High-density multi-gigabit switching for demanding networks
Ubiquiti Pro XG 24 PoE USW-Pro-XG-24-PoE in Dubai, UAE
A 24-port UniFi Layer 3 switch combining 10 GbE, 2.5 GbE, 25G uplinks and a substantial 720W PoE budget for modern business networks that need speed, power and centralised operational visibility.
Planning a high-speed UniFi deployment?
Share the required quantity, connected devices, PoE demand, uplink design and installation location for a more accurate quotation.
All support up to PoE+++
For bandwidth-intensive endpoints
High-capacity fibre or DAC uplinks
Subject to device power planning
Four-post rack depth must be checked
Direct answer for buyers
The Ubiquiti USW-Pro-XG-24-PoE is a professional UniFi switch intended for networks where ordinary 1 GbE access ports and limited PoE budgets are no longer enough. It is mainly used to connect high-throughput workstations, access points, cameras, servers, storage devices and AV equipment while providing central management through the UniFi Network application. It is worth considering for new multi-gigabit deployments, network refresh projects and sites that want 25G uplinks without moving immediately to a larger chassis platform. Before proceeding, buyers should confirm port-speed requirements, PoE wattage per device, total PoE demand, cable quality, SFP28 optics or DAC choice, rack depth, cooling, power redundancy and the exact regional product version.
What this switch does
The Pro XG 24 PoE brings high-speed copper access, high-power PoE and fast uplinks together in a single 1U appliance. Sixteen RJ45 interfaces can operate up to 10 GbE, while eight additional RJ45 interfaces support up to 2.5 GbE. All twenty-four copper ports are designed to deliver power to compatible powered devices, with individual ports supporting up to 90W and the overall PoE allocation capped by the 720W system budget.
Its two SFP28 interfaces support 25G, 10G or 1G operation, giving network designers a flexible route to aggregation switches, servers, storage or fibre distribution. Layer 2 controls, selected Layer 3 functions, traffic segmentation, access controls and UniFi-based monitoring help administrators manage the switch as part of a wider UniFi estate.
Who should consider it
This model is most relevant to organisations with genuine multi-gigabit requirements rather than sites buying capacity they are unlikely to use. Suitable buyers may include technology companies, creative studios, engineering offices, higher-education departments, smart buildings, hospitality operators, healthcare facilities, surveillance-heavy environments and professional AV installations.
It may also fit as an access or distribution switch where numerous Wi-Fi 6E or Wi-Fi 7 access points require 2.5 GbE or faster links, where high-resolution cameras have meaningful power demands, or where workstation and server traffic must move at 10 GbE. Smaller sites with mostly 1 GbE devices and modest PoE needs may find a lower-tier UniFi switch more economical and easier to power and cool.
Business challenges this model can address
Access-port bottlenecks
When endpoints can exceed 1 GbE, a conventional access switch may become the limiting factor. The mix of 10 GbE and 2.5 GbE copper ports allows faster devices to be connected at their appropriate negotiated rate, provided the endpoint, cabling and network design support it.
Insufficient PoE capacity
High-end access points, cameras, displays and other powered devices can exceed the output of lower-budget switches. The 720W shared budget provides substantial headroom, though an exact device-by-device calculation remains essential because not every port can deliver maximum power simultaneously.
Slow uplinks
A dense access layer can overwhelm 10G uplinks when many high-speed ports are active. Dual 25G SFP28 interfaces give designers a higher-capacity path to the core, aggregation layer or server infrastructure, subject to compatible optics, cabling and upstream equipment.
Fragmented management
Organisations already using UniFi may prefer to manage switching, wireless and related network policies from one interface. Adoption into UniFi Network can simplify routine visibility and configuration, while still requiring sound design, change control and backup procedures.
Core capability band
Supports a broad mix of Ethernet speeds so older and newer devices can coexist during phased upgrades.
Can power compatible endpoints up to the supported per-port class while sharing the total 720W budget.
Provides two SFP28 interfaces for high-speed inter-switch, server or storage connectivity.
Supports inter-VLAN routing, static routing, DHCP server and DHCP relay for suitable local network designs.
Product-fit decision matrix
| Requirement | Suitable when | Confirm before ordering |
|---|---|---|
| 10 GbE access | Workstations, servers or appliances need sustained bandwidth above 1 or 2.5 GbE. | NIC speed, cable category, distance and realistic traffic profile. |
| High-power PoE | Connected devices require PoE++, PoE+++ or a large combined power budget. | Per-device draw, startup draw, port class and total 720W allocation. |
| 25G uplinks | The access layer may exceed the practical capacity of a single 10G uplink. | Upstream SFP28 support, optic type, fibre type and link distance. |
| UniFi management | The organisation already runs or plans a centrally managed UniFi environment. | Controller hosting, software version, administrative access and backup process. |
| Rack deployment | A suitable four-post rack, cooling and protected power are available. | Supported rack depth, PDU capacity, airflow and UPS or RPS planning. |
Verified technical information
| Brand | Ubiquiti |
|---|---|
| Product name | UniFi Pro XG 24 PoE |
| Model | USW-Pro-XG-24-PoE |
| Product type | Managed Layer 3 PoE switch |
| Form factor | 1U rack mount |
| Dimensions | 442 × 480 × 44 mm |
| Weight | 7.9 kg without mounting brackets; 8 kg with brackets |
| 2.5 GbE RJ45 | 8 ports, all PoE+++, supporting 2.5G/1G/100M/10M |
| 10 GbE RJ45 | 16 ports, all PoE+++, supporting 10G/5G/2.5G/1G/100M/10M |
| 25G SFP28 | 2 ports supporting 25G/10G/1G |
| PoE capability | Up to PoE+++ on all 24 RJ45 ports |
| Total PoE availability | 720W |
| Maximum per-port output | 15.4W PoE, 30W PoE+, 60W PoE++, 90W PoE+++ |
| Switching capacity | 460 Gbps |
| Non-blocking throughput | 230 Gbps |
| Forwarding rate | 342 Mpps |
| VLANs | Up to 1,000 supported VLANs |
| MAC table | 32,000 entries |
| Static routes | 512 IPv4 static routes |
| Packet buffer | 8 MB |
| Power supply | Internal 870W AC/DC supply; 100–240V AC, 50/60Hz |
| Maximum power consumption | 150W excluding PoE output; 870W including PoE output |
| Power redundancy | USP RPS DC input supported; backup unit sold and designed separately |
| Management requirement | UniFi Network version 9.1.120 or later |
| Display | 1.3-inch touchscreen LCM |
| Operating temperature | -5 to 40°C |
| Operating humidity | 10 to 90% non-condensing |
| Availability | Contact FourTeck for current UAE version, quantity and lead-time guidance |
Compatibility and dependency notice
The headline port count does not by itself determine a successful deployment. Achieving 10 GbE over copper depends on endpoint capability, cable category, cable length, terminations and electromagnetic conditions. The 25G SFP28 uplinks require compatible optics or direct-attach cables at both ends, and fibre links must be selected according to distance and fibre type. Power delivery depends on the powered device standard, negotiated class and the switch’s shared 720W PoE capacity.
UniFi Network version 9.1.120 or later is required for management. A suitable controller or gateway platform, administrative access, configuration backups and upgrade procedures should therefore be part of the project plan. The optional USP RPS input provides a path for DC power backup, but the backup device, cabling and resilience design must be confirmed separately. Regional versions, supplied power cords, warranty handling and included accessories may vary, so the exact bill of materials should be checked before purchase.
A practical deployment and purchase journey
Map connected devices
List every endpoint, its interface speed, power requirement, location and expected traffic. Separate immediate requirements from planned expansion so that ports are not allocated by guesswork.
Design uplinks and resilience
Decide whether one or both 25G ports will be used, whether link aggregation is appropriate, and how the switch will connect to the core, server estate or another distribution layer.
Validate rack and power
Check four-post rack depth, airflow, PDU capacity, circuit loading, UPS runtime, heat rejection and whether RPS integration is required for the intended business continuity objective.
Prepare configuration scope
Define VLANs, trunking, routing, DHCP functions, access controls, port profiles, naming conventions, monitoring and acceptance tests before the switch reaches the site.
Confirm regional supply
Verify the exact product version, quantity, included components, warranty path, vendor lead time and delivery destination before approving the purchase order.
Capability focus: 10 GbE access without abandoning mixed-speed devices
The sixteen 10 GbE RJ45 ports are the defining access-layer feature of this model. They can negotiate at 10G, 5G, 2.5G, 1G, 100M or 10M, allowing a network refresh to proceed in stages. A site may connect high-performance workstations and servers at 10 GbE while keeping other devices at lower rates until they are replaced. This flexibility reduces the need to redesign the switch layer each time a small group of endpoints is upgraded.
The practical benefit depends heavily on the cabling plant. Ten-gigabit copper can be sensitive to distance, cable category, patching quality and environmental interference. A switch purchase should therefore be paired with a structured cabling review. Existing Cat5e links that operate reliably at 1 GbE cannot automatically be assumed to support 10 GbE. Even Cat6 may have distance limitations depending on the installation. Where cable replacement is difficult, a phased plan that uses 2.5G or 5G as an interim rate can be more realistic.
Buyers should also consider whether endpoint storage, processors and applications can use the additional bandwidth. A 10 GbE connection does not guarantee a tenfold improvement in user experience. The end-to-end path, server capacity, uplink design and workload pattern all matter. FourTeck can help review these factors so that high-speed ports are allocated to devices that can genuinely benefit.
Capability focus: high-power PoE with disciplined budget planning
Every RJ45 interface supports power delivery up to PoE+++, with a maximum of 90W available on a port when a compatible powered device requests and negotiates that level. This makes the switch relevant to demanding Wi-Fi access points, PTZ cameras, displays, lighting-related devices and other equipment that may exceed traditional PoE+ limits. Consolidating data and power on structured cabling can reduce local power-adapter requirements and simplify central power protection.
The 720W total budget is substantial, but it is shared. A configuration with many 60W or 90W devices can reach that ceiling quickly, particularly when startup draw, future devices and engineering margin are considered. The correct approach is to build a port-by-port schedule listing the expected class, normal draw, peak draw and business criticality of each endpoint. Non-critical devices can then be separated from equipment that should remain powered during outages.
Power planning also affects the upstream electrical design. At full output the switch can consume up to 870W including PoE load. The rack PDU, UPS, branch circuit and cooling system must be sized accordingly. A unit purchased for high-power capability but installed on an undersized UPS may deliver limited outage runtime. FourTeck can include a PoE and rack-power review in the quotation scope when the connected-device list is available.
Capability focus: 25G uplinks for a stronger aggregation path
The two SFP28 ports support 25G, 10G and 1G operation. Their main value is not simply a higher number; it is the ability to prevent the uplink from becoming an obvious choke point when many 2.5G and 10G access ports are active. For a dense creative, engineering, surveillance or Wi-Fi deployment, a 25G path to the aggregation layer can provide better headroom than a single 10G link.
Optics and cabling must be selected carefully. A direct-attach cable can be economical for short in-rack connections, while multimode or single-mode optics may be required for longer runs. Both ends of the link need compatible interfaces, speed support and transceiver choices. Fibre type, connector type, distance and patch-panel condition should all be confirmed before materials are ordered.
Using both uplinks may provide additional capacity or resilience depending on the topology and configuration, but link aggregation does not turn two links into a single faster flow for every application. Traffic distribution depends on hashing and flow patterns. The wider network design should therefore be reviewed rather than assuming that dual uplinks automatically double performance for each connection.
Ideal business environments and use cases
Wi-Fi 6E and Wi-Fi 7 access layer
High-capacity access points may require multi-gigabit Ethernet and substantial PoE. The switch can provide both, while the design must still account for AP placement, wireless channel planning, gateway capacity and uplink utilisation.
Creative and engineering studios
Video editing, 3D work, CAD and large-file workflows can justify 10 GbE desktop links. Storage performance and server interfaces should be checked so that the network is not upgraded in isolation.
High-resolution surveillance
Dense camera deployments can benefit from central PoE and strong uplinks. Camera wattage, retention targets, recording-server throughput and network segmentation remain important design inputs.
Professional AV networks
The platform includes profiles for several AV ecosystems and advanced multicast controls. Buyers should confirm the exact AV protocol, stream count, timing requirements and vendor design guidance.
Server and storage connectivity
Ten-gigabit copper and 25G SFP28 can connect suitable servers or storage systems. Redundancy, multipathing, jumbo-frame policy and backup traffic windows should be addressed at design stage.
Campus and smart-building projects
The large PoE budget and mixed port speeds can support diverse endpoint types. Building-wide deployments require careful VLAN design, rack planning, fibre distribution and operational ownership.
Integration and operational considerations
The switch should be evaluated as part of the complete network rather than as an isolated appliance. Upstream gateways and aggregation switches must be able to handle the intended traffic. A 25G uplink into a core that routes or inspects traffic at a much lower rate will not remove the real bottleneck. Likewise, a high-speed access network may expose limitations in storage arrays, server NICs, firewalls or internet circuits that were less visible at 1 GbE.
Segmentation should be planned before migration. The switch supports VLANs, inter-VLAN routing, static routing, DHCP server and relay functions, 802.1X control, ACLs, device isolation, DHCP snooping, port isolation and related controls. These capabilities are useful only when aligned with a documented addressing, authentication and security policy. It is often better to define a small number of well-governed network zones than to create excessive complexity that becomes difficult to operate.
Monitoring and change control are equally important. Port naming, topology records, configuration backups, software upgrade windows and alert ownership should be agreed before handover. Etherlighting and the touchscreen can help with local identification, but they do not replace accurate documentation. Organisations with formal support processes should also define who can approve configuration changes and how incidents are escalated.
For migration from another vendor, determine whether existing VLAN IDs, trunks, link-aggregation settings, spanning-tree priorities, multicast behaviour and authentication policies can be reproduced directly. A staged cutover with test ports and a rollback plan is safer than replacing an entire switching layer without validation.
Buyer questions to resolve before ordering
Count current and planned endpoints, and identify whether their NICs and workloads can use that bandwidth.
Record normal and peak consumption per device, then retain suitable engineering headroom.
Choose DAC, multimode fibre or single-mode fibre according to distance, pathway and upstream hardware.
The chassis is 480mm deep and intended for compatible four-post racks within the stated depth range.
Confirm the controller or gateway platform, administrative ownership and software version.
Decide whether UPS protection, RPS integration, dual uplinks or spare-unit planning is needed.
Procurement checklist
- Confirm the exact USW-Pro-XG-24-PoE model and regional version.
- State the required quantity and destination location.
- List every connected endpoint and required port speed.
- Calculate PoE draw per device and total planned load.
- Confirm cable category and longest copper run.
- Choose 25G optics, fibre or direct-attach cables.
- Verify upstream switch or server compatibility.
- Check four-post rack depth and rail arrangement.
- Review PDU, circuit, UPS and cooling capacity.
- Define VLAN, routing, ACL and port-profile requirements.
- Confirm UniFi Network hosting and software version.
- Include installation, configuration and testing scope where needed.
- Confirm warranty handling and vendor lead time in the quotation.
- Agree delivery coordination and site-access requirements.
How FourTeck can assist
FourTeck can help convert a device list into a practical switching requirement. This may include reviewing the number of 10G and 2.5G ports, checking whether the 720W budget is appropriate, identifying SFP28 optics or DAC requirements, and discussing whether the Pro XG 24 PoE is the right model or whether a different UniFi switch would fit the project more closely.
For deployment projects, assistance can be scoped around rack installation, controller adoption, firmware and software review, VLAN creation, uplink configuration, port profiles, PoE settings, traffic controls, testing and handover documentation. The exact service content should be listed in the quotation because hardware supply does not automatically include configuration or onsite work.
Businesses can also discuss related requirements through the FourTeck technology services page, browse the wider networking product range, or contact the team through the Dubai quotation desk.
UAE availability and support guidance
Contact FourTeck to confirm current UAE availability for the USW-Pro-XG-24-PoE. Supply can depend on regional version, quantity, vendor lead time and the exact bill of materials. Delivery and project coordination can be discussed once the destination, quantity and installation requirements are known. Buyers should not assume that optics, patch leads, rack accessories, backup-power equipment or configuration services are included unless they are shown in the quotation.
For projects covering Dubai, Abu Dhabi, Sharjah and Ajman, FourTeck can review the requirement as one coordinated UAE deployment rather than treating each location as an unrelated purchase. This is useful where sites need consistent switch models, naming standards, VLAN policies, uplink media and documentation. Site access, delivery windows, rack readiness and onsite service scope should be confirmed separately for each location.
Warranty guidance should be confirmed at quotation stage because coverage and handling can depend on the supplied regional version and current vendor or distributor policy. The FourTeck UAE contact team can help gather the information needed for an accurate commercial response.
GCC availability
FourTeck can assist businesses evaluating the Ubiquiti Pro XG 24 PoE for projects across the GCC, including requirements connected with the United Arab Emirates, Saudi Arabia, Kuwait, Qatar, Bahrain and Oman. The process can cover model confirmation, quantity review, PoE and port sizing, quotation coordination, optics selection, delivery planning and the definition of any installation or configuration work. Availability, licensing where applicable, delivery schedules, service visits and vendor lead times can vary by country, regional product version, quantity and project scope. Buyers should therefore share the destination country, exact switch requirement, number of units, preferred uplink media, deployment location and expected timeline. Where several sites are involved, a standardised bill of materials and configuration plan can reduce operational inconsistency, but each site still requires its own power, rack, cabling and access review. FourTeck can also discuss regional technology procurement through its GCC technology coordination resources.
Africa availability
Organisations planning multi-gigabit UniFi switching in Africa can ask FourTeck to review the USW-Pro-XG-24-PoE alongside the required optics, accessories, power design and deployment scope. Support may include evaluating whether the product is suitable, checking port and PoE requirements, preparing a bill of materials, discussing configuration needs and coordinating regional procurement planning. Availability and fulfilment can depend on the destination, product version, quantity, power and regulatory requirements, shipping arrangements, vendor lead time and local project conditions. Buyers should provide the destination country, exact model, required quantity, preferred deployment schedule and any installation or support expectations. This is especially important for remote sites or multi-country programmes where rack standards, fibre types and local power conditions may differ. FourTeck provides regional information through its Africa technology solutions portal, with additional resources for Kenya projects and Uganda requirements.
Related products, services and alternatives
UniFi Pro XG 24
A related non-PoE model for projects that need the same broad high-speed port mix without powered endpoints. Confirm all differences before treating it as a direct substitute.
UniFi Pro XG 48 PoE
A higher-port-count option for larger deployments. Port density, uplink count, PoE requirement, rack capacity and budget should be compared carefully.
25G optics and DAC cables
Required for SFP28 uplinks. Select according to distance, fibre type, connector, upstream hardware and link-design standards.
UniFi controller or gateway
A compatible UniFi Network hosting platform is required for adoption and management. Capacity and software version should be confirmed.
Installation and configuration
Rack mounting, adoption, VLANs, uplinks, port profiles, PoE settings, testing and documentation can be scoped as separate professional services.
Structured cabling review
A cabling assessment helps determine whether the installed copper plant can support 2.5G, 5G or 10G at the required distances.
Why businesses contact FourTeck
The value is practical requirement clarification rather than unsupported sales claims. FourTeck can help a buyer determine whether this exact model has the right balance of port speeds, PoE budget and uplink capacity. The review may also identify missing components such as SFP28 modules, DAC cables, controller hosting, rack accessories, UPS capacity or installation services.
For formal procurement, the team can assist with model confirmation, bill-of-material preparation, compatibility questions, quotation coordination and deployment planning. This reduces the risk of ordering a powerful switch without the correct supporting infrastructure. Information about the company and its technology focus is available on the FourTeck company profile.
Frequently asked questions
Is the USW-Pro-XG-24-PoE suitable for a normal small office?
It can be used in a small office, but it may be excessive where most devices are 1 GbE and total PoE demand is low. A lower-tier UniFi switch may offer better value and lower power consumption. The decision should be based on actual endpoint speeds, growth plans and PoE requirements.
How many 10 GbE copper ports does it provide?
It provides sixteen RJ45 ports capable of up to 10 GbE. These interfaces also support 5G, 2.5G, 1G, 100M and 10M negotiation, allowing mixed-speed devices to operate on the same switch.
Can all ports deliver 90W at the same time?
No. Although individual ports can support up to 90W, the total shared PoE budget is 720W. The connected-device schedule must be calculated so that aggregate demand, startup draw and planned growth remain within the available budget.
Does the switch include 25G transceivers?
Transceiver inclusion should not be assumed. SFP28 optics or direct-attach cables are normally selected according to link distance, fibre type and upstream equipment. The quotation should clearly list any required modules or cables.
What software is required to manage it?
The official requirement is UniFi Network version 9.1.120 or later. Buyers should confirm where UniFi Network will run, who will administer it, and how configuration backups and upgrades will be handled.
Does it support Layer 3 features?
Yes. Supported features include inter-VLAN routing, static routing, DHCP server and DHCP relay for local networks. The intended routing architecture should still be validated against gateway, security and performance requirements.
Can it be connected to a redundant power system?
The switch includes a USP RPS DC input for power-backup integration. The compatible RPS equipment, cabling, installation and expected resilience outcome must be confirmed separately and should be shown in the project bill of materials.
What rack is required?
It is a 1U switch designed for compatible 19-inch four-post racks with supported post depths between 600 and 1,066mm. Rack clearance, airflow, cable bend radius and PDU placement should be checked before installation.
Is installation and configuration included?
Not automatically. Hardware supply, delivery, rack installation, controller adoption, configuration, testing and documentation should be treated as separate quotation items unless the offer explicitly combines them.
How can I request a Dubai quotation?
Provide the exact model, quantity, destination, connected-device list, PoE requirements, preferred uplink type and required service scope. FourTeck can then confirm current UAE availability and prepare a more accurate project quotation.
Confirm the switch, optics and deployment scope together
Send FourTeck your port plan, PoE schedule, uplink distance, rack details and delivery location. The team can review the requirement and prepare a quotation aligned with the actual project.
Reviews
There are no reviews yet.