FortiGate 4801F DC in Dubai, UAE
Built for security environments where hundreds of gigabits of inspected traffic, dense 400GE connectivity and very large session tables are practical design requirements, this DC-powered Fortinet platform brings high-end firewalling, segmentation, VPN, threat inspection and carrier-scale capabilities into a 4RU appliance. It is intended for data centers, service-provider networks, large enterprise cores and other deployments where interface density, resilience and predictable scaling matter as much as headline throughput.
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Quick Product Information
Fortinet
FG-4801F-DC
High-end next-generation firewall
4RU rack mount
Hyperscale data center, carrier and large enterprise security
2 × 1.92 TB onboard SSD
Four DC power supplies; 2+2 hot-swappable redundancy
Contact FourTeck.com for current UAE options
FortiCare, FortiGuard and Hyperscale options depend on requirement
Share traffic, interface, power and subscription requirements
Fast Decision Summary for Procurement and Network Teams
This appliance sits well above ordinary branch and campus firewall classes. A buyer normally reaches this tier because the network design includes very high aggregate bandwidth, large numbers of concurrent sessions, extensive encrypted traffic, dense east-west segmentation, carrier-scale NAT, or multiple 100/200/400 GbE links. The decision should therefore be based on a validated traffic model and not only on the highest published throughput figure.
Large data centers, telco infrastructure, cloud edge, high-volume segmentation and enterprise core security.
Very high interface density and session scale with purpose-built Fortinet security processors.
Inspected throughput, VPN load, optics, fiber type, DC feed, rack depth and required security services.
Hyperscale features and the largest session figures require the relevant Hyperscale Firewall License.
High availability, power redundancy, airflow, optics and cabling should be designed as a system.
Configuration review, quote preparation, sourcing coordination, subscription guidance and related product matching.
Product Overview
The FortiGate 4801F DC is designed for environments in which the firewall becomes part of the core traffic architecture rather than simply an internet perimeter appliance. In a hyperscale data center, large private cloud, telecom network or major enterprise environment, security devices may be expected to process enormous session counts while also enforcing segmentation, VPN, application control, intrusion prevention and encrypted-traffic inspection. At that scale, the performance of the inspection path, the quantity and speed of physical interfaces, the architecture of the security processors and the resilience of power and cooling all influence whether the platform will fit the design.
Fortinet addresses this class of requirement with dedicated NP7 network processors and CP9 content processors. The network processors accelerate packet handling and selected networking functions, while the content processors help offload resource-intensive security inspection. The appliance also uses an integrated switch fabric so supported traffic can move through the accelerated path. This hardware architecture is especially relevant when a business intends to operate at 100GE, 200GE or 400GE speeds because a general-purpose firewall design can become a bottleneck long before the physical interfaces themselves are saturated.
The model provides eight QSFP-DD slots that support up to 400GE, twelve QSFP56/28-class slots for up to 200GE, eight standard SFP56/28-class data slots, and four additional high-availability or auxiliary SFP56/28-class slots. Two 10GE/GE RJ45 management ports are separate from the main data interfaces. The 4801 variant also includes two 1.92 TB SSDs, which distinguishes it from the storage-less 4800 model and gives administrators onboard capacity for local operational needs. Buyers should still define logging retention and analytics architecture separately, because large security estates often use FortiAnalyzer or another central logging design rather than depending only on local disks.
For UAE procurement teams, the key question is not whether the appliance is powerful, but whether its very high capacity matches the actual traffic profile, DC power environment, optics plan, security-subscription scope and growth forecast. FourTeck.com can help turn those design inputs into a clearer bill of materials and quotation request so that hardware, licenses, support, rails, transceivers and deployment requirements are considered together.
Key Business Benefits
◆ Capacity for High-Volume Security
Published firewall capacity reaches the multi-terabit range, while IPS, NGFW and threat-protection figures are measured for enterprise traffic mixes. For the buyer, that means the platform can be evaluated for security use cases where inspection needs to remain active rather than being bypassed simply to preserve bandwidth.
◆ Dense High-Speed Interfaces
Eight 400GE-capable slots, twelve 200GE-capable slots and twelve 50GE-class data/HA/Aux slots provide substantial design freedom. This can reduce the need for intermediate devices purely to bridge port-speed differences and can simplify high-capacity north-south or east-west firewall placement.
◆ Large Session Handling
Large-scale service environments frequently struggle with connection count before raw bandwidth becomes the main issue. The platform is engineered for very large concurrent and new-session rates, with an additional hyperscale tier available when the relevant perpetual license is included in the design.
◆ Resilient DC Power Design
The DC model uses four power supplies in a hot-swappable 2+2 redundant arrangement. For facilities designed around DC power plants, this lets the security appliance align with the existing electrical architecture while giving operations teams a planned path for power-supply maintenance and failure tolerance.
◆ Integrated Local Storage
Dual 1.92 TB SSDs provide onboard storage that can support local logging and operational data. This is useful for teams that want local visibility at the appliance, while still allowing centralized logging, analytics and longer retention to be designed around broader compliance and monitoring requirements.
◆ Unified FortiOS Operations
Networking and security functions are controlled through FortiOS, with integration options across Fortinet management and security services. This can help organizations standardize policy, visibility and operational processes when the firewall sits within a larger Fortinet Security Fabric environment.
◆ Procurement Clarity Through Planning
A high-end firewall project includes more than the chassis. Matching optics, rails, licensing, support terms, power feeds, HA architecture and deployment scope early can reduce costly redesigns. FourTeck.com can help buyers turn technical requirements into a more complete quotation request.
Product Highlights That Matter in Real Projects
The headline numbers are only useful when they connect to a design requirement. Fortinet publishes up to 3.1 / 3.1 / 0.93 Tbps IPv4 firewall throughput across 1518 / 512 / 64-byte UDP packet sizes, 87 Gbps IPS throughput, 77 Gbps NGFW throughput and 75 Gbps threat protection throughput. These figures demonstrate very different workloads: raw forwarding capacity is much higher than fully inspected enterprise traffic, so architects should size around the security functions they intend to keep enabled.
Eight QSFP-DD slots can operate at high-speed modes up to 400GE, supporting dense data-center interconnect designs and large aggregation points.
NP7 and CP9 processors are used to accelerate packet-processing and content-inspection tasks that would otherwise place heavier demand on general-purpose CPU resources.
Fortinet publishes up to 800 Gbps IPsec VPN throughput, 63 Gbps SSL inspection throughput and 18 Gbps SSL-VPN throughput. Buyers should map these figures to their actual cipher mix and tunnel design.
Supported HA modes include active-active, active-passive and clustering. The appropriate design depends on failure domains, state synchronization, routing and operational policy.
The most important pre-purchase confirmation is the exact feature set required under load. Performance values are published as up-to figures and can change with packet size, enabled inspection, logging, policy complexity and system configuration. The chassis may therefore exceed a project’s raw bandwidth target while still requiring careful sizing for encrypted inspection or a specific security-service mix.
Technical Specifications
| Specification | Verified Detail | Buyer Relevance |
|---|---|---|
| Brand / Model | Fortinet FG-4801F-DC | DC-powered 4801F variant with onboard SSD storage |
| Product Type | High-end next-generation firewall | Data center, service provider and large enterprise deployments |
| Firewall Throughput | Up to 3.1 / 3.1 / 0.93 Tbps (1518 / 512 / 64-byte UDP) | Raw packet forwarding varies by packet size |
| IPS Throughput | Up to 87 Gbps | Enterprise traffic mix with logging enabled |
| NGFW Throughput | Up to 77 Gbps | Firewall, IPS and application control enabled |
| Threat Protection | Up to 75 Gbps | Firewall, IPS, application control and malware protection enabled |
| IPsec VPN | Up to 800 Gbps (512-byte) | Useful for large encrypted site, cloud or carrier connectivity designs |
| SSL Inspection | Up to 63 Gbps | Critical sizing figure for inspected HTTPS traffic |
| SSL-VPN | Up to 18 Gbps | RSA-2048 test reference; deployment results vary |
| Concurrent TCP Sessions | 280 million / up to 1.8 billion with Hyperscale Firewall License | Important for carrier, cloud and massive east-west session environments |
| New TCP Sessions / Second | 915,000 / up to 25 million with Hyperscale Firewall License | Relevant to connection-heavy services and CGNAT-scale designs |
| 400GE-Class Interfaces | 8 × QSFP-DD slots supporting 400/200/100/40GE | High-capacity core and aggregation links |
| 200GE-Class Interfaces | 12 × QSFP56/QSFP28/QSFP+ slots supporting 200/100/40GE | Flexible high-speed interconnect planning |
| 50GE-Class Data Interfaces | 8 × SFP56/SFP28/SFP+/SFP slots supporting 50/25/10/1GE | Useful for mixed-speed server, fabric or network links |
| HA / Auxiliary Interfaces | 4 × 50/25/10/1GE SFP56/SFP28/SFP+/SFP | Dedicated planning for high availability and auxiliary functions |
| Management Ports | 2 × 10GE/GE RJ45 | Out-of-band management design |
| Onboard Storage | 2 × 1.92 TB SSD | Local logging and operational storage |
| Hardware Acceleration | NP7 and CP9 security processors | Acceleration for networking and content-inspection workloads |
| Virtual Domains | 10 default / up to 500 maximum | Segmentation and administrative separation; licensing should be confirmed |
| HA Modes | Active-active, active-passive, clustering | Supports resilient security architectures |
| Form Factor | 4RU rack mount | Rack space and rail planning required |
| Dimensions | 175 × 435 × 663 mm | Confirm cabinet depth and service clearance |
| Weight | Approx. 41.2 kg | Rack loading and installation handling should be planned |
| DC Power Input | -72V to -40V DC | Match the facility power plant and cable design |
| Maximum DC Current | 40.94A at -48V DC | Electrical engineering input is required for feed sizing |
| Power Redundancy | Hot-swappable 2+2 | Supports maintenance and redundant-feed design |
| Operating Temperature | 0°C to 50°C | Check data room cooling and airflow |
| Airflow | Front to back; hot-swappable fan tray | Align with hot-aisle / cold-aisle orientation |
All published performance values are up-to measurements and depend on system configuration, packet characteristics and enabled security functions. The enhanced session and session-setup figures require the Hyperscale Firewall License. Security subscriptions, FortiCare coverage, transceivers, rails, power accessories and related services should be quoted against the intended deployment rather than assumed to be included.
When choosing the correct configuration, start with inspected traffic instead of ISP or fabric line rate alone. If the design expects 400GE interfaces but only a portion of traffic passes through deep inspection, the sizing method will differ from a deployment where nearly all traffic is subject to IPS, application control and malware protection. The same principle applies to VPN: aggregate tunnel capacity, tunnel count, cipher requirements and peak-session behavior should be documented. Port quantity is equally important. Buyers should map every production, HA, management and future-growth link to a specific port type and optic before the quotation is finalized. Finally, validate the DC feed range, rack depth, cooling pattern, rail requirements and maintenance strategy. These checks prevent a technically powerful firewall from arriving with avoidable deployment gaps.
Configuration and Buyer Guidance
A platform at this level should be selected from a written traffic and infrastructure brief. Start by recording the current and forecast peak traffic that will actually cross the firewall, then separate ordinary Layer 3/4 forwarding from traffic that will be subject to IPS, application control, malware inspection, SSL inspection or other advanced services. This avoids the common mistake of comparing an internet or fabric line rate directly with the raw firewall figure while ignoring the security workload that determines real sizing.
Document peak Gbps, packet size patterns, east-west versus north-south flows and the percentage of traffic that needs full inspection.
Capture concurrent connections, new sessions per second, short-lived connection bursts and any CGNAT or subscriber-scale requirements.
Estimate site-to-site traffic, remote-access use, encryption methods, tunnel counts and whether the firewall will terminate carrier or cloud connectivity.
List each 400GE, 200GE, 100GE, 50GE, 25GE or 10GE connection and identify the required optic, fiber type and breakout method.
Decide whether the design needs active-passive, active-active or clustered operation and how power feeds, routing and state synchronization will be handled.
Identify the FortiGuard services, FortiCare support term and any hyperscale licensing required to deliver the intended feature set.
Before requesting a quote, share these inputs with FourTeck.com together with the deployment location, expected order quantity, rack and power details, desired support period and any migration dependencies. If the firewall is replacing an existing platform, include current interface utilization, policy count, VPN inventory, routing protocols, HA model and log-retention approach. This gives the sales and technical teams better information for identifying the correct chassis, licenses, optics and related accessories instead of quoting only the base appliance.
Ideal Business Use Cases
Hyperscale Data Center Perimeter
Large internet edges can combine massive bandwidth, frequent session creation and encrypted traffic. This appliance is relevant when the firewall must sit directly in a high-speed perimeter design and still preserve headroom for security inspection, policy enforcement and future traffic growth.
East-West Segmentation
Organizations separating application zones, tenant environments or sensitive workloads may need hundreds of gigabits of internal traffic to cross security boundaries. Dense high-speed ports and accelerated packet processing can support segmentation designs without forcing the firewall into a low-speed choke point.
Service Provider and Carrier Edge
Very large session tables, rapid connection setup and optional hardware-accelerated CGNAT are relevant to service-provider networks. The Hyperscale Firewall License should be evaluated whenever the design depends on the platform’s enhanced connection scale, hardware session setup and NAT acceleration.
High-Capacity VPN Aggregation
Large enterprises and network operators may terminate substantial IPsec traffic from data centers, cloud environments or distributed sites. The published IPsec performance gives architects room to assess central aggregation, but tunnel counts, crypto settings and failover behavior still need project-level validation.
Private Cloud and Multi-Tenant Security
Virtual domains, high session capacity and high-speed interfaces can support environments where different tenants, business units or application zones need separated policies and administrative boundaries. Licensing, routing design and operational ownership should be planned before using VDOMs at large scale.
Large Enterprise Core Firewall
A major campus, financial environment, hosting platform or shared services core may require more capacity than branch-oriented appliances can provide. The model can act as a central security control point where 100GE-class or faster uplinks, multiple security zones and resilience are part of the architecture.
These scenarios do not mean every large organization needs this tier. A buyer should choose the smallest platform that still provides safe headroom for inspected traffic, failover, growth and operational bursts. Oversizing can increase hardware, licensing, power and optics costs without creating useful business value, while undersizing can force security features to be reduced later. A measured workload profile is therefore more important than a generic company-size label.
FortiGate 4801F DC High-Speed Processing and Session Scale
The most distinctive characteristic of this platform is the combination of extremely high forwarding capacity and purpose-built security acceleration. Sixteen NP7 processors are connected through the appliance’s integrated switch fabric so supported data traffic can be offloaded from the general CPU path. CP9 content processors provide additional acceleration for inspection tasks such as pattern matching and parts of SSL, IPS and antivirus processing. The result is an architecture intended to keep security functions practical at speeds that would overwhelm many general-purpose platforms.
For a buyer, the important lesson is to separate three dimensions of scale: bandwidth, connection count and inspection depth. A system may have enough bandwidth for a given link rate but still face pressure from millions of short-lived connections. Another environment may have modest session counts but high volumes of TLS traffic that must be decrypted and inspected. Fortinet publishes 280 million concurrent TCP sessions and 915,000 new TCP sessions per second in the standard figures, with much larger values available when the Hyperscale Firewall License is used. Those hyperscale numbers are relevant to service providers, large public-facing platforms and environments where connection churn is a primary load.
Sizing should therefore be based on the worst realistic combination of traffic and features, not one isolated maximum. Procurement teams should ask network engineering for peak bandwidth, average and peak connections per second, expected concurrent sessions, packet-size distribution, TLS inspection percentage and growth targets. If the design requires CGNAT, confirm whether the hardware-accelerated hyperscale feature set is part of the bill of materials. This approach produces a configuration that is easier to defend technically and financially.
FortiGate 4801F DC 400GE Connectivity and Segmentation Flexibility
The interface layout gives architects several ways to connect the firewall into a modern fabric. Eight QSFP-DD slots support speeds up to 400GE, twelve QSFP56/28-class slots support up to 200GE, and twelve SFP56/28-class interfaces support up to 50GE when the four HA/Aux ports are counted with the eight standard data slots. This mix makes the appliance useful in networks where core, leaf-spine, border and service links operate at different speeds.
High port speed does not eliminate the need for careful optic planning. Each connection should be mapped to a supported transceiver or cable type, required reach, fiber plant, breakout approach and peer-device capability. A 400GE link may be direct to a core or fabric device, while other connections may run at 100GE or 25GE for service insertion or server-side integration. The correct optical bill of materials can represent a meaningful part of the project cost, and mismatched optics can delay commissioning even when the firewall itself is correct.
Segmentation projects should also account for routing and failure behavior. The firewall may sit between trust zones, tenant networks, internet edges, data-center fabrics or cloud gateways. Teams should define which interfaces participate in HA, which are dedicated to management, how routing reconverges during failover and whether link aggregation or breakout is required. If virtual domains are planned, confirm how interfaces and policy ownership will be divided between administrative contexts.
FourTeck.com can help procurement teams capture the interface requirements in the quote request. Providing a simple port map with speed, optic type, peer device and purpose for each link is far more useful than asking for the chassis alone. It allows rails, optics and connectivity accessories to be reviewed as part of the project rather than as late additions.
FortiGate 4801F DC Power Resilience, Storage and Operational Readiness
Choosing the DC-powered variant is an infrastructure decision, not a cosmetic model change. The platform accepts -72V to -40V DC and is designed around four hot-swappable power supplies in a 2+2 redundant arrangement. Data centers and carrier facilities that use DC power plants can integrate the firewall into their existing resilient electrical architecture, but electrical engineers should verify feed capacity, breaker sizing, cable requirements and the intended separation of redundant power paths before installation.
Mechanical planning matters as well. The appliance occupies 4RU, is approximately 663 mm deep and weighs about 41.2 kg. The cabinet must have sufficient usable depth, correct rail support, airflow orientation and access for service. Fortinet specifies front-to-back airflow and hot-swappable fan trays, which should align with the facility’s cooling pattern. These details are especially important in high-density rooms where equipment placement and thermal load are carefully managed.
The 4801 version includes two 1.92 TB SSDs. Local storage can be useful for logs and operational visibility, but it should not automatically be treated as the complete log-retention solution for a large security estate. Organizations with compliance, forensic or long-retention requirements often centralize logs and analytics. Buyers should therefore decide whether FortiAnalyzer or another approved logging architecture is part of the project, how much data will be retained, and how redundancy is handled.
Operational readiness also includes support and subscription planning. Security services, firmware access and technical-support entitlements depend on the selected FortiCare and FortiGuard package. Before a purchase order is raised, confirm the desired term, response expectations, renewal budget and ownership of subscription administration. A well-planned deployment treats hardware, power, optics, licenses, logs and support as one operational system.
What Should You Know Before Choosing This Data Center Firewall?
The questions below focus on the practical decisions that normally determine whether this high-end platform is the right fit. They are useful when a security architect, network engineer, procurement manager or finance approver needs to turn a model name into a complete and defensible project specification.
Is this model intended for an ordinary office internet connection?
No. It is a high-end data-center and service-provider class firewall with 400GE connectivity and very large session capacity. An office or branch environment is usually better served by a smaller FortiGate class. Consider this platform when the network already has large core links, high inspected traffic, very large connection volumes or carrier-scale requirements.
Which performance number should we use for sizing?
Use the figure that best represents the security functions you will actually run. Raw firewall throughput is much higher than IPS, NGFW, threat-protection and SSL-inspection throughput. If most traffic will be inspected, size around the relevant inspected figure and keep headroom for failover, bursts and future growth rather than selecting from raw throughput alone.
When is the Hyperscale Firewall License important?
It matters when the design depends on the enhanced hardware session setup, firewall-session logging, NAT acceleration and the larger published session scale. If the project includes carrier-grade NAT, very large subscriber tables or unusually high connection creation rates, include the hyperscale requirement in the technical brief so the correct license can be quoted.
Can it connect directly into 400GE and 200GE fabrics?
Yes, the appliance provides eight QSFP-DD slots supporting up to 400GE and twelve QSFP56/28-class slots supporting up to 200GE. Compatibility still depends on the chosen speed, optic or cable, fiber type, breakout requirement and the peer device. Prepare a port-by-port connectivity map before ordering optics.
What should we check before replacing an older high-end firewall?
Export the current interface inventory, routing design, HA topology, policy count, VPN tunnels, session peaks, logging architecture and subscription scope. Also record existing optic types and rack/power constraints. Migration planning should account for policy conversion, routing behavior, change windows and rollback rather than assuming a chassis swap will be transparent.
Do the two SSDs remove the need for central logging?
Not necessarily. Dual 1.92 TB SSDs provide useful local storage, but large environments often need centralized analysis, longer retention, compliance workflows and resilience beyond one appliance. Define retention volume, reporting, forensic needs and centralized management before deciding whether a FortiAnalyzer or another logging platform is required.
What DC power information should facilities provide?
Confirm the available DC voltage range, redundant feed arrangement, breaker capacity, cabling practice and grounding requirements. The appliance accepts -72V to -40V DC and uses a 2+2 hot-swappable power-supply design. Facilities and network teams should agree how each supply maps to independent power paths before installation.
Which subscriptions should be included in the quotation?
That depends on the security policy. FortiGuard bundles can include combinations of IPS, anti-malware, web and DNS security, application control, inline malware prevention, data protection and other services, while FortiCare covers support entitlements. State the required security controls and preferred support term so the quote matches the intended operation.
What information should we send FourTeck.com for an accurate quote?
Send expected inspected throughput, session scale, VPN requirements, interface speeds and quantities, optics and fiber details, HA design, DC power environment, rack requirements, desired FortiGuard and FortiCare term, deployment location and order quantity. Add any migration or central-management requirements so related licenses and accessories can be reviewed at the same time.
Business Requirements to Match Before You Buy
For a data center upgrading to 400GE links
This platform offers native 400GE-capable QSFP-DD slots, making it relevant where the firewall must integrate into a modern high-speed fabric. Buyers should still confirm optic reach, breakout needs and inspected traffic at the target line rate.
For organizations with heavy encrypted traffic
SSL inspection and IPsec performance should be assessed separately from raw firewall throughput. Document TLS decryption scope, VPN ciphers and aggregate encrypted traffic before selecting the final platform and security-service bundle.
For environments with extreme connection counts
Large session tables and rapid connection creation are core strengths of the architecture. If the requirement approaches hyperscale figures, confirm the Hyperscale Firewall License and the exact NAT, logging and session-setup features needed.
For a resilient DC-powered security design
The four DC supplies support 2+2 hot-swappable redundancy. Facilities teams should validate independent feeds, voltage range, breaker capacity and maintenance procedures before the appliance is scheduled for installation.
For multi-tenant or highly segmented networks
Virtual domains and high-speed interfaces can support administrative and security separation, but the design should define ownership, routing, policy scale and VDOM licensing before the final configuration is approved.
For procurement teams comparing total project cost
Compare the complete system: chassis, support, FortiGuard services, hyperscale licensing, optics, rails, power accessories, central logging and implementation scope. A hardware-only comparison can hide significant deployment and lifecycle costs.
What Buyers Should Check Before Purchase
High-end firewall procurement can go wrong even when the model is technically capable. The most common gaps are incomplete traffic assumptions, missing optics, unclear subscriptions, unverified power conditions and insufficient migration planning. A good purchase brief should state what the firewall must do on day one and what growth it must absorb over the expected life of the deployment.
Configuration Fit
Confirm raw and inspected throughput, concurrent sessions, new-session rate, VPN load and expected growth. Include the failure scenario: if one HA node carries the entire traffic load, it should still have acceptable headroom for inspection and operational bursts.
Compatibility Check
Match each interface to the peer switch, router or transport system. Verify speed, FEC requirements, optic type, fiber distance, breakout mode and link aggregation. Check management connectivity, rack depth, airflow and any required integration with FortiManager or FortiAnalyzer.
Licensing and Support
Decide which FortiGuard controls are required, the desired FortiCare support level and term, and whether the Hyperscale Firewall License is needed. Ask how renewals will be budgeted and who will own subscription administration after deployment.
Power and Rack Planning
Validate the DC plant, redundant feeds, rack unit availability, cabinet depth, rail support, equipment weight and cooling pattern. This is a 4RU, roughly 41 kg appliance, so installation should be coordinated with facilities rather than treated like a small network device.
Migration Readiness
If replacing another firewall, inventory policies, objects, NAT, VPNs, routing, certificates, monitoring, HA and dependencies. Decide whether configuration conversion services are needed and build a cutover, validation and rollback plan before the hardware reaches the change window.
Quote Preparation
A complete request should include the chassis quantity, subscription term, optics list, rail and spare requirements, support expectations, installation location and target deployment date. FourTeck.com can use that information to review the requested bill of materials and highlight configuration-dependent items.
Do not assume that two quotations with the same chassis model are equivalent. One may include only hardware, while another may include security subscriptions, support and optics. For fair comparison, align the support period, FortiGuard services, hyperscale licensing, accessory list and delivery scope. This also helps finance teams compare lifecycle cost rather than only the initial hardware amount.
UAE Availability and Service Support
FourTeck.com supports business inquiries for high-end Fortinet security platforms in Dubai and across the UAE. Because this is a specialized data-center appliance, availability should be confirmed against the exact hardware variant, order quantity, support term, security bundle and accessory list rather than assumed from the model name alone. Supplier status and lead time can change, especially when an order includes high-speed optics, spare power supplies, rails or multi-year subscription bundles.
Quote support can include a review of the requested chassis, DC power variant, FortiCare level, FortiGuard services, Hyperscale Firewall License requirement, optics and related management products. If the project is part of a broader firewall refresh, buyers can also share existing platform details, migration timing and central logging needs so that the quotation request captures more than the base appliance.
Delivery coordination is handled based on confirmed order details and the available supply route. FourTeck.com does not rely on an assumed stock statement for this type of enterprise product. Buyers should request the current lead time, shipment terms and any project-specific handling requirements when the quote is prepared. Warranty guidance also depends on the selected FortiCare coverage and supplier channel, so the final commercial offer should identify the support entitlement that applies to the quoted item.
Dubai, Abu Dhabi, Sharjah and Ajman Coverage
Businesses in Dubai, Abu Dhabi, Sharjah, Ajman and other UAE locations can contact FourTeck.com for product availability, configuration guidance and quotation assistance. For a data-center firewall project, the team can review the requested model, subscription scope, optics, power requirements and deployment timeline before the commercial offer is finalized. City coverage does not imply local stock or a guaranteed delivery time; the final supply plan depends on the selected configuration, supplier status, project quantity and destination. Buyers with multi-site or project requirements should provide the complete delivery schedule and deployment priorities in the same inquiry so sourcing and coordination can be reviewed as one requirement.
Regional Availability Across GCC and Africa
FourTeck.com also supports business technology inquiries across selected GCC and Africa markets through its regional platforms and inquiry channels. Organizations in Saudi Arabia, Qatar, Oman, Kuwait and Bahrain can request guidance on hardware configuration, FortiCare and FortiGuard terms, optics, delivery planning and project quantities. Regional availability can vary because high-end security appliances may follow different sourcing, lead-time, warranty and logistics processes from country to country.
For customers in Kenya, Uganda and other Africa-region markets, the same principle applies: first define the technical bill of materials, then confirm commercial and logistics details for the destination. Large firewall projects should include the chassis variant, DC power requirements, high-availability quantity, support term, security services, transceiver types and any central management or logging requirements. This helps avoid a quote that is technically incomplete.
Regional links can be useful when a project will be delivered outside the UAE: FourTeck Africa, FourTeck Kenya and FourTeck Kuwait. Delivery options, warranty handling and service scope should always be confirmed for the destination before an order is placed.
Other Fortinet Options Buyers May Consider
A 4800F-series platform is not the right economic or operational choice for every project. Buyers should compare required inspected throughput, session scale, interface speeds, power architecture and growth before settling on a chassis class. Smaller FortiGate models may provide a more practical fit for enterprise perimeter or campus use, while earlier high-end platforms may appear in refresh or replacement discussions. The following FourTeck pages are useful starting points for related Fortinet options; final model selection should be based on current vendor specifications and the project workload.
FortiGate 3980E
A prior-generation high-end Fortinet platform that may appear in refresh, replacement and migration planning.
FortiGate 901G
A lower performance tier for large enterprise edge or campus requirements where 400GE-class connectivity is unnecessary.
FortiGate 701G
Suitable for enterprise security designs that need strong inspection performance without moving into hyperscale data-center capacity.
FortiGate 201F
A much smaller firewall class for branch, office or moderate enterprise edge environments with local storage requirements.
If the project brief does not clearly indicate which performance tier is appropriate, send the traffic and interface requirements to FourTeck.com before choosing by model number. This can help separate a true hyperscale need from a conventional enterprise firewall requirement and reduce the risk of unnecessary cost or insufficient capacity.
Why Business Buyers Contact FourTeck.com
Enterprise firewall procurement is easier when commercial and technical questions are handled together. FourTeck.com supports buyers who need help turning a network requirement into a product and licensing request that can be quoted clearly. The goal is to reduce gaps such as missing optics, the wrong power variant, an incomplete support term or a chassis selected from raw throughput without considering inspected traffic.
Support for product sourcing discussions, project quantities and quote preparation without assuming unverified stock.
Review of model variant, inspected throughput, interfaces, high availability, power, optics and accessories.
Help identifying the requested FortiCare term, FortiGuard services and hyperscale licensing for the quote.
Commercial coordination based on confirmed product status, destination and project requirements.
Clarification of the support and warranty path associated with the quoted FortiCare entitlement and supply route.
Support for refresh projects where an older firewall is being replaced and traffic, policies or interfaces have changed.
FourTeck.com does not need a buyer to arrive with every answer. A useful first inquiry can include current firewall model, peak traffic, desired interface speeds, major security functions, support term and deployment timing. From there, missing details can be identified before a commercial request is finalized. This approach is particularly valuable for high-end infrastructure where the accessory and licensing choices can materially affect total project cost.
Frequently Asked Questions
What is the FG-4801F-DC used for?
It is used for high-capacity network security in data centers, service-provider networks, large enterprise cores and other environments that need very high-speed interfaces, large session scale and advanced inspection. Typical roles include perimeter firewalling, east-west segmentation, VPN aggregation and carrier-scale security. The appropriate use case depends on the organization’s actual inspected traffic and session profile.
How much firewall throughput does the platform support?
Fortinet publishes up to 3.1 / 3.1 / 0.93 Tbps IPv4 firewall throughput for 1518 / 512 / 64-byte UDP traffic. That is not the same as fully inspected security throughput. Fortinet separately publishes 87 Gbps IPS, 77 Gbps NGFW and 75 Gbps threat-protection figures, which are more relevant when those services are enabled.
Does the DC version include AC power supplies?
No. The DC variant is the model intended for DC power environments and is specified with four DC power supplies. Fortinet lists a DC input range of -72V to -40V and a 2+2 hot-swappable redundant design. Buyers should verify the facility power plant, cabling, breaker capacity and feed arrangement before ordering this variant.
Does it include local storage?
Yes. The 4801 model includes two 1.92 TB SSDs. Local storage is useful for logs and appliance-level operational data, but the correct retention strategy depends on log volume, compliance and analytics requirements. Large deployments commonly evaluate centralized logging and management in addition to local disks.
Can FourTeck.com help choose the FortiGuard bundle?
Yes. The quote can be prepared around the security services your policy requires, such as IPS, malware protection, application control, web/DNS controls and other FortiGuard capabilities. The exact bundle and term should be selected together with FortiCare support and any hyperscale license so the commercial offer reflects the intended feature set.
Is this firewall available for UAE projects?
FourTeck.com can support UAE inquiries and quotation requests for this model. Current availability and lead time depend on the hardware variant, quantity, supplier status, subscription package and accessory list. Because this is a specialized high-end appliance, buyers should request a current availability check rather than rely on a generic stock statement.
What optics should be ordered with the firewall?
The answer depends on interface speed, fiber type, distance, breakout method and the peer device. The chassis supports multiple interface families from 1GE through 400GE, but optics are not interchangeable across every speed and reach. Provide a port map that identifies each connection so the required transceiver or cable can be checked before purchase.
How should high availability be planned?
Fortinet lists active-active, active-passive and clustering options. The right architecture depends on routing, state synchronization, traffic symmetry, maintenance policy and failure-domain design. Capacity should be checked under the expected failover condition, because one surviving unit may need to carry the entire production load while security inspection remains enabled.
What should be included in a quote request?
Include the required quantity, inspected traffic target, session scale, VPN load, interface speeds, optic requirements, HA design, DC power information, rack constraints, desired FortiCare term, FortiGuard services, hyperscale requirement and deployment location. If this is a migration, add the existing firewall model and any configuration-conversion or logging requirements.
Need Help Finalizing the Right Firewall Configuration?
Send FourTeck.com your traffic profile, interface plan, DC power details, HA requirement, subscription term and deployment scope. The team can help review the requested bill of materials, current availability, warranty guidance and quote requirements for your UAE project.
