FortiGate Hyperscale Series in Dubai, UAE
For networks measured in very large session counts, rapid connection creation, carrier-grade NAT and high-speed data-center links, firewall selection becomes an architecture decision rather than a simple appliance purchase. FortiGate hyperscale-capable platforms combine Fortinet hardware acceleration with FortiOS, while specific hyperscale functions depend on the exact model, software release and license.
Hyperscale data centers, carriers, service-provider and very high-capacity enterprise edges
Sessions, connections per second, port speeds, traffic profile and resilience
Hyperscale functionality requires confirmation against the selected model and current FortiOS guidance
Confirm exact appliance, licenses, optics, power, support and implementation scope
Direct answer for buyers evaluating hyperscale firewalls
FortiGate Hyperscale Series is best understood as a set of high-end FortiGate platforms and hyperscale firewall capabilities intended for exceptionally large state tables, high connection-establishment rates, carrier-grade NAT and high-bandwidth network designs. It is mainly considered by service providers, telecom operators, large data centers, cloud or hosting environments and enterprises with unusually demanding east-west or north-south traffic. A buyer should not select a model from one throughput number. Before proceeding, confirm the exact FortiGate platform, FortiOS release, hyperscale license requirement, session and CPS targets, interface speeds, CGNAT or IPv6 transition needs, inspection requirements, logging design, high availability, power format, optics and support scope.
What the family is designed to do
Hyperscale firewall architecture is aimed at traffic volumes where session creation and state scale can become as important as raw bandwidth. Fortinet documents hyperscale use for hyperscale data centers and 5G networks, and its current hyperscale guidance describes hardware-accelerated functions including session setup, firewall session logging and NAT on supported NP7-based platforms when the required license is applied.
That distinction matters. A high-end FortiGate can perform many conventional NGFW functions, but hyperscale mode has its own mechanics, supported features and limitations. Architecture teams therefore need to identify whether the requirement is primarily high-throughput security inspection, massive stateful firewalling, CGNAT, mobile-network Gi/N6 security, or a combination. The selected operating mode and traffic path influence what can be accelerated and which security services should be placed in hyperscale versus conventional FortiOS contexts.
Who should consider it
The strongest fit is usually an organisation whose scale can be expressed in unusually large numbers: very high concurrent sessions, multi-million-per-second connection requirements on specific platforms, large subscriber populations, major CGNAT pools, high-speed 100/200/400GbE aggregation, or a data-center design where multiple high-capacity links converge on the security layer.
A conventional enterprise with moderate internet traffic should not assume that “hyperscale” automatically means a better purchase. The most suitable firewall is the platform that meets inspected traffic, session scale, interface, redundancy and operational requirements with an appropriate margin. FourTeck can help compare a hyperscale-capable design with other FortiGate product options so the shortlist is driven by measurable requirements rather than product naming.
Business challenges that make hyperscale relevant
Session tables grow faster than bandwidth
Cloud services, subscriber networks, web platforms and machine-generated traffic can create enormous numbers of simultaneous flows. A design that looks adequate by Gbps alone can fail the session-scale test. Hyperscale planning starts by measuring concurrent sessions and connection creation, then mapping those figures to model-specific, licensed capabilities.
CGNAT becomes a core service
Carriers and large service networks may need NAT44, NAT444, NAT64/DNS64 or related address-transition functions at high scale. Fortinet documents hardware-accelerated CGNAT capabilities for licensed hyperscale deployments on supported platforms. Address planning, port-block strategy, logging and lawful or operational requirements should be designed before sizing.
Very fast interfaces concentrate risk
Data-center cores increasingly use 100GbE and, on selected FortiGate models, 200GbE or 400GbE connectivity. High port speed is valuable only when the end-to-end path, optics, switches, cabling, routing design and security policy can support the intended flow distribution. Interface count and breakout requirements should be confirmed model by model.
Logging must keep pace with state
At hyperscale, logging is part of architecture. Hardware session logging can help supported designs, but log destinations, retention, FortiAnalyzer sizing, transport paths and operational search requirements must be considered. Generating more logs than the downstream platform can ingest simply moves the bottleneck elsewhere.
Capability band: what buyers are really sizing
Concurrent firewall sessions and the amount of state the platform must maintain during normal and peak periods.
New sessions per second, burst behaviour and short-lived flows that can stress session setup even when bandwidth is moderate.
Required port speeds, total link capacity, LAG design, breakout strategy, transceivers and adjacent switching capability.
Whether traffic needs basic stateful controls, CGNAT, IPsec, application controls, SSL inspection or other security processing.
HA topology, session synchronization, maintenance workflow, failure domains, power and spare-component planning.
FortiGate Hyperscale Series fit matrix
| Requirement | Suitable when | Confirm before ordering |
|---|---|---|
| Massive concurrent sessions | Large service, subscriber or data-center workloads create state far beyond ordinary enterprise levels. | Normal, peak and growth-session figures; whether published values require a hyperscale license. |
| High CPS | Traffic contains very large volumes of short-lived sessions or fast subscriber/service churn. | Peak new-session rate, traffic direction, NAT use and model-specific accelerated values. |
| CGNAT | IPv4 conservation, subscriber NAT or IPv6 transition is part of the network service. | NAT mode, logging, port allocation, address pools, license and applicable FortiOS limitations. |
| 100/200/400GbE aggregation | The security layer must connect directly to high-speed core, spine, DCI or carrier interfaces. | Exact port type, supported optic, breakout mode and adjacent equipment compatibility. |
| High availability | Maintenance or appliance failure should not become a major service interruption. | HA interfaces, heartbeat, session synchronization, logging links and failure-domain design. |
Family-level technical and procurement information
FortiGate Hyperscale Series is a family-level buying topic, not one appliance with one specification. Fortinet’s current portfolio includes multiple high-end data-center platforms, and only confirmed values for the exact selected model should be placed in a final bill of materials. The table below therefore separates common family guidance from model-dependent details instead of blending the highest values across different systems.
| Brand / platform | Fortinet FortiGate high-end network security platform |
|---|---|
| Primary hyperscale use | Very large stateful firewalling, high connection rates and supported CGNAT / carrier use cases |
| Hardware acceleration | Model dependent; supported NP7-based platforms use Fortinet security processors for accelerated paths |
| Hyperscale license | Required for hyperscale firewall features on applicable physical platforms; confirm exact license against model and use case |
| Interfaces | Model dependent, ranging through high-speed Ethernet options; selected high-end systems include 100GbE, 200GbE or 400GbE connectivity |
| CGNAT / IPv6 transition | Supported functions vary by platform, FortiOS and hyperscale mode; confirm NAT44/NAT444/NAT64/DNS64 or other required workflow |
| High availability | Supported designs are configuration dependent; plan heartbeat, session synchronization and logging interfaces deliberately |
| Management and logging | FortiOS management with optional centralized FortiManager and FortiAnalyzer architecture as required by project scope |
| Power / chassis | Model and variant dependent; AC, DC, chassis size and power-feed requirements must be checked on the exact SKU |
| Availability | Contact FourTeck for current UAE model, quantity, license and lead-time guidance |
Important: hyperscale is a licensed operating capability, not a universal feature set
Fortinet documentation states that hyperscale firewall features require registration of the FortiGate and purchase of the applicable hyperscale license. The license and feature set must be checked against the exact platform. Current documentation also distinguishes hyperscale firewall VDOMs from normal VDOMs and notes that hyperscale traffic and standard UTM traffic can have different processing paths. This means a buyer should not assume every conventional FortiOS feature behaves identically in a hyperscale VDOM.
Feature compatibility, logging, inspection behaviour and release-specific limitations should be reviewed during design. If the business requirement combines massive CGNAT or state scale with deep application-layer inspection, architecture may require separation of roles, traffic classes or VDOMs. FourTeck can help assemble the questions for a design review, but the final implementation should follow the documentation for the chosen FortiOS release and platform.
A practical purchase and deployment journey
Measure the workload
Collect real traffic data: average and peak throughput, packet profile, concurrent sessions, new sessions per second, number of public/private addresses, NAT translations, tunnel volumes and growth assumptions. Separate current observations from future design targets.
Define the security path
Identify which flows require stateful policy only, which need CGNAT, which require SSL inspection or FortiGuard security services, and which need IPsec or mobile-network security. This avoids sizing every packet as though it receives the same treatment.
Shortlist models and licenses
Compare only confirmed model-specific values. Check hyperscale license eligibility, FortiOS version, ports, form factor, power, storage variants, VDOM requirements and support options. Keep optional subscriptions separate from base hardware.
Build connectivity and HA
Confirm optics, cables, port breakouts, LAGs, adjacent switch capability, routing, HA heartbeat links, session synchronization and logging paths. Include rack, power-feed and data-center change requirements.
Validate before cutover
Test representative traffic, failover, route convergence, NAT behaviour, logging and management. Performance acceptance should be tied to the intended configuration rather than a generic headline specification.
Session acceleration changes the sizing conversation
Traditional firewall comparisons often start with Gbps, but hyperscale environments may exhaust session setup or state capacity before they saturate links. Fortinet publishes separate values for concurrent sessions and new sessions per second, and some high-end models show materially higher figures when the hyperscale license is used. Those values remain model specific and “up to” figures can vary with configuration.
For a real design, collect session distributions over time rather than one peak screenshot. Understand how many flows are short lived, how many persist for hours, whether NAT expands state requirements, and what happens during recovery events when millions of clients reconnect. A sensible architecture includes headroom for bursts, maintenance and traffic growth. FourTeck can use these measurements to narrow the model set before detailed validation.
High-speed interfaces must fit the complete fabric
Selected high-end FortiGate models provide 100GbE and, on platforms such as the 4800F, 200GbE and 400GbE connectivity. This can reduce the number of intermediate devices and make high-capacity insertion more practical, but only when the surrounding fabric is designed for the same speeds. Optic type, lane breakout, supported transceiver, fiber plant, switch ASIC capacity and LAG behaviour all matter.
Treat the firewall as one node in a path. If a 400GbE port feeds multiple lower-speed services, determine where oversubscription is acceptable. If the device sits between leaf-spine fabrics or data-center interconnects, map failure scenarios and asymmetric routing. Port count should be checked after reserving management, HA, logging and future expansion links—not before.
CGNAT and logging require operational design
In carrier or very large service-provider deployments, NAT is not simply a checkbox. Public-address pools, subscriber mapping, port allocation, logging volume, retention and troubleshooting all need capacity planning. Fortinet’s hyperscale feature set includes accelerated NAT and hardware session logging on supported designs, while the precise behaviour depends on the release and configuration.
Before procurement, estimate translation volume and log generation at peak conditions. Decide where logs will be stored, how long they must remain searchable, and whether a FortiAnalyzer or other approved workflow has been sized accordingly. Also determine whether IPv6 transition functions are part of the project. These inputs can influence model, storage, logging architecture and the service scope required during implementation.
Ideal environments and realistic use cases
Hyperscale and cloud data centers
Large north-south and east-west flows, dense workloads and high-speed interconnects may demand substantial state and port capacity. Selection should reflect traffic direction, inspection depth and fabric topology.
Mobile and telecom networks
CGNAT, Gi/N6 security, IPsec aggregation and high subscriber session counts can make licensed hyperscale functions relevant. Mobile-network features and FortiCarrier requirements should be scoped separately where applicable.
Hosting and digital platforms
Hosting providers and transaction-heavy platforms may experience high connection rates even when average bandwidth appears manageable. Burst CPS and customer isolation can be major selection factors.
Large enterprise core security
Very large enterprises may use high-end FortiGate systems for data-center segmentation or perimeter consolidation. Hyperscale licensing should be justified by measured state, NAT or connection-rate needs rather than by organisation size alone.
Integration and operational considerations
A hyperscale firewall is rarely deployed in isolation. It may exchange routes with data-center leaf-spine systems, carrier routers or WAN edges; forward logs to FortiAnalyzer; receive policy and configuration through FortiManager; integrate with authentication, automation or monitoring services; and participate in HA. Each integration should be documented with interface, routing, management and failure-state expectations.
For routing, confirm whether the appliance will use static routes, BGP, OSPF or another approved design, and estimate route scale. For segmentation, identify VDOM, VLAN, VXLAN or policy boundaries and where inspection takes place. For automation, define which changes may be orchestrated and which require controlled maintenance. For logging, map traffic volume and retention. For security services, validate whether the intended flow can be accelerated in hyperscale mode or should traverse a normal VDOM.
Operational teams should also plan upgrades. FortiOS release choice matters because hyperscale features, limits and incompatibilities are documented by version. A change from one release branch to another should be treated as an engineering event with backup, compatibility review, maintenance window, rollback method and post-change validation. FourTeck’s network security services can be discussed when the quotation needs assessment, configuration or migration assistance.
Questions the design team should resolve before ordering
Use measured state-table data and account for reconnection bursts or subscriber growth.
CPS can be decisive for web, carrier, CDN and short-lived transaction workloads.
Separate stateful, NAT, encrypted, application-inspected and security-service traffic in the sizing model.
Record speed, optic, distance, breakout, redundancy and adjacent switch/router port types.
Define address pools, port policy, translation type, log retention and IPv6 transition expectations.
Decide the required HA behaviour, acceptable reconvergence and whether sessions must synchronize.
Procurement checklist for a hyperscale firewall project
✓ Confirm the exact FortiGate model and hardware variant.
✓ Provide required appliance quantity and HA topology.
✓ Record peak throughput by traffic direction and service type.
✓ Record concurrent sessions and new sessions per second.
✓ Define CGNAT, NAT64/DNS64 or related translation needs.
✓ Confirm the hyperscale license required for the selected model.
✓ List 25/40/50/100/200/400GbE port and breakout requirements.
✓ Specify optics, fiber type, reach and adjacent equipment.
✓ Confirm AC or DC power, rack space and feed redundancy.
✓ Define FortiManager, FortiAnalyzer and log-retention scope.
✓ State FortiOS target version and upgrade policy.
✓ Identify FortiGuard security subscriptions required outside hyperscale functions.
✓ Include installation, migration, testing or documentation services if needed.
✓ Confirm UAE delivery location, support expectations and required timeline.
How FourTeck can assist with sizing and quotation
FourTeck can help turn an architecture brief into a procurement-ready requirement. The useful starting point is not “send the biggest FortiGate price”; it is a concise workload profile. With throughput, sessions, CPS, port, NAT, HA and management requirements, the model family can be narrowed and the bill of materials can distinguish appliance, hyperscale license, FortiGuard subscriptions, support, optics and professional services.
For an existing environment, buyers can also share the current firewall model, utilization data, routing design and pain points. That helps identify whether the project is a capacity upgrade, a CGNAT addition, a high-speed interface transition or a wider data-center security redesign. If the project includes migration, configuration or cutover assistance, the service scope should be quoted separately so responsibilities and acceptance steps are clear.
You can review related Fortinet firewall guidance from FourTeck or send the requirement directly through the contact page.
UAE availability and support guidance
FortiGate high-end appliances, hyperscale licenses, support contracts and optics should be quoted against an exact bill of materials. Contact FourTeck to confirm current UAE availability because supply can vary by model, hardware variant, quantity, power format, license, support term and vendor lead time. Delivery and project coordination can be discussed after the exact requirement is established. FourTeck does not recommend treating a web-listed price or an overseas reseller bundle as a substitute for a UAE quotation because bundle contents, license region, support entitlement and logistics may differ.
If installation or configuration is required, include it in the request. Data-center projects often need rack planning, optics verification, staged configuration, routing and HA validation, log integration and change-window support. The final service scope depends on access, network readiness, maintenance rules and customer responsibilities.
Dubai, Abu Dhabi, Sharjah and Ajman coverage
For organisations planning a FortiGate hyperscale deployment across Dubai, Abu Dhabi, Sharjah or Ajman, FourTeck can coordinate requirement review, quotation preparation and project discussions from a single UAE requirement. The deployment may be a primary data center, disaster-recovery site, telecom or service-provider facility, hosting environment or enterprise core. Buyers should share the installation city, data-center access constraints, power standard, rack space, required optics, desired implementation window and whether remote or on-site coordination is expected. Hardware availability, engineering scope and site attendance should be confirmed in the quotation rather than assumed from the location alone.
GCC Availability
FourTeck can assist organisations planning FortiGate hyperscale projects across the GCC with requirement review, model and license selection, quotation coordination, delivery planning and implementation scoping. Projects may originate in the United Arab Emirates and extend to Saudi Arabia, Kuwait, Qatar, Bahrain or Oman, or they may involve one regional data-center location serving several business units. For high-end FortiGate platforms, buyers should state the destination country, exact deployment role, quantity, required hyperscale and security licenses, interface plan, power preference and expected project window before commercial assumptions are made.
Availability, license ordering, vendor lead times, delivery schedules, installation visits and support scope can vary by country, model and project conditions. Regional projects should also confirm whether optics, spare power modules, rack accessories, FortiManager or FortiAnalyzer capacity, local hands or staged configuration are part of the same requirement. For Kuwait-specific coordination, buyers may also review FourTeck Kuwait resources. No regional stock or fixed installation date should be assumed until the exact bill of materials and destination are confirmed.
Africa Availability
Organisations planning hyperscale or high-end FortiGate deployments in Africa can engage FourTeck for product evaluation, licensing guidance, accessory planning, quotation coordination and discussion of configuration or support scope. A regional project may involve carrier infrastructure, a national data center, hosting, cloud connectivity or enterprise consolidation. The practical first step is to provide the destination country, exact network role, required quantity, performance and session targets, interface speeds, preferred deployment schedule and any installation or remote-support expectations.
Fulfilment can depend on destination, model, license region, quantity, power or regulatory requirements, shipping arrangements, vendor lead time and site conditions. Buyers should not assume that a configuration quoted for the UAE transfers unchanged to another market. East African projects can use FourTeck’s Kenya technology resource, while broader enquiries can review FourTeck Africa coverage. Current availability, logistics and service boundaries should be confirmed for each project.
What buyers are trying to understand before they shortlist a hyperscale firewall
The first recurring question is whether “hyperscale” means maximum throughput. It does not. Bandwidth is only one dimension. Fortinet publishes separate firewall throughput, concurrent-session and new-session figures because each describes a different workload characteristic. A content-delivery platform with millions of small connections may need exceptional CPS while using less aggregate bandwidth than a data replication network. Conversely, an AI or data-center interconnect can move enormous bandwidth through a smaller number of long-lived flows. Buyers should collect both types of data before comparing platforms.
Another common question is whether every high-end FortiGate automatically operates as a hyperscale firewall. The answer is no. Fortinet’s documentation identifies specific models that can be licensed for hyperscale firewall support, and the activation process requires registration and the applicable license. Current product and ordering documents show hyperscale license options for selected F-series systems. Eligibility, license SKU and feature behaviour should always be checked against the exact model and target FortiOS release because the portfolio evolves.
Buyers also search for the difference between standard FortiOS CGNAT and hyperscale CGNAT. Fortinet explains that standard FortiOS can provide CGNAT on many platforms, while hyperscale FortiOS is intended to deliver much higher connection-per-second capability, hardware session logging and additional CGNAT scale on supported hardware. The decision therefore depends on subscriber volume, session churn, logging obligations and address-translation design. A large enterprise using ordinary source NAT may not require hyperscale CGNAT at all.
High-speed interfaces are another buying focus. Current Fortinet data-center models span different generations and port mixes. The 4800F family, for example, includes multiple 400GE/200GE-capable slots, while other platforms provide different combinations of 100GE, 50GE, 25GE or lower-speed connectivity. A search for “400G firewall” should therefore lead to a port-level design exercise: count required links, confirm optic reach, account for breakout lanes, reserve HA and management connectivity, and verify the adjacent switch or router capability.
Price searches need careful interpretation. Public listings for high-end FortiGate systems may refer to hardware-only appliances, bundles with one or more years of FortiCare and FortiGuard services, storage variants, DC power versions or hyperscale licenses sold separately. Comparing two web prices without normalizing bundle content can produce a false conclusion. For a UAE project, request a quote that itemizes hardware, hyperscale licensing, security subscriptions, support, optics and services. The bill of materials should also identify whether the selected variant has local storage and whether required power cords, rails or transceivers are included or optional.
Deployment teams frequently ask whether hyperscale mode supports all normal security inspection. Fortinet’s documentation makes an important distinction between hyperscale firewall VDOMs used for high-scale non-UTM processing and normal VDOMs used for UTM traffic. Release-specific incompatibilities and limitations apply. This is why architecture should classify traffic by function. Massive NAT and stateful flows may use the accelerated hyperscale path, while traffic that requires deeper inspection may need a normal VDOM or a different design. The right answer is based on the policy and feature matrix for the selected FortiOS release, not a generic assumption.
Finally, buyers want to know what to send for an accurate quote. A concise engineering brief is more useful than a brand-only request. Include current and target throughput, session count, CPS, traffic mix, CGNAT type, number of interfaces by speed, fiber distances, HA expectation, required security subscriptions, management and logging platforms, rack and power constraints, destination country and target implementation window. FourTeck can then use those inputs to discuss a realistic shortlist and quotation rather than treating every hyperscale project as identical.
Decision questions that often surface during architecture review
Do we need the hyperscale license if the appliance already has high firewall throughput?
Possibly. High base firewall throughput and hyperscale acceleration are different considerations. On supported platforms, the hyperscale license unlocks specific accelerated session, logging and CGNAT capabilities. If your requirement is ordinary NGFW inspection at high bandwidth, the hyperscale license may not be the deciding factor. If the requirement is enormous session state, connection creation or carrier NAT, it can be central. Confirm the exact model, use case and FortiOS documentation.
How much headroom should we allow?
Headroom should reflect growth, traffic bursts, failover and the actual enabled feature set. Avoid choosing a device that only meets today’s measured peak under ideal conditions. A resilient design often needs to carry additional traffic when another node, circuit or service is unavailable. Use a growth horizon and failure scenario agreed by the network team, then test the shortlist against those conditions rather than applying one arbitrary percentage to every metric.
Can we mix hyperscale traffic and inspected traffic on the same FortiGate?
Fortinet documents designs in which a licensed FortiGate can use hyperscale firewall VDOMs for non-UTM traffic and normal VDOMs for UTM traffic. The practical design still depends on model, NP7 allocation, FortiOS release, interfaces and limitations. Treat this as an architecture option to validate, not a universal shortcut. Map the traffic classes and required controls first, then confirm how the selected platform allocates processing resources.
What makes a 4800F-type design different from a smaller high-end model?
Beyond higher headline capacity, a platform such as the FortiGate 4800F provides a different physical connectivity profile, including 400GE/200GE options and multiple NP7 processors. That can matter for very dense data-center or carrier aggregation. A smaller platform may be preferable if it meets session, security and interface requirements with lower rack, power and procurement complexity. The correct comparison is workload-to-model, not model-to-model prestige.
Should FortiAnalyzer sizing be part of the firewall purchase?
If the project generates significant logs, yes. Firewall throughput is only useful operationally if the logging platform can receive, store and search the required events. Estimate logs per second, retention, analytics needs and redundancy. Where hardware session logging is used in a hyperscale design, verify the supported architecture for the selected release. The logging BOM may therefore be a separate but essential part of the project.
What should be tested before production cutover?
Test representative throughput and connection rates, routing, NAT translation, policy behavior, logging, HA failover, session synchronization, management access and monitoring. Also test failure of upstream/downstream links and power feeds where possible. A production acceptance plan should state the expected outcome for each scenario. This is especially important for high-scale systems because an architectural bottleneck may appear in a switch, log collector or routing process rather than in the firewall dataplane.
Related FourTeck options and project services
High-end FortiGate appliances
Compare data-center models when the main need is high inspected throughput, segmentation or core connectivity rather than hyperscale CGNAT.
FortiManager architecture
Centralized management can be considered when the project includes multiple FortiGates, VDOMs, standardization or controlled change workflows.
FortiAnalyzer capacity planning
Logging and analytics should be sized from expected log rate and retention rather than added after deployment.
Implementation and migration
Discuss configuration build, routing, HA, policy migration, testing, change-window support and documentation as a separate project scope.
Fortinet UAE planning
For broader Fortinet selection, licensing and project conversations, review the dedicated regional resource.
Why businesses contact FourTeck for high-scale firewall projects
The value of a high-scale firewall quotation comes from clarity. FourTeck can help buyers turn a broad request into specific confirmation points: which model is appropriate, which hyperscale license is required, which FortiGuard services apply, whether the chosen ports match the fabric, which optics belong in the bill of materials, how management and logging will be handled, and whether implementation services should be included. This reduces the risk of comparing incomplete or mismatched bundles.
For complex migrations, the same requirement review can identify project dependencies such as route ownership, NAT policy, address pools, change control, rack readiness, rollback strategy and test criteria. FourTeck does not need to promise a fixed outcome before the design is known; the practical objective is to make the scope, assumptions and responsibilities visible before purchase. Learn more about FourTeck or proceed directly to a consultation request.
Frequently asked questions
What is the FortiGate Hyperscale Series?
It is a buying term for selected high-end FortiGate platforms and licensed hyperscale firewall capabilities used for exceptional session scale, connection rates, hardware-accelerated NAT and large data-center or carrier workloads. It is not one appliance with one fixed specification.
Which FortiGate models support hyperscale firewall features?
Support is model and release dependent. Current Fortinet documentation identifies multiple high-end F-series platforms that can be licensed for hyperscale firewall use, including examples such as the 3000F, 3500F, 4200F, 4400F and 4800F families. Confirm the exact model and current FortiOS guide before ordering.
Is the hyperscale firewall license included with the appliance?
Do not assume it is included. Fortinet documents a separate hyperscale firewall license for applicable platforms. The quotation should identify the correct license and any FortiGuard or support subscriptions separately.
Does hyperscale mode support every normal FortiOS inspection feature?
No universal assumption should be made. Fortinet documents hyperscale-specific incompatibilities and limitations, and distinguishes hyperscale firewall VDOM processing from normal UTM traffic. Validate the required feature set against the target FortiOS release.
Is the FortiGate 4800F suitable for hyperscale deployments?
Yes, Fortinet specifically documents the 4800F/4801F family for hyperscale capability, including a hyperscale firewall license and NP7-based acceleration. Whether it is the right size depends on your sessions, CPS, ports, inspection, NAT, HA and budget requirements.
Can FourTeck help with FortiGate hyperscale sizing in Dubai?
Yes. FourTeck can review workload, session, CPS, CGNAT, interface, HA, management and logging requirements to help prepare a model shortlist and quotation scope. Final sizing should be validated against the exact model and current vendor documentation.
What information is needed for a quotation?
Provide expected throughput, concurrent sessions, new sessions per second, CGNAT requirements, port speeds and quantities, HA topology, FortiOS preference, security subscriptions, management/logging needs, quantity, destination and requested service scope.
Can the design include FortiManager and FortiAnalyzer?
Yes, where centralized management and logging are needed. Their sizing and licensing should be based on device count, VDOMs, log rate, retention and operational requirements rather than assumed as a fixed bundle.
How do I confirm UAE availability and lead time?
Send the exact model or requirement, quantity, license term, accessories, power variant and destination to FourTeck. Availability and lead time can vary by model, quantity, region and vendor supply, so they should be confirmed on the current quotation.
Turn your scale requirements into a model shortlist
Share sessions, CPS, traffic, port speeds, CGNAT, HA and management needs. FourTeck can help prepare a FortiGate hyperscale bill of materials and current UAE quotation scope without assuming that one model fits every high-capacity network.