FortiNAC Hardware Series in Dubai, UAE
FortiNAC physical appliances give organisations a dedicated platform for network access control, endpoint visibility, policy enforcement and automated response. The F-series hardware range is not one interchangeable box: Control and Application models are sized for different managed-endpoint levels, while the Manager appliance is intended for centralised administration of multiple FortiNAC Control and Application systems.
Planning a FortiNAC project?
Share endpoint count, site count, current switching and wireless platforms, preferred license model, resilience requirement and delivery location.
Dedicated FortiNAC physical appliances
500F, 600F and 700F
M-550F for multi-appliance control
Hardware, license and support must align
Direct answer for buyers
The FortiNAC Hardware Series is Fortinet’s physical-appliance route for organisations deploying FortiNAC network access control without relying only on a virtual machine. Current hardware includes FortiNAC-CA-500F, FortiNAC-CA-600F and FortiNAC-CA-700F Control and Application appliances, plus FortiNAC-M-550F for central management in environments with multiple CA systems. Buyers should select the family member by managed-endpoint scale, deployment topology and operational load rather than by model number alone. Before ordering, confirm the exact appliance SKU, endpoint licensing, FortiCare requirements, network-device compatibility, high-availability design, transceiver or cabling needs, rack and power readiness, and whether installation, configuration or migration assistance is part of the project.
What the hardware series does
FortiNAC is a network access control platform that helps administrators discover devices and users, classify endpoints, apply network-access rules and respond to conditions that require a change of access. Physical FortiNAC appliances provide dedicated compute, memory, storage and network interfaces for those functions. The Control and Application appliances combine the main server roles in a physical platform, while the Manager appliance provides centralised oversight when multiple Control and Application systems are deployed.
The hardware therefore sits inside a wider NAC design. It does not replace the need for supported switches, wireless infrastructure, identity services, licensing, VLAN or segmentation planning and an operational policy model. The value of the appliance is that the organisation gets a defined hardware platform sized for a stated environment instead of having to supply and maintain the underlying virtual resources itself.
Who should consider it
The hardware route can make sense for organisations that prefer rack-mounted security infrastructure, need an appliance-based standard for branch or data-centre operations, or want a Fortinet-defined hardware profile for the NAC service. Typical candidates include large corporate campuses, hospitals, universities, hospitality groups, manufacturers, logistics businesses, government environments and distributed enterprises with substantial IoT, guest, contractor or unmanaged-device populations.
A virtual FortiNAC deployment may still be more suitable when the organisation already operates a mature virtualisation or cloud platform and prefers infrastructure flexibility. The choice should therefore be driven by operational ownership, resilience, procurement standards, data-centre design and lifecycle policy—not by assuming that physical hardware is automatically better for every deployment.
Business challenges the series can help address
Unknown devices
Networks with printers, phones, cameras, sensors, medical devices, guest systems and contractor equipment need a way to understand what is connecting and how it should be treated.
Inconsistent access
A NAC policy can help distinguish employees, guests, unmanaged devices and restricted systems so network access is based on identity, device condition or role rather than a broad shared network.
Multi-site complexity
Organisations with several campuses or regional networks may need multiple CA systems and a management layer that gives administrators a more consistent operational view.
Manual response
Policy-driven actions can reduce the time between identifying a risky endpoint and changing its access, provided the enforcement design and integrations are tested carefully.
How the current FortiNAC hardware models differ
The F-series is a family, so the correct buying decision comes from matching the model role to the environment. Fortinet’s current data sheet sizes the CA appliances by managed endpoints. A managed endpoint is an endpoint device registered, managed and enforced by FortiNAC. These figures are capacity guidance for the appliance class; actual design should still account for authentication workload, guest activity, persistent agents, integration volume, redundancy and future growth.
| Model | Primary role | Published sizing direction | Buyer focus |
|---|---|---|---|
| FortiNAC-CA-500F FNC-CA-500F | Integrated Control and Application appliance | Up to 15,000 managed endpoints | Smaller FortiNAC hardware deployments and sites that fit the entry F-series capacity profile |
| FortiNAC-CA-600F FNC-CA-600F | Higher-performance Control and Application appliance | Up to 30,000 managed endpoints | Medium environments needing more appliance resources and endpoint headroom |
| FortiNAC-CA-700F FNC-CA-700F | Highest-capacity current CA hardware appliance | Up to 50,000 managed endpoints | Large environments, with workload profile and agent use considered during sizing |
| FortiNAC-M-550F FNC-M-550F | Dedicated management appliance | Up to 100 active CA servers per manager node in Fortinet guidance | Multi-site or multi-appliance deployments that need centralised management |
Capacity and topology figures should be validated against the latest Fortinet documentation and the intended release before purchase. Do not combine the Manager appliance and CA appliance capacities as though they represent the same function.
Hardware information buyers should compare
The physical platforms share a 1U rack-mount design and redundant power approach, but processor, memory and interface configurations differ. The following table reflects current Fortinet-published hardware information and is intended for family comparison rather than as a substitute for the final bill of materials.
| Item | CA-500F | CA-600F | CA-700F | M-550F |
|---|---|---|---|---|
| CPU | Intel Xeon E-2278GE, 8 core, 3.3 GHz base | AMD EPYC 7413, 24 core, 2.65 GHz base | AMD EPYC 7543P, 32 core, 2.8 GHz base | AMD EPYC 7413, 24 core, 2.65 GHz base |
| Memory | 16 GB DDR4 | 32 GB DDR4 | 96 GB DDR4 | 32 GB DDR4 |
| Storage | 2 × 960 GB SSD | 2 × 960 GB SSD | 2 × 960 GB SSD | 2 × 960 GB SSD |
| RAID | Software RAID 1 | Software RAID 1 | Software RAID 1 | Software RAID 1 |
| Network interfaces | 4 × GbE RJ45 | 1 × GbE RJ45 plus 4 × 1GbE SFP or 10GbE SFP+ | 1 × GbE RJ45 plus 4 × 1GbE SFP or 10GbE SFP+ | 1 × GbE RJ45 plus 4 × 1GbE SFP or 10GbE SFP+ |
| Form factor | 1U rack mount | 1U rack mount | 1U rack mount | 1U rack mount |
| Power | Hot-plug 1+1 redundant PSU | Hot-plug 1+1 redundant PSU | Hot-plug 1+1 redundant PSU | Hot-plug 1+1 redundant PSU |
Transceiver choice, optics, cables, rack accessories, support services and regional power arrangements should be confirmed for the exact order. A published physical specification does not mean every accessory is bundled.
Licensing, support and configuration are separate buying decisions
The appliance is only one part of a FortiNAC deployment. Fortinet offers endpoint licensing separately from the hardware platform, and current public information includes perpetual and subscription approaches with license tiers that determine the functional scope. Fortinet’s current product material presents Base, Plus and Pro licensing in some product views, while current ordering guidance focuses heavily on Plus and Pro packages. Because commercial packaging and support requirements can change, the exact license SKU should be confirmed against the intended deployment and current quote rather than inferred from the appliance model.
FortiCare is also important. Current ordering guidance states that support SKUs are required for the appliance and that FortiCare alignment is relevant to endpoint licensing. Buyers should therefore request a bill of materials that shows the appliance, endpoint license quantity or tier, support term and any professional or deployment services as separate lines where applicable. This makes renewal planning clearer and reduces the chance that a hardware-only order is mistaken for a complete operational NAC solution.
If the organisation is replacing older FortiNAC C-series hardware or a legacy virtual deployment, migration should be treated as a project requirement. License transition, appliance registration, configuration movement, HA topology and operational cutover need to be planned using the relevant Fortinet migration guidance for the software version involved.
Product-fit matrix
| Requirement | Suitable when | Confirm before ordering |
|---|---|---|
| CA-500F class | Endpoint population and workload fit the entry current F-series CA hardware profile | Growth, authentication rate, guest load, persistent-agent use, HA and interface needs |
| CA-600F class | A medium environment needs more endpoint scale or operational headroom | Actual endpoint estimate, expected expansion, optics, redundancy and FortiCare |
| CA-700F class | A large environment needs the highest current CA hardware capacity | Agent mix, integration volume, resilience design and whether multiple CA systems are more appropriate |
| M-550F management | Multiple FortiNAC CA systems need centralised management | Number of active CA systems, topology, latency, manager resilience and administrative design |
| Virtual alternative | The business prefers its own virtual or cloud infrastructure and has suitable resources | Hypervisor or cloud platform, CPU reservation, memory, disk, operational ownership and support model |
A practical purchase and deployment journey
Inventory the environment
Count endpoints, sites, network devices, identity sources, guest populations, IoT or OT assets and current enforcement points. Include realistic growth rather than a snapshot of today’s device count.
Select the architecture
Choose physical or virtual deployment, single or multiple CA systems, and whether a Manager appliance is required. Define HA or failover expectations before final sizing.
Build the commercial package
Align appliance SKU, endpoint license, support contract, term, required optics and services. Separate optional items so procurement can see what is standard and what is project dependent.
Plan integration and cutover
Prepare switching, wireless, firewall, directory, DHCP/DNS and authentication dependencies. Test policy actions and exception handling before applying broad enforcement.
Operate and review
Monitor endpoint growth, policy behaviour, support status and appliance utilisation. Revisit capacity and licensing before major site expansion or onboarding new device populations.
Capability focus: visibility that supports access decisions
A NAC project usually begins with a visibility problem. The organisation may know how many corporate laptops it owns but have a much less reliable picture of printers, phones, CCTV devices, building systems, guest endpoints, industrial controllers, scanners and temporary contractor equipment. FortiNAC uses multiple profiling and discovery methods to help classify what is connected. That information can then support policy rather than existing only as an inventory list.
For buyers, the important point is that visibility scale affects sizing and architecture. The appliance must handle the number of managed endpoints and the broader activity generated by authentication, profiling, guest access, event processing and integrations. A network with 8,000 relatively stable corporate endpoints may create a different operational load from a campus with similar numbers but much higher guest turnover, device churn and authentication events. Capacity should therefore be reviewed with workload characteristics, not just a spreadsheet total.
Visibility also depends on access to the required network infrastructure. Supported switches, wireless controllers, firewalls, directories and network credentials have to be available to the platform with suitable permissions. FourTeck can help a buyer turn the device inventory and network map into a more useful sizing conversation before the appliance is ordered.
Capability focus: policy enforcement and segmentation
Discovering a device is useful, but the real operational value of NAC appears when the organisation can decide what the device is allowed to reach. FortiNAC can support access policies, dynamic network placement and controlled onboarding so that users and devices can be treated differently according to business role, device type, authentication result or compliance condition. In practice, this can help separate guests from employees, contractors from permanent staff, unmanaged IoT from corporate systems, and restricted assets from general-purpose user networks.
Policy enforcement is highly environment dependent. The final action may rely on switching, wireless, RADIUS, VLAN steering, firewall integration or other supported enforcement mechanisms. A design should therefore start with intended outcomes: for example, place unknown devices in a restricted segment, allow a known printer only the services it requires, give guests internet-only access, or quarantine a device that fails a defined control. The appliance model alone does not determine whether these actions are possible.
Buyers should include a policy workshop or at least a documented access model in the project scope. This reduces the chance of purchasing a capable platform but discovering later that the switching estate, identity source or VLAN design cannot support the intended enforcement workflow without additional changes.
Capability focus: multi-site management and operational control
Large organisations frequently reach a point where one NAC server is not the right architecture. Regional data centres, campuses, business units or geographically separated networks may require multiple Control and Application systems. FortiNAC-M-550F exists for this kind of environment, providing a management role rather than acting as another endpoint-serving CA appliance.
Fortinet’s current data sheet states that the M-550F can manage up to 100 active CA servers per node, with a maximum manager cluster size also defined in the product guidance. Those figures should be treated in their architectural context. The Manager does not increase the managed-endpoint limit of one CA appliance by itself; instead, it provides centralised management across multiple CA systems. Network latency, site design, administrative boundaries, failover approach and change-control processes all matter when determining whether the Manager appliance is appropriate.
For procurement teams, this distinction is important because a multi-site design may require multiple CA appliances, one or more Manager appliances, matching support and a corresponding endpoint-license plan. FourTeck can help organise that requirement into a bill of materials that distinguishes management, enforcement, licensing and support components instead of presenting a single ambiguous line item.
Ideal business environments and use cases
Enterprise campuses
Useful where staff, guests, meeting-room systems, printers, phones, Wi-Fi devices and unmanaged endpoints share a large access network and policies need to follow business roles.
Healthcare
Relevant when clinical devices, administrative systems, guest networks and specialised connected equipment need improved identification and controlled network placement.
Education
Campuses may need to handle students, faculty, labs, shared devices, BYOD and guest activity with high endpoint turnover and varying access privileges.
Hospitality and retail
Hotels and retail groups can use NAC design to separate staff, POS, guest, CCTV, building-control and third-party devices where the network estate is diverse.
Industrial and logistics
Warehouses, plants and operational sites may need visibility for scanners, sensors, cameras, access systems, controllers and contractor equipment that cannot always run endpoint agents.
Distributed organisations
Groups with several campuses or regional networks can evaluate a multi-CA architecture and Manager appliance when central administration is needed across the deployment.
Integration and operational considerations
FortiNAC is not deployed in isolation. The platform needs to understand and interact with the network infrastructure that actually connects users and devices. Buyers should document switching vendors and models, wireless controllers or access platforms, firewall integrations, IP addressing services, directories, authentication systems and existing segmentation. Fortinet supports a wide range of network devices, but support must be checked at the exact model and software level where enforcement or deep integration is required.
Credential design is another practical consideration. Discovery and control may require SNMP, command-line or API access to network devices, depending on the platform and integration. Those credentials should be provisioned according to the customer’s security policy and tested during implementation. Authentication services such as RADIUS may also form part of the design. If a business intends to use certificate-based access, guest onboarding, sponsor workflows or endpoint-compliance checks, these requirements should be included before the bill of materials is finalised.
High availability deserves separate attention. Fortinet documents HA for FortiNAC-F environments, and matching models are important in supported HA designs. Procurement should therefore confirm whether the project requires one appliance, a pair, or a wider N+1 or multi-site architecture. The hardware cost is only one part of that decision; licensing, support, rack space, network connectivity and operational procedures must also align.
Finally, plan how the platform will be administered after go-live. Define who owns policy changes, who approves new device classes, how exceptions are documented, how alerts are reviewed, and how endpoint growth will be monitored. A well-sized appliance can still become difficult to operate if the governance model is unclear.
Questions to resolve before requesting a quotation
Procurement checklist
How FourTeck can support FortiNAC hardware planning
FourTeck can assist buyers before the purchase order is created by turning a broad request such as “FortiNAC hardware” into a clearer technical and commercial requirement. The discussion can cover endpoint scale, number of sites, network-device estate, hardware-versus-VM preference, licensing, FortiCare, HA and whether the project includes deployment or migration work. This is especially useful when the requester knows the business problem but has not yet selected the exact CA model.
For organisations standardising on Fortinet, FourTeck can also help place FortiNAC in the context of related infrastructure such as FortiGate, FortiSwitch, FortiAP, FortiAnalyzer and broader network-security requirements. Buyers can review FourTeck product options, discuss implementation and configuration services, or explore Fortinet firewall planning when the NAC requirement is part of a larger segmentation or security project.
The objective is not to force one model. It is to confirm the minimum information needed for an accurate quotation and reduce the risk of ordering hardware that is undersized, unnecessarily large or missing a required license, support line or integration component.
UAE availability and support guidance
Contact FourTeck to confirm current UAE availability for the exact FortiNAC appliance, endpoint license, FortiCare term and required accessories. Availability can vary by model, quantity, region, support package and vendor lead time, so the product family should not be treated as one stock item. Delivery and project coordination can be discussed after the exact requirement is confirmed. If installation, configuration, migration or policy work is required, include that scope in the quotation rather than assuming it is part of the appliance purchase.
For a useful request, provide the preferred model if known, approximate endpoint count, number of sites, intended deployment date, delivery location, licensing preference and whether the organisation needs supply only or project assistance. Buyers can also start from the FourTeck Firewall Dubai portal when reviewing related security infrastructure.
Dubai, Abu Dhabi, Sharjah and Ajman coverage
Businesses in Dubai, Abu Dhabi, Sharjah and Ajman can contact FourTeck for FortiNAC hardware requirement review, model selection assistance, licensing clarification, quotation coordination and delivery planning. A UAE inquiry may involve a single data-centre appliance, an HA pair, several campus appliances or a wider multi-site design using a Manager system. The commercial and implementation approach should therefore be based on endpoint scale, topology and support expectations rather than location alone. FourTeck can help consolidate the information required for the quote and coordinate related product or service discussions where the NAC project also involves firewalls, switching, wireless, logging or access-policy changes.
GCC availability
Organisations planning FortiNAC hardware projects across the GCC can discuss requirement review and procurement coordination with FourTeck for deployments that may span the United Arab Emirates, Saudi Arabia, Kuwait, Qatar, Bahrain or Oman. Regional projects often need more planning than a single-site order because hardware models, endpoint licensing, FortiCare terms, deployment responsibilities, delivery routes and implementation schedules may differ by country and business unit. FourTeck can help structure the request around the exact CA or Manager appliance, quantity, target endpoint scale, license model, support duration and any required configuration or installation scope. Product availability, licensing, service visits and vendor lead times can vary by destination, quantity and current vendor policy, so they should be confirmed for each project. Buyers should provide the destination country, required product or service, expected quantity, license term, deployment location and target timeline. For Kuwait-related enquiries, the FourTeck Kuwait channel may also be relevant for regional coordination.
Africa availability
FourTeck can also assist organisations evaluating FortiNAC hardware for African deployments, including companies with headquarters in the Gulf and operational sites in East, West, Central or Southern Africa. Regional procurement should account for the exact appliance model, quantity, endpoint license package, FortiCare requirement, power and rack environment, delivery destination, implementation responsibilities and local network conditions. Availability and fulfilment may depend on the destination country, vendor lead time, license region, shipping arrangements and project scope. Buyers should share the destination, expected endpoint count, number of sites, preferred deployment window and whether configuration, installation, migration or remote support is required. This allows the requirement to be reviewed as a project rather than a generic product request. For broader regional information, buyers can use the FourTeck Africa portal while the final quotation is prepared for the specific country and configuration.
Related products, services and alternatives
FortiNAC virtual appliances
Compare the physical hardware route with FortiNAC CAX and Manager virtual options when virtualisation, cloud deployment or infrastructure flexibility is a priority.
FortiGate
Firewalls can form part of the wider segmentation, traffic-control and Security Fabric design around FortiNAC, depending on the architecture.
FortiSwitch and FortiAP
Switching and wireless infrastructure are important enforcement and access layers. Exact compatibility and software versions should be checked before deployment.
Deployment services
Assessment, configuration, policy design, integration, migration and knowledge-transfer requirements can be included as project scope where needed.
What buyers are trying to work out before choosing FortiNAC hardware
The model number is not the first decision
Many buyers begin by searching for CA-500F, CA-600F or CA-700F pricing, but the more important first question is what workload the appliance must carry. Endpoint count matters, yet it is not the whole story. A network with a high volume of guests, frequent device onboarding, many authentication events, persistent agents or numerous infrastructure integrations can place different demands on the system from a stable office network with the same endpoint total. For that reason, model selection should begin with a short environment profile and growth estimate, then use the published capacity range as a sizing reference.
Hardware appliance or virtual machine?
Physical FortiNAC is attractive when the customer wants a dedicated, vendor-defined server platform, has appliance-based procurement standards or does not want NAC performance tied to a shared virtual environment. A VM may be preferable where the organisation already has resilient virtualisation, wants flexible resource allocation or has cloud-first infrastructure standards. Neither route is automatically more secure or easier to operate. The better choice depends on who owns the server layer, how resilience is designed, how upgrades are managed and whether the organisation wants separate hardware lifecycle management.
How much capacity margin is sensible?
Sizing exactly to today’s endpoint count leaves little room for branch expansion, seasonal users, new IoT projects or acquisitions. A buyer should estimate the number of devices FortiNAC will actually manage, not just the number of employees. Phones, printers, cameras, sensors, guest devices and other headless systems can make the endpoint population much larger than the HR headcount. Growth margin should be balanced against cost: over-sizing every site may be unnecessary, while under-sizing can create an avoidable redesign later.
Does the hardware include the endpoint license?
Buyers should not assume it does. FortiNAC appliance hardware and endpoint licensing are separate commercial elements, and FortiCare is also an important part of the ordering structure. The quote should therefore show exactly what is being purchased: appliance SKU, endpoint license package, quantity or tier, support term, optional premium RMA if required, and any implementation services. This separation also matters later when the organisation renews support or expands its managed endpoint count.
When is the Manager appliance required?
The M-550F is not a larger substitute for a CA appliance. It is intended for central management where multiple FortiNAC CA systems are deployed. A single-site organisation with one CA system may not need it, while a regional or multi-campus group may benefit from a management layer. The decision should consider the number of CA systems, site topology, administrative model, latency, resilience and how central teams will manage policy and visibility across the estate.
Why public prices vary so much
Search-visible FortiNAC pricing can vary significantly because listings may show hardware only, list price, discounted reseller price, a regional SKU, an older capacity description, a support bundle or a product without endpoint licensing. Currency, tax, support term and availability also affect comparisons. A procurement team should therefore avoid treating the lowest search result as a complete FortiNAC project price. The useful comparison is a like-for-like bill of materials with the same appliance model, license scope, support duration, accessories and delivery destination. FourTeck can prepare the quotation after those variables are confirmed.
What compatibility information should be gathered first?
Start with the network access layer because this is where NAC decisions become real. Record switch vendors and models, switch software versions, wireless infrastructure, firewall platforms, directory services, RADIUS use, DHCP and DNS design, VLAN structure and any existing endpoint-management or identity systems. If the project includes IoT or OT devices, document the types of devices and the segments where they connect. This information helps determine how FortiNAC can discover, classify and enforce in the environment, and it exposes dependencies that might otherwise appear only during implementation.
The same preparation helps with migration. If the customer already operates a legacy FortiNAC appliance, another NAC platform or manually maintained access controls, note current policies, exception lists, guest workflows and identity sources. A new appliance does not automatically translate those operational rules. Migration planning should preserve the business intent while using the supported method for the target FortiNAC-F release.
Buyer questions that shape the right architecture
“We have 12,000 devices. Does that automatically mean CA-500F?”
Not automatically. The published endpoint capacity makes CA-500F a model to evaluate, but the right choice also depends on growth, authentication load, guest traffic, agent use, integrations and resilience. If the network is expected to expand rapidly or has unusually high operational load, the next model or a different topology may be more appropriate. Sizing should leave practical headroom without creating unnecessary cost.
“Can we buy the appliance now and decide licensing later?”
That can create procurement and deployment risk. The appliance, endpoint license and FortiCare should be designed together so the selected hardware supports the intended endpoint population and feature set. If licensing is postponed, the hardware order may arrive without the commercial components needed for the planned deployment. Ask for one bill of materials that clearly separates each required line.
“Will FortiNAC work with our existing switches?”
Compatibility must be verified at the exact vendor, model and software level, especially when policy enforcement depends on specific switch or wireless actions. FortiNAC supports a broad device ecosystem, but a general brand-level statement is not enough for a project. Provide a device inventory before purchase so the enforcement method can be reviewed and any upgrade requirements identified.
“Do we need two appliances for high availability?”
If the business requires FortiNAC service continuity through an appliance failure, an HA design should be evaluated. Fortinet documents high-availability configurations for matching FortiNAC-F systems. The required quantity depends on the topology and resilience objective. Hardware, support, networking and licensing implications should be included in the architecture before the quotation is approved.
“What information makes a quote accurate?”
Share endpoint count and growth, site count, preferred physical or virtual route, network-device inventory, HA requirement, license tier, support term, target delivery location and required services. A network diagram is useful for multi-site or complex environments. This prevents the quotation from becoming a generic hardware price that later needs substantial revision.
“Should we choose hardware because it is simpler?”
Hardware can simplify responsibility for the underlying server profile, but the NAC project itself still requires integration, policy design, licensing, testing and ongoing administration. A VM can be equally practical in organisations with strong virtual-infrastructure operations. Compare both routes against lifecycle ownership, redundancy, data-centre standards and the skills of the team that will operate the platform.
Why businesses contact FourTeck for this requirement
A FortiNAC order can become complicated because appliance sizing, endpoint licenses, support, network-device compatibility, HA design, optics, delivery and implementation scope are connected decisions. FourTeck can help organise those inputs before the purchase request reaches procurement. This reduces ambiguity between a hardware-only price and a complete deployment requirement.
Customers may also need to coordinate FortiNAC with broader network-security projects. For example, a segmentation initiative can involve FortiGate policy, switch and wireless changes, logging, identity integration and revised guest or contractor processes. FourTeck can help keep those discussions connected while maintaining clear boundaries around what is included in each quotation.
For company information or general technology enquiries, visit About FourTeck or use the contact route below to provide your endpoint and topology details.
Frequently asked questions
What models are in the current FortiNAC hardware series?
Current Fortinet materials list FortiNAC-CA-500F, FortiNAC-CA-600F and FortiNAC-CA-700F as Control and Application hardware appliances, plus FortiNAC-M-550F as the dedicated Manager appliance.
How many endpoints can the FortiNAC CA appliances manage?
Fortinet’s current data sheet sizes the CA-500F for up to 15,000 managed endpoints, CA-600F for up to 30,000 and CA-700F for up to 50,000. Actual project sizing should also consider workload, growth and deployment design.
What is the FortiNAC-M-550F used for?
The M-550F is a management appliance for environments with multiple FortiNAC Control and Application systems. It is not a replacement for a CA appliance serving endpoints.
Does FortiNAC hardware include endpoint licensing?
Do not assume the hardware includes the required endpoint license. Licensing and FortiCare should be confirmed as separate line items in the bill of materials for the intended deployment.
Can FortiNAC be deployed as a virtual machine instead?
Yes. Fortinet also provides virtual FortiNAC options. The choice between hardware and VM depends on infrastructure standards, resource ownership, resilience, lifecycle policy and the target deployment environment.
Is high availability available for FortiNAC hardware?
Fortinet documents high-availability designs for FortiNAC-F environments. The exact architecture, matching models, quantity and support implications should be confirmed for the required software release and topology.
What should be checked for switch and wireless compatibility?
Provide the exact switch, wireless controller or access-point platform, firmware version and intended enforcement method. Compatibility should be confirmed before ordering, particularly where dynamic access changes depend on device-specific integration.
How can I get a FortiNAC hardware quote in Dubai?
Send FourTeck the preferred model if known, endpoint count, number of sites, license requirement, support term, HA expectation, delivery location and required services. FourTeck can then coordinate the current UAE quotation and availability discussion.
Can FourTeck help with migration from older FortiNAC appliances?
Migration assistance can be discussed as project scope. The plan should account for the existing appliance generation, target FortiNAC-F release, licensing, configuration transfer, HA design, testing and operational cutover.
Build the FortiNAC bill of materials before you order
Share the endpoint estimate, site topology, current network infrastructure, preferred hardware model, license requirement, FortiCare term and implementation scope. FourTeck can help compare the CA-500F, CA-600F, CA-700F and M-550F roles and coordinate a UAE quotation based on the actual requirement.