating these functions helps eliminate the separate processor rack and large external power cabinet that are common in conventional LED deployments. However, integration makes quote validation important because a buyer must confirm exactly which interfaces are brought to the accessible edge and which are internal. The COB version currently exposes a broader external connection set than the SMD variant in the published brochure, including HDMI input and output, USB, Type-C, network, audio out and RS232-over-RJ45 functions.

The embedded compute subsystem is built around an octa-core CPU arrangement with four high-performance Cortex-A76-class cores and four efficiency-focused Cortex-A55-class cores. Current product material also describes a four-core GPU and a 6 TOPS NPU. In business terms, this architecture supports the Android interface, content sharing, local applications and responsive room operation without needing to wake an external PC for every action. It should not be interpreted as a replacement for a high-end workstation used for complex CAD, analytics or GPU-intensive rendering. For demanding applications, the proper architecture remains to run the workload on an external source and use the Raptor display as the presentation endpoint.

Memory and storage in current official brochure material are listed as 8 GB RAM and 64 GB internal storage with Android 13. Because some regional MAXHUB editorial material has referenced different RAM capacity, enterprise buyers should treat the quotation-specific datasheet as authoritative for the exact SKU. This is a useful example of why model validation matters in multinational AV procurement: product families can share a name while regional hardware revisions, firmware packages or commercial bundles differ.

Display timing is designed for professional LED use. Current channel specifications list a 3840 Hz refresh rate, which is useful when the screen is photographed or captured on camera because higher refresh reduces visible scan artifacts under many shutter conditions. Published SMD contrast ratio is around 6500:1, while MAXHUB has promoted up to 15,000:1 contrast for the COB version in current launch material. Those figures should be treated as model-specific rather than applied to every variant. Brightness is commonly listed as adjustable from approximately 100 to 600 nits for indoor use, allowing the installation to be balanced for meeting rooms rather than operated permanently at maximum output.

Thermal and power planning are equally important. Maximum consumption in current product material is approximately 1.25 kW for 135-inch COB, 1.87 kW for 135-inch SMD and 2.69 kW for 162-inch SMD. Actual draw depends on content and brightness, but electrical design must account for the maximum rated load, local circuit requirements and any other room equipment on the same branch. For critical rooms, FourTeck also recommends considering appropriate surge protection, power conditioning or UPS strategy based on the building standard and the consequences of an interrupted session.

Definitive Technical Specifications Table & Sizing Notes

Specification comparison should start with the room, not the product brochure. A 135-inch screen is already more than three metres wide, while the 162-inch unit extends to roughly 3.6 metres. That creates significant sightline, wall, transport and power implications. Buyers should mark the display width on the wall during planning and confirm that room doors, lifts, corridors and delivery routes can accommodate the packaged column components or installation sections. The final mounting system must be reviewed against the wall construction, not selected from screen weight alone.

Pixel pitch should then be checked against viewing distance. The 135-inch SMD P1.5 model places pixels closer together and is therefore generally better suited to viewers who may sit nearer to the screen. The 162-inch SMD P1.9 model spreads the same Full HD raster across a larger area, making it more appropriate when the audience sits farther back. A regional distributor lists approximately 3.2 metres as a recommended viewing distance for the 135-inch SMD; real-world comfort depends on content type and visual acuity, so a demonstration is ideal for executive projects. COB may be preferred where surface robustness, near-viewing behavior or higher contrast is important. The correct choice should be confirmed against the exact model and project priorities.

Configuration, Sizing & Deployment Workbench

Industry Use Cases & Workload Scenarios

Across all sectors, the most successful deployment pattern is to treat the V3 Lite as part of a room system rather than as a stand-alone purchase. The display should be paired with the correct source devices, audio, camera, network policy, mounting method and control strategy. FourTeck can help UAE project teams convert a use case into a bill of materials and pre-installation checklist so the display is sized for the actual room and not merely selected from a catalogue.

Technical Feature Deep Dive 1: Processing, Throughput & Workload Performance Architecture

The phrase “all-in-one LED” is meaningful because the Raptor V3 Lite does more than package LED modules in a decorative frame. Traditional direct-view LED systems separate the visual surface from the video-processing layer. Incoming HDMI or network sources are often scaled by an external processor, routed through sending hardware and then distributed to the receiving electronics behind the LED cabinets. MAXHUB’s V3 Lite architecture moves much of that system into the display itself. The practical result is that a standard business source can be connected directly to the all-in-one controller without a visible external processor rack for ordinary operation.

Its embedded compute platform is also stronger than the simple media-player silicon found in many signage displays. The current architecture uses four high-performance A76-class CPU cores for foreground tasks and four A55-class efficiency cores for lighter operations, accompanied by a four-core GPU. MAXHUB additionally references a 6 TOPS neural-processing engine. In day-to-day business use, this arrangement gives the Android environment enough headroom for menu navigation, wireless presentation, application operation and management agents while continuing to process the display pipeline. Buyers should resist interpreting the NPU rating as a guarantee that every third-party intelligent application will use the accelerator; software support determines whether specialized processing hardware is engaged.

The high-refresh LED subsystem is equally important. A 3840 Hz refresh rate does not mean the screen accepts 3840 video frames per second. Instead, it refers to the rate at which the LED driver system refreshes the light output across the panel. This can improve perceived stability and reduce visible scan bands when cameras record the screen. That characteristic is useful in executive briefing rooms, hybrid events and training spaces where presenters or the display may be filmed. Source frame rate remains governed by HDMI, operating-system and content settings, so AV commissioning should ensure those layers are matched correctly.

Screen size and pixel pitch define another throughput relationship. The 135-inch SMD model uses P1.5 spacing while the 162-inch model uses P1.9, yet both are Full HD. That means the rendering workload is essentially the same pixel count even though the physical screen is larger. This is an intentional balance: the larger display is intended for a longer viewing distance where the wider pixel spacing is less noticeable. It also makes source compatibility straightforward because common laptops and conferencing devices can output 1920 × 1080 without unusual desktop scaling. For spreadsheet-heavy rooms where the nearest seat is close, the finer 135-inch pitch may produce a more comfortable visual result than simply increasing physical size.

Current official brochure material lists 8 GB RAM and 64 GB storage. Storage capacity should be understood as system storage rather than a replacement for an enterprise content server. Organizations using the screen for digital signage should still decide whether content is streamed, centrally published or locally cached according to the management platform. For conference rooms, internal storage is mainly useful for apps, system data and limited local content. Long-term content libraries should remain on approved network or cloud platforms so backup, permissions and lifecycle management remain consistent with IT policy.

Technical Feature Deep Dive 2: Security, Redundancy & System Resilience

Resilience in a meeting-room display is partly electrical and partly operational. The Raptor V3 Lite simplifies the number of independent components, which can make incident isolation easier. When an LED system is built from separate processor, sender, receiver, power cabinet and compute layers, a blank screen can originate from several different devices. In an all-in-one architecture, more of that chain is contained inside a defined vendor platform. This does not make the system immune to failure, but it provides a clearer support boundary and can shorten the path from symptom to diagnosis.

The LED surface itself is modular and front-serviceable. Hot-swappable module design is valuable because an individual module can be replaced without dismantling the entire display or opening the wall behind it. Enterprises should consider maintaining project spares from the same production batch where possible, particularly for high-profile installations. LED color can shift subtly between production batches, so spare-module planning is more than a simple inventory exercise. A commissioning package should document calibration procedure, spare quantity, storage conditions and the escalation route for controller or power-board faults.

From a network-security perspective, Wi-Fi 6, Bluetooth 5.3, AirPlay, Miracast, Chromecast and management services create convenience but also expand the endpoint’s network surface. Security teams should decide which functions are permitted before the display is connected to the corporate environment. A common enterprise pattern is to place AV endpoints on a dedicated VLAN, restrict outbound and lateral communication, control administrative credentials centrally and disable unused wireless services. Guest presentation can then be enabled through an approved method without granting the display unnecessary access to business systems.

Android 13 provides a modern operating base, yet the important question for enterprise buyers is update governance. Ask how firmware is distributed, whether updates can be staged through the MAXHUB management platform, what happens if an update fails and how long security patches are expected for the hardware generation. The procurement team should also identify who owns the administrator account after handover. Installing a sophisticated display without assigning account ownership frequently creates avoidable support problems months later when credentials are lost or staff change roles.

Power resilience should be designed around business criticality. A reception display may tolerate a building power interruption, while an emergency operations room may not. Maximum power can reach approximately 2.69 kW on the 162-inch SMD variant, so any UPS must be sized for actual display load, desired runtime, inrush behavior and attached room electronics. It may be more appropriate to provide conditioned shutdown or short ride-through than long battery runtime. FourTeck can coordinate the display specification with an appropriately engineered UPS or power-protection design when continuity is a project requirement.

Technical Feature Deep Dive 3: Remote Management, Telemetry & Infrastructure Integration

A large display becomes more valuable to IT when it can be managed as part of a fleet. MAXHUB positions Pivot and Pivot+ as centralized platforms for supported devices, and current Raptor V3 Lite material references remote upgrades, remote screen control, content publishing, application installation and multi-level device grouping. For one screen, these capabilities are convenient. For twenty screens across several sites, they can become an operating model. Administrators can group devices by office, room type or business unit, then apply consistent settings and software actions instead of visiting each location.

Content management is particularly useful for screens that serve both meeting and signage roles. A reception or training display can show scheduled corporate messages when not used for live presentation. Central publishing also creates a governance advantage: marketing or communications teams can supply approved material while IT retains endpoint control. Before deployment, define content ownership, scheduling rights, emergency override rules and how stale media is removed. This avoids the common situation where unmanaged lobby screens continue showing outdated content because nobody owns the publishing process.

For AV integration, published hardware includes network connectivity, audio output and RS232-style control over an RJ45 interface, with interface placement varying by model. MAXHUB also lists API command control support. That opens the door to room-control systems where one touch can wake the display, select an input and prepare the conferencing environment. Integration engineers should obtain the current command documentation, confirm supported feedback states and test failure recovery. A reliable control sequence should account for boot time, source handshaking and what happens if a command is sent while the display is updating.

Wireless content sharing should also be integrated into network design rather than treated as a standalone feature. Miracast may use different network behavior from AirPlay or Chromecast, while MAXHUB Share can depend on the client application or approved dongle. Some enterprises allow personal devices only on a guest network, so discoverability and routing between guest clients and the display must be planned. In other environments, direct dongle-based sharing may be preferred because it reduces dependence on guest-network multicast behavior. The correct method depends on cybersecurity policy and user experience goals.

Telemetry is most useful when it triggers operational action. Device health data, software state and remote screen status should be tied to a support process that defines thresholds and ownership. For example, a failed update, offline display or repeatedly unstable network connection can generate a ticket before a board meeting begins. Even where automated alerting is limited, central visibility can reduce diagnosis time because help-desk staff can confirm whether the device is reachable before dispatching a technician. This is where the V3 Lite’s integrated platform can provide value beyond image quality: it becomes an endpoint that participates in enterprise operations.

What Buyers Should Check Before Purchase

The greatest purchasing risk with a large-format LED system is rarely that the screen will not switch on. The greater risk is a mismatch between the selected model and the room: wrong viewing distance, insufficient wall capacity, incomplete connector planning, unsuitable power, unclear warranty scope or missing installation services. The four checks below turn those issues into a procurement gate before a purchase order is released.

UAE Regional Availability & Service Ecosystem

FourTeck supports UAE organizations that need MAXHUB display sourcing, configuration validation and project quotation coordination. Availability should be confirmed against the exact Raptor V3 Lite size and LED package because large-format display stock is more project-driven than conventional desktop hardware. The procurement workflow normally begins with room requirements and target date, followed by part-number verification, mounting and power review, commercial quotation, delivery planning and installation coordination. For time-sensitive projects, sharing the site details early allows the logistics team to evaluate access, staging and delivery constraints before the screen is dispatched.

K1. Dubai Supply & Logistics Support

Dubai projects can include head-office boardrooms, Free Zone facilities, hotels, training centres, customer experience suites and corporate receptions. FourTeck can coordinate project quotations, delivery scheduling and pre-installation checks across Dubai. Where building management requires delivery permits or restricted loading-bay slots, the site team should provide those rules during quotation. Staging requirements, wall-mount readiness and final floor access can then be included in the delivery method. For Free Zone locations, company documentation and site-entry requirements should be identified early so there is no last-minute delay at security or goods receiving.

K2. Abu Dhabi & Al Ain Logistics Reach

Abu Dhabi and Al Ain buyers often include government entities, energy organizations, industrial operators, universities and large corporate campuses. FourTeck can support sourcing, quotation coordination and delivery planning for those environments. Complex sites may require advance vehicle registration, gate passes, health-and-safety documentation or designated installation windows. The product’s weight and physical width make site access a core requirement, so the project contact should confirm lift dimensions, corridor turns and final room access before dispatch. For mission-sensitive rooms, include spare-module and power-protection requirements in the scope from the beginning.

K3. Sharjah & Northern Emirates Logistics Infrastructure

Sharjah and the Northern Emirates contain a mix of industrial zones, education campuses, government facilities, logistics centres and commercial headquarters. FourTeck can coordinate hardware availability checks, configuration discussions and project delivery to these areas. Organizations replacing projector-based training rooms may find the V3 Lite attractive because it produces a fixed large visual surface without projector throw distance or lamp maintenance. However, power, structural loading and room brightness still require review. For multi-branch customers, FourTeck can align the bill of materials so each site receives the same display variant and accessory standard.

K4. Ajman & Surrounding Emirates Logistics Coverage

Ajman buyers can obtain pre-sales guidance for display size, mounting method, wireless-sharing workflow and delivery planning. Because all-in-one LED is a project category rather than a casual office accessory, FourTeck recommends validating the room before final order release. Photographs, wall measurements, nearest viewing distance and expected use are usually enough to begin the technical discussion. The team can then confirm current availability, warranty pathway and installation dependencies. Surrounding Emirates can be supported through coordinated logistics subject to project location, access and delivery timing.

GCC & Pan-African Supply Chain Reach

FourTeck also supports regional technology procurement where UAE sourcing forms part of a wider project. Cross-border supply of large-format LED requires more than a courier booking: export documentation, crate dimensions, destination duties, consignee details, customs clearance and local installation responsibility must be agreed. Model availability can also differ by destination. FourTeck can coordinate quotation and export planning, while the importer or project partner should confirm local regulatory, electrical and warranty requirements before shipment.

L1. Saudi Arabia (KSA) Export & Supply Support

Saudi enterprise projects can be supported through regional inquiry routing, configuration review and project quotation. For Riyadh, Jeddah, Dammam and other locations, buyers should identify the final consignee, installation partner and required delivery term. Large display freight may be better handled as dedicated road or consolidated cargo depending on schedule and quantity. Before export, the project team should confirm local conformity documentation, power standard, warranty process and whether any accessory or management service is region specific.

L2. Qatar Market Supply Reach

Qatari organizations can request cross-border supply coordination for corporate meeting spaces, education projects, hospitality, command rooms and premium presentation environments. The commercial scope should distinguish hardware supply from local installation and commissioning. If the display is delivered to a fit-out contractor, provide the final wall drawings and access plan so the correct mounting hardware and delivery sequence are aligned. For projects with fixed opening dates, allow sufficient time for export, customs and site acceptance.

L3. Oman Regional Distribution Support

Oman procurement teams can use FourTeck for hardware sourcing and quote coordination where a UAE supply path is appropriate. Muscat and regional industrial projects should define whether goods are delivered to a logistics hub, customer site or integrator warehouse. The large physical dimensions of the Raptor system make handling equipment and secure staging important. Exact freight and customs treatment are project dependent. FourTeck can structure the hardware quotation around the selected display size while the customer confirms local installation resources and building readiness.

L4. Kuwait Supply Chain Coverage

Kuwait projects can be coordinated for enterprise display sourcing, configuration validation and export quotation. Buyers should provide project quantity, target city, required delivery date and whether installation will be performed by a local AV partner. Current regional stock and lead time should be reconfirmed at quotation because large LED systems are often allocated by project. For localized commercial engagement, visit FourTeck Kuwait and submit the room and delivery requirements.

L5. Kenya & East Africa Supply Infrastructure

Kenyan system integrators and enterprise customers can request regional distribution support for MAXHUB projects. Nairobi corporate environments, universities, public-sector briefing rooms and customer-facing spaces may benefit from all-in-one LED where a large seamless surface is preferred over projection. Export projects should include freight mode, destination clearance, local tax responsibility and installation ownership. Technical inquiry routing and delivery coordination are available through FourTeck Kenya.

L6. Uganda Regional Procurement Support

Uganda buyers can obtain project supply management and technology sourcing support for large-format collaboration displays. Kampala deployments should be planned with particular attention to delivery access, power quality, local installation capability and spare-part strategy. Where the display will operate in a critical executive or training environment, consider including spare LED modules and appropriate power protection in the original procurement. Requests can be routed through FourTeck Uganda for localized coordination.

L7. Pan-African Regional Logistics & Trade Reach

For broader African projects, FourTeck can coordinate multi-country hardware sourcing and export planning where UAE procurement is commercially and logistically appropriate. Every destination has different customs, certification, tax and warranty conditions, so a regional roll-out should be structured country by country rather than assuming one commercial template applies everywhere. Multi-site customers can begin with a standard technical specification and then adapt freight and local service scope for each country. Regional inquiries can be initiated through FourTeck Africa or FourTeck Global.

Related FourTeck Products & Compatible Alternatives

The right alternative depends on which constraint is driving the project. If the room needs a larger or custom-shaped canvas, move toward modular indoor LED. If the audience is smaller and cost or installation simplicity is the priority, a large commercial LCD may be more practical. If direct touch is central to the workflow, an interactive board is usually a better fit. The Raptor V3 Lite is strongest where buyers specifically want a large seamless LED surface with an integrated, appliance-like deployment model.

Why Enterprises Choose FourTeck

Large display projects benefit from a supplier that treats procurement as an engineering workflow rather than a box transaction. FourTeck can help validate the selected Raptor V3 Lite model against room dimensions, viewing distance, power, mounting, interface and network requirements before the purchase order is finalized. This reduces the chance that a technically correct part number arrives at a site that is not ready for it.

Quotation coordination can also include the surrounding project scope: brackets or mobile stands, wireless presentation accessories, AV integration, power protection, delivery scheduling and warranty terms. The exact service package depends on the project, so FourTeck avoids assuming that every customer needs the same installation model. Some buyers have an internal AV integrator and need hardware only; others need a coordinated delivery and commissioning plan. The quotation can be structured accordingly.

For UAE organizations with multiple offices, a repeatable bill of materials can help standardize rooms. FourTeck can record the preferred display variant, mounting approach, accessory set and acceptance criteria so future branches do not restart the design process from zero. Post-sales support is then anchored to a documented part number and warranty pathway. Buyers should always request the current commercial terms in writing because lead time, regional warranty and bundled accessories can change by order and destination.

Frequently Asked Questions

Plan Your MAXHUB Raptor V3 Lite Deployment with FourTeck

For an accurate UAE quotation, provide the required model or preferred screen size, quantity, delivery location, room dimensions, wall type and target deployment timeframe. If the project is still at design stage, share the nearest viewing distance, room use, source devices and whether the system needs wireless collaboration, dedicated audio, video conferencing, remote management or power protection. FourTeck can use that information to validate the configuration, identify deployment dependencies and coordinate a current project quote without inventing stock, price or warranty terms.

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Structured Product Data

The product record includes structured data for product identity, merchant availability context and the frequently asked questions shown on this page. Commercial price and live stock are intentionally excluded because they must be confirmed at quotation stage.