FortiAP Wi-Fi 6E Series in Dubai, UAE
FortiAP Wi-Fi 6E access points are built for organisations that need managed enterprise wireless across 2.4 GHz, 5 GHz and 6 GHz environments. The important buying decision is not simply whether Wi-Fi 6E is faster; it is whether the chosen model, power design, radio plan, uplink, management platform and regional 6 GHz rules match the actual site.
Send FourTeck the site type, quantity, expected users, coverage area, existing FortiGate model and any outdoor mounting requirements.
Direct answer: what should a buyer know first?
FortiAP Wi-Fi 6E Series refers to Fortinet enterprise wireless access points that can use the 6 GHz spectrum alongside established Wi-Fi bands. The current Fortinet product matrix presents the FAP-234G and FAP-432G as outdoor Wi-Fi 6E models, with different radio scale, antenna arrangement, Ethernet uplinks and power requirements. They are mainly considered for business sites that need secure, centrally managed wireless in demanding outdoor or semi-industrial environments. Before proceeding, buyers should confirm which model matches the coverage design, whether client devices can use 6 GHz, which regulatory domain applies, whether the switch can provide the required PoE class, and whether FortiGate, cloud or another supported management approach is intended.
What the Wi-Fi 6E family does
Wi-Fi 6E extends 802.11ax operation into 6 GHz. For a business network, that creates additional spectrum that can be used by compatible devices, which can be useful when 5 GHz channels are already busy or when a new wireless design needs more channel-planning flexibility. FortiAP adds this radio capability to a wider Fortinet secure networking architecture, where wireless access can be centrally controlled and integrated with network security policy.
The value comes from the complete design rather than the 6 GHz label alone. Coverage, cable runs, PoE switching, SSID policy, roaming, authentication, VLAN segmentation, uplink capacity and controller compatibility still determine whether the WLAN performs as expected.
Who should consider it
The current FortiAP Wi-Fi 6E models are particularly relevant to outdoor campuses, hospitality grounds, logistics yards, education environments, industrial locations and organisations extending managed WLAN beyond a standard office ceiling. The FAP-234G is a 2×2 option with internal antennas, while the FAP-432G is a higher-radio-scale 4×4 model with external antennas. That distinction affects both RF design and procurement.
A buyer should not choose the 4×4 model automatically. Sites with moderate density or simpler coverage may be better served by a 2×2 design, while larger or more demanding areas may justify the additional radio capability and antenna flexibility of the FAP-432G.
Business problems this family can help address
Congested wireless spectrum
Where compatible endpoints can use 6 GHz, Wi-Fi 6E gives the WLAN design another band to work with. This may help reduce pressure on crowded 5 GHz environments, but the benefit depends on client capability, channel planning and regional rules.
Outdoor coverage with security control
The currently listed 6E models are designed for outdoor deployment and can be integrated into Fortinet’s secure networking approach instead of operating as an isolated wireless system.
Multiple sites to manage
Central management can reduce the need to configure every AP independently. The exact management path should be confirmed according to the organisation’s FortiGate, cloud and support architecture.
Infrastructure refresh decisions
A 6E refresh encourages buyers to review switches, PoE budgets, multigig Ethernet, cable quality, controller versions and endpoint capability as one project rather than replacing access points in isolation.
Core capabilities buyers should evaluate
Which current Wi-Fi 6E model fits the requirement?
| Requirement | FAP-234G may suit | FAP-432G may suit | Confirm before ordering |
|---|---|---|---|
| Radio scale | 2×2 Wi-Fi 6E outdoor design | 4×4 Wi-Fi 6E outdoor design | Expected density, device mix and RF survey results |
| Antenna approach | Internal antennas | External antennas | Coverage pattern, mounting, approved antenna options |
| Primary wired uplink | 2.5GE RJ45 | 10GE RJ45 | Switch port speed, cabling and uplink utilisation |
| PoE | 802.3bt in current matrix | 802.3bt in current matrix | PoE class, switch budget and any reduced-power behaviour |
| Typical decision angle | Lower stream count with integrated antenna simplicity | Higher stream count and external-antenna flexibility | Exact design requirement rather than model prestige |
Current Fortinet Wi-Fi 6E family information
The table below keeps the currently listed FAP-234G and FAP-432G values separate so procurement teams do not accidentally combine the strongest specifications from two different models. Values are based on Fortinet’s current wireless product matrix and should still be checked against the exact regional suffix and latest ordering information when a quotation is prepared.
| Item | FAP-234G | FAP-432G |
|---|---|---|
| RF technology | Wi-Fi 6E, IEEE 802.11ax | Wi-Fi 6E, IEEE 802.11ax |
| Suggested use | Outdoor | Outdoor |
| Radio design | 3 radios + BLE; 2×2 operation | 3 radios + BLE; 4×4 operation |
| Antenna style | Internal antenna design | External antenna design |
| 2.4 GHz radio | 2×2, 20/40 MHz | 4×4, 20/40 MHz |
| 5 GHz radio | 2×2, 20/40/80 MHz | 4×4, 20/40/80 MHz |
| Third radio capability | 2.4/5/6 GHz, 2×2, up to 160 MHz | 2.4/5/6 GHz, 4×4, up to 160 MHz |
| Listed maximum data rates | Radio 1 up to 574 Mbps; Radio 2 up to 1201 Mbps; Radio 3 up to 2401 Mbps | Radio 1 up to 1182 Mbps; Radio 2 up to 2475 Mbps; Radio 3 up to 4804 Mbps |
| Ethernet interfaces | 1 x 2.5GE RJ45, 1 x GE RJ45, serial | 1 x 10GE RJ45, 1 x GE RJ45, serial |
| PoE | 802.3bt | 802.3bt |
| Maximum power consumption | 28 W | 41.2 W |
| SSID types | Local-Bridge, Tunnel and Mesh | Local-Bridge, Tunnel and Mesh |
| Management guidance | Fortinet-managed deployment; confirm platform and firmware compatibility | Fortinet-managed deployment; confirm platform and firmware compatibility |
| Availability | Contact FourTeck for current UAE options and regional suffix | Contact FourTeck for current UAE options and regional suffix |
Compatibility, regulatory and licensing dependencies
A Wi-Fi 6E AP cannot be evaluated only from its radio data sheet. Operation in the 6 GHz band is region dependent, and client devices must also support the band. The exact FortiAP hardware suffix should therefore be matched to the intended deployment country. Wireless security settings matter as well: Wi-Fi 6E operation uses newer security requirements, and some legacy client designs or SSID choices may need to remain on 2.4 GHz or 5 GHz.
Firmware compatibility is another procurement item. Fortinet publishes compatibility matrices and recommends aligning FortiAP firmware with the relevant FortiOS version where possible. A buyer with an existing FortiGate should provide the FortiGate model and FortiOS release during sizing so the proposed AP is checked against the intended software train.
Management and support can also affect the bill of materials. FortiGate-integrated wireless control, cloud management and support services do not all follow the same commercial model. FourTeck can help separate AP hardware, support, management licensing, accessories and installation scope so the quotation is easier to compare.
A practical purchase and deployment journey
Define the wireless problem
Record coverage zones, expected devices, application types, roaming areas, outdoor exposure and any known congestion. This turns a product request into a measurable design requirement.
Check the wired foundation
Confirm cable category, switch uplink speeds, PoE class and total power budget. A multigig AP connected to a constrained switch port may not deliver the intended architecture.
Choose model and management
Compare FAP-234G and FAP-432G according to RF design, antenna approach and uplink need, then verify the controller or cloud-management path.
Confirm country and accessories
Validate regulatory suffix, mounting hardware, approved antennas where applicable, PoE accessories, support term and any service requirement.
Survey, configure and validate
Installation should be followed by RF verification, SSID and VLAN checks, roaming tests, security review and user-experience validation in the actual environment.
6 GHz adds capacity, but coverage still needs engineering
Wi-Fi 6E is attractive because it expands the usable spectrum for compatible wireless devices. In a busy campus or outdoor business environment, the extra band may support a cleaner channel plan than a design that must fit every high-performance client into 5 GHz. Yet 6 GHz behaves differently from lower-frequency Wi-Fi in real buildings and open spaces. The signal does not automatically travel farther, and obstacles, antenna placement, mounting height, enclosure orientation and client transmit characteristics can materially change the result.
For that reason, AP count should not be derived from a simple square-metre formula. Two outdoor areas of the same size can need different designs because one is an open yard with line of sight while another has metal racks, loading bays, concrete walls, machinery or landscaped obstructions. The client mix matters too. A network serving modern laptops and handheld terminals may use 6 GHz differently from one dominated by older phones, scanners and IoT devices.
The safer approach is to treat 6 GHz as part of a multi-band WLAN strategy. Keep legacy compatibility on established bands where necessary, place 6 GHz capacity where supported devices benefit from it, and validate the result with site-specific testing. FourTeck can include wireless survey and deployment-planning requirements in the quotation discussion when a simple hardware-only purchase would not provide enough design confidence.
PoE and multigig switching can decide whether the project succeeds
Modern access points can create an infrastructure mismatch when they are connected to older switches. The current product matrix lists 802.3bt PoE for both FAP-234G and FAP-432G, with maximum power consumption of 28 W and 41.2 W respectively. It also lists a 2.5GE primary interface for FAP-234G and a 10GE primary interface for FAP-432G. Those figures should influence switch selection, not merely appear on a specification sheet after the network has already been installed.
A switch must provide the right combination of port speed, PoE class and overall chassis power budget. Ten APs drawing substantial power can create a different requirement from two APs, even if every individual switch port supports PoE. Cable quality and distance also matter when multigig links are expected. During a refresh, it may therefore be more economical to review the access switching layer at the same time as the APs rather than discovering a bottleneck after installation.
Procurement teams should ask for the proposed AP quantity, switch model, PoE budget, uplink speed and cable assumptions to be shown together. If the existing switch must be retained, FourTeck can help identify whether it can support the preferred FortiAP model or whether the WLAN design should be adjusted.
Central management is part of the buying decision
FortiAP is designed to work inside Fortinet’s wider networking and security ecosystem. That can be valuable to organisations that already use FortiGate because wireless policy, segmentation and security operations can be planned within a consistent environment. Fortinet also offers cloud-managed approaches for wireless. The right option depends on how many sites are involved, where the security policy is enforced, what operational team manages the network and which licenses or support services are required.
Existing Fortinet customers should provide the current FortiGate model, FortiOS version, management tools and network topology before an AP order is finalised. New Fortinet customers should decide whether they are building a FortiGate-centred LAN edge, a cloud-managed wireless environment or another supported architecture. The management choice affects deployment workflows, troubleshooting and the commercial bill of materials.
It is also important to keep firmware compatibility under control. Fortinet publishes compatibility guidance across FortiAP and FortiOS releases. Matching the appropriate versions can reduce avoidable troubleshooting and makes support discussions clearer. FourTeck can include compatibility review and version-planning questions during pre-sales sizing, while the final upgrade path should follow the customer’s maintenance policy and vendor guidance.
Where FortiAP Wi-Fi 6E can make practical sense
Logistics yards and warehouses
Outdoor docks, loading areas and warehouse perimeters may need managed wireless for handheld devices, tablets, scanners and staff mobility. Metal structures and moving inventory make a site survey particularly important.
Education and campus grounds
Courtyards, walkways, sports areas and outdoor learning spaces can require secure WLAN that remains under the same administration model as the indoor campus network.
Hospitality and public areas
Resorts, event grounds and large guest environments may benefit from additional spectrum, but density, roaming, guest access policy and internet capacity must be considered together.
Industrial and operational sites
Outdoor industrial connectivity requires attention to mounting, power, antenna choice, environmental conditions and network segmentation. The exact suitability should be checked for the specific facility.
Distributed branch estates
Organisations managing many branch or service locations may value central visibility and consistent WLAN policy, especially when wireless is part of an existing Fortinet architecture.
Modern device refresh projects
If a business is moving to a larger estate of Wi-Fi 6E-capable laptops and mobile devices, the WLAN can be redesigned to use 6 GHz where it creates measurable operational value.
Integration and operational considerations
An enterprise AP does not operate independently of the rest of the network. VLANs and IP addressing determine how staff, guests, IoT devices and operational systems are separated. Authentication affects who is allowed onto each SSID. Firewall policy determines which applications and destinations those users can reach. DNS, DHCP, captive-portal choices, certificate handling and identity integration can all affect the user experience.
Wireless design should also match the internet and LAN capacity. A high-performance AP connected to a slow upstream path cannot improve the application experience beyond that bottleneck. Conversely, a fast wired core does not compensate for poor RF placement. The project should therefore be reviewed from client device to access point, switch, gateway, security policy and WAN rather than treating wireless as a separate layer.
For existing Fortinet environments, buyers can review related Fortinet firewall planning in Dubai and discuss whether FortiGate, FortiSwitch and FortiAP should be evaluated together. For broader infrastructure requirements, FourTeck’s network and security services page can help frame installation and configuration scope.
Questions to resolve before requesting a quotation
Share floor plans, outdoor zones, mounting heights and known dead spots. Quantity should ideally follow a coverage and capacity assessment.
List business-critical device types and approximate generations. Not every endpoint can use Wi-Fi 6E.
Provide switch models, PoE budgets, port speeds and cable information so uplink and power assumptions can be checked.
The current Wi-Fi 6E portfolio focuses on outdoor models. Indoor projects may need evaluation against newer Wi-Fi 7 or other FortiAP options.
Include the current FortiGate and FortiOS version, or identify the cloud-management requirement.
Decide whether the quote needs hardware only, support, cloud services, mounting, configuration, survey, documentation or post-installation assistance.
Procurement checklist for a FortiAP Wi-Fi 6E order
How FourTeck can help with sizing and quotation
FourTeck can help turn a FortiAP Wi-Fi 6E product enquiry into a clearer bill of materials. The review can start with the customer’s business objective: improving outdoor coverage, adding capacity, modernising an existing Fortinet WLAN, extending secure access to a logistics or industrial area, or preparing a new campus network. From there, the discussion can cover AP quantity, model fit, PoE switching, cable requirements, controller compatibility, management options, accessories, support and implementation scope.
For organisations already using Fortinet, model selection can be discussed alongside the existing FortiGate and FortiSwitch environment. Buyers who need a broader view can browse FourTeck technology products or review the FourTeck firewall and secure networking portal. The objective is to avoid a hardware-only order that later creates power, compatibility or management gaps.
An accurate quote should identify the exact model, regional suffix, quantity, support term, any management subscription, required accessories and service scope. Delivery and project scheduling can then be discussed against current UAE availability and vendor lead time.
UAE availability and support guidance
Contact FourTeck to confirm current UAE availability for the required FortiAP Wi-Fi 6E model. Availability may vary by model, regional suffix, quantity, support choice and vendor lead time. Because 6 GHz operation is region dependent, the destination country and regulatory variant should be established before the purchase order is finalised.
Delivery and project coordination can be discussed after the exact requirement is confirmed. If installation or configuration is required, include that scope in the quotation rather than assuming it is part of the hardware price. FourTeck can also help review the site information needed for a wireless survey, PoE switch check, management configuration and handover plan.
Dubai, Abu Dhabi, Sharjah and Ajman project coverage
Businesses in Dubai, Abu Dhabi, Sharjah and Ajman can discuss FortiAP Wi-Fi 6E requirements with FourTeck as part of a UAE wireless procurement or deployment project. The same planning questions apply across these locations: exact AP model, regional suffix, outdoor mounting area, client density, coverage objective, PoE switching, controller or cloud platform, support term and installation scope. A branch office with a small outdoor terrace has a different requirement from a logistics yard, university campus, hospitality property or industrial site. Sharing the project location and environment early allows the quotation to account for delivery coordination, installation planning and any site-specific access requirements without assuming a fixed schedule before the scope is known.
GCC Availability
FourTeck can assist organisations planning FortiAP Wi-Fi 6E procurement across GCC markets with requirement review, model selection, quotation coordination, configuration scope and regional project planning. A buyer in the United Arab Emirates, Saudi Arabia, Kuwait, Qatar, Bahrain or Oman should provide the destination country before hardware is selected because wireless regulatory domains and 6 GHz availability can vary. The required FortiAP model, quantity, support term, management method and deployment environment should also be included.
Product availability, licensing, delivery schedules, onsite service possibilities and vendor lead times can differ by country and order size. FourTeck can help compare the FAP-234G and FAP-432G for the stated use case, identify related PoE and antenna considerations, and prepare the bill of materials for review. For Kuwait-specific technology enquiries, buyers may also visit FourTeck Kuwait. Confirm the destination, quantity, desired deployment timing and any installation expectation before requesting a final commercial offer.
Africa Availability
FourTeck can support organisations evaluating FortiAP Wi-Fi 6E for African projects by reviewing product choice, regional hardware requirements, accessories, support, management approach and deployment conditions before quotation. Outdoor wireless projects can differ substantially across campuses, logistics facilities, hospitality sites, education environments and industrial locations, so the request should include the destination country, expected AP quantity, coverage area, power and switching environment, and preferred project schedule.
Availability and fulfilment may depend on destination, model, quantity, regulatory domain, shipping arrangements, vendor lead time and local installation conditions. Projects in East Africa, including Kenya and Uganda, can also be discussed through FourTeck’s regional channels, while wider requirements can start from FourTeck Africa. Buyers should not assume that a Wi-Fi 6E regional variant selected for one country is automatically suitable for another. Share the exact location, model preference, required support, installation expectations and any existing Fortinet infrastructure so the procurement path can be checked before ordering.
Related products and services to consider
FortiSwitch PoE
Useful when the AP project requires multigig Ethernet and sufficient PoE budget at the access layer. Exact switch sizing depends on AP quantity and wider LAN needs.
FortiGate wireless control
Relevant to organisations that want FortiAP management integrated with an existing FortiGate secure networking environment.
Wireless survey services
Helps validate coverage, capacity, mounting and channel assumptions before or after deployment in complex sites.
FortiAP support and renewal
Support planning can be included with hardware procurement or reviewed for an existing FortiAP estate approaching renewal.
Wi-Fi 7 alternatives
Current Fortinet indoor and outdoor portfolios include Wi-Fi 7 options. A new-build project should compare lifecycle, client roadmap and budget before defaulting to 6E.
Why businesses contact FourTeck for FortiAP planning
The practical value of pre-sales assistance is reducing uncertainty before the purchase order. FourTeck can help clarify whether the request is for a specific FortiAP model or a wireless outcome, identify which technical details are still missing, and prepare a quotation around the actual deployment rather than a generic access-point quantity.
Typical discussions include model and regional-suffix selection, switch and PoE review, management architecture, support term, accessories, installation scope, compatibility questions and delivery coordination. Businesses can also use the FourTeck contact page to share floor plans, site photos, existing Fortinet models or a bill of materials for review.
What buyers are really trying to decide about Wi-Fi 6E
A common question is whether Wi-Fi 6E is still worth buying when Wi-Fi 7 products are now available. The answer depends on the project, not on the newest standard alone. If an organisation already has a Wi-Fi 6E client base, an established Fortinet architecture, a known outdoor coverage requirement and a lifecycle plan that matches the available 6E models, FortiAP Wi-Fi 6E can remain a valid procurement choice. If the project is a completely new indoor deployment with a long refresh horizon and a growing Wi-Fi 7 client population, comparing current K-series Wi-Fi 7 models may be sensible before committing.
Another frequent buying question is whether 6 GHz automatically means better range. It does not. The 6 GHz band provides additional spectrum and can reduce contention for compatible devices, but propagation and obstruction characteristics differ from lower-frequency Wi-Fi. A business should therefore plan 6 GHz for capacity and channel flexibility, then verify coverage in the intended environment. Outdoor areas with metal, concrete, vehicles, trees or changing stock profiles can produce very different RF conditions from an open courtyard.
Buyers also compare FAP-234G and FAP-432G by headline throughput. That can be misleading if the site does not need a 4×4 radio design, if the endpoints are mostly 2×2 devices, or if the wired switch cannot support the AP’s uplink and power needs. FAP-432G offers more spatial streams, external antennas and a 10GE primary interface in the current matrix, while FAP-234G provides a 2×2 design with internal antennas and a 2.5GE primary interface. The best choice should follow density, antenna placement, cable infrastructure and coverage objectives.
Pricing questions are also more complex than the access-point hardware price. A comparable quotation should state the exact regional SKU, support term, required management subscription if any, PoE accessories, approved antenna requirements where applicable, mounting hardware and installation or survey services. Two quotes for what appears to be the same AP can differ because one includes support or project services and another is hardware only.
Compatibility is another area where buyers can avoid a costly mistake. Existing FortiGate users should confirm the current FortiOS version and intended FortiAP firmware before deployment. New deployments should decide how wireless will be managed and where network security policy is enforced. A cloud-managed design and a FortiGate-managed design can both be appropriate, but they create different operational workflows and possibly different subscriptions.
Finally, buyers should ask whether their endpoints actually support 6 GHz. A Wi-Fi 6E AP will continue to serve older devices on other bands where configured, but only compatible clients can use 6 GHz. Device inventories, operating-system support and authentication requirements should therefore be part of migration planning. A phased design may be more practical than expecting every user to move to 6 GHz immediately.
Questions buyers should answer before they shortlist a model
Do we need 6 GHz everywhere, or only in selected zones?
A site may use 6 GHz primarily in areas where compatible clients create the most demand. Other zones may continue relying more heavily on 5 GHz or 2.4 GHz. Mapping device types and application load by area can prevent overspending and can improve channel planning.
Is the FAP-432G worth the extra infrastructure?
Its 4×4 radio design, external antennas and 10GE primary interface may be valuable in demanding deployments, but those capabilities also require a suitable RF design, antenna plan, switching environment and PoE budget. If the site cannot use those advantages, FAP-234G may be a more proportional choice.
Can our current FortiGate manage the proposed APs?
This depends on the FortiGate platform, FortiOS version and FortiAP firmware. Compatibility should be checked against current Fortinet documentation. Provide the exact firewall model and software version in the quotation request so the management path can be reviewed before hardware is ordered.
Will existing users need new devices to use 6 GHz?
Yes, 6 GHz requires compatible client hardware and software. Older devices can still connect on supported legacy bands, but they will not gain 6 GHz capacity. A client inventory helps the business estimate how quickly the new spectrum will deliver practical benefit.
What should we send for an accurate quote?
Share the site location, environment type, estimated AP quantity, coverage zones, user and device counts, current switch models, FortiGate details, preferred support term and whether survey, installation or configuration is required. This is more useful than sending only the words “Wi-Fi 6E AP”.
Should a greenfield project move directly to Wi-Fi 7?
It should at least be compared. Current Fortinet portfolios include Wi-Fi 7 models, so new deployments should evaluate client roadmap, support lifecycle, environment, budget and management compatibility. Wi-Fi 6E may still fit specific outdoor requirements, but the decision should be deliberate rather than automatic.
Frequently asked questions
What is the FortiAP Wi-Fi 6E Series?
It is Fortinet’s Wi-Fi 6E access-point family using 802.11ax with 6 GHz capability. In Fortinet’s current wireless product matrix, the Wi-Fi 6E products listed are the outdoor FAP-234G and FAP-432G.
What is the difference between FAP-234G and FAP-432G?
FAP-234G is a 2×2 design with internal antennas and a 2.5GE primary interface, while FAP-432G is a 4×4 design with external antennas and a 10GE primary interface. Their power and RF requirements also differ.
Do all client devices support the 6 GHz band?
No. Only Wi-Fi 6E or later devices with suitable regional and operating-system support can use 6 GHz. Other clients may continue using 2.4 GHz or 5 GHz where the WLAN is configured to support them.
Can FortiGate manage FortiAP Wi-Fi 6E access points?
FortiAP can be managed through supported Fortinet platforms including FortiGate-based wireless control. The exact FortiGate and FortiOS compatibility should be verified for the AP model and firmware version before deployment.
Is a cloud license required?
That depends on the management architecture. FortiGate-managed and cloud-managed deployments have different commercial requirements. FourTeck can clarify the hardware, support and management items for the chosen design.
What PoE should be planned for FAP-234G and FAP-432G?
Fortinet’s current product matrix lists 802.3bt for both models. The complete switch PoE budget should be checked against AP quantity and other powered devices, not only the rating of one port.
Can I use the same Wi-Fi 6E model in any country?
Do not assume so. 6 GHz operation and regional hardware variants are country dependent. Confirm the deployment country and exact model suffix before ordering.
Is FortiAP Wi-Fi 6E suitable for indoor office projects?
The current Fortinet product portfolio lists FAP-234G and FAP-432G as outdoor Wi-Fi 6E models. Indoor projects should be reviewed against the wider current FortiAP portfolio, including newer Wi-Fi 7 options where appropriate.
What information does FourTeck need to prepare a quote?
Provide the destination, preferred model or use case, quantity, coverage area, client count, existing switches, FortiGate details, required support term and whether installation, survey or configuration services are needed.
Get the model, power and management plan right before ordering
Send FourTeck your FortiAP requirement, project location, expected user count, coverage zones, existing FortiGate or switch information and preferred support scope. We can help structure the quotation around the exact Wi-Fi 6E model and deployment requirement.