FortiGate 1801F DC in Dubai, UAE
Designed for organizations moving large volumes of trusted and untrusted traffic through data center, campus, cloud-edge and internal segmentation boundaries, the FG-1801F-DC combines high-speed firewall processing with dense multi-gigabit interfaces, onboard NVMe storage and a DC-powered 2RU platform. It is aimed at security teams that need substantial headroom for inspection, VPN, segmentation and east-west traffic control while maintaining a practical path for centralized Fortinet management and security services.
✓ 100GE / 40GE Connectivity
✓ Dual 960GB NVMe SSD
✓ DC Power Variant
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Quick Product Information
Fortinet
FG-1801F-DC
High-end next-generation firewall appliance
2RU rack mount
-48V to -60V DC
2 x 960GB NVMe SSD
Data centers, large enterprises, high-capacity segmentation and secure edge deployments
Contact FourTeck.com for current UAE options
FortiGuard service selection is bundle and subscription dependent
FortiCare term and service level based on selected order code
Optics, fiber patching, rack power and related items depend on design
Share traffic, interfaces, security services, HA and DC power requirements
Fast Decision Summary for Enterprise Buyers
This platform makes sense when a project has moved beyond branch-firewall sizing and the design must handle high throughput, dense fiber connectivity, large session volumes, serious VPN demand or internal segmentation between critical network zones. Procurement should not select it only by model number: security inspection depth, DC power feed, transceiver type, high-availability architecture and subscription coverage all materially affect the final solution.
Enterprise core security, data center segmentation, large campus boundaries and high-speed hybrid network edges.
Substantial security processing with multiple high-speed interfaces and purpose-built Fortinet acceleration.
DC voltage, rack airflow, optics, link speeds, licenses, SSL inspection goals and HA topology.
The 1801F variant includes two 960GB NVMe SSDs; verify how local logging fits the wider monitoring design.
Review projected inspected traffic and east-west flows, not only current internet bandwidth.
Configuration review, quotation preparation, accessory matching and UAE delivery coordination.
Product Overview
Large networks create a difficult security problem: the firewall must apply policy, inspect content, terminate encrypted tunnels and divide trust zones while the underlying switching and routing fabric may be moving traffic at tens or hundreds of gigabits per second. A security appliance that is perfectly adequate at a branch can become the slowest element in a data center design. The FG-1801F-DC addresses this class of requirement with a high-end Fortinet architecture built around purpose-designed network and content processors, a dense selection of copper and fiber interfaces, and FortiOS for policy, routing, segmentation, VPN and security control.
Fortinet specifies up to 22 Gbps IPS throughput, 17 Gbps NGFW throughput and 15 Gbps threat-protection throughput under its documented enterprise traffic mix. Raw IPv4 firewall throughput is listed at 198/197/140 Gbps for 1518/512/64-byte UDP packets, while IPsec VPN throughput is rated up to 55 Gbps. Those figures help architects understand the scale of the platform, but they should never be treated as a substitute for sizing. Real performance changes with policy complexity, SSL inspection, enabled services, traffic composition, software release, logging, VPN design and the mix of accelerated versus CPU-handled sessions.
The interface layout is equally important. Sixteen accelerated GE RJ45 ports provide copper connectivity, eight GE SFP slots support fiber at gigabit speed, twelve SFP28/SFP+ positions support 25GE, 10GE and compatible lower-speed modes, and four QSFP28/QSFP+ slots support 100GE or 40GE operation. Fortinet also provides dedicated management and HA interfaces. This combination makes the appliance useful where a security boundary must connect core switches, server fabrics, WAN routers, provider links or segmented network zones without relying on a small number of shared uplinks.
The DC model is particularly relevant to facilities using -48V to -60V DC power architecture. It also includes two 960GB NVMe SSDs, differentiating it from the non-storage 1800F variant. UAE buyers evaluating this platform should treat power, cooling, optics, rack space, support subscriptions and logging architecture as part of the same purchase decision. FourTeck.com can help translate those infrastructure details into a bill of materials and quotation rather than treating the firewall as a standalone box.
Key Business Benefits
For enterprise buyers, value comes from what the platform allows the network and security teams to do reliably. The following benefits connect the published capabilities to practical business outcomes rather than treating specifications as isolated numbers.
◆ High-Throughput Security Boundaries
High firewall and inspected-traffic performance gives architects room to place security controls at major network boundaries without automatically forcing the design down to branch-level speeds. This is valuable for busy data centers, large campus cores and service networks where application traffic can be extremely bursty.
◆ Flexible 100GE and 25GE Connectivity
Multiple high-speed ports reduce the need to redesign a modern switch fabric around a firewall with limited uplink choices. Teams can map security zones, trunks, WAN handoffs and core connections with more flexibility, while still confirming transceiver and breakout requirements during engineering.
◆ Purpose-Built Processing
Fortinet’s NP7 and CP9 architecture is designed to offload network and security functions from general-purpose processing. For buyers, the practical benefit is a platform engineered to combine security and network performance rather than asking the same CPU resources to perform every packet-handling task.
◆ Internal Segmentation at Scale
A high-capacity firewall can be used between important internal zones, not only at the internet perimeter. This supports designs that separate server tiers, business units, application environments, shared services or high-value systems and apply inspection where lateral movement would otherwise be difficult to control.
◆ Strong VPN and Hybrid Connectivity
Published IPsec performance and large tunnel capacity make the appliance relevant to organizations connecting data centers, major branches, cloud environments or partner networks. VPN architecture still needs careful planning around encryption, routing, redundancy and traffic inspection, but the platform provides substantial capacity for those discussions.
◆ Operational Consolidation
FortiOS brings firewall policy, routing, VPN, SD-WAN, segmentation and security-service integration into one operating environment. Organizations already using Fortinet may reduce tool fragmentation and can extend centralized management with FortiManager and visibility with FortiAnalyzer where those products are part of the design.
These benefits are most meaningful when the appliance is correctly sized. A large model does not automatically solve policy design, logging, subscription coverage or network architecture. It gives the technical team a capable platform, while the success of the deployment depends on the surrounding design and operational processes.
Product Highlights
Useful for high-volume threat inspection when the actual enabled profile and enterprise traffic mix align with the deployment design.
Supports projects where firewalling must work alongside IPS, application control and malware-protection services under Fortinet’s published test methodology.
Provides a practical connection point for high-speed core and data-center fabrics. Verify FortiOS support level, optics and breakout design for the intended mode.
Useful for server aggregation, security zones, high-speed WAN links or connections to switching infrastructure requiring multiple fiber interfaces.
The storage-equipped variant supports onboard storage use cases. Logging retention and analytics strategy should still be designed around business, regulatory and operational requirements.
The -48V to -60V DC design fits environments where data-center or telecom power architecture is based on DC distribution rather than standard AC feeds.
The platform also supports high-availability configurations, dedicated HA links, FortiOS virtual domains, large policy tables and very high concurrent session counts. Some hyperscale figures require an additional hyperscale firewall license, so procurement teams should separate base-appliance capabilities from optional licensed scale before finalizing the commercial order.
Technical Specifications
| Specification | FG-1801F-DC Detail | Buyer Relevance |
|---|---|---|
| Brand / Model | Fortinet / FG-1801F-DC | DC-powered storage variant in the 1800F family |
| Product Type | High-end next-generation firewall | Data center, enterprise edge and segmentation use |
| IPS Throughput | 22 Gbps | Enterprise traffic mix; actual results vary by configuration |
| NGFW Throughput | 17 Gbps | Measured with firewall, IPS and application control enabled |
| Threat Protection | 15 Gbps | Security-service performance under Fortinet test profile |
| IPv4 Firewall Throughput | 198 / 197 / 140 Gbps (1518 / 512 / 64 byte UDP) | Shows raw packet forwarding capability across packet sizes |
| Firewall Latency | 3.22 μs (64 byte UDP) | Useful for latency-sensitive architecture discussions |
| Packets Per Second | 210 Mpps | Relevant to high-session and small-packet environments |
| Concurrent TCP Sessions | 12 million; up to 40 million with required hyperscale license | Confirm licensed scale for very large connection tables |
| New TCP Sessions / Second | 750,000; up to 2 million with required hyperscale license | Important for internet services and highly dynamic traffic |
| Firewall Policies | 100,000 | Supports complex enterprise policy environments |
| IPsec VPN Throughput | 55 Gbps | Useful for data-center, cloud and major site interconnection |
| Gateway-to-Gateway IPsec Tunnels | 20,000 | High-scale site and service connectivity planning |
| Client-to-Gateway IPsec Tunnels | 100,000 | Design and licensing still depend on remote-access architecture |
| SSL-VPN Throughput | 11 Gbps | Review current FortiOS remote-access strategy before procurement |
| SSL Inspection Throughput | 12 Gbps (IPS, average HTTPS) | Key sizing metric for encrypted traffic inspection |
| Application Control Throughput | 34 Gbps | Relevant where application-aware policies are widely used |
| GE RJ45 Data Ports | 16 accelerated ports | Copper connectivity for lower-speed zones and infrastructure |
| GE SFP Data Ports | 8 accelerated SFP slots | Gigabit fiber connectivity |
| 25GE / 10GE Ports | 12 x SFP28 / SFP+ / GE SFP slots | Confirm interface-group speed behavior and optics |
| 100GE / 40GE Ports | 4 x QSFP28 / QSFP+ slots | High-speed core and fabric connections; breakout support is software dependent |
| Management / HA | 2 x GE RJ45 management; 2 x 10GE SFP+ / GE SFP HA | Dedicated operations and clustering connectivity |
| Storage | 2 x 960GB NVMe SSD | Local storage for supported logging and operational use cases |
| Virtual Domains | 10 default / 250 maximum | Useful for multi-tenant or administrative separation; licensing applies |
| High Availability | Active-active, active-passive, clustering | Supports resilient firewall architecture |
| Dimensions | 88.4 x 438 x 536 mm | 2RU rack planning and cabinet depth check |
| Weight | 13.8 kg | Useful for rack handling and rail planning |
| DC Input | -48V to -60V DC, 20A maximum | Confirm facility DC distribution and circuit design |
| Power Consumption | 414.9W average / 463.1W maximum | Power and cooling budget planning |
| Operating Temperature | 0°C to 40°C | Data-room environmental planning |
When choosing a configuration, start with inspected traffic rather than line-rate bandwidth alone. A 100GE physical link does not mean the appliance will inspect 100 Gbps of every security profile simultaneously. Estimate peak traffic crossing the security boundary, determine how much is encrypted, identify the services that will be enabled, model east-west and north-south traffic separately, and add growth headroom. Then validate port type, optical reach, link aggregation, HA topology, DC power feeds, logging destination and subscription term. This approach produces a much more reliable bill of materials than comparing only headline firewall throughput.
Configuration and Buyer Guidance
High-end firewall purchases should begin with an architecture conversation. The correct order is influenced by traffic, security services, interface types, availability design and operational expectations. Before requesting a quotation, technical and procurement teams should align on the following points.
Separate internet traffic, inter-zone traffic, cloud links, partner links, data-center replication and VPN traffic. Different flows may require different inspection levels.
SSL inspection can be a major sizing factor. Review applications, certificates, exceptions, privacy requirements and operational readiness before assuming every encrypted flow will be inspected identically.
List copper, 1GE fiber, 10GE, 25GE, 40GE and 100GE links with connector type, distance, fiber mode and switch compatibility so suitable transceivers can be identified.
A resilient design may require two appliances, duplicate power feeds, HA cabling, redundant switch paths and carefully planned failover behavior. Budget the complete pair rather than only one chassis.
IPS, malware protection, web and DNS security, application control and related services depend on the purchased subscription bundle. Confirm the term and renewal ownership before ordering.
The appliance includes NVMe storage, but enterprises may still need FortiAnalyzer, SIEM integration, retention policies or central logging for compliance and investigation.
Share FourTeck.com with the current firewall model, peak and average traffic, WAN speeds, expected internal segmentation throughput, VPN requirements, HA preference, FortiOS environment, optic types, DC power specifications, license term and delivery location. If the project replaces another platform, include a high-level policy count, interface map and migration window. That information helps the quotation reflect the full requirement instead of producing a hardware-only number that later grows because essential licenses or accessories were missing.
Ideal Business Use Cases
This class of appliance is not intended for a small office simply because a large model appears more future-proof. It is most useful where the network architecture can genuinely use its interface density, session scale, VPN capacity and inspected-traffic performance.
Enterprise Data Center Edge
Use as a high-capacity security boundary between a data center and upstream WAN, internet, cloud or partner connectivity when the design needs multiple high-speed interfaces, extensive policy control and strong security inspection.
Internal Segmentation Firewall
Place security enforcement between server groups, application tiers, sensitive zones or shared infrastructure. This helps restrict lateral movement while keeping east-west traffic within a platform designed for high throughput.
High-Capacity Campus Core Security
Large campuses with many departments and high-speed core switching can use the appliance to enforce policy between trust domains, internet services and shared data-center resources without relying on a small branch gateway.
Hybrid Cloud Connectivity
IPsec performance and route/security integration support organizations building encrypted links to cloud environments or secondary sites. Architecture should include routing, redundancy, encryption profile and failover requirements.
Service Provider or Shared Infrastructure
High session counts, virtual domains and flexible interfaces can be useful in shared environments where multiple logical domains or customer services require separation. Licensing and management design should be confirmed for the planned scale.
High-Volume VPN Aggregation
Organizations linking many sites or moving large volumes of traffic through encrypted tunnels can consider the appliance as a VPN and security hub, provided the actual encryption, inspection and failover requirements are validated.
A good fit is usually visible from the network diagram. If the design contains 25GE or 100GE links, multiple high-speed security zones, substantial SSL inspection, very large connection tables, strong segmentation requirements or a need to centralize major VPN traffic, the platform belongs in the evaluation. If the project is a normal office gateway with only a few gigabits of internet traffic, smaller FortiGate models may be more economical and operationally appropriate. FourTeck.com can help compare the requirement against lower or higher model classes before the purchase is committed.
FortiGate 1801F DC High-Performance Processing
The core purchasing reason for a data-center firewall is its ability to apply real security controls without becoming the limiting element in a high-speed network. Fortinet builds the 1800F family around specialized security processors rather than relying only on a general-purpose CPU. The NP7 network processor handles accelerated packet processing and works with FortiOS functions, while CP9 content processors offload resource-intensive inspection tasks such as pattern matching and elements of SSL and threat processing.
For buyers, the important point is not the processor name by itself. It is the performance profile that results: very high firewall throughput, 22 Gbps IPS, 17 Gbps NGFW and 15 Gbps threat-protection throughput under the vendor’s published methodology. In an architecture meeting, these figures create a realistic starting point for determining whether the platform can support the security policy that the business actually intends to enable. The team should model encrypted traffic, application mix and security features instead of sizing from raw 198 Gbps firewall throughput alone.
The NP7 fast-path architecture also matters for environments with large flows and many sessions. Supported traffic between front-panel data interfaces can be offloaded through the integrated switch fabric to NP7, reducing reliance on CPU processing for eligible flows. That helps the appliance serve demanding data-center designs, although not every packet or feature combination is accelerated in the same way. Any deployment with unusual encapsulation, complex inspection or advanced features should be validated against the intended FortiOS version and design documentation.
FortiGate 1801F DC Interface Density and Segmentation
High-speed firewall projects frequently fail in the bill-of-materials stage because the team focuses on throughput and only later discovers that the appliance does not have the right port mix for the switching fabric. This platform avoids many of those constraints by combining several interface classes in one chassis: 16 accelerated GE copper ports, eight GE SFP slots, twelve 25GE SFP28 / 10GE SFP+ / GE SFP slots, and four 100GE QSFP28 / 40GE QSFP+ slots. Dedicated management and 10GE HA interfaces keep operational and cluster connectivity separate from normal data ports.
That density supports practical segmentation. A team can connect multiple switch pairs, server zones, WAN routers or provider links without forcing every zone through the same low-speed uplink. The 100GE interfaces are particularly useful at modern core and data-center layers, while the 25GE ports align with common server and aggregation fabrics. Fortinet documentation notes that 25GE interface groups share speed-setting behavior, so changing one interface in a group can affect others in that group. The 100GE/40GE ports also support breakout capabilities under supported FortiOS releases. These are design details that should be checked before ordering optics and patching.
Segmentation is more than creating VLANs. A firewall boundary allows the security team to apply stateful policy, threat inspection and logging between zones. In a data center, that can mean separating database tiers from user-facing applications, restricting management networks, controlling backup traffic, isolating development environments or applying stronger rules around sensitive workloads. The appliance provides the capacity and physical interfaces to support those architectures, while policy quality, route design and operational discipline determine whether the segmentation delivers the intended security outcome.
FortiGate 1801F DC Resilience, Storage and Operations
Data-center security infrastructure is expected to remain available while software is updated, circuits fail, power feeds are serviced and individual components are replaced. Fortinet supports active-active, active-passive and clustering configurations on this platform, giving architects options for resilient deployment. High availability should be treated as an end-to-end design: two firewalls alone do not eliminate single points of failure if both rely on one upstream switch, one DC feed, one WAN router or one rack-level failure domain.
The DC variant is designed for -48V to -60V power and is relevant to data centers, telecom rooms and facilities using DC distribution. The published maximum DC current is 20A, while average and maximum appliance power consumption are 414.9W and 463.1W. These values should be incorporated into power-feed, breaker and cooling calculations. The chassis is 2RU and approximately 13.8 kg, with front-to-back airflow, so rack depth, cable management and hot/cold aisle orientation should be checked before installation.
The two 960GB NVMe SSDs are another operational advantage of the storage model. They can support local storage functions appropriate to FortiOS, but enterprises should still decide how logs, security events and compliance records will be retained. Local storage can be useful, yet centralized analytics through FortiAnalyzer or integration with a wider monitoring platform may be necessary for long retention, cross-device investigation and security operations. The correct design depends on the organization’s reporting and incident-response process rather than storage capacity alone.
What Should You Know Before Choosing This Enterprise Firewall?
The questions below reflect the way enterprise IT teams and procurement departments usually evaluate a high-end firewall: by checking scale, inspection, compatibility, power, high availability, licensing and migration requirements together. Each answer is intended to help you determine whether the platform matches the project before a commercial quote is requested.
Is this appliance suitable for a normal branch office?
Usually it is more appropriate for enterprise data centers, major campus cores, high-capacity security edges or large segmentation projects. A branch with modest internet and VPN traffic may gain little from 100GE interfaces and this level of session scale. FourTeck.com can compare the requirement with smaller FortiGate models if the project does not need high-end throughput, DC power or dense fiber connectivity.
How should we size it for SSL inspection?
Use the SSL-inspection rating and actual encrypted traffic profile rather than raw firewall throughput. Fortinet publishes 12 Gbps SSL inspection throughput under its specified IPS/average HTTPS methodology. Determine which applications require deep inspection, which will be exempt, expected cipher and certificate behavior, and peak encrypted traffic. Add headroom because policy complexity and real production traffic differ from laboratory conditions.
Can it connect directly to 25GE and 100GE switch fabrics?
Yes, the hardware includes twelve SFP28/SFP+ positions for 25GE/10GE and four QSFP28/QSFP+ positions for 100GE/40GE. Compatibility still depends on the optic, cable, switch interface, FortiOS release and chosen speed. Buyers should prepare a link-by-link optic schedule rather than assuming any module of the correct physical shape will be supported.
What is different about the 1801F storage variant?
The 1801F family variant includes two 960GB NVMe SSDs, whereas the 1800F base variant is listed without onboard storage. This can support local storage use cases, but it does not remove the need to plan centralized logging, retention and analytics. Choose the storage model when local data capacity is genuinely useful to the operational design, not only because the model number is higher.
What should we confirm about the DC power supply?
Confirm that the facility provides -48V to -60V DC, that the circuit and protection design supports the required current, and that independent feeds are available if the HA strategy depends on power redundancy. Also review rack airflow, cable routing and maintenance procedures. A DC model should not be ordered as a substitute for an AC model unless the data-room power architecture is designed for it.
Which licenses or subscriptions may be required?
The hardware and FortiOS platform provide the firewall foundation, while FortiGuard security services and FortiCare support depend on the purchased bundle or service order code. Hyperscale capacity beyond the base figures also requires the appropriate license. Buyers should define IPS, malware, web/DNS, support level, term and other service requirements before requesting pricing so the quote is commercially complete.
Can we use it for internal segmentation rather than the internet edge?
Yes. High-throughput segmentation is one of the key architectural use cases for this class of FortiGate. It can enforce policy between internal zones and inspect east-west traffic that would otherwise move freely across a high-speed fabric. The design should identify which flows need inspection, how routing will work, where failover occurs and how segmentation policies will be operated over time.
What should be checked when replacing an older firewall?
Inventory interfaces, VLANs, routes, VPNs, objects, policies, NAT rules, certificates, authentication dependencies, logging, dynamic routing and security profiles. Also compare current peak inspected traffic with future growth. Migration is not only a configuration copy: interface names, feature behavior, firmware versions and policy assumptions may change, so test plans and rollback procedures are important.
What information produces a more accurate quotation?
Provide quantity, HA requirement, DC power environment, FortiGuard bundle, FortiCare term, 1GE/10GE/25GE/40GE/100GE optic quantities, delivery location and any management or logging products needed. Add traffic estimates, internet speed, VPN design and current firewall model. These details let FourTeck.com prepare a requirement-based quote instead of a base-hardware price that omits critical project components.
Business Requirements to Match Before You Buy
For a high-speed data center perimeter
A suitable option when the edge needs 25GE or 100GE connectivity and substantial inspected-traffic capacity. Confirm actual threat-services throughput and redundancy rather than matching only link speed.
For internal east-west segmentation
Organizations separating application, server and infrastructure zones can use a high-capacity firewall where VLAN-only separation is not enough. Policy scope and traffic volumes should be modeled first.
For a DC-powered facility
Choose the DC variant when the rack environment is engineered for -48V to -60V feeds. Confirm circuit protection, independent feeds, airflow and maintenance process before ordering.
For high-volume encrypted connectivity
Teams planning major IPsec aggregation or SSL inspection should size against those specific performance metrics, encryption profiles and policy requirements rather than raw forwarding capacity.
For a resilient security pair
High availability is appropriate when the firewall sits on a critical path. Budget duplicate appliances, optics, power feeds, upstream links and maintenance planning as one design.
For procurement teams comparing bundles
Compare hardware, support term, FortiGuard services, hyperscale licensing and accessories line by line. Two quotes with the same chassis can represent very different operational coverage.
What Buyers Should Check Before Purchase
A high-end firewall can be the right model but still become the wrong purchase if critical parts of the solution are omitted. Before approving a PO, check the model suffix, power type, subscriptions, optics, support, rack environment and migration scope as carefully as throughput. The DC suffix is especially important because it changes the expected facility power environment. Procurement teams should also distinguish between the base appliance, a security-service bundle and a multi-year support package; these may share the same chassis name while carrying different order codes and commercial values.
Configuration Fit
Confirm peak inspected traffic, SSL inspection, IPsec load, session rate, policy scale and expected three-to-five-year growth. Oversizing only raw firewall throughput can still leave a design short on the security-service metric that matters.
Compatibility Check
Validate optical modules, fiber type, switch ports, link speeds, routing protocols, authentication dependencies, log destinations and FortiOS version compatibility. Existing Fortinet environments should also check central management and analytics integration.
Availability and Warranty
Ask for current supplier availability, lead-time guidance and the exact FortiCare service level included in the quotation. Warranty and hardware replacement expectations should be read from the selected support entitlement, not assumed from the appliance name.
Quote Preparation
Include chassis quantity, HA mode, service bundle, term, optics, rack requirements, DC power information, delivery location, migration need and management products. This avoids the common problem of comparing one complete solution with another quote for hardware alone.
Long-term cost also deserves attention. Security subscriptions, support renewals, spare optics, logging infrastructure and staff time are part of operating the platform. If the appliance is being selected as a replacement, compare the current device’s real utilization and feature set against the proposed architecture. FourTeck.com can help review these purchasing details so the order matches the technical requirement instead of selecting solely by headline specifications or initial hardware price.
UAE Availability and Service Support
FourTeck.com supports firewall inquiries in Dubai and across the UAE with a focus on requirement review before quotation. For this type of enterprise appliance, availability can vary by the exact DC model, bundled security services, FortiCare term, project quantity and supplier status. Buyers should therefore request a current quote rather than assume that a displayed model family automatically represents immediate availability.
The pre-sales discussion can cover performance sizing, interface selection, optics, DC power compatibility, high-availability pairing, FortiGuard subscriptions, FortiCare support, logging architecture and migration planning. FourTeck.com can also coordinate delivery requirements based on the customer’s location and project schedule. Warranty handling and hardware-replacement expectations should be tied to the support package selected in the final order, because enterprise service levels are not identical across every bundle.
For a more useful quotation, provide your expected peak traffic, security features, current firewall, quantity, preferred support term, optic count, HA design and delivery location. If the project is part of a tender or wider data-center refresh, include the required compliance documents, implementation timeline and any related FortiManager or FortiAnalyzer requirement. This gives the FourTeck team enough context to prepare a solution-oriented commercial response instead of a simple chassis-only quote.
Dubai, Abu Dhabi, Sharjah and Ajman Coverage
Businesses in Dubai, Abu Dhabi, Sharjah and Ajman can contact FourTeck.com for model selection, enterprise firewall quotation, configuration review and delivery coordination. The same requirement-led process applies whether the appliance is being installed in a corporate data room, colocation facility, campus, service environment or centralized security hub. Buyers should share the installation location, DC power details, quantity, support term and any site-access or project-scheduling constraints. FourTeck.com can help align the requested model, accessories and service bundle with the technical design while keeping availability and warranty expectations tied to the actual quotation rather than making unsupported stock or delivery promises.
Regional Availability for GCC and Africa Projects
FourTeck.com also supports business technology inquiries connected to selected GCC and Africa markets. Organizations coordinating standardized security projects across the UAE, Saudi Arabia, Qatar, Oman, Kuwait and Bahrain can request help comparing appliance, license and support requirements for multi-country deployments. Availability, import procedures, delivery options and warranty handling can differ by destination, so each country requirement should be confirmed during quotation.
For Africa-linked projects, businesses working in markets such as Kenya and Uganda can use FourTeck regional inquiry channels to discuss firewall sourcing, licensing and related infrastructure. Multi-site buyers should provide a site list, quantity by location, required support term, power environment and whether each site needs the same firewall class. Standardization can simplify operations, but it is often better to size major data centers and smaller branches separately rather than deploy one oversized platform everywhere.
Regional buyers can review FourTeck Kenya, FourTeck Uganda, FourTeck Africa and FourTeck Kuwait when those locations are relevant to the project. Final commercial terms should always be confirmed for the destination country and selected configuration.
Other Fortinet Options Buyers May Consider
A data-center-class appliance should be chosen because the network needs its capacity, not because a larger model appears safer. Organizations with lighter requirements can reduce cost and complexity by selecting a smaller FortiGate, while projects with much higher inspected throughput may need a newer or larger platform. The following FourTeck pages give useful reference points for buyers comparing different deployment classes.
FortiGate 400F
Enterprise campus and high-throughput edge option for requirements below this data-center class.
FortiGate 200F
Suitable reference for larger offices and regional hubs that do not require 25GE/100GE data-center scale.
FortiGate 121G
A modern branch and head-office class option for organizations that need storage and newer compact performance.
FortiGate 100F
Common mid-sized enterprise branch reference when data-center interface density would be unnecessary.
These models are not direct equivalents; they represent different capacity and deployment tiers. When comparing options, focus on inspected throughput, SSL inspection, VPN, port speeds, session scale, storage requirements and subscription cost. FourTeck.com can help narrow the model family before a detailed quotation is prepared.
Why Business Buyers Contact FourTeck.com
Enterprise security procurement involves more than finding a part number. A single firewall line item can hide decisions about power, support, subscriptions, high availability, optics, logging, migration and future capacity. FourTeck.com approaches the purchase as a business technology requirement so IT, procurement and finance teams can work from the same configuration.
Help turning a technical requirement into a commercial bill of materials.
Review of capacity, interfaces, licensing, storage and power before quotation.
Clear alignment of hardware, service term and project accessories.
Commercial coordination based on confirmed supplier status and destination.
Support expectations aligned with the selected FortiCare entitlement.
Help comparing the requested platform with alternatives when the requirement changes.
This process is useful for SMB procurement teams buying enterprise-grade infrastructure, large IT departments with formal approval workflows, resellers preparing project requests and consultants who need a supply partner to validate the commercial scope. FourTeck.com does not need to make unsupported promises about stock or price to be useful; the goal is to make sure the quote reflects the right product, the right services and the actual deployment environment.
Frequently Asked Questions
What is FG-1801F-DC mainly used for?
It is designed for high-capacity enterprise firewalling, data-center security, internal segmentation, VPN aggregation and secure hybrid-network connectivity. The combination of high inspected-traffic performance and 25GE/100GE interfaces makes it more suitable for major network boundaries than ordinary branch-office use. Final fit depends on actual traffic, security services, interface requirements and future growth.
Does the DC version use standard AC power?
No. The DC model is specified for -48V to -60V DC power and a maximum DC current of 20A. It should be used in facilities designed for that power architecture. Buyers should verify the data-room DC feed, redundancy, protection, cable requirements and maintenance procedures before ordering rather than assuming the chassis can be connected like an AC-powered appliance.
Does this model include onboard storage?
Yes. The 1801F variant includes two 960GB NVMe SSDs according to Fortinet’s current 1800F Series data sheet. That storage can support local FortiOS use cases, but enterprise buyers should still define central logging and retention needs. FortiAnalyzer or another centralized platform may remain appropriate where long-term reporting, investigation or multi-device visibility is required.
Can FourTeck.com help with FortiGuard and FortiCare selection?
Yes. FourTeck.com can help buyers compare the requested appliance with available FortiGuard security-service bundles and FortiCare support terms. The correct choice depends on the services the organization wants enabled, support expectations, procurement term and renewal plan. The exact coverage should be read from the selected order code rather than assumed from a general bundle name.
Is the appliance available in Dubai and the UAE?
FourTeck.com can support current availability and quotation requests for UAE projects. Availability may vary with the exact DC model, selected service bundle, project quantity and supplier status, so buyers should request a current commercial confirmation. The page does not assume ready stock or a fixed lead time without verification.
What optics are required for 25GE or 100GE links?
The required transceiver depends on link speed, fiber type, distance, connector and the equipment at the other end. The firewall provides SFP28/SFP+ and QSFP28/QSFP+ positions, but that does not mean every optic is suitable. Prepare an interface schedule and confirm supported modules for the intended FortiOS and hardware design before ordering.
Can it be deployed as a high-availability pair?
Yes. Fortinet lists active-active, active-passive and clustering options for the series. A production HA design should also include redundant upstream and downstream links, independent power feeds, HA interfaces, synchronized configuration and a documented failover test plan. Purchasing two appliances without addressing those external dependencies can leave other single points of failure in the architecture.
How should we compare this model with a smaller FortiGate?
Compare the inspected-traffic requirement, SSL inspection, IPsec, session scale, interface speeds, storage, form factor and power environment. If the design does not require high-speed fiber, massive session counts or data-center capacity, a smaller FortiGate can be more economical. FourTeck.com can review the requirement rather than treating the largest model as automatically preferable.
What should I send when requesting a quote?
Send the model, quantity, delivery location, HA requirement, preferred support term, FortiGuard services, optic needs and DC power details. For better sizing, also include current firewall model, internet bandwidth, peak inspected traffic, VPN requirements and any planned internal segmentation. This helps the sales team quote a complete configuration instead of only the base chassis.
Need Help Building the Correct Enterprise Firewall Configuration?
Share your traffic profile, port speeds, DC power environment, HA plan, subscription term and delivery location. FourTeck.com can help review the requirement, check current UAE availability and prepare a quotation covering the appliance, services and project accessories.
