Fortinet FortiSwitch 1024E in Dubai, UAE
The FS-1024E is a compact 1RU Layer 2/3 fiber switch for business networks that need concentrated 1/10GbE connectivity with high-capacity 40/100GbE uplinks. It is designed for campus core, data-center aggregation, server and firewall connectivity, and other projects where a standard access switch does not provide the required interface speed or uplink headroom. FourTeck.com helps buyers translate the network diagram into the correct switch, optics, support, and deployment bill of materials before ordering.
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Quick Product Information
Fortinet
FS-1024E
Managed Layer 2/3 campus core and data-center switch
24 x 10G/1G SFP+/SFP
2 x 100G/40G QSFP28/QSFP+
880 Gbps duplex
1309 Mpps at 64-byte packets
1RU rack mount
Dual hot-swappable AC supplies
Not provided on this model
FortiGate/FortiLink, standalone GUI/CLI, or supported centralized platforms
Confirm optics, support, software context, rack, power, and uplink plan before quote
Buyer Snapshot: Is This the Right Switch?
This model makes the most sense when the network is already designed around fiber or SFP/SFP+ connectivity and twenty-four 1/10GbE ports are enough for the planned server, firewall, distribution, or aggregation links. The two high-speed QSFP interfaces give the architecture a path toward 40GbE or 100GbE upstream connections. Buyers should not select it simply because it is a 1000 Series model; the media type, uplink count, redundancy design, and growth plan are more important than the family name.
Fiber aggregation, compact cores, server rows, firewall aggregation, and high-speed distribution links.
High 10GbE density in 1RU with 100GbE-class uplink options and redundant power.
SFP/SFP+ and QSFP28 optics, fiber type, link distance, DAC compatibility, and upstream port capabilities.
Organizations that need Layer 2/3 switching with Fortinet-aligned or standalone operations.
If the project needs more than 24 fiber-facing ports or more 100GbE uplinks, compare a denser model before purchase.
Port map review, alternative selection, support planning, quote preparation, and UAE delivery coordination.
Product Overview
Modern core and aggregation networks often face a mismatch between access-switch port counts and the much higher bandwidth required between servers, firewalls, storage-facing systems, and upstream network layers. The FS-1024E addresses that requirement with twenty-four ports that accept 1GbE or 10GbE SFP/SFP+ connectivity and two QSFP interfaces that support 40GbE or 100GbE operation. This layout is particularly useful when a design has a moderate number of high-speed fiber links but still needs significant uplink capacity without moving immediately to a larger chassis or a much denser fixed switch.
The platform is intended for Layer 2 and Layer 3 use, so it can sit in more than one part of the topology. In a data center it can aggregate server NICs, firewall interfaces, virtualization hosts, or other 10GbE devices. In a campus environment it can serve as a compact core or distribution switch for building, floor, or service links. It can also be used as a high-speed aggregation point around FortiGate appliances when the design requires multiple network zones, VLAN trunks, redundant firewall connections, or consolidated uplinks. The correct role depends on whether routing takes place on the switch, the firewall, or another network layer.
Performance figures matter, but so does operational fit. Fortinet lists 880 Gbps switching capacity, a 1309 Mpps forwarding rate for 64-byte packets, approximately one microsecond of network latency, support for up to 4K VLANs, and 64K MAC address storage. These published platform values help describe the scale of the switch, but they should not be used as a substitute for a topology review. Real traffic behavior depends on frame sizes, oversubscription, routing features, link aggregation, firmware, connected devices, application patterns, and the resilience design.
For UAE procurement teams, the more practical question is whether the model fits the project’s port map and media strategy. A fiber-centric design can benefit from the SFP/SFP+ layout, while a copper-heavy environment may be better served by the T1024E family. Organizations that need forty-eight 10GbE fiber ports or additional 100GbE uplinks should compare a higher-density option such as FS-1048G. FourTeck.com can help review these trade-offs before quotation so the purchase includes the right switch, transceivers, cables, support term, and installation assumptions rather than only the base hardware.
Key Business Benefits
◆ High-Density 10GbE Fiber Connectivity
Twenty-four SFP/SFP+ interfaces give network teams a compact way to connect servers, firewalls, distribution switches, storage-facing devices, or other fiber-based systems at 1GbE or 10GbE. For a business, this can reduce the number of separate aggregation devices required and create a cleaner high-speed rack design where 10GbE is the dominant connection speed.
◆ 100GbE Uplink Headroom
Two QSFP28/QSFP+ ports provide high-capacity paths toward upstream core, spine, firewall, or aggregation layers. This helps avoid immediately bottlenecking multiple 10GbE links into a low-speed uplink. The correct design still needs redundancy and oversubscription planning, but 40/100GbE capability gives buyers room to build a more balanced topology.
◆ Compact 1RU Footprint
Data rooms and campus racks often have limited space. A 1RU form factor allows high-speed switching to be added without consuming multiple rack units. This can simplify capacity planning in dense racks, especially where servers, firewalls, patch panels, and power distribution already compete for space.
◆ Redundant Power Design
Dual hot-swappable AC power supplies support more resilient deployment planning than a single-supply platform. In a properly designed rack, the two power inputs can be aligned with separate power paths or PDUs where the facility supports them. This does not replace UPS or site-level power design, but it helps reduce a single hardware power-supply failure point.
◆ Flexible Management Choices
The switch can be managed through FortiGate using FortiLink in supported designs, or operated in standalone mode through its own GUI or CLI. Fortinet also supports centralized management approaches for larger estates. This flexibility helps organizations align switch operations with the network team’s existing Fortinet architecture or use the hardware in a more traditional switch-management model.
◆ Better Growth Planning
A buyer can plan around 10GbE access today while reserving high-speed uplinks for growth. The real value is not simply future speed; it is the ability to map likely server, firewall, and distribution growth before purchase. FourTeck can help determine whether this 24-port profile is enough or whether a 48-port or 25GbE platform will deliver a better lifecycle fit.
Product Highlights
The strongest reason to consider the FS-1024E is its interface balance. It does not try to be a general-purpose office access switch. Instead, it concentrates on high-speed optical or compatible direct-attach connections, making it more suitable for aggregation and core roles where 10GbE links need to be gathered into faster upstream paths. The 24-port SFP/SFP+ layout is useful for projects where media flexibility matters, because the final link type can be selected with suitable transceivers or cabling rather than being fixed to copper RJ45 interfaces.
The switch is appropriate where multiple 10GbE links must be consolidated in one rack unit.
Two 40/100GbE-capable QSFP interfaces support backbone, upstream, or inter-switch design options.
Suitable for VLAN switching and routing roles according to the chosen software and topology.
Can fit FortiGate-managed environments or standalone switch administration models.
The switch also includes a dedicated service port and an RJ45 serial console port, which are useful for administration and deployment access. Its published hardware platform includes 8 GB DDR4 memory, 32 MB NOR flash, and an 8 GB SSD. Fortinet lists up to 4K VLANs, up to 24 members in a link aggregation group, eight queues per port, and an 8 MB packet buffer. These figures can matter in large or segmented environments, but the configuration should always be checked against the current software release and exact feature matrix.
A key purchase consideration is that the base switch does not provide Power over Ethernet. That is normally not a drawback in a data-center or fiber aggregation role, but it matters if the same purchase is expected to power wireless access points, cameras, phones, or other endpoints. Similarly, transceivers are not something to choose after the hardware arrives. Buyers should confirm speed, wavelength, fiber type, distance, connector, upstream compatibility, and any breakout requirement as part of the bill of materials.
Technical Specifications
| Specification | FS-1024E Detail | Buyer Note |
|---|---|---|
| Brand | Fortinet | Confirm exact hardware and support SKU on quotation. |
| Model / Manufacturer Part | FS-1024E | Do not confuse with FS-T1024E copper model. |
| Product Type | Managed Layer 2/3 campus core and data-center switch | Suitable role depends on routing and topology design. |
| Main Network Interfaces | 24 x 10G/1G SFP+/SFP | Optics or compatible DACs should be selected separately. |
| High-Speed Interfaces | 2 x 100G/40G QSFP28/QSFP+ | Check upstream speed and breakout plan where required. |
| Service Port | 1 x 10/100/1000 service port | Useful for management access in supported configurations. |
| Console | 1 x RJ45 serial console | Plan console access for commissioning and recovery procedures. |
| Switching Capacity | 880 Gbps duplex | Published platform capacity; real traffic depends on design and features. |
| Packet Forwarding | 1309 Mpps, 64-byte packets | Use as a platform reference, not an application guarantee. |
| Network Latency | Approximately 1 microsecond | Actual end-to-end latency includes connected infrastructure and workloads. |
| MAC Address Storage | 64K | Relevant for larger Layer 2 environments. |
| VLANs Supported | 4K | Practical VLAN design should be documented before migration. |
| IPv4 / IPv6 Routing | Supported | Exact routing features can vary with software and management mode. |
| Link Aggregation Group Size | Up to 24 | Confirm LAG design with connected equipment. |
| Queues / Packet Buffer | 8 queues per port / 8 MB packet buffer | Traffic classes and QoS policy should follow application needs. |
| System Memory | 8 GB DDR4 | Platform hardware specification. |
| Flash / Drive | 32 MB NOR / 8 GB SSD | Internal platform storage; not business data storage. |
| Form Factor | 1RU rack mount | Allow suitable front-to-back airflow and service clearance. |
| Dimensions | 44 x 410 x 440 mm (H x D x W) | Verify cabinet depth, rails, patching, and cable bend radius. |
| Weight | 6.58 kg | Useful for rack loading and handling planning. |
| Power Input | 100-240V AC, 50-60Hz | Confirm power cords, PDU type, and facility standards. |
| Maximum Power Consumption | 176 W | Include switch load in UPS and rack power planning. |
| Power Supplies | Dual hot-swappable AC | Use separate power paths where the facility design supports them. |
| Airflow | Front to back | Align with rack hot-aisle/cold-aisle or room airflow strategy. |
| Operating Temperature | 0°C to 45°C | Environmental compliance should be checked for the actual room. |
| PoE | No PoE output | Choose a PoE model if powered endpoints are part of the same requirement. |
| Support / Warranty | Based on Fortinet policy and selected FortiCare/support option | Confirm current entitlement, replacement terms, and lifecycle status during quotation. |
How to Choose the Correct Configuration
A correct switch purchase starts with a port map rather than a model number. List every connection that will terminate on the switch, the required speed, the media type, and the expected growth over the planned service life. Separate current 1GbE links from true 10GbE requirements. Then identify which devices need 40GbE or 100GbE upstream connectivity. This prevents a common procurement problem where a switch is purchased with enough physical ports but the wrong media, insufficient uplinks, or no room for redundancy.
1. Map the workload
Identify servers, firewalls, distribution switches, storage systems, virtualization hosts, or network services that will use the 10GbE ports.
2. Confirm optics
Specify fiber type, wavelength, connector, distance, speed, and compatibility on both ends of every SFP/SFP+ and QSFP link.
3. Plan resilience
Decide whether hosts and upstream devices will use dual links, LACP, MC-LAG, separate switches, or other redundancy patterns.
4. Choose management
Confirm whether the switch will be FortiGate-managed with FortiLink, standalone, or centrally managed through another supported Fortinet platform.
5. Check rack and power
Verify cabinet depth, front-to-back airflow, patch-panel layout, dual power feeds, UPS capacity, PDU outlets, and service clearance.
6. Review support
Select the FortiCare or support approach that matches the business continuity requirement and replacement expectations.
Before requesting a quotation, send FourTeck.com the current topology, required port count, speed and media for each link, upstream device models, FortiGate model if applicable, desired support term, quantity, destination, and any target migration date. If the network will expand during the next few years, include the expected additional ports and bandwidth. That information allows a more useful quote than simply asking for the base switch because the real project cost often depends on optics, cables, support, redundant paths, and whether a denser switch should be chosen from the start.
Ideal Business Use Cases
The switch is most useful in environments where the access speed and physical media have already moved beyond ordinary office Ethernet. It is not designed to replace a PoE access switch for phones, cameras, or wireless access points. Its strength is concentrated fiber switching, high-speed uplinks, and a compact form factor that can sit close to servers, firewalls, or the network backbone.
Server and Virtualization Aggregation
Organizations with multiple 10GbE server NICs can use the switch as an aggregation layer when the host design, VLAN model, redundancy, and upstream bandwidth fit the port count. Virtualization clusters often create significant east-west traffic, so buyers should calculate uplink oversubscription and confirm whether storage, migration, management, and application traffic share the same fabric.
FortiGate Firewall Aggregation
The model can aggregate multiple high-speed firewall interfaces, HA members, VLAN trunks, or security zones around a FortiGate deployment. Network architects should document which traffic is switched locally and which traffic must pass through firewall inspection so the topology does not accidentally bypass intended security controls.
Campus Core or Distribution
A medium campus or large building can use a compact high-speed switch to aggregate distribution or access-layer uplinks when the total number of 10GbE connections remains within the available port count. The 100GbE ports can provide higher-capacity connections toward another core layer, data center, or firewall depending on the architecture.
Data-Center Top-of-Rack
In racks where servers use 10GbE optical or compatible direct-attach connections, a 24-port 1RU profile can fit top-of-rack or end-of-row designs. The project should still consider dual-switch redundancy, cable reach, airflow, NIC compatibility, and whether future hosts are moving to 25GbE before standardizing the model.
Storage-Facing Network Paths
The switch can participate in Ethernet storage designs where the storage vendor supports the intended protocols, speeds, QoS, redundancy, and multipathing approach. Buyers should not assume that every storage workload belongs on the same switching fabric; isolation requirements and vendor design guidance remain important.
Network Modernization Projects
Businesses replacing older 1GbE or earlier 10GbE aggregation platforms can use this model as part of a staged refresh when twenty-four high-speed ports remain sufficient. Before replacement, compare existing transceivers, link distances, routing design, management workflow, rack power, and support requirements so the migration does not inherit avoidable limitations.
FortiSwitch 1024E High-Speed Switching and Uplink Design
The most important performance characteristic is not a single throughput number; it is how the port layout allows multiple 10GbE connections to feed into a smaller number of much faster uplinks. Twenty-four 10GbE-capable SFP/SFP+ interfaces can represent a substantial amount of aggregate edge bandwidth. The two QSFP28/QSFP+ interfaces give network architects a way to connect that traffic to 40GbE or 100GbE upstream paths, depending on the connected equipment and selected optics. This is useful in networks where server or distribution traffic has grown faster than the original core links.
A buyer should still calculate oversubscription rather than assuming that a 100GbE uplink eliminates congestion. For example, the traffic profile of twenty busy 10GbE servers is very different from twenty distribution links that rarely peak at the same time. Virtual machine migration, backup windows, storage replication, east-west application traffic, and security inspection can create short but intense bursts. Network teams should look at real interface utilization and business workload patterns before deciding whether one or both high-speed ports should be used for upstream connectivity.
For projects that require additional 100GbE uplinks or more than twenty-four 10GbE fiber ports, a denser platform may be more suitable even if the base switching capacity appears adequate. FourTeck can help compare the physical topology and growth requirement before the organization standardizes a model across multiple racks or sites.
FortiSwitch 1024E FortiLink, Standalone and Central Management
Management choice influences how the switch fits into day-to-day operations. In a Fortinet-centered network, supported FortiGate models can manage FortiSwitch devices through FortiLink. This approach can bring switching configuration closer to the firewall environment and is useful for organizations that want a consistent operational model across security and LAN infrastructure. The exact number of switches, feature availability, topology options, and supported FortiOS combinations depend on the FortiGate and software release, so compatibility should be checked before purchase.
The platform can also operate in standalone mode. Fortinet documents direct management through the switch GUI or CLI, which may be preferred in a traditional data-center design where the switching team wants independent control. Centralized FortiSwitch management platforms are another option for larger estates. The important point for a buyer is that hardware selection and management architecture should be discussed together. A switch that is technically capable of the required forwarding role may still be a poor operational fit if the chosen management platform, firmware policy, monitoring tools, or change-control process does not align with the organization.
Useful for supported FortiLink designs where switching is integrated with Fortinet security operations.
Direct GUI and CLI administration for teams that operate the switch independently.
Suitable when a larger FortiSwitch estate needs consistent configuration and lifecycle administration.
Before quotation, share the existing FortiGate model, software version, desired management method, and any centralized monitoring or automation requirements. This allows the project team to identify licensing, software, or architecture questions before the switch reaches the rack.
FortiSwitch 1024E Resilience, Power and Rack Planning
High-speed network equipment often becomes a critical dependency for many servers and services, so physical resilience deserves the same attention as port speed. The switch uses dual hot-swappable AC power supplies. In a properly engineered rack, the two supplies can be connected to separate PDUs or power paths where the facility supports that arrangement. The design should then be backed by appropriate UPS capacity and room power planning. Redundant supplies reduce one hardware failure risk, but they do not protect against a shared upstream circuit, overloaded PDU, failed UPS, or room-level power event.
Airflow also matters. Fortinet specifies front-to-back airflow and a maximum power consumption of 176 W for the model. The rack should be arranged so intake air is not recirculated from hot exhaust, especially in dense server rooms. UAE data rooms can experience significant cooling demands, so cabinet placement, blanking panels, cable obstruction, ambient temperature, and cooling redundancy should be reviewed rather than assuming the switch will operate correctly in any enclosed cabinet. Fortinet lists an operating range up to 45°C, but normal production design should aim for controlled room conditions well within equipment limits.
Physical dimensions are also part of the purchase decision. A 1RU device saves vertical space, yet transceivers, fiber patch cords, DAC bend radius, rear power cables, and service access can require more depth than the chassis itself. The rack layout should leave room for clean front patching and access to the power supplies. For redundant network designs, consider whether the second switch will be placed in the same rack, a separate rack, or a separate power and fault domain.
Questions Business Buyers Ask Before Selecting This Switch
The answers below focus on the decisions that normally affect whether the hardware will work in a real network: interface type, uplink capacity, management model, redundancy, optics, future growth, and support. They are intended to help technical teams and procurement teams prepare the information required for an accurate bill of materials.
Is this model suitable for a 10GbE fiber aggregation project?
Yes, when the project needs up to twenty-four 1/10GbE SFP/SFP+ connections and the upstream design can use the two high-speed QSFP ports. It is particularly relevant for server, firewall, or distribution aggregation. Buyers should confirm the exact number of required links, fiber type, transceiver compatibility, redundancy pattern, and expected growth before deciding that twenty-four ports are sufficient.
Can it be used as a campus core switch?
It can fit a campus core or distribution role where its port density, routing needs, uplink count, and resilience design match the site. A medium campus with 10GbE building or floor uplinks may find the layout suitable. Larger environments should calculate how many redundant links are required and whether additional 100GbE uplinks or a 48-port model would provide a better long-term fit.
What optics and cables should be ordered with it?
The correct optics depend on speed, distance, fiber type, wavelength, connector, and the interface at the far end. Short rack connections may use compatible direct-attach cabling in some designs, while longer links can require suitable SFP/SFP+ or QSFP optics. Do not order transceivers only by port speed; validate both endpoints and the physical fiber plant before the quotation is finalized.
Can the switch work without a FortiGate firewall?
Yes. Fortinet documents standalone management through the switch GUI and CLI. FortiGate management through FortiLink is an option rather than a requirement. Buyers should choose the management model before deployment because configuration workflow, firmware operations, monitoring, feature availability, and centralized control may differ. If FortiGate management is planned, share the firewall model and software version for compatibility review.
Does the base switch provide PoE for access points or cameras?
No. The FS-1024E is not a PoE access switch. That is appropriate for many fiber aggregation and data-center roles, but it means powered endpoints need a separate PoE-capable switch or their own power arrangement. If the requirement is high-speed copper plus PoE, compare the appropriate T-series PoE model rather than assuming PoE can be added later to this chassis.
Should we use one switch or deploy a redundant pair?
A redundant pair is often considered when the connected services cannot tolerate a single-switch failure, but the correct design depends on host NICs, upstream devices, routing, LACP or MC-LAG strategy, and application resilience. Buying two switches does not automatically create high availability. The cabling, power feeds, logical topology, and failure behavior must be designed so traffic can continue when one component is unavailable.
What should we check when replacing an older 10GbE switch?
Compare port media, optics, fiber plant, VLANs, routing, LAG configuration, management workflow, rack depth, airflow, power feeds, and support status. Existing SFP+ modules should not be assumed compatible merely because the link speed is the same. A migration plan should also identify configuration dependencies and the rollback method so the change does not create unexpected downtime.
When should a buyer consider a higher-density model?
Consider a denser switch when the project needs more than twenty-four fiber-facing links, additional 100GbE uplinks, or substantial growth during the planned service life. A 48-port model can reduce the need to add another switch later, but it may also increase cost and power. The right decision comes from the port map, redundancy plan, and expected expansion rather than choosing the largest model available.
What information should we send FourTeck for an accurate quote?
Share the quantity, required 1/10GbE port count, 40/100GbE uplink plan, connected device models, fiber or DAC preference, link distances, FortiGate model if applicable, management method, support term, rack and power details, destination, and target deployment schedule. Also mention future growth. This helps the quotation include the right optics, support, accessories, and alternative models where appropriate.
Business Requirements to Match Before You Buy
For businesses that need 10GbE server aggregation
This switch can fit when servers present supported 1/10GbE SFP/SFP+ connections and twenty-four ports cover the rack or aggregation zone. Teams should confirm dual-homing, peak east-west traffic, virtualization migration traffic, and whether the 100GbE uplinks provide enough headroom after a link failure.
For a compact campus core
A suitable option when building or floor uplinks are primarily 10GbE fiber and the design needs high-speed upstream connectivity in one rack unit. Before ordering, calculate redundant uplinks, routing ownership, VLAN scale, and growth so the port profile remains practical for the expected campus lifecycle.
For Fortinet-aligned operations
Organizations using FortiGate can evaluate FortiLink management where the firewall model, software, and topology support it. Teams that prefer independent switching can operate the platform standalone. Procurement should confirm the intended management model early because it influences software planning, support, monitoring, and change control.
For networks replacing older fiber switches
Buyers replacing an older aggregation switch should validate existing optics, fiber distance, connector types, LAG behavior, routing configuration, rack power, and airflow. Reusing accessories without verification can create hidden migration risk even when both old and new platforms advertise 10GbE interfaces.
For projects planning future expansion
The 24-port profile is efficient when growth is controlled, but it can become restrictive if many additional 10GbE links are expected. Compare the cost of a denser model against adding a second switch later, including extra optics, rack space, power, management overhead, and uplink consumption.
For procurement teams building a complete BOM
The base hardware is only one line item. A complete order may require transceivers, fiber patch leads or DACs, support coverage, spare power components, rack accessories, and professional services. Confirm each item against the actual topology so the deployment is not delayed by a missing optical or cabling component.
What Buyers Should Check Before Purchase
A switch can match the datasheet and still be the wrong purchase if the surrounding network has not been considered. Start by confirming the exact model and manufacturer part number because the 1024E and T1024E families use different physical media. The FS-1024E is centered on SFP/SFP+ fiber or compatible direct-attach connectivity, while the T model uses high-speed copper. This difference affects transceivers, cable plant, rack patching, and endpoint compatibility.
Configuration Fit
Count active and future 10GbE links, then reserve ports for redundancy and maintenance. Confirm whether both 100GbE-class ports are needed for uplinks or whether one may be used for another high-speed connection. If the design already approaches the 24-port limit, evaluate a denser switch before issuing the purchase order.
Compatibility Check
Validate every SFP/SFP+ and QSFP module against the switch and far-end device. Check speed, wavelength, distance, fiber type, connector, breakout support, and firmware requirements. Existing optics may not be suitable even if they have the same physical form factor.
Availability and Warranty
Availability can vary with hardware supply, support term, optics, and quantity. Warranty and replacement handling should be reviewed against the selected Fortinet policy or FortiCare entitlement. Ask for the exact support SKU and service term on the quote rather than assuming a reseller statement applies to every purchase.
Quote Preparation
Provide the topology, device models, link speeds, quantity, support requirement, deployment location, and target schedule. If the switch will replace existing hardware, include the old model and current optical inventory. This lets FourTeck identify missing accessories or a more suitable alternative before the order is finalized.
Long-term cost should include more than the chassis. Consider transceiver count, spare optics, support renewals, rack power, cooling, monitoring, configuration effort, and whether a second switch is required for redundancy. If a larger model prevents an early expansion project, it may offer better lifecycle value. Conversely, oversizing every site can add unnecessary cost. FourTeck.com can help balance these factors so the selected model matches the business requirement rather than simply matching a line in a tender.
UAE Availability and Service Support
FourTeck.com supports business technology inquiries in Dubai and across the UAE with product-selection guidance, configuration review, quote preparation, delivery coordination, and warranty guidance. For a high-speed switch such as the FS-1024E, availability is only one part of the purchasing decision. Buyers also need to know whether the required optics, support term, power components, and compatible accessories can be supplied as one workable bill of materials.
Current supply can vary based on manufacturer channel status, distributor inventory, order quantity, support options, and the exact accessory list. FourTeck does not treat a model page as a live stock guarantee. Instead, the sales process can confirm the required quantity, expected sourcing path, delivery destination, and any timing constraints before the purchase order is placed. For project deployments, this is especially important because a switch without the correct transceivers or support entitlement may not be ready for installation even if the base hardware is available.
UAE buyers can also request configuration assistance before quotation. Share the network diagram, required link speeds, fiber or DAC distances, FortiGate details if applicable, redundancy plan, rack environment, and support preference. FourTeck can then help identify suitable options, related products, and areas that need confirmation. Warranty guidance is provided according to the selected product and support arrangement, not as an assumed blanket term.
Dubai, Abu Dhabi, Sharjah and Ajman Coverage
Businesses in Dubai, Abu Dhabi, Sharjah, Ajman, and other UAE locations can contact FourTeck.com for availability checks, product comparison, configuration guidance, and quotation support. The same technical questions apply regardless of city: how many 10GbE links are required, which optical modules and fiber distances are involved, whether the switch will be FortiGate-managed or standalone, and what level of power and network redundancy the project needs.
For multi-site organizations, FourTeck can help decide whether every location should use the same hardware or whether smaller and larger sites should use different models. Standardization can simplify operations and spare planning, but only when the selected switch fits each site’s port count, media type, rack, and growth requirement. Delivery coordination and final availability are confirmed during quotation based on destination and order scope.
Regional Availability for GCC and Africa Projects
FourTeck.com also supports business technology inquiries for selected GCC and Africa markets through regional platforms and project coordination channels. Organizations in Saudi Arabia, Qatar, Oman, Kuwait, Bahrain, Kenya, Uganda, and other supported locations may have different distributor availability, import requirements, warranty handling, lead times, currencies, and support options. For that reason, a UAE quotation should not be assumed to apply unchanged to another country.
Regional projects benefit from a standardized technical bill of materials. If multiple sites require the same switch, document the port map, optical standards, support term, power cords, and rack assumptions once, then identify country-specific differences. This can reduce deployment errors while still allowing the local delivery and support arrangement to be confirmed separately. Where sites have different network sizes, FourTeck can also help determine whether a smaller access or aggregation switch is more appropriate for some locations instead of forcing one model across the entire group.
For regional inquiry channels, buyers can use FourTeck Kenya, FourTeck Uganda, FourTeck Africa, or FourTeck Kuwait as relevant. Availability and final commercial terms remain country- and project-dependent.
Other Fortinet Switching Options Buyers May Consider
A good alternative is not simply the next model number. It should solve the specific reason the current model is not the best fit. Buyers may need more 10GbE ports, additional 100GbE uplinks, copper instead of fiber, PoE, or a different data-center speed. The options below help frame that decision without assuming one model is universally better.
FS-1048G
Consider this when the project needs 48 x 10GbE SFP/SFP+ ports and six 100GbE QSFP28 uplinks. It is better aligned with denser fiber aggregation or larger core requirements.
FS-T1024E
Choose the T model when the primary requirement is high-speed copper rather than SFP/SFP+ fiber. It supports multi-gigabit BASE-T interfaces with two 100GbE-class uplinks.
FS-T1024F-FPOE
Relevant when multi-gigabit copper endpoints also require high-power PoE. This is a different deployment profile and should be sized around endpoint power and cabling requirements.
FortiSwitch Family
For access, campus, rugged, and higher-capacity requirements, compare the broader Fortinet switching range before standardizing a single model across all network layers.
Fortinet Product Portfolio
Projects often combine switching with FortiGate, management, wireless, analytics, and support. Review related Fortinet product categories when building a complete secure-network solution.
The decision between these models should be based on media type, port density, PoE needs, high-speed uplink count, and the expected life of the network design. FourTeck can help compare the alternatives against the actual topology rather than relying on model-generation labels alone.
Why Business Buyers Contact FourTeck.com
Enterprise networking purchases are rarely complete when the hardware model is chosen. The operational result depends on optics, cabling, firmware, support, topology, rack power, redundancy, and the way the new switch connects to existing firewalls, servers, and distribution layers. FourTeck.com approaches the quotation as a project requirement rather than only a part-number request.
Assistance for single-unit requirements, project quantities, refresh programs, and multi-site bills of materials.
Review of port counts, uplink speeds, fiber media, optics, redundancy, and compatible alternatives before quotation.
Preparation of a clearer bill of materials so the buyer can see the switch, support, transceivers, and related items required for deployment.
Commercial and delivery details are confirmed according to destination, quantity, and supplier status rather than assumed from a product page.
Help reviewing the support entitlement and warranty approach attached to the specific quotation and product lifecycle.
Comparison with denser, copper, PoE, or higher-speed Fortinet models when the requested hardware is not the best architectural fit.
FourTeck does not need to claim that one switch is suitable for every customer. The useful role is to help the buyer avoid obvious selection errors: choosing copper when the rack is fiber-based, underestimating uplink demand, forgetting optics, failing to plan redundant power, or buying a 24-port switch for a network that is likely to exceed that density shortly after deployment. Sharing the network diagram and project goals early creates a better technical and commercial discussion.
Frequently Asked Questions
What is the FS-1024E mainly used for?
It is mainly used for high-speed fiber switching in campus core, data-center, server aggregation, firewall aggregation, and distribution roles. Its 24 x 1/10GbE SFP/SFP+ ports and two 40/100GbE QSFP interfaces make it more suitable for aggregation than ordinary office access. The exact role depends on topology, routing design, redundancy, connected devices, and the expected traffic profile.
Is the FS-1024E available in the UAE?
FourTeck.com can check current UAE availability and prepare a quotation based on the required quantity, support term, optics, and delivery destination. Availability can change with supplier status and accessory requirements, so this page does not represent a live stock guarantee. Contact FourTeck with the project requirement to confirm current sourcing and delivery options.
Can FourTeck help select SFP+ and QSFP28 modules?
Yes. Share the required speed, fiber type, link distance, connector, and far-end device for each connection. FourTeck can help identify the optical or compatible direct-attach requirements that should be reviewed for the bill of materials. Final compatibility should be verified against current Fortinet guidance and the connected equipment before ordering.
Can this switch be managed through FortiGate?
Fortinet supports FortiGate management of FortiSwitch through FortiLink in compatible designs. The actual feature set, topology, and number of managed switches depend on the FortiGate model and software combination. Buyers should provide the existing FortiGate model and software version so the intended management architecture can be checked before purchase.
Can it operate as a standalone switch?
Yes. Fortinet documents standalone administration through the switch GUI and CLI. This is useful for organizations that want independent switching operations rather than FortiGate-controlled management. The management decision should be made before deployment because configuration workflow, monitoring, firmware operations, and some features can differ by management mode and software release.
Does the switch power cameras, phones, or access points?
No. The FS-1024E does not provide PoE output. It is intended for high-speed fiber and aggregation roles rather than powered access endpoints. If a project needs multi-gigabit copper and PoE, a different FortiSwitch model should be evaluated. Separating core aggregation from access-layer PoE can also be a cleaner architecture in many enterprise networks.
What power and rack details should be checked?
The switch is a 1RU rack-mount unit with front-to-back airflow and dual hot-swappable AC supplies. Buyers should verify cabinet depth, power cord and PDU compatibility, UPS capacity, cooling direction, cable clearance, and whether the two power supplies can be connected to independent power paths. The rack should also allow clean front fiber patching and service access.
How do I know whether 24 ports are enough?
Create a port map that includes current links, redundant links, maintenance capacity, and expected growth. If the deployment already needs close to twenty-four 10GbE connections, a denser model may reduce the need for another switch soon after installation. Also count required 100GbE uplinks because uplink density can be just as important as access-port count.
Can businesses request project or bulk supply?
Yes. FourTeck can review multi-unit and multi-site requirements, including alternative models, support terms, optics, and delivery coordination. For larger projects, provide the network standard, quantity by site, target schedule, preferred support period, and any standard optical modules. This helps create a consistent bill of materials while still accounting for site-specific differences.
Need Help Finalizing the Right Switching Configuration?
Send FourTeck.com your port map, fiber distances, upstream device models, FortiGate details, redundancy plan, support preference, quantity, and UAE delivery location. The team can help review product fit, related Fortinet alternatives, optics, warranty guidance, and current quotation requirements before you place the order.
