FortiSwitch T1024E in Dubai, UAE
Built for organizations that need fast copper server access and high-capacity aggregation without moving every endpoint to fiber, this 1RU managed switch combines 24 multi-gigabit 10GBASE-T ports with two 40/100GbE QSFP uplinks. It suits data rooms, private-cloud racks, campus cores, firewall aggregation designs, and high-bandwidth business networks that need flexible port speeds, Layer 2/3 capability, and integration with the Fortinet Security Fabric.
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Quick Product Information
Fortinet
FS-T1024E
Managed Layer 2/3 Ethernet switch
24 × 100M/1G/2.5G/5G/10GBASE-T
2 × 40/100GbE QSFP28/QSFP+
1RU rack mount
Not provided on this model
Standalone or FortiGate-managed through FortiLink
Dual hot-swappable AC power supplies
Top-of-rack, server access, campus core, firewall aggregation
Subject to current supplier and quantity status
Share port, uplink, cabling, support, and deployment requirements
Fast Decision Snapshot for IT and Procurement Teams
This model is most relevant when the purchase decision starts with copper 10GbE connectivity rather than fiber density. It can consolidate mixed-speed copper devices on the same access layer while leaving two high-capacity uplink ports available for aggregation. Before approving a quotation, buyers should confirm whether they actually need PoE, whether the upstream design is 40GbE or 100GbE, and whether the organization intends to manage the switch directly or through a FortiGate environment.
Server-facing copper networks, aggregation designs, virtualization racks, and data rooms with high-bandwidth RJ45 devices.
A single access platform can accommodate several copper Ethernet speeds while supporting high-speed upstream connectivity.
Cable category, distance, rack airflow, uplink optics or DAC choice, desired redundancy, and management architecture.
This is a data-only switch. Buyers needing powered access devices should evaluate a PoE-capable alternative.
Product Overview
Modern business networks often contain a mix of server interfaces, storage appliances, security platforms, virtualization hosts, and legacy equipment that cannot all move to a single Ethernet speed at the same time. The T1024E addresses that practical challenge with 24 fixed copper access ports that can negotiate from 100 Mbps through 1, 2.5, 5, and 10 Gigabit Ethernet. That flexibility can be particularly useful in refresh projects where some systems already support 10GBASE-T while others remain on lower-speed copper interfaces. Instead of forcing a complete cabling and adapter replacement, the switch can provide a transitional path inside the same rack or network zone.
At the upstream side, two QSFP28/QSFP+ ports support 40GbE or 100GbE connectivity. These ports are intended for high-capacity aggregation toward a core, data-center fabric, FortiGate environment, or another suitable switching layer. Fortinet also documents split-port capabilities for this platform, which can be relevant where a design uses multiple lower-speed lanes rather than one full 100GbE connection. Buyers should validate the intended breakout mode, transceiver, and cable combination before ordering because optics and split configurations depend on the actual network design.
The switch supports Layer 2 and Layer 3 operation, VLAN segmentation, IPv4/IPv6 routing, link aggregation, QoS queues, and a substantial MAC table for enterprise switching. It can operate as a standalone switch with its own management interfaces, or it can be integrated with a FortiGate through FortiLink. The FortiLink approach is especially relevant for organizations that want switching policy, segmentation, and access control to align with a broader Fortinet Security Fabric design. Standalone operation remains useful for teams that prefer independent switch administration or where a FortiGate is not the controlling platform.
For UAE buyers, the key purchasing question is not simply whether 10GbE is required. It is whether the project specifically needs 10GbE over copper, whether the rack can support front-to-back airflow, whether redundant AC feeds are available, and whether upstream ports must run at 40GbE, 100GbE, or a supported breakout arrangement. FourTeck.com can help translate those design questions into a bill of materials that includes the switch, compatible optics or DACs where applicable, support services, and deployment-related accessories.
Key Business Benefits
The value of this platform is not limited to raw port speed. Its strongest business case appears when a network team needs to increase bandwidth without creating unnecessary complexity in cabling, management, or rack space.
◆ Mixed-Speed Copper Flexibility
Supporting multiple BASE-T speeds lets a business connect equipment with different network interface capabilities without placing every endpoint on a separate switch. This can reduce disruption during phased upgrades and make it easier to reuse suitable copper infrastructure where distance and cable quality meet the required Ethernet standard.
◆ High-Capacity Aggregation
Two 40/100GbE uplink ports provide a practical path from 10GbE server-facing connections into a faster aggregation layer. For buyers consolidating virtualization hosts, firewalls, or dense rack traffic, this upstream headroom can help avoid creating a low-speed bottleneck immediately above the access layer.
◆ Compact 1RU Deployment
Twenty-four copper access ports and high-speed uplinks are delivered in one rack unit. In facilities where rack space is expensive or already constrained, a compact format can simplify density planning and leave more space for servers, storage, firewalls, patching, and power distribution.
◆ Management Choice
The ability to use standalone management or FortiGate-controlled FortiLink gives organizations different operational models. A Fortinet-centric environment can centralize switching policy with the security platform, while another business can maintain direct switch administration where that better matches existing processes.
◆ Power Resiliency
Dual hot-swappable AC supplies support redundant power design. When the rack has independent power feeds or protected PDUs, this architecture can reduce the risk that a single power-supply failure takes the whole switch offline. Actual continuity still depends on the surrounding electrical design.
◆ Segmentation and Routing
Layer 2/3 capability, thousands of VLANs, link aggregation, and IPv4/IPv6 routing allow the switch to participate in more than simple endpoint connectivity. This is useful where IT teams need structured segmentation, resilient links, and local routing as part of a larger campus or data-center design.
Product Highlights That Matter in Real Deployments
The most important design characteristic is the fixed copper access layer. Every one of the 24 RJ45 data ports can operate across 100M, 1G, 2.5G, 5G, and 10GBASE-T, giving network architects flexibility when servers and appliances do not all use the same interface speed. The two QSFP uplink interfaces support 40GbE and 100GbE, creating a clear distinction between server-facing and aggregation-facing connectivity.
A platform specification designed for high-bandwidth switching workloads.
Suitable for environments with substantial packet-processing demand.
Designed for responsive data-center switching under vendor test conditions.
Supports a large Layer 2 device population.
Other practical highlights include 8 GB DDR4 memory, an 8 MB packet buffer, eight queues per port, support for up to 4,000 VLANs, one 10/100/1000 service port, and an RJ45 serial console port. The dual AC power supplies are hot-swappable, and the system uses front-to-back airflow. The maximum listed power draw for this model is 128 W. Because this switch is not a PoE model, it should not be selected for access points, cameras, phones, or other devices that require power from the Ethernet port unless those devices have separate power arrangements. Buyers should also check copper cable category and run length before assuming that an existing link can carry 10GbE reliably.
Technical Specifications
| Specification | Details |
|---|---|
| Brand | Fortinet |
| Model | FS-T1024E |
| Product type | Layer 2/3 managed rack-mount Ethernet switch |
| Access interfaces | 24 × 10G/5G/2.5G/1G/100M BASE-T RJ45 ports |
| High-speed uplinks | 2 × 100G/40G QSFP28/QSFP+ ports |
| Service / console | 1 × 10/100/1000 service port; 1 × RJ45 serial console port |
| PoE support | No PoE on this model |
| Switching capacity | 880 Gbps duplex |
| Forwarding rate | 1,309 Mpps at 64-byte packets |
| Network latency | Approximately 1 microsecond |
| MAC address storage | 64K |
| VLANs | Up to 4K |
| Routing | IPv4 / IPv6 routing supported |
| Link aggregation | Group size up to 24; total groups up to number of ports |
| Queues / packet buffer | 8 queues per port; 8 MB packet buffer |
| Memory / storage | 8 GB DDR4; 32 MB NOR flash; 8 GB SSD |
| Form factor | 1RU rack mount |
| Dimensions | 44 × 410 × 440 mm (H × D × W) |
| Weight | Approximately 6.54 kg |
| Input power | 100–240V AC, 50–60 Hz |
| Maximum power consumption | 128 W |
| Power supplies | Dual hot-swappable AC |
| Airflow | Front to back |
| Management | Standalone GUI/CLI or FortiGate switch-controller integration through FortiLink |
When choosing a configuration, start with the physical media. If servers and appliances expose RJ45 multi-gigabit ports, this model can simplify direct attachment. If most endpoints are SFP/SFP+ fiber or DAC-based, a fiber-oriented model may be a more natural fit. For each 10GBASE-T connection, verify cable category, installed length, patching quality, and NIC capability. Then design the uplink side: one or both QSFP ports may be used for high-capacity connectivity, redundancy, or supported split-port scenarios. The final bill of materials may need QSFP optics, DAC/AOC cables, patch leads, rack accessories, FortiCare coverage, and compatible upstream interfaces. FourTeck.com can review these elements before quotation so procurement receives a configuration that reflects the actual topology rather than only the base hardware SKU.
Configuration and Buyer Guidance
A successful purchase starts with a short network design review. Begin by counting how many devices require 10GbE copper today and how many additional ports are expected during the life of the switch. A 24-port platform can be a strong fit for a rack or aggregation zone, but buyers should avoid consuming every port on day one if future server additions are likely. It is also useful to separate devices that genuinely need 10GbE from those that can remain on 1G, 2.5G, or 5G. Mixed-speed support provides flexibility, but traffic engineering still matters when many lower-speed and higher-speed links converge on the same uplinks.
List server NIC speeds, firewalls, appliances, hypervisors, storage nodes, and any legacy devices that will remain in service.
Confirm whether the upstream core uses 40GbE, 100GbE, or a supported breakout design and identify the matching media.
Decide whether FortiLink integration is part of the architecture or whether the switch will run as a standalone managed device.
If powered endpoints are part of the same access layer, evaluate a PoE-capable model instead of assuming this platform supplies power.
Check front-to-back airflow, dual power feeds, PDU socket availability, rack depth, cable management, and ambient temperature.
Confirm FortiCare expectations, response requirements, product registration, firmware planning, and internal maintenance responsibilities.
Before requesting a quote, share a simple topology or at least the number of copper endpoints, required link speeds, upstream switch or firewall model, desired redundancy, rack location, support term, and delivery destination. This information lets FourTeck.com help identify whether the base appliance is sufficient or whether the request should also include optical modules, high-speed cables, spare power components, or a different FortiSwitch model.
Ideal Business Use Cases
Top-of-Rack Server Access
A rack containing servers with 10GBASE-T or multi-gigabit RJ45 interfaces can use the switch as a compact access layer. The two high-speed uplinks then carry aggregated traffic toward a larger core or data-center fabric. Buyers should size uplink redundancy and bandwidth around workload behavior rather than simply matching port counts.
Virtualization and Private Cloud Racks
Virtual hosts can generate significant east-west and north-south traffic, especially when backups, migrations, storage access, and application workloads overlap. Multi-gigabit copper access can provide a practical interface for virtualization servers that already use RJ45 NICs, while 100GbE uplinks create a path into higher-capacity aggregation.
Firewall and Security Aggregation
Organizations deploying high-throughput firewalls may need an aggregation layer that connects multiple security interfaces, server zones, or downstream network segments. FortiLink can also align switching with a FortiGate-based management strategy when the design and firmware combination supports the required features.
Campus Core or Building Aggregation
Where a campus or large business site uses copper-connected systems with substantial bandwidth needs, the switch can serve as a compact Layer 2/3 aggregation point. The design should account for VLAN structure, routing responsibilities, upstream capacity, and whether a higher-port-count platform would provide better long-term headroom.
Technology Refresh with Existing Copper
Some businesses want to increase network speed while preserving installed copper where it is technically suitable. Multi-gigabit negotiation can support a staged transition, allowing different interface speeds to coexist. The cable plant should still be tested for the desired speed and distance before the equipment order is finalized.
High-Bandwidth Appliance Connectivity
Backup appliances, monitoring systems, application delivery platforms, security tools, and specialized business systems may use 10GBASE-T interfaces. A dedicated multi-gigabit switch can bring these systems together while preserving a clear path into an upstream 40/100GbE network layer.
These use cases should be evaluated against the actual traffic profile. A device supporting 10GbE does not automatically need a dedicated 10Gbps of sustained throughput, and a high port count does not guarantee that every attached server can transmit at line rate through a single upstream path at the same time. Good design considers oversubscription, redundancy, application sensitivity, cabling, and future expansion together.
FortiSwitch T1024E Multi-Gigabit Copper Performance
Copper 10GbE remains useful in data centers and business racks where servers, security appliances, and specialized hardware already expose RJ45 interfaces. The key advantage here is not only 10Gbps support. Each of the 24 access ports can negotiate through several intermediate Ethernet rates, which allows a single switch to connect equipment ranging from older 100M devices to modern 10GBASE-T systems. That can make migrations easier because network teams do not have to replace every endpoint at once.
For the buyer, cable quality becomes part of the performance decision. Higher-speed BASE-T operation depends on the installed copper category, connector quality, patching, and link length. An existing cable may carry 1GbE perfectly but fail to deliver stable 10GbE at the required distance. A procurement plan should therefore include a review of the physical layer rather than assuming the switch alone creates a 10Gbps path. In projects with older cabling, 2.5GbE or 5GbE may provide a useful intermediate step while a future cabling refresh is planned.
The vendor-rated 880Gbps switching capacity and 1,309Mpps packet rate indicate that the platform is intended for demanding switching roles, but production performance still depends on packet sizes, features enabled, topology, congestion, and the surrounding network. For virtualization, backup, storage, or server workloads, buyers should map expected traffic flows before deciding how many 100GbE uplinks to deploy and whether link aggregation or redundant paths are needed. FourTeck.com can help turn those workload assumptions into a practical port and uplink plan before the order is submitted.
FortiSwitch T1024E Uplink and Resiliency Design
The two QSFP interfaces are central to how this switch should be designed into a larger network. They can operate at 40GbE or 100GbE, allowing the access layer to feed a substantially faster aggregation tier. In a simple deployment, one uplink may connect to a core while the second is reserved for growth. In a resilient architecture, the two ports may be used across separate upstream systems or logical paths, provided the surrounding design, firmware, and switching features support the intended topology.
Fortinet documentation also supports split-port operation on the high-speed interfaces. That can be valuable where a 100GbE port needs to present multiple lower-speed lanes. Buyers should not assume that every breakout cable or lane speed behaves identically across firmware versions. The exact supported configuration, optic or cable part number, and far-end interface should be checked before purchase. A mismatch at 100GbE can create an expensive installation delay even when both devices appear to have compatible QSFP form factors.
Resiliency extends beyond network links. Dual hot-swappable AC supplies allow the device to be connected to independent power sources or protected PDUs. This is most useful when the rack has two genuinely separate power paths; plugging both supplies into the same unprotected source does not provide the same level of fault isolation. Airflow is front to back, so rack planning should also maintain a consistent hot-aisle/cold-aisle direction. For critical UAE data-room environments, procurement should verify power sockets, UPS loading, PDU capacity, ventilation, and spare-part strategy as part of the switch purchase rather than after delivery.
FortiSwitch T1024E Management and Security Integration
Network operations teams can manage this platform as a standalone FortiSwitch using its native interfaces, or they can bring it under FortiGate control using FortiLink. The right choice depends on how the organization already operates. Standalone management may fit a team with established switch-specific administration, while FortiLink can be attractive in a Fortinet environment where firewall and switching policy are intentionally coordinated.
FortiLink is more than a convenience feature. When properly designed, it can extend the Fortinet Security Fabric into the switching layer so administrators can align access policies, segmentation, and device connectivity with a wider security architecture. This may reduce the number of separate management touchpoints for a branch, campus, or data-center deployment. However, the exact FortiGate model, supported switch count, firmware compatibility, and feature matrix should be reviewed before procurement. Buyers should never assume that any FortiGate can control any number of switches or that every FortiSwitchOS feature is available under every management mode.
For change-control and lifecycle planning, firmware strategy matters. Fortinet continues to document the FS-T1024E in current FortiSwitchOS deployment guidance, including enterprise data-center examples. A business should still align firmware with its FortiGate environment, security policy, maintenance windows, and support entitlements. FourTeck.com can help buyers identify the hardware and support components required for the purchase, while final implementation decisions should follow the organization’s approved network design and current Fortinet documentation.
What Should You Know Before Choosing This Switch?
The questions below reflect how IT managers, infrastructure engineers, procurement teams, and business owners typically evaluate a high-speed managed switch. The answers focus on fit, cabling, uplinks, management, support, and deployment details that should be clear before a purchase order is raised.
Is this suitable for servers that use 10GBASE-T?
Yes, that is one of the clearest deployment fits. The 24 access ports support 10GBASE-T as well as lower negotiated speeds. Buyers should confirm that server NICs, copper cabling, patch panels, and cable lengths are appropriate for the desired data rate. If the servers use SFP+ instead of RJ45, a fiber-oriented switch may be a better physical match.
Can I connect 1GbE and 10GbE devices at the same time?
Yes. The fixed copper interfaces support 100M, 1G, 2.5G, 5G, and 10G operation, so devices with different Ethernet capabilities can share the same switch. That does not remove the need for traffic planning: uplinks, VLAN design, and congestion still need to be sized around the combined workload of connected devices.
Does the switch provide PoE for access points or cameras?
No. This model is a data-only switch and does not provide PoE on its 24 copper ports. Projects that need to power access points, cameras, IP phones, or other powered devices should select a PoE-capable FortiSwitch model or provide separate power. This requirement should be identified early because PoE budget can materially change model selection.
What should I use for the 100GbE uplinks?
The answer depends on distance, upstream hardware, and the chosen optical or direct-attach design. Confirm whether the far end expects 40GbE, 100GbE, or a supported breakout mode, then select compatible QSFP modules, DACs, AOCs, or structured fiber accordingly. Matching the form factor alone is not enough; speed, lane mapping, distance, and vendor support must also align.
Can it be managed without a FortiGate?
Yes. Fortinet documents standalone management using the FortiSwitch GUI and CLI. A FortiGate is required only if the project intends to use FortiLink-based switch control and Security Fabric integration. Buyers should decide the management model before implementation because it affects firmware planning, topology, administration responsibilities, and how network policies are applied.
Is this a good replacement for an older 1GbE access switch?
It can be, but only when the project needs high-speed copper and the surrounding network can use the added bandwidth. A replacement review should compare port count, PoE needs, VLAN and routing requirements, cable capability, rack power, uplink speed, and management method. Replacing a 1GbE switch purely by model age can lead to overspending or overlooked compatibility issues.
How much future growth should I leave in the port plan?
Leave enough free access and uplink capacity for realistic server additions, failover connections, and network redesigns. The right headroom varies by organization, so there is no universal spare-port percentage. A rack expected to grow quickly may benefit from reserving ports, while a fixed appliance rack may prioritize maximum immediate utilization. Share expansion plans during quotation.
What rack and power details should be confirmed?
Confirm one rack unit of space, front-to-back airflow, suitable rack depth, cable-management clearance, and two AC power connections if redundant power feeds will be used. The switch accepts 100–240V AC and has a maximum listed consumption of 128 W. UPS and PDU capacity should be checked as part of the overall rack load, not only against this device.
What information should I send for an accurate quotation?
Provide the required quantity, copper port speeds, number of 40/100GbE uplinks, upstream device models, preferred media type, deployment location, support term, FortiGate management requirement, and any spare or accessory needs. If you have a network diagram, include it. These details help FourTeck.com identify the appropriate hardware and supporting items without relying on assumptions.
Business Requirements to Match Before You Buy
For businesses that need copper 10GbE server access
This platform fits when servers or appliances use RJ45 10GBASE-T interfaces. Confirm the cable plant and distance first so the physical layer can actually deliver the required speed.
For mixed-speed equipment in the same rack
A suitable option when 1G, 2.5G, 5G, and 10G devices must coexist. Buyers should still plan VLANs, uplink utilization, and migration timing rather than treating auto-negotiation as the entire design.
For projects moving to 100GbE aggregation
The two QSFP uplinks can connect the access layer to a 40/100GbE core. Optics, DAC/AOC selection, far-end compatibility, and redundancy should be agreed before the purchase order.
For Fortinet-centered network management
Organizations using FortiGate may choose FortiLink to coordinate switching with the security platform. Confirm FortiGate model, firmware, topology, and feature support before standardizing the deployment.
For buyers replacing older copper switches
Check PoE, rack space, power, cable category, uplink type, and management expectations. A newer high-speed switch is valuable only when it matches the real network requirement.
For procurement teams that need a complete bill of materials
Include support coverage, optics or cables, rack accessories, spare components, and delivery requirements in the quotation request so installation is not delayed by missing supporting items.
These requirement-led checks are especially important for project procurement. A switch can be technically capable yet still be the wrong choice if the deployment needs PoE, fiber access ports, more than 24 server connections, a different airflow direction, or a management feature not supported by the planned software combination. Matching the physical and operational environment before purchase generally provides more value than selecting by headline port speed alone.
What Buyers Should Check Before Purchase
High-speed switching purchases can fail for reasons that are not visible in the base product name. Before requesting a final quote, buyers should confirm the exact model and media type, then review the surrounding rack, cabling, management, support, and lifecycle requirements. The T1024E is specifically the copper multi-gigabit member of this product family. A similarly named fiber model may use SFP/SFP+ ports instead, so part-number accuracy matters when purchase orders are created.
Configuration Fit
Confirm access-port count, endpoint speeds, VLAN design, routing role, management mode, and expected traffic. If the project needs more than 24 copper data ports or PoE, another model may be more appropriate.
Cabling and Uplinks
Check copper category and link distance for 10GBASE-T. For QSFP uplinks, verify the far-end interface, optic or cable type, breakout requirement, and supported lane configuration.
Availability and Warranty
Ask for current supplier status, lead-time guidance, FortiCare options, product registration requirements, and warranty handling. Do not assume that availability or support terms are identical across regions and quantities.
Quote Preparation
Share quantity, deployment country, network diagram, desired support term, upstream hardware, management preference, and required accessories. This reduces revisions after pricing is issued.
Long-term cost should also include power, support, replacement spares, optics, cabling, maintenance effort, and the potential need for additional switching capacity. A base hardware quotation can look complete while still missing the components required for installation. If the organization is standardizing multiple racks or sites, create a repeatable bill of materials and confirm that each location has the same power, cooling, cabling, and upstream interface assumptions. FourTeck.com can help review the request at a procurement level and identify supporting items that should be included in the quotation.
For replacement projects, compare the existing switch not only by port count but by PoE, link aggregation, Layer 3 role, VLAN scale, physical media, management method, and support status. A like-for-like replacement may not be the most appropriate outcome if the network has evolved. Conversely, moving to a much higher-capacity device without corresponding server NIC, core, and cabling upgrades may not create the expected user benefit. The strongest purchase is the one that fits the current topology and the next realistic stage of growth.
UAE Availability and Service Support
FourTeck.com supports business technology inquiries in Dubai and across the UAE with assistance for product selection, configuration review, quotation, delivery coordination, and warranty guidance. Availability for enterprise switching hardware can change according to distributor position, ordered quantity, support bundle, and global supply conditions, so the correct approach is to request a current quotation rather than assume a fixed stock position.
For this model, a useful quotation request should identify the number of switches, the number and type of QSFP uplinks, any breakout requirement, the connected server or appliance speeds, and whether the deployment will be managed by FortiGate through FortiLink. If the project requires FortiCare support, include the preferred term and service expectation. If the network is being refreshed from an older platform, sharing the current switch model can also help identify gaps in PoE, routing, cabling, or port density.
No visible stock or delivery commitment should be treated as confirmed until the requested configuration and quantity have been checked. For project orders, FourTeck.com can also help align the switch request with related networking components so procurement has one clearer view of the required equipment.
Dubai, Abu Dhabi, Sharjah and Ajman Coverage
Businesses in Dubai, Abu Dhabi, Sharjah, Ajman, and other UAE locations can contact FourTeck.com for current product availability, configuration guidance, and quotation assistance. The same purchasing review applies whether the switch is for a private data room, enterprise office, campus, hosting environment, or multi-site infrastructure project: confirm the required port media, uplink design, management method, support term, rack conditions, and delivery destination. For larger rollouts, buyers can share site quantities and standard configuration requirements so the quotation process reflects the complete project rather than separate uncoordinated hardware requests.
Regional Availability for GCC and Africa Projects
FourTeck.com can also support business technology inquiries for selected regional projects across the GCC and Africa. Organizations planning equipment for Saudi Arabia, Qatar, Oman, Kuwait, Bahrain, Kenya, Uganda, or other supported markets should request country-specific guidance because supplier availability, shipping options, warranty handling, import processes, and support arrangements can vary by destination.
For a multi-country rollout, consistency is often more important than ordering each unit independently. A procurement team may want the same hardware SKU, firmware baseline, support term, uplink media, and spare strategy across multiple sites. FourTeck can help structure an inquiry around those requirements, while the final supply and delivery plan remains subject to the destination and current supplier status. Regional buyers can also use FourTeck Kenya, FourTeck Uganda, FourTeck Africa, or FourTeck Kuwait where those inquiry channels are relevant.
Before sending a regional request, include destination country, quantity, required support coverage, project timing, and whether all sites need an identical bill of materials. This allows the inquiry to be reviewed as a project requirement rather than only as a single hardware request.
Other Fortinet Switching Options Buyers May Consider
Model selection should start with port media, speed, PoE needs, and density. The products below represent nearby choices in the FortiSwitch campus core and data-center family. Exact suitability depends on the current Fortinet portfolio and the final network design.
FortiSwitch 1024E
A related 24-port option using SFP/SFP+ access interfaces rather than fixed copper. Consider it where server connectivity is primarily fiber or DAC-based.
FortiSwitch T1024F-FPOE
A 24-port multi-gigabit copper alternative with high-power PoE capability for projects that need to power compatible Ethernet devices.
FortiSwitch 1048G
A higher-density platform with more 10GE-capable SFP/SFP+ access ports and multiple 100GbE uplinks for larger aggregation requirements.
FortiSwitch 3032G
A 100GbE-focused core or data-center option that may be relevant when the requirement moves from server access toward very high-capacity aggregation.
If the buyer is uncertain between copper and fiber access, the most useful comparison is operational: what NICs are installed, what cable plant already exists, what distances are involved, and what future server refresh is expected. FourTeck.com can help compare the relevant model family around those requirements rather than selecting on model number alone. You can also return to FourTeck.com for broader business technology sourcing or use the FourTeck contact page for a project-specific request.
Why Business Buyers Contact FourTeck.com
Enterprise networking purchases are rarely complete with a single hardware part number. Buyers may also need transceivers, direct-attach cables, support services, rack accessories, redundant power planning, compatible firewalls, and a practical understanding of how the equipment fits the existing infrastructure. FourTeck.com supports that procurement process by helping customers frame the requirement before a quotation is finalized.
Assistance for switch hardware, related networking components, and project quantities.
Review of port media, uplinks, cabling, management mode, accessories, and support requirements.
A structured quotation request based on quantity, deployment details, and supporting items.
Delivery planning based on current supplier status, destination, and confirmed order requirements.
Help identifying the warranty and FortiCare questions that should be confirmed before purchase.
Support comparing an older switch requirement against current media, speed, PoE, and management needs.
The aim is to reduce avoidable procurement mistakes such as ordering a copper switch for a fiber server rack, omitting high-speed uplink media, overlooking PoE requirements, or choosing a support term that does not match internal operations. FourTeck.com does not need to claim a guaranteed stock position or universal delivery date to be useful; accurate requirement gathering and clear quotation guidance are more valuable for enterprise buyers. For multi-unit or project purchases, provide the topology, quantities, deployment schedule, and destination so the sales team can review the request in context.
Frequently Asked Questions
What is this switch mainly used for?
It is designed for high-bandwidth enterprise switching where copper server or appliance connections need speeds up to 10GbE and the upstream network needs 40GbE or 100GbE connectivity. Typical roles include top-of-rack server access, data-center aggregation, campus core functions, and firewall aggregation. The final role depends on topology, traffic volume, routing requirements, and management design.
How many 10GbE copper ports are available?
There are 24 fixed BASE-T access ports. Each port can operate at multiple supported Ethernet rates, including 10GbE, 5GbE, 2.5GbE, 1GbE, and 100Mbps. That makes the platform useful in mixed-speed racks. Stable operation at higher copper speeds still depends on suitable cable category, cable length, patching quality, and endpoint NIC capability.
Can FourTeck.com help select QSFP optics or high-speed cables?
Yes. Buyers can share the upstream switch or firewall model, required speed, distance, and preferred media type so the quotation can account for suitable high-speed connectivity. The two uplink ports support 40/100GbE, and supported breakout scenarios may also be relevant. Exact optic, DAC, AOC, or breakout compatibility should be validated against the current Fortinet documentation.
Can businesses request a quote for multiple units?
Yes. For multiple switches, include the quantity per site, required support term, standard uplink design, accessories, destination, and deployment schedule. A project-based request can be more efficient than pricing each unit independently because it gives FourTeck.com a clearer view of the complete bill of materials and any repeated configuration that should be standardized across locations.
Is the switch available for UAE delivery?
FourTeck.com can support UAE inquiries and delivery coordination, but availability should be checked for the requested quantity and configuration. Enterprise switching supply can vary with distributor status, support requirements, and order timing. Contact the sales team for a current quotation rather than relying on an assumed stock position or delivery date.
Does it support redundant power?
Yes. The hardware uses dual hot-swappable AC power supplies. To gain meaningful power resilience, the two supplies should be connected according to the site’s approved redundant power design, such as separate protected feeds or PDUs where available. Redundant power supplies do not replace proper UPS capacity, rack power planning, or facility-level redundancy.
What support or warranty details should be checked?
Confirm the applicable Fortinet warranty terms, product registration, desired FortiCare service level, term length, firmware entitlement, and hardware replacement expectations before purchase. Support part numbers and service conditions can vary over time and by region. FourTeck.com can help identify the questions and relevant support options to include in the quotation.
What is the difference between this model and a PoE switch?
This switch carries data only; it does not supply electrical power through the 24 copper Ethernet ports. A PoE switch can power compatible devices such as access points, cameras, or phones. If the project contains powered endpoints, buyers should calculate the required PoE standard and total power budget and then select an appropriate PoE-capable model.
How do I request a configuration review from FourTeck.com?
Use the contact page and send the required quantity, endpoint port speeds, upstream interface type, existing switch or firewall models, preferred management method, support term, deployment location, and any known accessory needs. A simple network diagram is helpful for larger designs. The sales team can then review the requirement and prepare a more relevant quotation.
Need Help Finalizing the Right Switch Configuration?
FourTeck.com can help review port requirements, copper cabling, 40/100GbE uplinks, FortiLink management, support options, and delivery requirements before you request a final quotation. Share your topology and project quantity for a more accurate procurement discussion.
