Fortinet FortiGate 3800G Firewall in Dubai, UAE
A 3RU FortiGate platform built for high-bandwidth data-center security, dense 400GbE connectivity, large session scale and demanding inspection workloads. The right purchase starts with traffic sizing, port planning, licensing and a clear deployment design rather than a headline throughput number alone.
Plan the correct 3800G configuration
Share your traffic profile, required interfaces, HA design, subscription term and target deployment date. FourTeck can coordinate sizing and quotation for UAE projects.
Direct answer for buyers evaluating the FortiGate 3800G
The FortiGate 3800G is a current high-end Fortinet data-center next-generation firewall intended for very large traffic volumes, high connection counts and high-speed east-west or north-south inspection. Fortinet publishes 795/793/453 Gbps firewall throughput for 1518/512/64-byte UDP traffic, 250 Gbps IPS, 210 Gbps NGFW and 200 Gbps threat protection, with performance values stated as up to and configuration dependent. Organisations considering it should confirm real inspected traffic rather than raw link speed, required 400GbE and lower-speed interfaces, transceivers, HA architecture, AC or DC power, FortiGuard services, Hyperscale or Carrier licensing requirements and whether the storage-equipped 3801G variant is actually needed.
What the 3800G does
At a practical level, the appliance places policy enforcement and security inspection directly in front of, between or around high-capacity application zones. That can include internet and WAN edges, data-center segmentation boundaries, private cloud environments, high-density compute clusters and network cores where a firewall must process large amounts of encrypted and application traffic without becoming an obvious bottleneck.
The platform runs FortiOS and can combine firewalling, application control, intrusion prevention, VPN, segmentation and other FortiGuard-delivered security capabilities according to the selected subscription and configuration. Buyers should distinguish hardware capacity from the services they actually license and enable. A hardware appliance alone is not the same as a complete security subscription, operational design or managed security outcome.
Who should consider it
The 3800G is most relevant where a network has genuinely high aggregate throughput, many simultaneous sessions, high-speed data-center switching or a requirement to inspect traffic on 100GbE, 200GbE or 400GbE links. Large enterprises, cloud and hosting operators, financial institutions, telecom environments, research platforms and AI infrastructure projects may find those characteristics relevant.
It is usually excessive for a conventional office edge with modest internet bandwidth. A smaller FortiGate may offer a better technical and commercial fit when link speeds, inspected throughput, session volume, routing scale and port density are lower. FourTeck can help compare the requirement against the wider FortiGate product range before a bill of materials is finalised.
Business challenges the FortiGate 3800G is designed to address
High-volume encrypted traffic
Data centers increasingly carry TLS-encrypted application flows that require inspection. Fortinet publishes up to 120 Gbps SSL inspection throughput for the 3800G under its stated test methodology. Actual production performance depends on cipher suites, object sizes, policies, traffic mix and security services.
Dense east-west segmentation
Large application and compute environments often need policy enforcement between internal zones, not only at the internet perimeter. High port speeds and session capacity can support segmentation designs where substantial lateral traffic must pass through security controls.
Connection scale
Fortinet lists 210 million concurrent sessions for standard operation and up to 450 million with the relevant Hyperscale capability, plus 1.1 million new sessions per second and a higher Hyperscale figure. This matters for large service, cloud and high-connection workloads.
AI and GPU-cluster traffic
Fortinet introduced the 3800G as part of its Secure AI Data Center direction, highlighting 400GbE connectivity and ASIC-accelerated security for AI infrastructure. The appliance can be considered where GPU clusters and AI services create unusually large east-west flows, subject to detailed architecture review.
Core capability band
Product-fit matrix
| Requirement | Suitable when | Confirm before ordering |
|---|---|---|
| 400GbE security boundary | Traffic must be inspected on very high-speed data-center links. | Port breakout, optics, fibre type, peer interfaces and expected inspected throughput. |
| High connection density | Millions of concurrent flows or very high session creation rates are expected. | Real session profile and whether Hyperscale licensing is needed for target scale. |
| Data-center segmentation | Large east-west flows must cross security zones. | Zone design, routing, asymmetric traffic risk, HA topology and policy ownership. |
| AI infrastructure | GPU or accelerator clusters generate very high bandwidth and sensitive data flows. | Traffic locality, latency budget, inspection points and application/security requirements. |
| Standard enterprise edge | Only when internet, WAN and inspection scale justify a high-end platform. | Whether a smaller FortiGate would meet the same requirement more efficiently. |
Verified FortiGate 3800G specifications
Values below are based on Fortinet’s July 2026 product matrix and current data-center firewall ordering information. Performance is published as up to and varies by configuration and traffic.
| Brand | Fortinet |
| Product | FortiGate 3800G |
| Hardware SKU | FG-3800G |
| Product type | High-end data-center next-generation firewall |
| Firewall throughput | 795 / 793 / 453 Gbps for 1518 / 512 / 64-byte UDP |
| IPsec VPN throughput | 210 Gbps, Fortinet test methodology uses AES256-SHA256 |
| IPS throughput | 250 Gbps, Enterprise Mix |
| NGFW throughput | 210 Gbps, Enterprise Mix |
| Threat protection throughput | 200 Gbps, Enterprise Mix |
| SSL inspection throughput | 120 Gbps, IPS with average HTTPS sessions |
| Application control throughput | 315 Gbps, HTTP 64K test |
| Firewall latency | 3.53 microseconds |
| Concurrent sessions | 210 million; up to 450 million for the metric identified as requiring Hyperscale licensing |
| New sessions per second | 1.1 million; up to 7 million for the metric identified as requiring Hyperscale licensing |
| Firewall policies | 400,000 |
| Gateway-to-gateway IPsec tunnels | 40,000 |
| Client-to-gateway IPsec tunnels | 200,000 |
| SSL VPN throughput | 27 Gbps |
| Recommended concurrent SSL VPN users | 30,000 in tunnel mode |
| Virtual domains | 10 default / 500 maximum |
| Managed FortiAPs | 8,192 total / 4,096 tunnel |
| Managed FortiSwitches | 300 |
| FortiTokens | 20,000 |
| Interfaces | 4 x 400GE QSFP-DD, 6 x 200GE QSFP56, 18 x 50GE SFP56, 2 x 10GE RJ45 |
| Form factor | 3RU rack-mount appliance |
| Power supplies | Four power supplies; confirm AC or DC hardware variant in the quote |
| Local storage | Base FG-3800G is the non-storage model; Fortinet lists 2 x 1.92 TB for the FG-3801G storage variant |
| Additional license options | Hyperscale and Carrier options are listed by Fortinet; exact entitlement and use case must be confirmed |
Licensing, storage and configuration dependencies
A FortiGate hardware model should not be purchased as though every security function, scale feature and support entitlement is automatically included. FortiGuard security services, FortiCare support, advanced bundles and optional licences have their own ordering structures and terms. Fortinet’s ordering information specifically identifies Hyperscale and Carrier licence availability for the 3800G. Some scale values in the product matrix are marked as requiring Hyperscale licensing, so a buyer targeting the highest concurrent-session or new-session figures should validate the exact entitlement and FortiOS requirements before the purchase order is raised.
The 3800G and 3801G should also not be treated as interchangeable names. Fortinet lists local storage for the 3801G variant, while the 3800G is the base non-storage model. If local logging, onboard storage or a specific operational workflow depends on internal disks, confirm whether the 3801G is actually the correct appliance. Similarly, AC and DC power variants must be matched to the facility standard.
Transceivers are another bill-of-material dependency. The appliance presents high-speed cages, but the exact supported optics, breakouts and cable types need to be selected for the peer switching platform, link distance and fibre plant. FourTeck can include this review as part of deployment and configuration planning.
A practical purchase and deployment journey
Measure the real traffic
Collect peak and sustained throughput, encrypted traffic percentage, expected security services, packet profile, session count, session creation rate and projected growth. A 400GbE uplink does not automatically mean 400 Gbps of inspected traffic, and a smaller link can still create very high session or policy scale.
Map interfaces and physical dependencies
Document which links will use 400GE, 200GE, 100GE through supported modes, 50GE or 10GE, along with optic type, fibre, breakout requirements, rack space, power feeds, airflow and cable routing. This prevents a high-value appliance arriving without the components needed to connect it.
Choose licences and support
Define which FortiGuard services are required, the subscription term, FortiCare level, and whether specialised Hyperscale or Carrier capabilities are part of the target design. Confirm the bill of materials rather than assuming a bundle name covers every operational requirement.
Design HA and migration
For critical data-center deployments, define failure domains, HA mode, routing adjacencies, maintenance windows, policy migration, NAT dependencies, asymmetric paths and rollback. High availability requires compatible units and correctly licensed cluster members for the services used.
Validate before production cutover
Test routing, policy behaviour, application access, encrypted inspection, logging, monitoring, HA failover and the traffic patterns that matter most. A successful deployment is based on validated behaviour in the actual architecture, not only the laboratory performance values in a data sheet.
400GbE and high-density connectivity
The 3800G’s interface mix is one of its clearest design signals. Four 400GE ports and six 200GE ports make it relevant for modern spine-leaf networks, high-capacity aggregation points and data-center security tiers where 100GbE-class and faster links are common. The eighteen 50GE SFP56 interfaces add flexibility for lower-speed aggregation and breakout designs, while two 10GE RJ45 interfaces can serve appropriate management or connectivity needs depending on the architecture.
Port count alone is not a deployment plan. Buyers should verify supported transceivers, breakout behaviour, switch-side interfaces and whether the intended traffic will actually traverse the firewall. For east-west segmentation, topology decisions determine how much traffic is inspected and whether return paths remain symmetrical. Those choices can have more operational impact than the theoretical bandwidth of a single port.
Inspection performance for real security policy
Fortinet separates firewall, IPS, NGFW, threat protection and SSL inspection measurements because each represents a different workload. The 3800G’s raw firewall figure reaches 795 Gbps at the largest stated packet size, while threat protection is listed at 200 Gbps and SSL inspection at 120 Gbps. For sizing, the most relevant number is the one closest to the policies and traffic that will run in production.
A buyer planning extensive TLS inspection, intrusion prevention and application control should therefore avoid sizing against raw firewall throughput. Future growth, traffic bursts, packet size, cipher mix, policy complexity, logging and failover capacity should be considered. FourTeck can help translate those factors into a conservative deployment target rather than treating the largest published figure as a universal capacity promise.
Scale, virtual domains and operational control
Large data centers often need more than throughput. They may require large policy sets, multiple administrative domains, many VPNs and significant session scale. Fortinet lists up to 400,000 firewall policies, 10 default and 500 maximum virtual domains, 40,000 gateway-to-gateway IPsec tunnels and 200,000 client-to-gateway IPsec tunnels for the model. These figures can support complex shared or segmented environments when the design and FortiOS configuration are appropriate.
Operationally, scale should still be governed. Hundreds of thousands of policies are possible, but policy quality, object naming, change control, logging and review procedures determine whether the environment remains manageable. Centralised tools such as FortiManager and FortiAnalyzer may be appropriate in larger deployments, but their sizing and licences should be evaluated separately.
Ideal business environments and use cases
The FortiGate 3800G makes the most sense where a security boundary must keep pace with a very large network fabric. Typical discussions include data-center internet edges, internal segmentation between high-value application zones, private-cloud gateways, colocation environments, high-capacity service-provider networks and AI or high-performance computing clusters. The common denominator is not industry name; it is traffic scale, connection density, interface speed, security-service depth and the cost of a firewall bottleneck.
AI and GPU clusters
Where training or inference infrastructure moves very large datasets between nodes, storage and services, the firewall design must preserve throughput while enforcing segmentation and visibility at selected control points.
Financial and digital platforms
High transaction rates and sensitive application tiers can justify high session capacity, strong segmentation and resilient inspection, especially when external and internal flows are both protected.
Telecom and service providers
Large subscriber or tenant environments may value session scale, virtual domains, carrier-oriented licensing options and high-speed interfaces, subject to detailed feature and licence validation.
Enterprise data-center consolidation
Organisations replacing multiple legacy security appliances may consider a high-end platform when consolidation still leaves enough performance headroom for inspected traffic, HA and planned growth.
Integration and operational considerations
A 3800G deployment normally touches routing, switching, identity, logging, monitoring and change-management processes. Before implementation, map routing protocols, VLAN and VRF boundaries, NAT ownership, overlapping networks, asymmetric return paths, load balancers, application delivery controllers and any security appliances that remain in path. If encrypted inspection is planned, certificate distribution and application compatibility also need attention.
For management, decide whether the appliance will be administered locally or through centralised Fortinet tooling. Large policy sets and multi-device estates often benefit from structured central management and analytics, but those systems should be sized independently. Log volume can become substantial in a high-throughput environment, so retention requirements, storage architecture and reporting expectations should be defined early.
When the 3800G may be too large
A high-end firewall is not automatically a better purchase. If the environment uses a few 10GbE links, has moderate session scale and expects substantially less than 100 Gbps of inspected traffic, a smaller platform may leave ample headroom while reducing hardware, support and subscription cost. Oversizing can also consume more rack, power and operational budget than necessary.
The correct comparison should therefore use projected protected throughput, packet characteristics, security services, interface needs and growth over the intended lifecycle. FourTeck can compare the requirement against nearby data-center models and explain which differences are technically meaningful. That assessment is often more valuable than selecting a model from a single headline metric.
Buyer questions to resolve before ordering
How much traffic will be inspected?
Separate raw switching capacity from traffic that will actually cross firewall policies. Include TLS inspection, IPS, application control and malware protection if they form part of production policy.
Which port speeds are needed?
Confirm every peer link and whether 400GE, 200GE, 100GE, 50GE or 10GE connectivity will be used. Include optics and breakout cables in the design.
Is local storage required?
The FG-3800G is the non-storage model. If onboard storage is a requirement, verify whether the FG-3801G variant is the better match.
What subscriptions are required?
Define FortiGuard services, support level and term. Also identify whether Hyperscale or Carrier capabilities are required for the design.
How will high availability work?
Document cluster topology, routing, upstream/downstream redundancy, failover expectations and the licensing of all cluster members for required FortiGuard services.
What is the migration path?
Inventory existing policies, NAT, VPN, routing, certificates and objects. Define change window, validation steps and rollback before moving critical production traffic.
FortiGate 3800G procurement checklist
✓ Confirm exact hardware: FG-3800G, FG-3800G-DC, FG-3801G or storage/DC variant as required.
✓ State required quantity and whether an HA pair or spare unit is part of the design.
✓ Record peak inspected throughput and expected three-to-five-year growth.
✓ Define 400GE, 200GE, 100GE, 50GE and 10GE interface use.
✓ List transceivers, fibre type, DAC/AOC or breakout cable requirements.
✓ Confirm AC or DC power and facility feed arrangement.
✓ Select FortiGuard bundle, FortiCare support level and subscription duration.
✓ Confirm whether Hyperscale or Carrier licensing is required.
✓ Define local logging, FortiAnalyzer and retention needs.
✓ Validate routing, HA, VDOM and segmentation architecture.
✓ Include policy migration, implementation and testing scope if needed.
✓ Confirm current UAE availability, lead time and warranty terms in the final quotation.
How FourTeck can assist with sizing and procurement
For a platform at the 3800G level, a useful quotation should contain more than the firewall chassis. FourTeck can review the target architecture, clarify whether the base 3800G or storage-equipped 3801G is appropriate, check AC versus DC requirements, map interface speeds and identify the optics or cabling that need to be included. The same discussion can cover the FortiGuard service bundle, support term, central management, analytics, migration assistance and implementation scope.
Where a customer is replacing another FortiGate or a different firewall vendor, FourTeck can help organise a requirements comparison and migration plan. That does not mean every legacy configuration should be copied directly. Old objects, duplicate policies and obsolete NAT rules should be reviewed so the new platform starts with a controlled policy base. For complex projects, the quote can separate hardware, subscriptions, optics and professional services so procurement teams can see which costs belong to each layer.
To discuss the wider Fortinet portfolio, buyers can also review FourTeck’s Fortinet firewall guidance or contact the FourTeck team with an existing bill of materials.
UAE availability and support guidance
Contact FourTeck to confirm current UAE availability for the exact FortiGate 3800G hardware, licence bundle and quantity required. Availability can vary according to model, AC or DC variant, subscription, optics, project quantity and vendor lead time. For that reason, a web listing or historical price should not be treated as confirmation that the required configuration is ready for immediate delivery.
Delivery and project coordination can be discussed after the final bill of materials is confirmed. If installation, configuration, HA implementation, migration, testing or documentation is required, those items should be included explicitly in the quotation. Warranty and support terms should also be verified against the exact SKU and service entitlement rather than assumed from another FortiGate model.
For projects covering Dubai, Abu Dhabi, Sharjah and Ajman, FourTeck can coordinate the commercial and technical requirement as one UAE engagement. Deployment details remain dependent on site access, data-center rules, rack and power readiness, maintenance windows and the agreed service scope.
GCC Availability
Organisations planning a FortiGate 3800G deployment across the Gulf can use FourTeck to coordinate requirement review, model selection, licence planning and quotation preparation for multi-site or regional projects. The same high-end firewall can be part of different architectures in the United Arab Emirates, Saudi Arabia, Kuwait, Qatar, Bahrain or Oman, so the bill of materials should be built around each site’s interface, power, support and implementation needs rather than copied without review. Regional projects may also require consistent subscription terms, management standards and change-control procedures so security operations remain manageable across locations.
Product availability, licensing, delivery schedules, service visits, project scope and vendor lead times can vary by country, model, quantity and requirement. Buyers should provide the destination country, exact hardware or licence requirement, quantity, subscription term, deployment location and expected project timeline. FourTeck can then coordinate the commercial request and identify configuration or installation items that should be addressed before ordering. For Kuwait-related coordination, the FourTeck Kuwait resource may also be relevant.
Africa Availability
For African data-center, telecom, cloud and large-enterprise projects, FourTeck can help review whether the FortiGate 3800G is technically appropriate before regional procurement is arranged. That review can include throughput assumptions, interface and optic requirements, AC or DC power, HA design, security subscriptions, central management, storage needs and migration scope. In many cases, the first useful step is to determine whether the deployment genuinely needs a 3800G-class appliance or whether another FortiGate model would provide sufficient inspected capacity with lower infrastructure requirements.
Availability and fulfilment depend on the destination, exact model, quantity, licence region, power requirements, shipping arrangements, vendor lead time, installation scope and local project conditions. Buyers should share the destination country, required quantity, preferred deployment schedule and any support expectations so the commercial and technical plan can be prepared accurately. FourTeck maintains regional resources for Africa technology projects, including dedicated information for Kenya and Uganda. Local inventory, customs outcomes and fixed delivery dates should always be confirmed for the specific order.
What buyers are trying to understand before choosing a 3800G
A large portion of FortiGate 3800G research comes down to a simple question: what problem is this model solving that a smaller firewall cannot? The answer is a combination of inspected throughput, connection scale and high-speed data-center interfaces. A buyer may have 400GbE switching in the fabric but only a fraction of that traffic crosses a security boundary. Another environment may have lower aggregate bandwidth but enormous numbers of short-lived sessions. The correct firewall size therefore cannot be inferred from uplink speed alone. Useful sizing starts with measured traffic and the security functions that will actually be enabled.
3800G versus 3500G or 3000G
The 3800G sits above the 3500G and 3000G in Fortinet’s current high-end data-center range on several published security metrics. For example, Fortinet lists 200 Gbps threat protection and 250 Gbps IPS for the 3800G, compared with lower figures for those nearby models. The 3800G also provides four 400GE ports. The decision should not be based on model numbering; compare the specific inspection performance, session scale and physical interfaces your design requires.
3800G versus 3801G
This difference matters during procurement. Fortinet’s matrix associates 2 x 1.92 TB local storage with the 3801G, not the base 3800G. If onboard logging or a design standard requires local disks, use the storage requirement to drive the model decision. If logging is centralised and onboard storage is unnecessary, the base model may be appropriate. Confirm the exact SKU because a quotation that says only “3800G Series” can leave an avoidable ambiguity.
Another common research topic is licence cost. High-end FortiGate purchases are often quoted as hardware plus a FortiCare and FortiGuard bundle for one, three or five years. The appliance can also have specialised licences for capabilities such as Hyperscale or Carrier use. That means there is no single meaningful “FortiGate 3800G price” without a defined support term, security-service bundle, power variant, storage requirement, optics and quantity. Public internet prices can be useful only as rough reference points; they may represent hardware-only, a bundle, a different term, a different region or an out-of-date listing.
Buyers also ask whether the 3800G is only for AI data centers. It is not limited to AI use. Fortinet introduced the platform in the context of Secure AI Data Center and specifically highlighted 400GbE connectivity and security for large GPU clusters, but the underlying requirements are broader: high traffic, high session scale and high-speed segmentation. A conventional cloud provider, financial platform, telecom environment or very large enterprise data center can have similar requirements even when no GPU cluster is involved.
If your production policy will use IPS, application control, malware protection and logging, the threat-protection metric is usually more relevant than the largest raw firewall number. If the design depends heavily on TLS decryption, the SSL-inspection figure and real cipher/application mix deserve additional attention. Headroom should be reserved for failover, traffic bursts and growth.
Compatibility research usually focuses on optics, switching, routing and management. The 3800G presents high-speed QSFP-DD, QSFP56 and SFP56 connectivity, but supported modules and breakout arrangements must match the Fortinet ordering guidance and the peer device. On the software side, FortiOS version selection affects feature support, so production deployments should be aligned with a validated release and the organisation’s upgrade policy. If the appliance will join an existing Fortinet Security Fabric, centralised management and analytics can be planned with FortiManager and FortiAnalyzer, but those systems require their own sizing and licensing.
High availability is another frequent concern. A 3800G may sit on a critical path where maintenance or failure must not interrupt business services. HA planning therefore includes more than buying two units: both appliances need compatible configuration and service licensing, the upstream and downstream network must tolerate failover, routing convergence must be understood, and session handling expectations should be tested. Fortinet’s ordering guidance notes that units in a cluster need registration and licensing for the required FortiGuard services because any unit can become primary.
For a quotation, the most useful buyer submission contains the exact destination, quantity, preferred hardware variant, HA requirement, interface map, expected inspected throughput, security-service bundle, support term, optics, rack and power requirements, and desired implementation scope. Supplying those details allows FourTeck to return a bill of materials that is much closer to the actual project rather than a bare chassis price that later changes when subscriptions and accessories are added.
Questions that help prevent a wrong high-end firewall purchase
Do we need four 400GbE ports, or are we buying capacity we will never use?
The 3800G’s four 400GE interfaces are valuable when the network fabric and security topology genuinely use them. If the design operates mainly at 25, 40, 50 or 100GbE with much lower inspected throughput, another FortiGate may be a better fit. Build an interface map first, including planned growth and HA cabling, then compare models.
Which performance number should we use for sizing?
Use the metric that resembles the enabled security stack. Raw firewall throughput describes basic packet forwarding under defined test conditions. NGFW, threat protection and SSL inspection figures include additional security work and are usually more relevant to protected production traffic. Add design headroom rather than targeting continuous operation at the published maximum.
Is the Hyperscale licence mandatory?
Not for every 3800G deployment. Fortinet marks specific higher-scale session figures as requiring Hyperscale licensing and lists Hyperscale as an available option for the model. If your requirement depends on those enhanced scale values or Hyperscale features, confirm the licence explicitly. Otherwise, size against the standard published limits and normal FortiOS capabilities.
Should we buy the 3800G or the 3801G?
Choose based on storage requirements, not the small difference in model name. Fortinet lists 2 x 1.92 TB local storage for the 3801G. If your operational design needs onboard storage, specify that variant. If logs are sent to external analytics and local disks are not required, confirm whether the base 3800G is sufficient.
What has to be ready in the rack before delivery?
The appliance is 3RU and uses four power supplies, so rack space, power feeds, PDU outlets, airflow, cable management and transceiver availability should be checked before installation. Confirm whether the ordered unit is AC or DC. A pre-installation checklist is especially important in colocation sites where access windows are controlled.
How should we request an accurate UAE quote?
Provide the exact model or ask for model validation, quantity, HA requirement, subscription bundle, term, interface and optic requirements, power type, installation location and desired services. FourTeck can then confirm current UAE availability, clarify the bill of materials and separate optional installation or configuration work from the product purchase.
Related FourTeck options and services
Nearby FortiGate data-center models
If the 3800G is oversized or undersized, compare current high-end FortiGate models using inspected throughput, interface density and session scale rather than model number alone.
FortiManager
Centralised policy and device management may be useful when the 3800G is part of a larger Fortinet estate. Licence and sizing requirements should be reviewed separately.
FortiAnalyzer
High-throughput firewalls can generate substantial logs. FortiAnalyzer can be considered for central analytics and reporting, with capacity selected for actual log volume and retention needs.
Migration and configuration support
FourTeck can scope policy migration, HA configuration, routing integration, security profiles, validation and cutover support where those services are required.
Why businesses contact FourTeck for a 3800G project
The practical value is requirement clarification. A data-center firewall quote can fail when it omits optics, uses the wrong power variant, assumes the wrong storage model, selects an unsuitable subscription or sizes against raw throughput rather than inspected traffic. FourTeck can help turn an architecture diagram or existing bill of materials into a cleaner procurement request.
The discussion can also include migration and configuration scope. Some customers need only hardware and licences; others require policy conversion, routing integration, HA build, testing, documentation or support coordination. Separating these items keeps the commercial offer transparent and lets the customer choose the level of assistance required.
FourTeck does not need to assume stock, delivery dates or warranty terms in advance. Those details can be confirmed against the exact model, quantity, destination and service package at quotation stage. For company information, visit the FourTeck firewall team overview.
Frequently asked questions
What is the Fortinet FortiGate 3800G designed for?
It is a high-end data-center next-generation firewall for environments with very large traffic volumes, high session scale and high-speed interfaces. Fortinet positions it for data centers and has also highlighted it for AI infrastructure and GPU-cluster protection.
What is the published threat protection throughput of the 3800G?
Fortinet’s current product matrix lists up to 200 Gbps threat protection throughput for Enterprise Mix traffic with firewall, IPS, application control, malware protection and logging enabled. Production results depend on configuration and traffic characteristics.
Does the FortiGate 3800G support 400GbE?
Yes. Fortinet lists four 400GE QSFP-DD interfaces on FG-3800G, along with six 200GE QSFP56, eighteen 50GE SFP56 and two 10GE RJ45 interfaces. Supported optics and breakouts should be confirmed for the planned network.
What is the difference between FortiGate 3800G and 3801G?
The key procurement difference is local storage. Fortinet lists 2 x 1.92 TB storage for the 3801G variant, while the base 3800G is the non-storage model. Confirm the exact SKU before ordering.
Is a FortiGuard subscription included with the hardware?
Do not assume it is included. Fortinet offers hardware and multiple hardware-plus-service bundles. The required FortiGuard services, FortiCare level and subscription term should be specified in the quotation.
Does the 3800G require a Hyperscale licence?
Not for every deployment. Fortinet lists Hyperscale as an optional licence and marks certain enhanced session-scale figures as requiring it. Confirm whether your target scale or feature set depends on that entitlement.
Can the FortiGate 3800G be deployed in high availability?
FortiGate supports HA designs, but the exact topology, unit compatibility, FortiOS version, routing and service licensing must be planned. Fortinet notes that cluster units need registration and licensing for the FortiGuard services required because any member can become primary.
How can I get FortiGate 3800G pricing in Dubai?
Request a project-specific quotation with the exact hardware variant, quantity, licence bundle, term, optics and services. Public prices can represent different bundles or regions, so FourTeck should confirm current UAE commercial details for the requested bill of materials.
What information should I send FourTeck for sizing?
Provide peak and expected inspected throughput, enabled security services, session scale, interface speeds, HA design, number of sites or tenants, power requirement, storage need, subscription term and target deployment timeline. An existing topology diagram is also helpful.
Build the FortiGate 3800G quote around your real architecture
Send FourTeck your throughput target, port map, HA requirement, licence term and deployment location. The team can help validate the model, identify storage or power variants, include required optics and scope configuration or migration services where needed.
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