FortiSwitch 2000 Series in Dubai, UAE
The FortiSwitch 2000 Series is designed for organisations that need a faster, denser switching layer between access, compute, security, and backbone networks. Fortinet positions the series for larger and more complex campus environments, and its current portfolio places the family alongside campus-core and data-centre switching platforms. FourTeck can help translate your topology into the correct model, optics, support term, management approach, and implementation scope before a quotation is prepared.
Share the required port speeds, quantity, FortiGate model, redundancy plan, optics or fibre distances, support term, and whether FourTeck should include staging, migration, or installation.
Direct answer: what is the FortiSwitch 2000 Series?
FortiSwitch 2000 Series is Fortinet’s high-capacity switching family for demanding campus-core and aggregation roles. It is mainly considered when many high-speed fibre connections must converge between access switches, server or appliance networks, security infrastructure, and upstream backbone links. Large enterprises, universities, hospitals, government environments, multi-building campuses, and organisations standardising on Fortinet secure networking may evaluate the series. Before proceeding, buyers should confirm the exact model, required 25GE and 100GE port counts, transceiver types, redundancy and MCLAG design, FortiGate and FortiLink compatibility, Layer 3 features, FortiSwitchOS version, any advanced-feature licence requirement, rack power and airflow, support term, and the full installation or migration scope.
What it does inside a modern network
A campus core sits at a concentration point. Downstream access and distribution switches send traffic toward applications, internet gateways, security services, shared infrastructure, and other buildings. If the core lacks enough interface speed, port density, redundancy, or operational visibility, upgrades at the access layer can simply move the bottleneck deeper into the network. The FortiSwitch 2000 Series is intended to provide a higher-speed switching tier for environments where 1GE or conventional 10GE aggregation is no longer sufficient for the planned architecture.
Fortinet’s current product portfolio identifies the FS-2048F with 48 x 25GE SFP28 slots and 8 x 100GE QSFP28 ports. That makes the platform especially relevant to designs that aggregate multiple 25GE connections while preserving higher-bandwidth paths toward a backbone, paired core, security stack, or data-centre fabric. The practical design still depends on traffic patterns, because port speed alone does not define application performance.
Who should consider this series?
The 2000 Series is not a general replacement for every access switch. It is more appropriate when the network design needs dense high-speed fibre aggregation and the switching layer must support a larger campus or similarly demanding environment. A network team may consider it when several 10GE or 25GE access uplinks are converging, when server-facing interfaces are moving to 25GE, when a redundant core must carry multiple 100GE interconnects, or when FortiGate-managed switching is part of a broader Fortinet architecture.
A smaller site that only needs a few 1GE or 10GE uplinks may be better served by another FortiSwitch family. The right model should be selected from the topology and growth plan rather than from the series number. FourTeck can review the network role first, then compare the 2000 Series with suitable 600, 1000, or 3000-series choices where the requirement suggests a different port profile.
Business problems the 2000 Series can help address
Access-layer growth reaches the core
New Wi-Fi, multigigabit access switches, virtualization clusters, and high-throughput security services can increase aggregate traffic even when individual users do not notice a dramatic change. A 25GE-oriented aggregation layer provides more room for this growth when it is justified by the traffic model.
Too many high-speed links for the existing chassis
A core refresh may be driven by density rather than raw switching capacity. When dozens of fibre links must terminate in one rack unit or a compact pair of switches, the number and type of SFP28 and QSFP28 interfaces becomes a primary procurement factor.
Operational separation between network and security
Where FortiGate and FortiLink are part of the architecture, network and security policy can be managed with closer operational alignment. That can reduce context switching, although governance, change control, and software compatibility still need to be planned.
Core resilience needs a deliberate design
High availability is not created by purchasing two switches alone. Redundant power, diverse uplinks, link aggregation, MCLAG where appropriate, routing design, failure domains, and maintenance procedures all need to be considered together.
Core capabilities that matter during evaluation
Product-fit matrix: when the series is a sensible shortlist
| Requirement | Suitable when | Confirm before ordering |
|---|---|---|
| 25GE aggregation | Many downstream devices or server links require 25GE fibre connectivity. | Exact port count after redundancy, optics and link distance. |
| 100GE backbone links | The core needs multiple high-capacity uplinks or inter-core connections. | QSFP28 optics, breakout requirements, routing and peer topology. |
| Fortinet-managed campus | FortiGate and FortiLink are part of the intended network operations model. | FortiGate scale, FortiOS/FortiSwitchOS compatibility and design ownership. |
| Redundant core pair | A dual-switch design is needed to limit single-device failure risk. | MCLAG or routing design, peer links, power feeds and maintenance procedure. |
| Small access network | Usually not the first choice if requirements are primarily 1GE access with only a few 10GE uplinks. | Compare lower FortiSwitch families before over-sizing the purchase. |
Licensing, software and compatibility are part of the design
A switching chassis should not be purchased in isolation from the software and management plan. FortiSwitch features can vary by model and FortiSwitchOS release, and selected advanced capabilities may require an Advanced Features licence. The management architecture also changes the checks that must be completed. A FortiGate-managed design should verify the intended FortiOS and FortiSwitchOS combination, the FortiGate’s managed-switch scale, FortiLink topology, and the operational impact of firmware upgrades. A standalone or separately managed design has its own requirements for monitoring, authentication, backups, configuration governance, and lifecycle management.
The same caution applies to transceivers and connected devices. An SFP28 or QSFP28 port does not guarantee that every third-party optic, breakout cable, NIC, or switch will work in every mode. Confirm supported media, speed negotiation, distance, fibre type, and far-end compatibility for each link. If the network uses specialised data-centre functions, encryption, priority flow control, or advanced routing features, identify them before the bill of materials is finalised.
A practical purchase and deployment journey
Map the traffic
List every downstream and upstream link, current and expected speeds, traffic direction, and redundant path. Include access switches, firewalls, servers, storage, wireless aggregation, WAN edges, and inter-building fibres.
Build the port schedule
Count SFP28 and QSFP28 interfaces after allowing for dual links, peer connections, spare growth, maintenance, and failure scenarios. Do not size only from the normal operating state.
Define management and routing
Decide whether FortiGate with FortiLink, standalone management, or another supported management platform fits the operating model. Define where gateways, dynamic routing and security enforcement will live.
Complete the bill of materials
Add optics, DACs, patching, rack accessories, support, licences where required, and any staging or professional services. A switch without the correct media may not be deployable when it arrives.
Stage and validate
Load the agreed software, validate configuration, test link speeds and redundancy, record baseline status, and confirm management visibility before touching production cabling.
Migrate with rollback
Schedule the change, identify business validation owners, preserve a rollback path, migrate in controlled stages, and document final port mappings, software versions and support details.
Capability focus: designing 25GE aggregation without moving the bottleneck
The most obvious reason to evaluate the FS-2048F is its 25GE-oriented port density, but the architectural value appears only when the uplinks and traffic model are sized with the same care. Forty-eight 25GE interfaces can represent a large theoretical amount of edge-facing bandwidth. Real networks rarely drive every port at maximum rate simultaneously, yet oversubscription still needs to be intentional rather than accidental. A design team should estimate east-west and north-south traffic separately, identify which flows remain local, which pass through FortiGate security inspection, and which cross the core toward another building or data-centre segment.
This is particularly important during server or campus refresh projects. If downstream devices are upgraded to 25GE but the backbone remains constrained by a small number of 10GE uplinks, the new interfaces may not improve application experience. Conversely, purchasing the maximum possible uplink count without a workload requirement can waste budget. FourTeck can help prepare a port and bandwidth map so the switch, optics and upstream design are evaluated as one system.
Capability focus: management model and operational control
A core switch affects many services, so operational simplicity is not just a convenience. It influences how quickly teams can understand dependencies, apply changes, investigate faults, and maintain a consistent configuration. FortiSwitch supports standalone operation as well as Fortinet management approaches. In a FortiGate and FortiLink design, switching can be integrated more closely with the Fortinet security platform, giving network teams a central place to view and manage connected infrastructure in supported topologies.
That integration should still be governed. Core-switch changes may have a broader blast radius than access-port changes, and firmware coordination between FortiOS and FortiSwitchOS needs an approved process. Define who owns VLANs, routing, link aggregation, firmware, backups, access control, and incident response. If the organisation prefers a dedicated switching management plane, confirm the supported alternative and any licensing requirements before purchase. The best management choice is the one that aligns technical supportability with the team’s operating model.
Capability focus: resilience must include the network around the switch
A high-capacity switch often sits in a critical path, so resilience must be designed beyond the chassis. A paired-core architecture can reduce the risk associated with a single switch failure, but it also introduces decisions about peer connectivity, downstream dual-homing, link aggregation, MCLAG, routing convergence, and operational maintenance. The architecture should be tested for the failures that are most likely to matter: loss of one uplink, loss of one power feed, restart of one switch, interruption of a peer link, failure of an optic, or a planned software upgrade.
Physical infrastructure is equally important. If both switches depend on the same rack PDU, fibre tray, patch panel, or cooling path, logical redundancy may not protect against a facility problem. Use diverse power where available, label redundant links clearly, maintain consistent but distinguishable cabling, and document how traffic should behave when one device is unavailable. Spare optics can be more useful than spare chassis capacity if a single transceiver failure is a common operational risk.
FourTeck can discuss a deployment scope that includes staging and resilience checks, but the exact testing plan should be agreed before the change window. Production applications, routing neighbours, security paths, and dependent teams may all need to participate in acceptance testing.
Where the FortiSwitch 2000 Series can fit
Large enterprise campus
Multiple buildings or floors can generate a large number of high-speed aggregation links. The series may suit a central or distribution role when 25GE downstream connections and 100GE backbone capacity match the design.
University or education network
Dense wireless, laboratories, research systems, media traffic and building networks can create heavy east-west and north-south demand. The architecture should still be segmented and sized by real application flows.
Healthcare or hospital campus
A resilient core may need to connect clinical, administrative, imaging, wireless and security networks while preserving clear segmentation. Change planning and maintenance windows are often as important as port speed.
Data-centre aggregation
The FS-2048F can be evaluated where 25GE server or appliance links aggregate toward 100GE fabric or security connections. Optics, oversubscription, routing and redundancy should be calculated before final selection.
Government and public-sector facilities
Large sites may need high-speed core switching with structured operational control. Procurement should include exact part numbers, support terms, software requirements and implementation responsibilities.
High-density security aggregation
Where multiple FortiGate or security service paths require fast fibre connectivity, a 25GE/100GE switching layer may be useful. The design must account for inspected throughput and actual firewall interface capabilities.
Integration and operational considerations
Core switching touches almost every adjacent technology. Before deployment, document how the FortiSwitch will connect to FortiGate appliances, access or distribution switches, server NICs, wireless controllers or access switches, storage networks, monitoring systems, authentication services, out-of-band management, and any third-party routing peers. Confirm whether VLAN gateways remain on the firewall, move to the switch, or are split by function. That decision affects traffic visibility, policy enforcement, routing design and troubleshooting responsibilities.
Optics deserve a dedicated workstream. A 25GE SFP28 port can connect over different media depending on distance and infrastructure, while 100GE QSFP28 links may use optical transceivers, DACs, AOCs or breakout approaches where supported. The correct choice depends on fibre type, length, connector standards, patch panels, far-end hardware and environmental conditions. Include both ends of each link in the compatibility review. Do not assume that an existing 10GE optic should be reused simply because a new port can also operate at lower speed.
Monitoring and change control should be prepared before cutover. Define the baseline interface status, routing neighbours, spanning-tree or MCLAG state, link utilisation and error counters that will be checked after migration. If FortiGate manages the switch, include the FortiLink state and managed-switch visibility in the validation plan. Keep configuration backups and a rollback path accessible during the maintenance window.
Questions the project team should resolve before a quote
Count production links, paired-device connections, peer links, test interfaces and realistic expansion. A raw endpoint count often understates the required port total.
Separate backbone, inter-core, firewall and data-centre fabric links. Their redundancy and oversubscription requirements may differ.
Routing on FortiGate, on the switching layer, or in a mixed design changes security visibility, failure domains and the features that must be verified.
FortiGate with FortiLink may simplify integrated Fortinet operations, while standalone or another supported platform can fit environments that separate switching management.
Identify requirements such as specialised congestion control, advanced routing, encryption or other feature-specific needs so software and licensing can be validated.
Clarify whether the request is supply-only or includes staging, rack installation, configuration, migration, testing, documentation or post-change assistance.
Procurement checklist for FortiSwitch 2000 Series projects
How FourTeck can help shape the requirement
FourTeck can assist when the buyer knows the network objective but has not yet finalised the exact FortiSwitch model or bill of materials. A useful starting package is a topology diagram, current switch inventory, expected port speeds, FortiGate details, and a note describing the reason for the upgrade. From that information, the discussion can narrow the requirement to the correct switching role, identify whether the 2000 Series is appropriate, and expose missing items such as optics, peer links, support, or a management licence.
If a customer already has a consultant or internal architecture, FourTeck can work from the specified model and focus on quotation coordination, accessories, support term, current UAE availability, and the practical deployment scope. If the project is a migration from an older core, the review can include existing VLANs, trunks, routing relationships, link speeds, fibre types and change constraints. That reduces the chance of discovering a compatibility or cabling issue during the cutover window.
Installation and configuration should be quoted explicitly when required. A product supply quotation does not automatically include rack work, configuration, migration, testing or documentation. Define expected deliverables, site access, maintenance windows, customer responsibilities and acceptance tests so the commercial scope matches the operational requirement. For a broader view of available networking products, visit FourTeck technology products or discuss a project through the FourTeck services team.
UAE availability and support guidance
Contact FourTeck to confirm current UAE availability for the exact FortiSwitch 2000 Series model and quantity. Availability may depend on model, hardware revision, support selection, required optics, quantity, vendor lead time and regional channel conditions. A public marketplace price or an older list price should not be treated as a current FourTeck selling price. The reliable commercial reference is a written quotation that names the exact chassis, accessory part numbers, support term, currency and delivery destination.
If implementation support is required, include it in the quotation request. Staging, configuration, migration, rack work and onsite assistance are separate scope items that should be planned around the customer’s environment. FourTeck can coordinate the product requirement and discuss the expected service scope after the topology and deployment conditions are understood. For current commercial guidance, use the FourTeck contact page.
Dubai, Abu Dhabi, Sharjah and Ajman project coverage
For projects in Dubai, Abu Dhabi, Sharjah and Ajman, the commercial and technical discussion should include the exact delivery site, whether equipment is going to an office, secure server room, co-location facility or construction site, and whether installation access requires permits, escorts or scheduled maintenance windows. Multi-site projects benefit from a common design standard, but the same chassis should not be forced into every location if port count, fibre distance or traffic patterns differ. FourTeck can help review a shared architecture while preparing site-specific quantities, optics, support and implementation requirements. Current delivery timing and service coordination should be confirmed after the model, bill of materials and site conditions are known.
GCC Availability
FourTeck can assist organisations planning FortiSwitch 2000 Series deployments across GCC markets, including the United Arab Emirates, Saudi Arabia, Kuwait, Qatar, Bahrain and Oman, when the requirement is defined around the exact network role rather than a generic switch request. Regional projects often need coordinated review of model selection, 25GE and 100GE interface requirements, optics, FortiGate integration, support term, configuration scope and destination-specific logistics. Product availability, licensing, delivery schedules, service visits and vendor lead times can vary by country, model, quantity and project conditions. Buyers should therefore provide the destination country, required switch model or topology, quantity, preferred FortiCare term, fibre and optic requirements, deployment location and target project timeline. FourTeck can then discuss quotation coordination and practical next steps without assuming local stock, fixed delivery dates, customs outcomes or country-specific certification. For Kuwait-focused technology enquiries, the FourTeck Kuwait resource may also be useful.
Africa Availability
Organisations planning high-speed campus or data-centre switching in Africa can ask FourTeck for product and requirement guidance when the FortiSwitch 2000 Series fits the architecture. Regional procurement should consider more than the chassis: transceiver type, fibre standard, power and rack conditions, management method, software compatibility, support expectations, installation capability and the destination’s logistics all affect the final bill of materials. Availability and fulfilment can vary with country, model, quantity, licence region, vendor lead time, shipping arrangements and local project conditions. Buyers should share the destination country, exact requirement, expected quantity, preferred deployment schedule and any configuration or support expectations. FourTeck can use that information to discuss suitable options and quotation coordination without promising local inventory, immediate shipment, customs clearance or country-wide onsite coverage. Organisations working in East Africa can also review the FourTeck Kenya and FourTeck Uganda resources.
Related options to evaluate with the 2000 Series
FortiSwitch 600 Series
Useful to compare when the primary requirement is high-speed campus access rather than a dense 25GE core. Port mix and PoE needs differ, so it is not a like-for-like replacement.
FortiSwitch 1000 Series
A comparison point for data-centre and aggregation projects that may need different 10GE or multigigabit port profiles. Select from the topology, not simply by series number.
FortiSwitch 3000 Series
Relevant where dense 100GE connectivity is the dominant requirement. It may suit spine or higher-capacity aggregation roles where a 25GE-heavy 2000 Series profile is not the best match.
FortiGate and FortiLink design
If the switches will be FortiGate-managed, the firewall model, FortiOS branch, FortiLink topology and managed-switch scale should be confirmed as part of the project.
Optics and fibre accessories
SFP28 and QSFP28 transceivers, DACs, AOCs and patching can materially affect project cost and compatibility. Specify media and distance for every connection.
Installation and migration services
Staging, configuration, cutover planning, testing and documentation can be included when required. Scope and customer responsibilities should be written into the quotation.
Why businesses contact FourTeck for a core-switch requirement
The difficult part of a campus-core purchase is rarely naming a switch family. The difficult part is making sure the product, optics, management model, support term and implementation plan fit the actual network. FourTeck can help clarify the requirement, compare model roles, review the port schedule, identify missing bill-of-material items, coordinate a quotation, and discuss staging or migration where those services are required.
This approach is particularly useful when procurement receives a request such as “upgrade the core to 25G” without the technical detail needed for a safe purchase. A short requirements review can uncover whether the project really needs 25GE everywhere, whether 100GE uplinks are sized correctly, whether the existing FortiGate can support the planned FortiLink design, and whether the quotation must include transceivers, support and professional services. Learn more about FourTeck or send a business technology enquiry.
How buyers are evaluating this class of switch now
Buyers researching the FortiSwitch 2000 Series usually arrive with one of several practical questions: whether 25GE is the right next step from a 10GE core, whether the FS-2048F can aggregate a specific mix of access switches or servers, whether FortiLink changes licensing or management, which optics are needed, and how the product compares with other FortiSwitch core families. Those questions are more useful than asking only for the fastest switch because they expose the decisions that determine whether the final design is technically balanced.
Another common research pattern is comparing the 2000 Series with FortiSwitch 1000 and 3000-series platforms. The series numbers should not be treated as a simple small-medium-large scale. The decisive difference is the interface profile and intended role. A 10GE-heavy aggregation project may be better served elsewhere in the portfolio, while a design built around 25GE server or campus aggregation can make the FS-2048F a natural reference. Dense 100GE spine requirements can push the comparison toward the 3000 Series. The most useful shortlist starts by identifying the dominant downstream interface and the number of required high-speed uplinks.
Licensing questions also appear early in the buying process. The correct answer is feature specific. FortiSwitch management and baseline networking should not be confused with optional advanced capabilities, cloud management subscriptions, FortiCare support, or model-specific Advanced Features licensing. If the project depends on a particular function, write that function into the requirement and ask for confirmation against the exact model and software release. That is safer than purchasing a general “advanced” licence without mapping it to the intended feature.
Pricing research needs similar caution. Online listings for the FS-2048F vary materially by country, seller, support bundle and promotion. Some visible prices include only the chassis; others may reflect a support package, discount or regional conditions. A UAE business should not use a search-result price as a final budget figure unless the exact part number, currency, support term, tax treatment and delivery conditions are clear. For a project with dozens of transceivers, optics and support can also represent a meaningful share of the bill of materials. A current written quotation is therefore more useful than a generic online price when procurement needs an auditable comparison.
Migration questions are equally important. A 25GE core upgrade may require changes on both sides of every link. Existing downstream switches might only support 10GE uplinks; server NICs might need new transceivers; older fibre runs might not support the intended distance with the chosen optics; and firewall interfaces might become the new bottleneck. A staged migration can allow older links to remain at their supported speed while new 25GE paths are introduced, but the exact port-speed behaviour and media support should be confirmed for the target model and software.
For buyers who are still at the early planning stage, the most productive next step is to produce a one-page network map. Mark the two intended core switches, every downstream device, the speed and medium of each link, the FortiGate or routing layer, and expected growth over the next hardware cycle. Add the support term and target deployment window. FourTeck can use that information to discuss whether the FortiSwitch 2000 Series fits, what accessories need to be quoted, and which questions must be answered before purchase. This method turns broad product research into a decision-ready requirement without relying on generic performance claims.
Important buyer questions before the model is finalised
What if our downstream switches are still 10GE?
A 25GE-capable core can still be part of a phased design, but the existing devices and optics determine which speeds are practical on each link. The upgrade should not assume that every 10GE module or fibre run can be reused unchanged. Document current hardware and media, then verify supported speed and optic combinations for the planned ports. This also helps decide whether a 2000 Series platform is needed immediately or whether another FortiSwitch model better matches the current phase.
How many 100GE uplinks should we plan?
There is no universal ratio. Estimate traffic leaving the 25GE-facing side of the switch, then account for redundancy, failover and growth. A pair of core switches may need separate peer, backbone, firewall or data-centre connections. The goal is to make oversubscription intentional. If the design would become severely constrained during a single-link failure, more uplink capacity or a different topology may be justified.
Do we need an Advanced Features licence?
Only the exact feature requirement can answer that safely. Certain advanced switching or data-centre functions may be licence dependent, and support can vary by FortiSwitchOS release. List the required features by name instead of assuming that the base switch or a generic licence covers them. FourTeck can include licence clarification in the bill-of-material review before a commercial quote is finalised.
Can we use existing third-party optics?
Compatibility should be verified rather than assumed. Even when an optic matches the nominal speed and wavelength, vendor coding, diagnostics, breakout behaviour, firmware and far-end hardware can affect operation. For each link, record the current optic part number, fibre type, distance and connected device. That information gives the project team a clear basis for deciding what can be reused and what should be replaced.
What information makes a quotation accurate?
The most useful request includes the preferred model if known, quantity, 25GE and 100GE port counts, optics and fibre distances, FortiGate model, management approach, routing and MCLAG requirements, support term, delivery destination and required professional services. If the model is not known, send the topology and port schedule instead. That is enough to begin a structured sizing discussion.
How should we plan the cutover?
Treat the core migration as a controlled change rather than a rack-and-stack task. Stage the configuration, validate software, pre-label cabling, confirm backups, identify business test owners, define rollback conditions and record expected routing and link states. When installation assistance is required, these tasks should be discussed as part of the project scope so the quotation reflects the actual maintenance window and acceptance requirements.
FortiSwitch 2000 Series FAQs
1. What is the FortiSwitch 2000 Series mainly used for?
It is a high-capacity switching family intended for campus-core and demanding aggregation roles. Fortinet positions the series for larger, more complex campus environments. The current FS-2048F reference model is especially relevant where dense 25GE fibre links must aggregate toward 100GE connectivity.
2. Which model represents the FortiSwitch 2000 Series today?
Fortinet’s current Ethernet-switch portfolio lists the FS-2048F in the 2000-series position. It is shown with 48 x 25GE SFP28 slots and 8 x 100GE QSFP28 ports. Buyers should still confirm the exact current ordering SKU, hardware details and regional availability before purchase.
3. Is the FortiSwitch 2000 Series suitable for ordinary user-access switching?
Usually it is evaluated for the core or aggregation layer rather than as a general desktop access switch. If the requirement is mainly 1GE or multigigabit copper access with PoE, another FortiSwitch family may be a better fit. The correct choice depends on the network role and interface mix.
4. Can FortiSwitch 2000 Series switches be managed by FortiGate?
FortiSwitch supports FortiGate management through FortiLink in supported designs. The project should verify the FortiGate model, managed-switch scale, FortiOS and FortiSwitchOS compatibility, topology and operational ownership before the design is approved.
5. Does the series require a separate licence?
Licensing depends on what the project needs. Baseline switching and management should not be confused with FortiCare support, cloud or central management subscriptions, or Advanced Features licensing. If a specific capability is essential, confirm its licence and software requirements against the exact model.
6. Are SFP28 and QSFP28 optics included with the switch?
Do not assume that project-specific optics are included. Transceivers and cables should be selected according to speed, fibre type, distance and far-end device, then listed clearly in the quotation. The chassis and optical bill of materials should be reviewed together.
7. How do we decide between FortiSwitch 1000, 2000 and 3000 Series?
Start with the dominant interface and network role. A 10GE-oriented project, a dense 25GE aggregation requirement and a 100GE-heavy spine design point toward different models. Compare exact port profiles, redundancy, software features and growth rather than treating the series numbers as a simple performance ladder.
8. Is current Dubai or UAE stock guaranteed?
No general stock promise should be assumed. Availability can vary with exact model, quantity, optics, support term and vendor lead time. Contact FourTeck to confirm current UAE availability and receive a written quotation for the required bill of materials.
9. What should we send FourTeck to request a quote?
Send the topology or exact model, quantity, required 25GE and 100GE links, optic and fibre details, FortiGate model, management preference, routing or MCLAG requirements, support term, UAE delivery destination and any staging, installation or migration scope.
Plan the 2000 Series from the topology, not the model name
Send FourTeck your port schedule, FortiGate details, redundancy requirements, optics and project timeline. We can help clarify whether the FortiSwitch 2000 Series fits the role, identify the supporting bill of materials and prepare a current UAE quotation.