Fortinet FortiSwitch FS-1024E Data Center Switch in Dubai, UAE
The FS-1024E is built for organisations that need compact 10 Gigabit fiber aggregation, resilient high-speed uplinks and a switching platform that can operate as part of a Fortinet-managed architecture or in other supported management modes. FourTeck helps buyers turn the model number into a complete bill of materials covering optics, power, management, licensing, topology and implementation requirements.
Quick buyer view
Model: FS-1024E
Primary role: Data center, aggregation and campus core switching
Access interfaces: 24 x 10GE SFP/SFP+ slots
High-speed uplinks: 2 x 100GE QSFP28
Availability: Contact FourTeck for current UAE options
1/10GE SFP/SFP+ connectivity
Two QSFP28 interfaces
Redundant hot-swappable power
FortiGate, standalone and centralized options
MCLAG, Layer 3 and NetFlow support
Direct answer: what is the FS-1024E?
Fortinet FortiSwitch FS-1024E is a managed 1U switching platform positioned for campus-core and data-center roles where a network needs many 10 Gigabit fiber connections and faster aggregation toward firewalls, core switches or upstream infrastructure. Fortinet lists 24 x 10GE SFP/SFP+ slots and two x 100GE QSFP28 interfaces, while its current switching portfolio and ordering information also show FortiLink, MCLAG, Layer 3 routing and redundant hot-swappable power support. It should be considered by organisations building high-bandwidth server, security or distribution fabrics. Before proceeding, buyers should confirm the exact optics, 40/100GE uplink plan, management architecture, software version, license requirements, redundancy design and support term.
What it does
The FS-1024E concentrates high-speed Ethernet connections into a compact rack unit. A typical deployment can place it between server racks, virtualization hosts, storage-facing networks, firewalls, distribution layers or other switches that require 10GE access and up to 100GE uplink capacity. Its fiber-oriented interface layout is important: this is not a 24-port copper access switch for desks and phones. The intended buyer is normally planning optical links, direct-attach cables or transceiver-based connections in a controlled data-center or enterprise core environment.
The switch can also participate in a wider Fortinet architecture. FortiLink allows compatible FortiGate systems to manage FortiSwitch devices, while standalone and centralized management approaches remain relevant in designs where the switching layer has to be administered independently. The exact operational model should be selected before purchase because it influences licensing, configuration responsibility, monitoring and change-control procedures.
Who it suits
The model is most relevant to IT teams that have already identified a need for 10GE fiber density rather than simply looking for a larger office switch. Suitable buyers may include enterprise campuses, private data centers, colocation users, system integrators, cloud or virtualization teams, security architects aggregating multiple FortiGate interfaces, and organisations refreshing an older distribution or core layer.
It may be excessive for a branch that mainly needs 1GE copper ports, PoE for access points or phones, or a small number of uplinks. In those cases another FortiSwitch family may fit better. FourTeck can help compare the FS-1024E with nearby campus or data-center models based on port media, uplink speed, switch count, software expectations and future growth instead of assuming that a higher model number is automatically the best choice.
Business problems this switch can help address
10GE port concentration
When many servers, firewalls or distribution links have moved beyond 1GE, patching them through a low-capacity access switch creates avoidable bottlenecks. The FS-1024E provides a dedicated fiber-oriented 10GE access layer that can concentrate those connections in one rack unit.
Faster upstream aggregation
Two QSFP28 interfaces give network designers a path to higher-speed uplinks. The exact 40GE, 100GE or breakout arrangement must match supported optics, port configuration and the remote device. This matters when traffic from many 10GE ports must converge without a narrow upstream path.
Core resilience planning
A core or aggregation switch is more critical than a typical edge port. Redundant hot-swappable power supplies and MCLAG capabilities can support resilient designs, provided the network topology, peer-switch design and software compatibility are engineered correctly.
Operational consistency
Organisations already using FortiGate can consider FortiLink-managed switching to reduce separate management silos. Others may choose standalone or centralized switching management. The value comes from selecting one operational model deliberately rather than mixing tools without clear ownership.
Core capabilities buyers should understand
Twenty-four SFP/SFP+ slots support dense fiber or compatible direct-attach connectivity where the physical media and transceiver plan are confirmed.
Two high-speed ports support aggregation and can be used in compatible 40/100GE or documented breakout scenarios depending on configuration.
FortiGate-managed switching can place the switch under a Fortinet security and network administration workflow when topology and FortiOS compatibility align.
Multi-chassis link aggregation can be used to design redundant switching pairs. Peer model, software and configuration choices require careful planning.
The platform supports Layer 3 capabilities. Dynamic routing in standalone mode can depend on Advanced Switching licensing and software support.
Fortinet identifies NetFlow support in the current ordering guide, useful where network teams need flow-level traffic visibility and monitoring integrations.
Is the FS-1024E the right fit?
| Requirement | Suitable when | Confirm before ordering |
|---|---|---|
| Dense 10GE fiber access | You need many 1/10GE SFP/SFP+ connections in a 1U aggregation role. | Optic type, fiber type, distance and remote interface compatibility. |
| 100GE uplink capacity | The upstream core, firewall or fabric can accept QSFP28 100GE links. | Exact module, DAC/AOC, breakout mode and far-end capability. |
| FortiGate-managed switching | You want FortiLink and your FortiGate design supports the intended topology. | FortiOS/FortiSwitchOS compatibility, FortiLink ports and management scale. |
| Redundant aggregation | You intend to deploy a resilient switch pair rather than a single core node. | MCLAG design, peer model, software version, cabling and failure behavior. |
| Office edge access | Usually not the first choice when users need many RJ45 or PoE endpoints. | Whether a secure-access or campus switch provides a better port and PoE mix. |
Verified product information
The table below concentrates on model-specific information confirmed through current Fortinet product, ordering and FortiSwitch documentation. Where a feature depends on software, license, optics or deployment mode, that dependency is stated rather than treated as a universal base capability.
| Brand | Fortinet |
|---|---|
| Product | FortiSwitch 1024E |
| Model / MPN | FS-1024E |
| Product class | Campus core and data center managed Ethernet switch |
| 10GE interfaces | 24 x 10GE SFP/SFP+ slots |
| High-speed uplinks | 2 x 100GE QSFP28 |
| Switching capacity | 880 Gbps as listed in the Fortinet data-center series data sheet |
| Packet forwarding | 1309 Mpps for 64-byte packets as listed by Fortinet |
| MAC address storage | 64K |
| Power design | Redundant hot-swappable power supplies; Fortinet lists FS-PSU-300 as a spare AC power supply for FS-1024E/FS-T1024E |
| FortiLink | Supported |
| MCLAG | Supported; peer design and software compatibility must be planned |
| Layer 3 routing | Supported; advanced dynamic routing in standalone mode may require Advanced Switching licensing |
| NetFlow | Supported in Fortinet ordering guidance |
| Management choices | Standalone, FortiGate/FortiLink, FortiEdge Cloud or FortiSwitch Manager depending on architecture and licensing |
| Cloud management | Add-on / subscription dependent |
| FortiSwitchOS 8.0 support | FS-1024E is listed among supported 1xxx models in FortiSwitchOS 8.0.0 release notes |
| Availability | Contact FourTeck for current UAE supply, quantity and lead-time confirmation |
Configuration, licensing and compatibility dependencies
A model number is only one part of an enterprise-switch purchase. The FS-1024E uses pluggable optical interfaces, which means a quote that includes only the chassis may be incomplete for the intended deployment. Buyers should specify whether each connection will use short-range multimode fiber, long-range single-mode fiber, direct-attach copper, active optical cabling or another supported medium. Link distance, connector type, fiber plant, far-end device and transceiver support all affect the final bill of materials.
Management mode is the second dependency. A FortiGate-managed FortiLink deployment is operationally different from a standalone switch or a switch managed through FortiEdge Cloud or FortiSwitch Manager. The chosen path affects licensing, software compatibility, troubleshooting responsibility and how network changes are approved. Fortinet’s current ordering guide notes that cloud management is an add-on and that the Advanced Switching license enables dynamic routing protocols in standalone mode. A buyer planning BGP, OSPF or other advanced routing should therefore confirm the intended operating mode and licensing before placing the order.
Finally, resilience features require architecture, not just hardware. MCLAG works within specific design rules. Fortinet recommends using the same hardware model and software version for peer switches. Breakout of QSFP28 ports also needs verification; Fortinet documentation shows that FS-1024E ports 25 and 26 can be split into four 25G or 10G subports in supported configurations. FourTeck can help map these dependencies into a practical pre-order checklist.
From requirement to deployment: a practical purchase journey
Define the switching role
State whether the FS-1024E will be top-of-rack aggregation, firewall aggregation, a campus core, a distribution switch or part of a redundant pair. The role determines uplinks, redundancy and management design.
Map every physical link
List server, firewall, storage and switch connections with speed, distance and media. This reveals the required SFP/SFP+, QSFP28, DAC or breakout components and avoids incomplete quotations.
Choose management
Confirm FortiLink, standalone, FortiEdge Cloud or FortiSwitch Manager. Check software versions, FortiGate scale limits and any subscription or Advanced Switching requirement.
Design resilience
Decide whether one switch is acceptable or whether a matched pair, MCLAG, redundant uplinks and dual power feeds are required. Document expected behavior during link, device and power failures.
Finalize quote scope
Include chassis quantity, optics, cables, spare PSU requirements, support term, licenses, installation work, configuration, testing and documentation as separate line items where required.
10GE fiber density for server and security aggregation
The defining characteristic of the FS-1024E is not simply that it is a 24-port switch. Its twenty-four primary interfaces are SFP/SFP+ slots intended for fiber or compatible direct-attach media, and Fortinet positions the model in the campus-core and data-center group. This is valuable when an organisation has many systems that already connect at 10 Gigabit Ethernet: hypervisor hosts, backup servers, storage gateways, firewall interfaces, aggregation links or distribution switches. Instead of spreading these links across multiple lower-density devices, a network team can concentrate them into one 1U platform and then use higher-speed uplinks to the next layer.
Fiber density also changes procurement. An RJ45 switch can often be quoted as a chassis plus patch cords. A fiber aggregation switch usually needs a port-by-port media plan. Short-reach multimode links may use a different optic from a single-mode connection to another room or building. Direct-attach cables may be appropriate inside the same rack where distances are short and supported. The remote device must accept the same speed and media standard. A buyer who orders the switch without this mapping can receive a perfectly correct chassis that still cannot connect the intended infrastructure on installation day.
FourTeck can help review the connection schedule before quotation. For each port, share the source device, destination device, desired speed, estimated distance, fiber type if already installed and whether the customer prefers optics or direct-attach cabling. This simple exercise usually produces a much more accurate bill of materials than purchasing transceivers later one by one.
100GE uplinks, breakout options and bandwidth planning
The two QSFP28 ports are important because aggregation only works well when the uplink side has enough capacity for the traffic collected on the access side. Fortinet lists two 100GE QSFP28 interfaces on the FS-1024E. In a design with multiple busy 10GE downlinks, these ports can connect toward a larger core, a high-capacity firewall, another aggregation layer or a peer switch, depending on topology. The fact that a port is capable of 100GE does not mean every connected device must run at 100GE, but the selected module and port mode must be supported by both ends.
Fortinet documentation also identifies split-port support for FS-1024E ports 25 and 26, allowing each to be configured as four 25G or 10G subports in supported modes. This can be useful where the network needs more flexible high-speed fan-out rather than a single 100GE link. Breakout is not a substitute for planning: the correct cable or breakout assembly, transceiver type, interface configuration and far-end ports are all required. Some networks will use both QSFP28 interfaces as redundant 100GE uplinks, while others may dedicate one to a peer or use breakout to connect multiple devices.
Traffic engineering should consider oversubscription rather than only theoretical port totals. Twenty-four 10GE ports represent a large potential load, but real workloads vary. Virtualization, backups, east-west application traffic, storage replication and security inspection can create bursts that are very different from ordinary user traffic. FourTeck can discuss expected workload patterns so the uplink design is based on practical demand, not just arithmetic.
Management, visibility and operational control
Enterprise switches are rarely selected on port count alone. The day-to-day management model determines how quickly teams can deploy VLANs, apply access controls, monitor links, investigate faults and maintain software. Fortinet documents multiple operating approaches for FortiSwitch: standalone management, FortiGate management through FortiLink, FortiEdge Cloud and FortiSwitch Manager. The right choice depends on whether the organisation wants the switching layer tightly integrated with FortiGate, centrally managed as a larger switch estate, or operated separately by a network team.
FortiLink can be attractive to customers already invested in FortiGate because it can place switch configuration and access control into a shared Fortinet workflow. That can simplify some operational tasks and improve visibility across security and network layers. However, it also means FortiGate sizing, FortiOS compatibility, FortiLink topology and administrator ownership must be considered. A large campus or data-center design should not assume that any FortiGate can manage any number of switches without confirming supported scale.
Standalone mode can suit teams that want the switch to perform as an independent Layer 2/3 platform. In this mode, buyers should review which advanced routing functions require the Advanced Switching license. Cloud management is subscription dependent. Fortinet also lists NetFlow support for the model family, which can help traffic-analysis and monitoring workflows. FourTeck can help buyers select the operational model before the hardware arrives so the implementation does not begin with a management redesign.
Ideal environments and use cases
Virtualization clusters
Hypervisor hosts often require multiple 10GE interfaces for workload, migration, backup and storage traffic. The FS-1024E can aggregate such links when the server NICs, transceivers and redundancy plan match the switch design.
Firewall aggregation
Security architectures with multiple FortiGate interfaces, high-availability pairs or segmented network zones may need a high-speed switching layer between firewalls and internal networks. Port mapping and failure-domain design are essential.
Campus core or distribution
Large sites with several access or distribution switches can use a 10GE/100GE core where fiber uplinks converge. Routing, MCLAG and management mode should be matched to the overall campus architecture.
Data-center top-of-rack
Where servers use optical or direct-attach 10GE connections, the compact 1U format can fit top-of-rack or end-of-row designs. Airflow direction, rack layout and cabling must be checked against site standards.
Network modernization
Organisations moving from 1GE or older 10GE switching can use the model as part of a staged upgrade, provided existing optics, fiber plant and adjacent devices are reviewed rather than assumed compatible.
High-bandwidth internal services
Backup, replication, media, analytics and east-west application traffic can place heavy demand on the aggregation layer. Capacity planning should use expected concurrent traffic, not only the nominal speed of each port.
Integration and operational considerations
Start with the devices that will connect to the FS-1024E. For each one, identify supported interface speed, optical wavelength or cable type, link aggregation requirements and whether the link carries Layer 2 or Layer 3 traffic. If the switch is replacing an existing core, export the current VLAN, routing, trunk and spanning-tree design so that the migration does not accidentally remove a dependency. Older SFP modules should not automatically be assumed compatible simply because they fit physically; confirm supported transceivers and software behavior.
If the switch will be FortiGate managed, confirm the FortiGate model, FortiOS version, FortiLink topology and overall managed-switch scale. For a redundant pair, decide whether MCLAG is required and document the peer-link design, downstream dual-homing and expected convergence behavior. Fortinet advises matching MCLAG peers by hardware model and software version. This is especially important during staged upgrades where one unit might otherwise be left on a different software train.
Power and rack design matter as well. The FS-1024E uses redundant hot-swappable power supplies, which is most useful when each power supply can connect to a separate PDU or power source. Redundant PSUs connected to the same single point of failure do not provide the same operational resilience. Rack depth, airflow path, cable management and service access should be verified before installation. If the data center uses hot-aisle/cold-aisle practices, confirm airflow orientation as part of the physical design.
Finally, decide how the switch will be monitored. SNMP, flow monitoring, syslog, Fortinet management platforms or third-party tools may be part of the operational plan depending on mode and feature support. Alerting thresholds, configuration backups and firmware procedures should be defined before production cutover.
Buyer questions to resolve before requesting a quote
How many 10GE ports are needed now and later?
Document current connections and expected growth. If the requirement is already close to twenty-four active downlinks, decide whether a higher-density model or two-switch design offers better expansion.
Which optics or cables are required?
Specify distance, fiber type, connector, remote device and desired speed. Optics can be a significant part of the project cost and compatibility risk.
Will uplinks run at 40GE, 100GE or breakout speeds?
The answer affects QSFP modules, cabling and configuration. Confirm what the upstream device actually supports before buying modules.
How will the switch be managed?
FortiLink, standalone, FortiEdge Cloud and FortiSwitch Manager have different licensing and operational implications. Select this before implementation.
Is advanced standalone routing required?
If the design needs dynamic routing in standalone mode, confirm the Advanced Switching license and exact protocol requirements in the selected FortiSwitchOS release.
What resilience level is expected?
A redundant power supply is only one layer. Consider switch pairing, MCLAG, dual-homed links, separate PDUs and maintenance procedures.
Procurement checklist for FS-1024E projects
How FourTeck can assist with sizing and configuration
FourTeck can help buyers move from a high-level request such as “we need an FS-1024E” to a quotation that reflects how the switch will actually be used. The first step is requirement clarification: number of switches, purpose of the device, expected port count, existing FortiGate or core infrastructure, optics, distances, redundancy needs and management preference. This prevents the switch chassis from being quoted in isolation when the project actually depends on transceivers, licenses, support and engineering work.
For customers planning FortiLink, FourTeck can discuss FortiGate integration requirements and identify the information needed for a compatibility review. For standalone deployments, the discussion can include Layer 3 functionality, management access, monitoring and whether Advanced Switching licensing is relevant. For redundant designs, FourTeck can help outline the bill-of-material implications of two switches, peer links, dual uplinks and power separation. Installation or configuration scope can also be added to the quotation when the customer needs more than supply-only.
Related information is available through the FourTeck product catalogue, network and security services and the broader Fortinet UAE resource. Buyers who are also evaluating firewall integration can review Fortinet firewall options for Dubai and UAE deployments.
UAE availability and support guidance
Contact FourTeck to confirm current UAE availability for the Fortinet FortiSwitch FS-1024E. Supply can depend on model status, quantity, regional ordering options, requested support term, transceiver requirements and vendor lead time. A useful availability request should include the required quantity, preferred delivery location, target date and whether the quotation must include optics, power accessories, FortiCare, licenses, installation or configuration. FourTeck can then coordinate the commercial and technical requirement as one project rather than treating each item as an unrelated purchase.
Delivery and project coordination should be discussed after the exact requirement is confirmed. Installation dates, firmware planning and cutover windows cannot be guaranteed from the product name alone because each data-center environment has different access rules, maintenance windows and upstream dependencies. If engineering assistance is required, include that scope in the quote request. For a supply-only purchase, buyers should still confirm support entitlement, warranty guidance and the process for handling transceiver or hardware compatibility questions.
To start the process, use the FourTeck contact page and share the network diagram or port schedule if available.
Dubai, Abu Dhabi, Sharjah and Ajman coverage
Businesses in Dubai, Abu Dhabi, Sharjah and Ajman can contact FourTeck for FS-1024E requirement review, quotation coordination and project planning. The same technical questions apply across the UAE: how many 10GE connections are required, which optics will be used, what uplink speed is expected, whether the switch will operate as a single unit or resilient pair, and which management platform will control it. A clear requirement makes it easier to coordinate supply and deployment without repeating technical discovery after the order has been placed.
For multi-site organisations, FourTeck can also help standardize the bill of materials so similar sites use consistent optics, software assumptions and support terms where appropriate. That does not mean every location needs the same switch; a headquarters data center may justify the FS-1024E while smaller branches may need lower-density secure-access models. A combined architecture review can help prevent over-specification at small sites and under-sizing at the core.
GCC Availability
FourTeck can assist organisations planning Fortinet switching projects across GCC markets with requirement review, model selection, quotation coordination and deployment planning. For an FS-1024E enquiry, the most useful information is the destination country, required quantity, 10GE port count, preferred optics or cable types, 40/100GE uplink design, management mode, support term and expected project schedule. This information helps determine whether the requested model and accessory set match the actual network design before commercial arrangements are finalized.
Requirements in the United Arab Emirates, Saudi Arabia, Kuwait, Qatar, Bahrain and Oman may differ because product lead times, license region, shipping arrangements, service availability and project-access conditions can vary. FourTeck can discuss regional coordination, but availability, delivery schedules, installation visits and vendor lead times should be confirmed for the specific country and project. Buyers should not assume that availability in one GCC market automatically applies to another. If the switch will be integrated with an existing FortiGate estate, include the FortiGate models and software versions so management and compatibility questions can be reviewed at the same time. Kuwait buyers can also use the FourTeck Kuwait enquiry channel for region-specific coordination.
Africa Availability
FourTeck supports business technology enquiries for Africa projects where organisations need enterprise switching, Fortinet security integration, optics, licensing or deployment guidance. For the FS-1024E, regional planning should begin with the destination country, exact quantity, fiber and transceiver requirements, power environment, rack location, support expectations and whether local engineering resources are available for installation. These details matter because a data-center switch project is usually more complex than shipping a single appliance; the useful outcome is a complete and compatible bill of materials.
Availability and fulfilment can vary across East Africa, West Africa, Southern Africa and other markets according to destination, vendor lead time, quantity, shipping arrangement, license region, power standards and local project conditions. FourTeck does not treat these variables as fixed until the project details are reviewed. Buyers in Kenya and Uganda can use the dedicated Kenya and Uganda channels, while wider regional enquiries can be coordinated through FourTeck Africa. Share the desired deployment schedule and any installation or support requirement so the response can reflect the real project rather than a generic product quote.
Related Fortinet options and services to consider
FortiSwitch FS-1048E / FS-1048G
Consider nearby higher-density FortiSwitch core/data-center models when the required number of 10GE links exceeds the 24-port profile of FS-1024E. Exact uplink counts and features differ by model and should be compared from current Fortinet data.
FortiSwitch FS-T1024E
This related model uses fixed copper multigigabit/10GE access ports rather than the fiber-oriented SFP/SFP+ access layout of FS-1024E. It can be relevant where the physical media requirement is copper.
FortiGate integration
FortiGate can manage FortiSwitch through FortiLink in supported designs. The FortiGate model, software version, scale and topology should be validated before making management assumptions.
FortiEdge Cloud or FortiSwitch Manager
Centralized management can be useful for larger estates or distributed administration. Licensing and supported capabilities depend on platform and deployment mode.
Transceivers and cabling
SFP/SFP+, QSFP+/QSFP28 optics, DACs, AOCs and breakout assemblies should be selected against speed, distance and supported compatibility. Do not treat them as generic accessories.
Installation and configuration services
Projects can include rack installation, cabling coordination, configuration, FortiLink onboarding, routing, VLANs, MCLAG, testing and documentation where those services are included in the agreed scope.
Why businesses contact FourTeck for this switch
The main value of a pre-sales discussion is not to repeat the data sheet. It is to connect the data sheet to the customer’s network. FourTeck can help clarify whether twenty-four 10GE fiber ports are enough, whether the upstream layer is ready for 100GE, whether the existing fiber plant matches the selected optics and whether the proposed management model fits the customer’s FortiGate and operations team. These questions often reveal missing items before procurement, when changes are easier and less expensive.
FourTeck can also help structure the bill of materials. A complete quotation may need chassis hardware, support, optical modules, direct-attach cables, spare power supplies, Advanced Switching licensing, cloud management subscriptions or engineering services. Not every project needs every item. The goal is to identify what is necessary for the specific deployment and leave optional elements clearly separated so procurement teams can compare alternatives.
For migration projects, FourTeck can discuss cutover planning, configuration review and the information engineers need before implementation. For greenfield deployments, the discussion can start from a topology diagram and expected traffic flows. For regional projects, FourTeck can coordinate product and service enquiries through its UAE, GCC and Africa channels without making unverified promises about stock or installation dates. More company information is available on the FourTeck about page.
What buyers are trying to determine before choosing the FS-1024E
A common research pattern around this model starts with a simple question: is the FS-1024E a normal 24-port office switch or a data-center device? The practical answer is that its interface layout makes it a specialized high-speed aggregation product. The twenty-four primary slots are SFP/SFP+ rather than RJ45 user-access ports, and the two QSFP28 interfaces are intended for high-capacity uplinks. A business that mainly needs copper desktop connections, PoE access points or IP phones should compare other FortiSwitch families. A business connecting servers, firewalls, fiber distribution or virtualization infrastructure is much closer to the intended use case.
Can it run without a FortiGate?
Yes, Fortinet documents standalone operation for FortiSwitch alongside FortiGate-managed, FortiEdge Cloud and FortiSwitch Manager approaches. The important follow-up is what features the buyer expects in standalone mode. Dynamic routing capabilities may require the Advanced Switching license, so the management choice should be made together with the feature list.
Does every port run at 10GE?
The SFP/SFP+ access slots are designed for 1/10GE operation with supported modules and configuration. Actual speed depends on the optic, cable, far-end port and settings. A project that mixes 1GE and 10GE can use the same chassis, but the connection schedule should identify which links require which speed.
What is the point of the two 100GE ports?
They provide a much faster path toward the core or another aggregation layer. When traffic from several 10GE downlinks converges, a 100GE uplink can reduce the chance that the upstream link becomes the first bottleneck. The actual design may use one or both ports, redundant links or supported breakout modes.
Can the QSFP28 interfaces be split?
Fortinet documentation for split-port configuration shows that FS-1024E ports 25 and 26 can be split into four 25G or four 10G subports in supported configurations. This can be useful for fan-out designs, but the correct breakout cabling and far-end interfaces are required.
Another frequent buyer concern is the difference between the FS-1024E and FS-T1024E. The distinction is physical media. The FS-1024E is centered on SFP/SFP+ fiber or pluggable access, while the T1024E provides fixed copper ports capable of GE/MGIG/10GE. Both have two 100GE QSFP28 interfaces, but they address different cabling environments. A data center with short copper 10GBase-T runs may prefer the T model; a fiber-heavy aggregation layer may fit the FS-1024E more naturally. This is why model selection should begin with the cable plant, not just the desired speed.
Price research also needs context. Search-visible reseller prices for the chassis vary significantly by market, support bundle, condition, tax treatment and seller. A web price should therefore be treated as a market reference rather than a UAE selling price. The final FourTeck quotation should be based on current supplier terms, quantity, support level, optics and project scope. Optics can materially change total cost because a 24-port switch may require many transceivers, and 100GE modules or long-reach optics can be substantial line items. Buyers who compare only chassis prices may reach the wrong conclusion about total project cost.
Support and lifecycle questions are also common. Current Fortinet documentation available in August 2026 still includes FS-1024E in the official FortiSwitch ordering guide and lists it among the supported 1xxx models in FortiSwitchOS 8.0.0. That is more useful than relying on third-party lifecycle labels, which can be inconsistent. Even so, buyers with multi-year deployment plans should request current lifecycle, support-term and replacement-path guidance as part of the quotation rather than assuming long-term status from a search result.
Finally, buyers want to know whether the switch is “secure” in a practical sense. FortiSwitch can participate in Fortinet’s integrated network-access architecture, and the ordering guide lists access security, FortiLink, NetFlow, MCLAG and Layer 3 routing capabilities for this part of the portfolio. These capabilities do not eliminate the need for good architecture. VLAN design, authentication, management-plane protection, routing policy, logging, firmware maintenance and administrative access still determine how securely the switch is operated. The product provides the platform; the deployment design determines how that platform is used.
Decision questions buyers often ask before procurement
Do I need two FS-1024E switches or is one enough?
One unit can satisfy a non-redundant aggregation requirement, but a core or data-center design often evaluates device-level redundancy. If the business cannot tolerate a switch outage, discuss a matched pair, MCLAG, dual-homed downstream links and redundant upstream paths. A second switch changes cabling, optics, power and configuration, so it should be designed from the beginning rather than added as an afterthought.
What should I send FourTeck for an accurate optics quote?
Send a simple link table: device A, device B, required speed, distance, fiber type, connector type and whether direct-attach cabling is acceptable. If existing optics must be reused, provide their exact part numbers. This is far more reliable than asking for “24 SFPs” because SFP/SFP+, wavelength, reach and fiber type are not interchangeable details.
Can I use it as a Layer 3 core?
The platform supports Layer 3 routing. The precise answer depends on the required protocols, management mode, FortiSwitchOS release and licensing. Fortinet’s ordering guide notes that Advanced Switching licensing enables dynamic routing protocols in standalone mode. Share the required static routes, OSPF, BGP or other routing functions so the design can be checked against current documentation.
Should I manage it through FortiGate?
FortiGate management through FortiLink can be attractive when the organisation wants integrated Fortinet switching and security operations. It is not automatically the right model for every data-center team. Compare administrator ownership, required routing features, FortiGate scale, change-control processes and monitoring tools before choosing between FortiLink and standalone or centralized alternatives.
How do I know if 24 ports will be enough in three years?
Build a growth estimate rather than buying only for current occupancy. Count existing 10GE links, planned server additions, firewall interfaces, inter-switch links and spare capacity. If growth pushes the design close to the physical limit, compare a higher-density FortiSwitch or a multi-switch architecture before committing to the chassis.
What is usually forgotten in the budget?
Optics, breakout assemblies, support, cloud or advanced-feature licensing, spare power supplies, rack accessories, configuration time, migration planning and after-hours cutover work are common omissions. Ask for a project-level quotation that separates mandatory and optional items so procurement can see total cost and technical dependencies clearly.
Frequently asked questions
What is the Fortinet FortiSwitch FS-1024E used for?
It is used for high-speed data-center, aggregation and campus-core switching where organisations need multiple 10GE SFP/SFP+ connections and up to 100GE uplinks.
How many 10GE ports does the FS-1024E provide?
Fortinet lists 24 x 10GE SFP/SFP+ slots, plus two 100GE QSFP28 interfaces for high-speed uplinks or supported breakout configurations.
Can the FS-1024E be managed by a FortiGate?
Yes. FortiLink support allows compatible FortiGate systems to manage FortiSwitch devices. FortiGate model, FortiOS version, topology and supported scale should be confirmed before deployment.
Can the FS-1024E run in standalone mode?
Yes. Fortinet supports standalone FortiSwitch operation. Some advanced routing functions in standalone mode may require the Advanced Switching license, depending on the required protocols and software release.
Does the FS-1024E support MCLAG?
Yes. MCLAG is supported. Fortinet recommends matching peer switches by hardware model and software version, and the topology should be designed for the intended failure scenarios.
Are transceivers included with the switch?
Do not assume that the required transceivers are included. Optics, DACs, AOCs and breakout cables should be specified according to distance, speed and compatibility and confirmed in the quotation.
Does the FS-1024E require a cloud subscription?
No cloud subscription is required simply to identify the hardware, but FortiEdge Cloud management is subscription dependent. Management and licensing should be selected according to the deployment model.
Is the FS-1024E available in Dubai and the UAE?
Contact FourTeck to confirm current UAE availability. Supply, lead time and quotation can vary by quantity, support term, optics, regional ordering options and vendor lead time.
What information is needed for an FS-1024E quotation?
Provide quantity, deployment role, 10GE port count, 40/100GE uplink needs, optics and cable details, management mode, support term, destination and any installation or configuration requirement.
Plan the FS-1024E as a complete switching project
A successful FS-1024E deployment starts with more than the chassis. Confirm the network role, optics, uplink speed, management model, routing requirements, redundancy, software compatibility, support term and installation scope before the order is finalized. FourTeck can help UAE buyers review these details and prepare a quotation that separates required hardware, licenses, accessories and services clearly.
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