MAXHUB CMA ND98CMA 98-Inch Commercial Display in Dubai, UAE
The MAXHUB CMA ND98CMA is a professional 98-inch 4K commercial display engineered for large business spaces that require broad visibility, flexible source connectivity, centralized administration and continuous-operation capability. It combines a 500-nit ADS panel, anti-glare 25% haze surface, integrated signage player, wireless collaboration functions and AV-control interfaces in a format suitable for boardrooms, lobbies, training halls, control areas and corporate signage.
For Dubai and UAE projects, FourTeck can coordinate product validation, quantity-based quotation, mounting and source planning, optional OPS requirements, logistics and deployment preparation so procurement teams can move from specification review to a project-ready bill of materials with fewer compatibility gaps.
Procurement Snapshot
Model-specific planning should account for the display’s 69.9 kg net weight, 800 × 600 mm VESA pattern and 2212.9 × 1268.4 × 79.4 mm chassis dimensions. Wall structure, service access and delivery route clearances should be reviewed before installation.
Model: ND98CMA
Panel: 98-inch ADS, 4K UHD
Operation: 24 hours/day, 7 days/week
Warranty reference: Manufacturer datasheet lists 3 years for the display; confirm local commercial terms on quotation.
Quick Procurement & Configuration Matrix
Brand / Model: MAXHUB ND98CMA, CMA Series.
Product Type: 98-inch professional commercial display.
Recommended Workload: corporate signage, meeting-room display, training, presentation, lobby and monitoring content.
Expansion: 80-pin OPS module slot with compatible optional OPS62A reference.
Power: 100-240V AC, 50/60Hz; 231.7W typical and 0.5W standby in the current model datasheet.
Delivery Area: Dubai, Abu Dhabi, Al Ain, Sharjah, Ajman and other UAE locations subject to project logistics.
Scalability Limit: one 98-inch panel per endpoint; multi-screen estates scale through network and device-management planning.
Warranty Guidance: manufacturer datasheet states 3 years for the display; confirm regional entitlement and service process at purchase.
Executive Product Architectural Overview
A 98-inch commercial display is not simply a larger television. In an enterprise environment it becomes a shared visual endpoint that must survive long operating windows, accept multiple corporate sources, remain readable from a broad range of seating positions, integrate with room-control or support workflows, and present consistent content without forcing staff to depend on ad-hoc consumer devices. The MAXHUB CMA ND98CMA addresses that role with a purpose-built large-format 4K platform. Its 97.5-inch measured diagonal and 3840 × 2160 native resolution provide a canvas that can show dashboards, presentations, videoconference content, wayfinding media, operational notices and brand messaging at a scale appropriate for boardrooms, training rooms, executive briefing areas and high-traffic public-facing spaces.
The display architecture begins with an ADS panel using direct LED backlighting, a 16:9 aspect ratio and a typical brightness rating of 500 nits. The manufacturer specifies a 25% anti-glare haze surface, which is important in business rooms where overhead lighting, daylight from glazing and reflective furnishings can compromise perceived contrast. A 178-degree viewing specification supports wider seating layouts and public areas where viewers approach from different directions. The panel runs at 60 Hz with an 8 ms response time, which is appropriate for presentations, signage, office video and general commercial media. This is not positioned as a specialist high-refresh gaming screen; it is designed around dependable business presentation and signage behavior.
Inside the display, MAXHUB provides an integrated player based on a quad-core A55 processor, Mali-G52 graphics, 4 GB of memory and 32 GB of storage. The current manufacturer datasheet identifies MAXHUB Signage OS and a 4K user-interface resolution. That integrated compute layer gives organizations an alternative to placing a separate player behind every panel for common signage and content-display tasks. Where a full Windows environment or application-specific endpoint is needed, the 80-pin OPS slot allows a compatible OPS module to be considered. This modular approach gives AV and IT teams a choice between using the embedded signage platform, attaching an external source over HDMI or USB-C, or selecting an OPS computer for a more self-contained room deployment.
Connectivity is a major part of the product’s practical value. Three HDMI inputs support 4K at 60 Hz, while USB Type-C carries video and audio and provides up to 65 W power delivery to a compatible connected notebook. That can simplify temporary presenter workflows because a supported laptop can use one cable for display signal and charging instead of requiring separate video and power connections. USB 3.0 supports external peripherals, while a dedicated USB 2.0 port is reserved for system upgrades. The network path includes Gigabit-class RJ45 input and output connections, and wireless capability supports Wi-Fi 6 across 2.4 GHz and 5 GHz bands. Bluetooth 5.2 extends peripheral options. For AV routing, the HDMI output can pass supported 4K content from designated source channels, creating useful possibilities for secondary display or distribution designs that should be validated during system engineering.
MAXHUB Share adds wireless presentation capability and the manufacturer’s feature set lists support for BYOM, Miracast, AirPlay and Chromecast. In a mixed-device enterprise, this breadth matters because staff and visitors may arrive with Windows notebooks, Apple devices or mobile endpoints. Wireless presentation should still be assessed against corporate security policy, VLAN design and guest-network rules, but the display provides a foundation that can reduce reliance on loose adapters and dedicated casting boxes. MAXHUB Pivot provides a centralized device-management option, useful for estates where facilities and IT teams need broader visibility rather than treating every screen as an isolated appliance.
For UAE deployments, environmental planning should remain part of the architecture conversation. The product is specified for 0°C to 40°C operating temperature and 10% to 90% relative humidity. In normal air-conditioned offices, meeting spaces and indoor commercial environments this range is generally compatible with expected conditions, but installers should avoid locations exposed to uncontrolled heat, moisture or direct environmental stress. Conformal coating is part of the CMA business design narrative, but it does not remove the need for appropriate indoor installation and maintenance practice. A 69.9 kg panel also places meaningful demands on wall structure and handling, so the installation plan should be engineered rather than improvised. FourTeck can help convert these product characteristics into a procurement specification that covers the display, mounting method, source devices, control requirements, cabling, power location, delivery access and optional accessories.
Enterprise Business Value & ROI Benefits
The commercial value of a 98-inch display emerges when technical capabilities are mapped to operational outcomes. Large format alone does not create return; value comes from improving shared visibility, reducing meeting friction, enabling repeatable communications and supporting a manageable fleet over its service life. The ND98CMA combines several functions that can reduce accessory sprawl and streamline room standards when specified appropriately.
Large-Cavas Performance
A 98-inch 4K surface can replace smaller displays that force participants to strain when reading spreadsheets, operational dashboards, high-density slides or multi-person collaboration content. The benefit is especially noticeable in deep rooms and presentation environments where content legibility must extend beyond the front row. The 500-nit typical brightness and anti-glare treatment help preserve useful visibility under business lighting, reducing the need to darken a room simply to make ordinary content readable.
Operational Reliability
The manufacturer specifies 24/7 operation and a minimum panel lifetime of 50,000 hours. For corporate signage, command areas and always-on information boards, those ratings provide a more appropriate basis than consumer-oriented usage assumptions. The practical business benefit is consistency: procurement teams can standardize on a display designed for extended duty cycles, while facilities teams can build defined maintenance, cleaning and replacement planning around a commercial platform.
Deployment Flexibility
The same display can support an embedded signage workload, a notebook over USB-C, fixed AV sources over HDMI, network-connected management or an optional OPS computer. That flexibility allows organizations to reuse one hardware standard across different room types instead of buying a completely different screen for each application. A common display family can simplify documentation, spare planning and user familiarity while allowing source architectures to vary according to workload.
Collaboration Efficiency
MAXHUB Share, third-party casting protocol support and full-function USB-C can reduce the number of handoffs needed to place content on screen. In a meeting context, every minute spent searching for an adapter or moving files between devices is lost productive time. A planned wireless and wired presentation standard gives users more predictable options, while IT retains the ability to define which connection methods are allowed on internal, guest or segmented networks.
Manageability at Scale
MAXHUB Pivot is designed to support centralized device administration and content distribution. For an organization with many meeting rooms or signage endpoints, remote management can reduce the requirement for technicians to walk to each screen for routine changes. The financial impact is not a guaranteed fixed amount, but the operating model can lower the effort associated with basic fleet visibility, controlled content rollout and device administration when compared with unmanaged standalone screens.
Energy & Lifecycle Discipline
The current datasheet lists Energy Star and ErP compliance, typical power consumption of 231.7 W and standby power of 0.5 W. Energy use must still be calculated against local operating hours, content schedules and electricity tariffs, but having published power figures helps buyers model annual consumption. Scheduling screens to sleep when spaces are unoccupied can turn low standby consumption into a practical estate-level efficiency measure rather than leaving every panel fully active around the clock without business need.
A strong procurement case therefore combines acquisition price with installation cost, expected operating pattern, source-device strategy, management effort, support method and replacement horizon. FourTeck can assist with this broader evaluation so a buyer is comparing complete deployment outcomes rather than only screen size and headline resolution.
Hardware & Technical Architecture Highlights
At panel level, the ND98CMA uses ADS technology with a DLED backlight. ADS panels are suited to broad-viewing commercial environments because the design supports wide viewing angles, while the 25% haze layer is intended to reduce mirror-like reflections. The 3840 × 2160 pixel matrix provides four times the pixel count of Full HD, an important characteristic on a 98-inch screen where lower resolution can become visibly coarse at normal business viewing distances. The 60 Hz refresh specification aligns with typical PC presentation, signage and business video sources.
The embedded compute subsystem uses four Arm Cortex-A55-class processing cores and Mali-G52 graphics, paired with 4 GB memory and 32 GB local storage. Rather than treating this as a general-purpose workstation, buyers should view it as an integrated commercial display engine for signage, management and supported application functions. Workloads requiring Windows line-of-business software, specialized codecs, secure endpoint management agents or heavier browser-based applications may be better served through a compatible OPS module or a dedicated external PC. This distinction is useful because it avoids oversizing the display’s embedded player for tasks it was not designed to replace.
The I/O architecture is unusually versatile for a display endpoint. Three HDMI 2.1-labeled inputs in the current model datasheet support 3840 × 2160 at 60 Hz, CEC and ARC on HDMI 1. USB-C accepts video and audio, supports 65 W power delivery and participates in network sharing behavior. A USB 3.0 Type-A port supports peripherals, while the USB 2.0 port is intended for system upgrades. HDMI output can carry up to 4K at 60 Hz from supported incoming channels, and analog 3.5 mm audio plus SPDIF provide connection paths for external sound systems. The RJ45 input and output are specified at 10/100/1000 Mbps, enabling wired network integration and supported sharing topologies.
For infrastructure control, RS232 and IP control provide options for integration with room-control systems, help-desk workflows or managed AV environments. RS232 remains useful where deterministic local control is preferred, while IP control can simplify management in networked deployments. The product also supports auto signal change, channel memory, built-in media playback and auto-rotate behavior. These capabilities are small individually, but together they reduce the need for manual intervention in recurring display scenarios.
Wireless architecture includes a removable Wi-Fi module supporting Wi-Fi 6 and 802.11 a/b/g/n/ac/ax across 2.4 GHz and 5 GHz, plus Bluetooth 5.2. Wireless performance in a project will depend on access-point density, RF conditions, network segmentation, device policy and content type. A large display can be physically installed perfectly and still deliver a poor user experience if casting traffic competes on an overloaded WLAN. For this reason, enterprise deployments should involve both AV and network stakeholders early.
Mechanically, the 98-inch chassis measures 2212.9 mm wide, 1268.4 mm high and 79.4 mm deep, with a net weight of 69.9 kg and an 800 × 600 mm VESA mounting pattern. The supplied wall mount should still be validated against wall construction, anchor type, service-access requirements and local installation practice. The carton measures approximately 2360 × 1425 × 280 mm and weighs 90.8 kg gross, so receiving doors, lifts, corridor turns and staging space need to be checked before delivery. These logistics details are frequently more important to project success than a minor feature comparison, particularly in fitted offices and high-rise buildings.
Definitive Technical Specifications Table & Sizing Notes
| Category | Specification | ND98CMA Detail |
|---|---|---|
| Display | Screen / diagonal | 98-inch class / 97.5-inch measured diagonal |
| Panel | Technology / haze | ADS / 25% anti-glare haze |
| Image | Resolution / refresh | 3840 × 2160 / 60 Hz |
| Brightness | Typical | 500 nits |
| Contrast | Typical / dynamic | 1,200:1 / 1,000,000:1 |
| Viewing | Angle / response | 178° / 8 ms |
| Duty | Operation / lifetime | 24/7 / ≥50,000 hours |
| Embedded player | CPU / GPU / memory / storage | A55 ×4 / Mali-G52 ×2 / 4 GB / 32 GB |
| Platform | Operating system | MAXHUB Signage OS, 4K UI |
| Inputs | Primary AV / USB | HDMI ×3, USB 3.0 ×1, USB 2.0 ×1, USB-C ×1 |
| USB-C | Functions | Video, audio, 65 W PD and supported LAN network sharing |
| Outputs | AV / network | HDMI out, audio out, SPDIF, RJ45 out |
| Control | Protocols | RS232 and IP control |
| Wireless | Wi-Fi / Bluetooth | Wi-Fi 6, dual-band 2.4/5 GHz / Bluetooth 5.2 |
| Audio | Built-in speakers | 2 × 16 W maximum |
| Mechanical | Dimensions / weight | 2212.9 × 1268.4 × 79.4 mm / 69.9 kg net |
| Mounting | VESA | 800 × 600 mm |
| Power | Supply / consumption | 100-240V AC 50/60Hz / 231.7W typical / 0.5W standby |
| Environment | Operating range | 0°C to 40°C / 10% to 90% RH |
| Warranty | Manufacturer reference | 3 years for display; confirm local commercial terms |
Sizing should begin with viewing distance, content type and room geometry rather than screen diagonal alone. A 98-inch 4K panel is most valuable where viewers must read dense information or see detailed visuals from farther away. If the room is shallow, a smaller display may offer a better ergonomic result; if the room is exceptionally deep or the content is mission-critical, a projection, LED wall or multi-display architecture may be more suitable. The ND98CMA is also heavy enough that mounting structure and service access become formal engineering considerations. Buyers should confirm wall construction, stud or concrete position, required bracket offsets and whether an articulating or fixed installation is appropriate.
The embedded player specification should be treated according to workload. It is a capable signage and display platform, but complex Windows applications, high-security endpoint agents, specialist videoconferencing software or compute-intensive dashboards may call for an OPS module or external PC. Wireless features likewise depend on network design and policy. Finally, regional warranty administration, accessory availability and firmware details can change over a product lifecycle, so the final quote should record the exact supplied configuration, included accessories, service entitlement and delivery scope.
Configuration, Sizing & Deployment Workbench
Large-format display projects succeed when room, infrastructure and content are considered as one system. The following decision sequence helps procurement, AV, facilities and IT teams validate the ND98CMA before purchase.
01 — Define audience size, viewing distance and content density
Document the nearest and farthest expected viewing positions, whether participants are seated or standing, and what they must read. A 98-inch screen is useful for large rooms, but content design still determines legibility. A spreadsheet with tiny cells can remain difficult at long distances even on a very large panel. For digital signage, evaluate dwell time and whether viewers approach head-on or from the side. The 178-degree viewing characteristic provides broad visibility, but room layout, mounting height and content typography still matter.
02 — Choose the compute model
Decide whether MAXHUB Signage OS and the built-in player are sufficient, whether users will connect notebooks, whether a fixed external PC is required, or whether an OPS module is preferable. Embedded signage generally reduces external hardware; an OPS module can create a cleaner integrated Windows endpoint; an external PC can simplify enterprise-standard imaging and replacement. The correct choice depends on application stack, identity requirements, security tooling, patching responsibility and expected performance headroom.
03 — Map every wired and wireless source
List permanent HDMI sources, temporary laptop inputs, USB peripherals, audio-system connections, network links and any downstream display path that may use HDMI output. If USB-C is intended as the primary user connection, verify that user laptops support DisplayPort Alt Mode over USB-C and can accept the offered 65 W power profile. If wireless sharing will be enabled, confirm supported client platforms, guest-access design, VLAN routing, firewall rules and RF capacity before deployment.
04 — Validate network, management and control
A managed display estate should have an ownership model. Determine whether devices will use wired Ethernet, Wi-Fi or both, which team will administer MAXHUB Pivot, how firmware updates are governed, and whether RS232 or IP control is integrated into a room-control environment. Reserve addressing, DHCP, DNS and outbound access as required by the chosen management architecture. Where security policy restricts cloud services, the exact management workflow should be reviewed before procurement rather than after installation.
05 — Engineer power, mounting and environmental conditions
The display uses 100-240V AC at 50/60Hz and is listed at 231.7 W typical consumption. Confirm socket position, circuit availability and cable management so mains and signal wiring do not hang visibly or become inaccessible. The 69.9 kg weight and 800 × 600 mm VESA pattern require a structurally appropriate mount. Evaluate wall composition, anchor method, service clearance, ventilation, room temperature and humidity. Do not treat a 98-inch panel as a standard two-person consumer TV installation.
06 — Plan delivery, staging and installation access
The shipping carton is approximately 2360 × 1425 × 280 mm and 90.8 kg gross. Check loading-bay rules, delivery windows, service lifts, corridor widths, door clearances and turning space. In high-rise Dubai or Abu Dhabi offices, a product can reach the building but still fail to reach the room if lift dimensions or fit-out access are overlooked. Staging should also consider safe unpacking area and protection of finished floors and walls.
07 — Record support, licensing and acceptance criteria
Document which software features are included, whether any chosen third-party management or collaboration platform requires separate licensing, how local warranty support is initiated, and what constitutes project acceptance. Test native 4K input, USB-C charging, wireless sharing, network management, audio routing, orientation and control commands that matter to the project. Clear acceptance criteria reduce disputes and help the final handover become a repeatable operating standard.
FourTeck can use this workbench as the basis for pre-sales clarification. Sharing room photos, wall type, source-device list, quantity, preferred mounting orientation, installation location and target date helps produce a more accurate bill of materials and quotation.
Industry Use Cases & Workload Scenarios
Banking & Finance
In banks, insurance offices and financial institutions, a 98-inch screen can support executive briefing rooms, market dashboards, compliance communications, branch messaging or operations visualization. The 4K canvas helps keep text, charts and multi-panel dashboards legible, while wired Ethernet and remote-management capability fit more naturally into managed infrastructure than an unmanaged consumer display. Security teams should still define whether wireless casting is enabled and which network segments are permitted.
Healthcare
Hospitals, clinics and healthcare administration sites can use large commercial displays for staff training, command-center information, waiting-area communications and operational dashboards. The broad viewing angle is useful when many viewers share the screen. Clinical use must be separated from diagnostic-display requirements: the ND98CMA is a commercial display, not a medical diagnostic monitor. Integration should follow organizational policy for patient data, network access and device placement.
Government & Public Sector
Government entities may deploy the ND98CMA in training halls, service centers, meeting rooms, digital information points and administrative command spaces. RS232 and IP control can assist standardized AV room designs, while multiple source options make it easier to accommodate fixed room systems and visiting presenters. Procurement teams should document cyber policy, remote-management permissions, installation standards and warranty route as part of tender or project specifications.
Logistics & Transportation
Warehouses, distribution centers, transport offices and logistics control areas often rely on live performance boards, route status, shift communications and safety messaging. A large 500-nit panel can improve shared awareness where teams need to see information from across a room. The 24/7 specification is relevant to multi-shift operations. Mounting location should avoid direct exposure to uncontrolled heat, dust or physical impact, and network reliability should be planned around operational criticality.
Retail & Hospitality
Retailers, hotels and experience centers can use the screen for brand media, promotions, wayfinding, event schedules and lobby information. Portrait or landscape orientation gives designers flexibility, while built-in playback and centralized management can reduce the need for separate signage players in suitable deployments. Content schedules, burn-in risk management, operating hours and physical placement should be coordinated with marketing and facilities teams.
Education & Corporate Learning
Universities, training centers and enterprise learning teams can use a 98-inch display in lecture spaces, training halls and executive education rooms where conventional 65- or 75-inch screens are too small. Wireless casting and USB-C can support visiting instructors, while HDMI remains available for fixed lectern systems. The ND98CMA is a non-touch commercial display, so environments that require direct annotation should compare interactive display alternatives.
Technical Feature Deep Dives
Deep Dive 1: Processing, Throughput & Workload Performance Architecture
Performance in a commercial display should be measured differently from performance in a desktop computer. The core task is to accept, decode, render and present visual content consistently while supporting user interaction, source switching and management functions. The ND98CMA’s 4K panel is driven by an embedded platform with four A55 processing cores, Mali-G52 graphics, 4 GB memory and 32 GB storage. For signage playlists, system UI, supported media playback and wireless presentation, this integrated architecture removes a layer of external hardware. It is most valuable when the organization wants a cleaner installation and the workload fits within the display platform’s intended scope.
External source throughput is equally important. The three HDMI inputs accept up to 3840 × 2160 at 60 Hz, matching the panel’s native resolution and refresh rate. When a presentation PC is configured to output native 4K, text and fine graphical elements can be rendered without the scaling compromises of a lower-resolution input. USB-C provides a second modern path, combining video, audio and up to 65 W power delivery. For business users, this can be more significant than a processor benchmark because it reduces connection steps: a compatible laptop can connect, display content and receive power over one cable. The 65 W ceiling should be compared with the notebook’s own power requirement; high-performance mobile workstations may need their original charger even while using USB-C for display signal.
The built-in HDMI output enables supported 4K pass-through from designated inputs. This can be useful when mirroring content to a second panel, feeding an AV distribution stage or creating a local confidence display, though the exact routing rules should be tested against the project design. In parallel, the Gigabit-class Ethernet path and Wi-Fi 6 support provide network options for management, signage content and wireless sharing. Network throughput in real environments will be shaped by infrastructure quality and policy, so wireless screen-sharing performance should be validated under the same VLAN, firewall and access-point conditions expected in production.
Deep Dive 2: Security, Redundancy & System Resilience
A display does not become secure merely because it is commercial-grade. It sits at the intersection of network access, USB devices, wireless casting, room-control commands and visible corporate information. The ND98CMA provides multiple integration options, which makes policy design essential. Organizations should decide whether wireless sharing is permitted on internal networks, guest networks or dedicated AV segments; whether the display receives unrestricted outbound internet access; and who can administer MAXHUB Pivot. If an OPS or external Windows PC is deployed, that compute endpoint should enter the organization’s normal identity, patching, endpoint-protection and asset-management processes.
Resilience starts with matching operating expectations to the product’s ratings. The model-specific datasheet specifies 24/7 operation and a minimum lifetime of 50,000 hours. This supports extended-use environments, but it does not eliminate content-management discipline. Static high-contrast images should be managed thoughtfully, scheduled content should reflect business hours where appropriate, and display sleep policies can reduce unnecessary consumption. The 0°C to 40°C operating specification also means room cooling and mounting ventilation remain part of availability planning in Gulf climates. Commercial fit-outs should avoid sealed recesses that trap heat around the chassis.
Redundancy for a single panel is normally achieved at the system level rather than inside the display. Critical spaces can maintain spare source paths, documented fallback HDMI inputs, a replacement unit strategy or a parallel display architecture. The ND98CMA’s multiple inputs, built-in player and optional OPS route can support diverse source strategies. For example, a signage deployment could retain local content while network connectivity is interrupted, whereas a command area may use a primary workstation and secondary HDMI source. The right design depends on the business impact of downtime and should be defined before installation.
Deep Dive 3: Remote Management, Telemetry & Infrastructure Integration
Large deployments create an operations problem if every screen must be managed by walking to the room. MAXHUB Pivot is intended to give administrators centralized device-management and content-distribution capability, while RS232 and IP control support local AV automation. These are complementary layers. Pivot can help with fleet-oriented device administration, whereas RS232 or IP commands can be used within meeting-room control logic for operations such as power and source selection. Before procurement, IT and AV teams should agree which layer owns which task so duplicate control systems do not compete.
IP control is especially useful when displays are installed in inaccessible positions or spread across many rooms, but it also introduces standard infrastructure questions. Network teams may require dedicated AV VLANs, access-control lists, monitored outbound connectivity and naming conventions. Facilities or AV teams may want static addressing or DHCP reservations for predictable control. Cybersecurity teams may require firmware governance and documented ownership. None of these requirements are unusual, but they are easiest to meet when the product is treated as a managed network endpoint from the start.
Telemetry value comes from turning raw device status into operational action. A managed estate can support proactive checks before important meetings, planned maintenance windows and faster fault isolation. If a user reports a blank display, a support team that can determine whether the unit is online, powered and on the correct source has a better starting point than a team with no visibility. The business value is therefore not only remote control; it is reduced uncertainty in support workflows. FourTeck can help buyers identify the integration questions that belong in a scope of work, but final network and security settings should follow the customer’s governance model.
What Buyers Should Check Before Purchase
The most common large-display project gaps are not caused by panel resolution. They come from underspecified mounting, inaccessible delivery paths, incompatible source assumptions, unclear network ownership or incomplete warranty documentation. A short validation cycle before issuing the purchase order can prevent expensive site changes later.
01 / FIT — Configuration Fit & Model Sizing
Confirm that 98 inches is appropriate for the room, viewing distance and content. Establish whether the embedded player is enough or whether OPS or an external PC is required. Identify landscape or portrait orientation, expected duty cycle and speaker requirements. A large display should be selected around the operating scenario rather than as a size upgrade in isolation.
02 / MATCH — Compatibility & Environmental Requirements
Verify USB-C behavior with intended laptops, HDMI source resolutions, audio-routing needs, wireless client platforms and network policy. Confirm wall structure for a 69.9 kg device and 800 × 600 mm VESA pattern. Check power location, ambient temperature, service clearances and whether mounting hardware suits the final substrate. If a recess is used, ensure airflow and future removal are practical.
03 / TERMS — Availability, Delivery & Warranty Terms
Request written confirmation of current availability, lead time, included accessories, delivery scope and regional warranty handling. The manufacturer datasheet lists a three-year display warranty, but project terms and service routes should be recorded on the quotation. Large-format delivery may need scheduled access, lift booking, security permits or on-site staging, particularly in towers, campuses and Free Zone facilities.
04 / REQUEST — Quote Preparation Data Needed
Provide model, quantity, delivery emirate, building or project location, required deployment date, preferred mounting method, OPS requirement, source devices, network-management expectations and whether installation services are needed. Photographs of the wall and delivery route can help for complex projects. Better input data usually produces a faster and more accurate project quotation than a request that lists only screen size.
Buyers should also check whether any planned control processor, videoconferencing appliance or digital-signage application has specific certification or compatibility requirements. Where third-party platforms are part of the solution, FourTeck can coordinate the hardware quotation while the customer’s integrator or application owner validates the complete system behavior. This separation keeps the procurement process clear and avoids presenting untested combinations as guaranteed.
UAE Regional Availability & Service Ecosystem
FourTeck supports UAE organizations by coordinating product sourcing inquiries, configuration validation, project quotation and delivery planning. Current stock position, lead time and accessory availability should be confirmed for each request because large-format display projects can involve project quantities, inbound logistics and scheduled site access. Pre-sales clarification can cover mount planning, optional OPS requirements, source connectivity, wireless integration and deployment sequencing so the commercial offer aligns with the final room design.
K1. Dubai Supply & Logistics Support
Dubai deployments often span corporate headquarters, hospitality sites, retail locations, education facilities and Free Zone offices. FourTeck can coordinate quotation, delivery planning and staging discussions across Dubai, including access constraints that arise in towers, fitted offices and controlled commercial properties. For larger quantities, buyers should provide site list, preferred delivery windows and whether panels need to be staged by floor or room. Fast quotation depends on complete requirements, so quantity, model, accessories and target date should accompany the inquiry.
K2. Abu Dhabi & Al Ain Logistics Reach
Organizations in Abu Dhabi and Al Ain can request sourcing assistance, technical pre-sales review and project delivery coordination for corporate, government, education, industrial and hospitality environments. The ND98CMA’s size and weight make route planning important for campuses and secure sites. Procurement teams should identify receiving procedures, permit requirements, installation ownership and whether hardware must arrive in phases. FourTeck can align the commercial offer with those delivery conditions while warranty and service terms are recorded at order stage.
K3. Sharjah & Northern Emirates Logistics Infrastructure
Sharjah and the Northern Emirates include a broad mix of industrial, educational, commercial and public-sector projects. FourTeck can support configuration discussions and logistics coordination where display quantity, source architecture and mounting approach are known. For sites outside central commercial areas, the project team should provide exact delivery details, access restrictions and deployment timeline so transport and receiving can be planned accurately. Availability remains subject to current supply and should be reconfirmed before purchase order release.
K4. Ajman & Surrounding Emirates Logistics Coverage
Businesses in Ajman can request hardware availability verification, quotation support, delivery coordination and technical pre-sales guidance. A useful request includes room purpose, expected content, number of displays, mounting orientation and preferred input method. If the display will be part of a wider AV upgrade, sharing the control, switching and audio requirements helps prevent omitted accessories. FourTeck can then prepare a clearer supply proposal and coordinate delivery expectations around the project schedule.
GCC & Pan-African Supply Chain Reach
Regional enterprise projects often require more than domestic delivery. FourTeck can support cross-border hardware inquiries with configuration review, export-oriented quotation and logistics coordination. Customs documentation, consignee details, destination regulations, freight method and warranty route should be established before shipment. Final freight cost and lead time depend on destination, quantity, Incoterms, availability and project requirements, so international buyers should request a project-specific commercial offer rather than assume UAE delivery conditions apply.
L1. Saudi Arabia (KSA) Export & Supply Support
Saudi enterprise projects can be supported through regional inquiry routing, model validation and project quotation. For large displays, buyers should state destination city, quantity, site type, required delivery date and whether the shipment is for an integrator, reseller or end-user project. Compliance, customs and warranty handling should be agreed before order confirmation. Where a wider AV bill of materials is involved, FourTeck can coordinate the display portion alongside compatible accessories and related infrastructure items.
L2. Qatar Market Supply Reach
Qatar-based organizations and integrators can request hardware sourcing, cross-border logistics coordination and project pricing for the ND98CMA. The 98-inch carton requires careful freight and local handling, so delivery terms should define whether shipment ends at port, warehouse, project site or another agreed point. Buyers should also confirm local installation responsibility and any project-mandated certification or documentation before dispatch.
L3. Oman Regional Distribution Support
For Oman projects, FourTeck can provide procurement guidance, model confirmation and quote coordination. Enterprise buyers should specify Muscat or other destination, required quantities, accessory needs and expected deployment timeline. If panels are intended for branch rollouts or multi-site programs, a location schedule can help structure staged delivery planning. All regional supply remains subject to current product availability and export conditions.
L4. Kuwait Supply Chain Coverage
Kuwait buyers can request project quote assistance, configuration review and export supply coordination. The regional portal at kuwait.fourteck.com provides a local route for inquiries. For the ND98CMA, include the intended application, quantity, delivery destination and whether OPS, mobile stand or additional AV accessories are required so the response can be matched to the actual deployment.
L5. Kenya & East Africa Supply Infrastructure
Kenyan system integrators and enterprise buyers can use kenya.fourteck.com for regional inquiries. FourTeck can support technical inquiry routing, quotation and delivery coordination for East African projects, subject to availability and export requirements. Large-format displays benefit from consolidated shipping and careful handling planning, so quantities, destination and desired project date should be shared early.
L6. Uganda Regional Procurement Support
Uganda-based buyers can request project supply management and technology sourcing through uganda.fourteck.com. Cross-border projects should define the importing entity, final destination, required documentation and support expectations. FourTeck can help structure the commercial supply request, while the customer or local integrator should validate site readiness, mounting infrastructure and any country-specific approvals.
L7. Pan-African Regional Logistics & Trade Reach
For multi-country African programs, africa.fourteck.com and fourteck.com provide broader inquiry channels. Multi-site rollouts should be planned around destination-specific customs rules, freight lanes, importer-of-record responsibilities, local installation capability and warranty escalation. FourTeck can coordinate regional product supply discussions, but final delivery commitments depend on the agreed commercial and logistics scope for each destination.
Related FourTeck Products & Compatible Alternatives
The correct alternative depends on room size, interactivity, mounting constraints and budget rather than brand preference alone. Within the CMA family, buyers can compare smaller screen sizes when a 98-inch panel would dominate the room or exceed mounting constraints. For interactive classrooms or workshop spaces, a MAXHUB interactive flat panel may be more appropriate because the ND98CMA is a commercial non-touch display. For very large public venues, an LED wall or projection architecture may provide better scale. Contact FourTeck for current model options and supply status.
| Alternative | When to Consider It |
|---|---|
| MAXHUB CMA ND86CMA |
Choose an 86-inch CMA model for medium-to-large meeting rooms where 98 inches is physically excessive or where delivery and wall-loading constraints favor a smaller chassis. |
| MAXHUB CMA ND75CMA |
A practical option for standard boardrooms, training spaces and signage locations that need commercial 4K capability but have shorter viewing distances. |
| MAXHUB CMA ND65CMA |
Suitable for smaller collaboration rooms, reception points and branch deployments where installation simplicity and cost control matter more than maximum visual scale. |
| MAXHUB Interactive Flat Panel |
Consider an interactive model when presenters need direct touch, digital whiteboarding, annotation or classroom collaboration rather than passive display and signage behavior. |
| MAXHUB LED Display Solution |
Consider direct-view LED for very large halls, auditoriums or premium signage where screen size beyond 98 inches, architectural integration or higher-impact visual scale is required. |
Why Enterprises Choose FourTeck
Enterprise technology procurement benefits from a supplier that treats the product as part of a deployment rather than as an isolated box. FourTeck’s role can begin before the quotation by helping buyers validate model, quantity, room fit, optional compute, connectivity and mounting requirements. This pre-sales review is particularly valuable with a 98-inch screen because delivery access, structural mounting and source design can materially affect total project cost.
During quotation, buyers can request a clearly defined scope covering product, included accessories, optional components, delivery location and warranty terms. For multi-site projects, location schedules and staged quantities can be incorporated into planning discussions. Where integration is handled by another AV contractor, FourTeck can keep the supply scope explicit so responsibilities for mounting, cabling, commissioning and network configuration are not confused.
Post-sales support begins with accurate commercial documentation and a clear warranty route. The MAXHUB model-specific datasheet lists a three-year warranty for the display, while regional service conditions should be confirmed on the order. FourTeck can help coordinate procurement-side warranty guidance and product documentation, while complex site faults may involve the installer, network team or application owner depending on the root cause. This evidence-led approach avoids exaggerated supplier claims and keeps expectations aligned with the actual project contract.
Frequently Asked Questions
1. Is the MAXHUB ND98CMA suitable for 24/7 operation?
Yes. The current model-specific manufacturer datasheet lists 24 hours per day, 7 days per week operation and a minimum lifetime of at least 50,000 hours. This makes the display appropriate for extended-duty signage and operational information environments. Actual service life still depends on installation conditions, content behavior, ventilation, power quality and maintenance, so continuous-operation projects should include sensible scheduling and environmental controls.
2. What resolution and brightness does the 98-inch ND98CMA provide?
The display uses a 3840 × 2160 native 4K UHD panel with a 60 Hz refresh rate and 500-nit typical brightness. The panel has a 25% anti-glare haze treatment and a 178-degree viewing specification. These characteristics are well suited to large meeting spaces and commercial presentation areas, although direct sunlight or exceptionally bright window exposure should still be evaluated during room planning.
3. Can a laptop connect through USB-C and charge at the same time?
Yes, the USB Type-C port supports video, audio and up to 65 W power delivery, along with supported network-sharing functionality. The laptop must support compatible USB-C display output, and 65 W should be compared with the notebook’s required charging wattage. High-performance workstations may still require their dedicated power adapter even when USB-C is used for video.
4. Does the ND98CMA support wireless screen sharing?
Yes. MAXHUB Share is part of the feature set, and the manufacturer lists support for BYOM, Miracast, AirPlay and Chromecast. Wireless collaboration should be validated against the organization’s Wi-Fi design, guest-access model and cybersecurity policy. For sensitive networks, IT teams may prefer segmentation or controlled enablement rather than allowing unrestricted casting across the corporate LAN.
5. Can the display run Windows applications?
The built-in platform uses MAXHUB Signage OS rather than Windows. The 98-inch CMA model includes an OPS module slot, and the manufacturer lists OPS62A as an optional accessory. Buyers who need Windows applications can evaluate a compatible OPS computer or use an external PC over HDMI or USB-C. Exact compute specification should be matched to the required software workload.
6. What mounting requirements should be planned?
The ND98CMA weighs about 69.9 kg net and uses an 800 × 600 mm VESA mounting pattern. Its chassis measures approximately 2212.9 × 1268.4 × 79.4 mm. The wall or structure must be able to support the panel and bracket safely, with suitable anchors and service clearance. Professional installation is recommended for a display of this scale, particularly on partition walls or fitted surfaces.
7. What network and control interfaces are available?
The display provides RJ45 network connectivity, Wi-Fi 6, Bluetooth 5.2, RS232 and IP control support. MAXHUB Pivot adds device-management capability, while wired or wireless networks can support content and collaboration workflows. Enterprise deployments should decide addressing, VLAN placement, firewall policy and administrative ownership before rollout so the display becomes a controlled infrastructure endpoint rather than an unmanaged device.
8. What is included with the display?
The current manufacturer datasheet lists a power cord, HDMI cable, Wi-Fi module, remote control and wall mount in the package. Optional items include the OPS62A computer module, WT13 wireless dongle and compatible mobile stands. Package contents can be region dependent, so the final FourTeck quotation should confirm exactly what is supplied for the UAE order and which accessories are additional.
9. What warranty applies in Dubai and the UAE?
The model-specific MAXHUB datasheet lists a three-year warranty for the display. Regional entitlement, service process, exclusions and proof-of-purchase requirements should be confirmed on the FourTeck quotation because warranty administration can vary by supply channel and country. Enterprise buyers should retain serial numbers, invoices and installation records so any future support case can be routed efficiently.
10. What information should I provide for a FourTeck quotation?
Send the exact model ND98CMA, required quantity, delivery emirate and site, target deployment date, mounting preference and whether you need OPS, mobile stands, installation or additional AV components. If the display will join an existing room-control, conferencing or signage environment, include those system details. For large or complex sites, room photos and delivery-access information can help clarify the project scope before order placement.
Plan Your MAXHUB ND98CMA Procurement
For an accurate project quotation, send FourTeck the model, quantity, delivery location, deployment timeframe and installation context. Include whether the screens will be wall-mounted or mobile, whether OPS compute is required, which wired and wireless sources will be used, and whether the project needs phased delivery. FourTeck can then align the supply proposal with the technical and logistics requirements rather than quoting a standalone display without the information needed for successful deployment.
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