High-density 10G and 25G aggregation
Ubiquiti High-Capacity Aggregation USW-Pro-Aggregation in Dubai, UAE
Build a structured aggregation layer for servers, storage, access switches and network gateways using a 1U UniFi switch with twenty-eight 10G SFP+ ports and four 25G SFP28 ports.
Plan the complete bill of materials
Share the number of 10G and 25G links, fibre distances, rack details and redundancy expectations. FourTeck can help align the switch, optics, cables and configuration scope.
28 SFP+ and 4 SFP28
High-throughput aggregation
Routing and DHCP features
Designed for data-room deployment
Direct answer for network buyers
The USW-Pro-Aggregation is a managed Layer 3 fibre switch intended to sit between high-speed endpoints and the wider network. Its main role is to aggregate many 10G links and provide four higher-speed 25G connection options for uplinks, servers or storage where the surrounding design supports them. It should be considered by organisations already using, or planning to use, UniFi Network management and requiring more port density than a small eight-port aggregation switch. Before proceeding, confirm the exact transceivers or direct-attach cables, fibre type and distance, port-speed plan, rack and power arrangements, required routing features and whether redundant power through the UniFi SmartPower RPS is part of the design.
What the switch does
An aggregation switch gathers traffic from multiple access switches, servers, storage arrays or specialist systems and forwards it across higher-capacity links. In a typical design, individual floor or department switches connect into the aggregation layer over 10G fibre or direct-attach copper. The aggregation switch then connects toward a core switch, gateway, data-centre fabric or critical server infrastructure. The USW-Pro-Aggregation provides enough fibre interfaces to consolidate a substantial number of links without relying on many separate small switches.
The model supports Layer 2 functions such as LACP port aggregation, spanning tree, VLAN handling, traffic controls and access restrictions. It also supports selected Layer 3 functions including local DHCP server capability, DHCP relay, inter-VLAN routing and static routing. These functions can simplify some network designs, although the exact role of routing should be planned carefully so that responsibilities are not split awkwardly between the switch, firewall and gateway.
Who should consider it
The switch is most relevant to businesses that already have several 10G-capable devices or expect to add them. Suitable environments may include multi-floor offices, education campuses, hotels, managed buildings, large surveillance networks, media production facilities, data rooms, laboratories and organisations running virtualisation or shared storage platforms.
It is not automatically the right choice for a small site with only one or two high-speed uplinks. Buyers should compare the number of required links, future expansion, availability targets and the need for 25G connectivity. A smaller aggregation switch may be sufficient for modest deployments, while a newer or higher-capacity platform may be more appropriate where dense 25G or 100G connectivity is required. FourTeck can help position the model within the wider topology rather than treating it as a standalone purchase.
Business challenges this aggregation layer can address
Too many isolated uplinks
Consolidating fibre connections into one managed switch creates a clearer topology, reduces scattered point-to-point links and makes capacity planning easier.
Access-layer bottlenecks
Ten-gigabit uplinks can provide additional headroom where many users, access points, cameras or applications share traffic through an access switch.
Growing server traffic
High-speed fibre connections can support virtualisation hosts, backup platforms and storage traffic when the endpoint interfaces and workload design are matched correctly.
Limited operational visibility
Integration with UniFi Network gives administrators a graphical management environment for port status, VLAN configuration and network monitoring.
Product-fit matrix
| Requirement | Suitable when | Confirm before ordering |
|---|---|---|
| 10G link density | The design needs many fibre or DAC connections in one rack unit. | Count active links, spare ports, transceiver types and cable distances. |
| 25G uplinks | Servers, storage or upstream switching can use SFP28. | Review the shared SFP28 speed-mode limitation across all four ports. |
| UniFi management | The network is already managed through UniFi Network or will be migrated. | Controller hosting, software version, adoption process and administrator access. |
| Power resilience | The project requires a secondary DC power path. | USP-RPS compatibility, cabling and the wider UPS strategy. |
| Layer 3 services | Local routing and DHCP functions fit the intended architecture. | Route scale, gateway design, firewall policies and operational ownership. |
Verified technical information
| Brand | Ubiquiti |
|---|---|
| Model | USW-Pro-Aggregation |
| Product type | Managed Layer 3 aggregation switch |
| Port layout | 28 × 10G SFP+ ports supporting 10G/1G; 4 × 25G SFP28 ports supporting 25G/10G/1G |
| Switching capacity | 760 Gbps |
| Non-blocking throughput | 380 Gbps |
| Forwarding rate | 565 Mpps |
| VLAN support | Up to 1,000 supported VLANs |
| MAC table | 32,000 addresses |
| Static routes | 256 IPv4 static routes |
| Form factor | 1U rack mount |
| Dimensions | 442 × 325 × 44 mm |
| Weight | 4.6 kg without mounting brackets; 4.7 kg with brackets |
| Maximum power consumption | 100 W |
| Power method | 100–240V AC input plus USP-RPS DC input for supported backup-power design |
| Display | 1.3-inch touchscreen LCM |
| Operating environment | -5 to 40°C; 10–90% non-condensing humidity |
| Management | UniFi Network management over in-band Ethernet |
| Availability | Contact FourTeck for current UAE options, quantity and vendor lead time |
Important SFP28 speed-planning dependency
The four SFP28 ports require deliberate speed planning. According to the product documentation, mixed speeds are not supported when one of these ports is configured for 25 Gbps; in that state, the other SFP28 ports are also limited to 25 Gbps operation. Mixed speed is supported only when all four ports operate at 1 Gbps or 10 Gbps. This point matters when a buyer expects to connect one 25G server while using the remaining SFP28 ports for 10G devices. Review the intended port map before finalising transceivers, cables and upstream equipment.
A practical purchase and deployment journey
Map every link
List current and future access switches, servers, storage interfaces, gateways and inter-building links. Include speed, media type and distance.
Select optics and cables
Choose DAC, multimode or single-mode options according to distance, patching, connector type and endpoint compatibility.
Define the logical design
Plan VLANs, trunks, LACP groups, spanning tree, routing, DHCP responsibilities, management addresses and access controls.
Adopt and validate
Rack the device, connect management, adopt it into UniFi Network, apply staged configuration and test each path before production cutover.
Capacity without losing design discipline
The headline capacity is valuable only when the surrounding network can use it. Twenty-eight 10G ports can aggregate a large set of access switches, but each access switch still needs a realistic uplink design based on user density, Wi-Fi traffic, camera streams, application patterns and oversubscription tolerance. A building with many edge switches does not necessarily require every uplink to run at full rate simultaneously. Conversely, a backup window, media workflow or storage replication task can create short periods of intense traffic that justify additional headroom.
Buyers should therefore avoid selecting the switch solely by counting ports. Consider traffic direction, peak concurrency, latency sensitivity and failure scenarios. Two links in an LACP group can provide more capacity and some resilience, but both ends must be configured consistently and traffic distribution depends on hashing behaviour. The switch supports LACP, yet the business design must still account for how individual sessions are spread across member links.
The 760 Gbps switching capacity and 380 Gbps non-blocking throughput support substantial internal traffic movement. These figures do not guarantee application performance because endpoint adapters, server buses, storage systems, firewalls, optics and cable quality all influence the result. FourTeck can help translate the port count into a practical topology and identify whether 10G, 25G or a combination is appropriate for each connection.
UniFi management and operational control
The USW-Pro-Aggregation is designed to be managed through UniFi Network. This gives administrators a common interface for switch adoption, port profiles, VLAN assignment, monitoring and configuration changes. Organisations already using UniFi gateways, switches and wireless access points may value the unified operational view because it reduces the number of separate management interfaces used for everyday tasks.
A unified interface does not remove the need for governance. Administrator roles, backups, software maintenance, change approval and monitoring responsibilities should be defined before deployment. The management application must be hosted on a suitable UniFi console, gateway or server arrangement. Buyers should confirm the intended controller platform, software version and access method. Where the network is business-critical, configuration exports and documented recovery steps should form part of the operating procedure.
The switch supports monitoring and control features including port mirroring, traffic rate limits, storm control, flow control, loop protection and network isolation options. These features are useful for troubleshooting and segmentation, but they need to be applied deliberately. An incorrectly placed ACL, trunk profile or isolation setting can interrupt services. FourTeck configuration support can include port mapping, VLAN profiles, uplink settings and staged validation according to the agreed scope.
Resilience, power and rack planning
Aggregation equipment often carries traffic for many downstream systems, so rack and power planning deserve more attention than they might for a small edge switch. The unit occupies one rack unit and is 325 mm deep, but usable rack depth must also account for cable bend radius, airflow and rear access. The official specification lists support for rack depths from 400 to 1200 mm. Confirm that rails, cage nuts and rack clearances are suitable before installation.
The switch includes an internal 100W AC/DC power supply and accepts universal 100–240V AC input. It also includes a DC input for connection to the UniFi SmartPower RPS. The RPS connection can provide a secondary power source when incorporated into a supported design. This does not replace a complete power-continuity plan. The rack may still require UPS protection, monitored power distribution and documented failure procedures. The RPS, cable and any related accessories should be confirmed as separate bill-of-material items unless explicitly included in a quotation.
Heat dissipation is specified at 341 BTU per hour, and the operating range is -5 to 40°C. The equipment room should maintain stable cooling and avoid blocked ventilation. A high-density collection of optical modules can contribute heat inside the rack. Installation planning should therefore include airflow direction, neighbouring equipment and fibre management rather than focusing only on available rack units.
Optics, cabling and compatibility considerations
The switch does not remove the need to select the correct physical media. Direct-attach copper cables are often appropriate for short in-rack or adjacent-rack connections. Multimode optical modules may suit many building and data-room links, while single-mode optics are generally considered for longer distances or existing single-mode fibre infrastructure. The correct choice depends on endpoint support, distance, connector type, fibre grade, patch-panel design and the required speed.
Transceiver compatibility should be confirmed for both ends of every connection. A module that fits mechanically may still be unsuitable because of speed support, wavelength, fibre type or vendor coding. The same applies to passive and active DAC cables. Where third-party modules are proposed, buyers should review operational support and test them before a critical cutover. FourTeck can help create an interface schedule that identifies each port, destination, medium, module type and cable length.
For 25G links, the endpoint must have an SFP28 interface and support the chosen medium. A 25G port is not useful simply because it exists on the switch; the server, storage adapter or upstream switch must be configured correctly. The special shared-speed behaviour of the four SFP28 ports should be included in the port map from the beginning. This prevents a late design change after optics have been ordered.
Ideal environments and use cases
Multi-floor enterprise networks
Aggregate fibre uplinks from access switches serving separate floors, departments or buildings while keeping management within the UniFi environment.
Server and virtualisation racks
Connect multiple 10G hosts and selected 25G-capable systems, subject to endpoint adapters, workload requirements and storage architecture.
Surveillance aggregation
Consolidate high-throughput links from camera access switches or recording infrastructure where bandwidth calculations and retention design justify 10G connectivity.
Hospitality and managed buildings
Provide a central fibre layer for wireless, security, operations and guest-network access switches while maintaining controlled VLAN separation.
Media and creative workloads
Support high-bandwidth workstation, editing and shared-storage links where latency, file size and simultaneous users are assessed carefully.
Network modernisation
Replace fragmented low-density fibre switching with a structured 1U platform, provided that the UniFi feature set matches operational requirements.
Questions to resolve before requesting a quotation
Procurement checklist
☐ Confirm the exact model: USW-Pro-Aggregation
☐ State the required quantity and destination
☐ Provide a port-by-port connection schedule
☐ Confirm 10G and 25G speed requirements
☐ Identify multimode, single-mode or DAC links
☐ Confirm fibre distances and connector types
☐ List required transceivers and cable lengths
☐ Confirm UniFi Network hosting and adoption method
☐ Define VLAN, trunk and LACP requirements
☐ Confirm rack depth, ventilation and power source
☐ Decide whether USP-RPS backup is required
☐ Include installation and configuration scope when needed
☐ Confirm testing, documentation and handover expectations
☐ Request current availability and warranty guidance
How FourTeck can assist
FourTeck can support the buying process from requirement clarification through quotation coordination. The first step is to understand the existing topology and the role expected from the aggregation layer. This includes the number of access switches, server connections, storage links, firewall interfaces and future expansion requirements. Based on that information, the proposed bill of materials can include the switch, optical modules, direct-attach cables, patching items and optional power-resilience components.
Configuration assistance can be scoped separately when required. Typical tasks may include UniFi adoption, management addressing, VLAN and port-profile creation, trunk configuration, LACP setup, spanning-tree review, port labelling and staged testing. The precise scope depends on the customer environment and should be documented in the quotation. For wider infrastructure planning, review the FourTeck technology services page or browse other business network products.
FourTeck can also help compare the USW-Pro-Aggregation with a smaller aggregation model or a higher-capacity alternative. The objective is to avoid paying for unused interfaces while also reducing the risk of an early replacement caused by insufficient capacity. Share the topology, link speeds and growth plan through the FourTeck contact page for a requirement-based discussion.
UAE availability and support guidance
Contact FourTeck to confirm current UAE availability for the Ubiquiti USW-Pro-Aggregation. Availability may depend on quantity, regional supply, hardware revision and vendor lead time. A useful enquiry should include the number of switches, required optics or cables, destination, preferred schedule and whether configuration or installation assistance is expected. Delivery and project coordination can be discussed once the exact requirement is confirmed. Warranty terms should also be verified against the quoted source and region rather than assumed from a different country’s online store.
Dubai, Abu Dhabi, Sharjah and Ajman coverage
FourTeck can coordinate requirement review and quotation discussions for organisations in Dubai, Abu Dhabi, Sharjah and Ajman. The engagement can cover product selection, optics planning, cable requirements, installation scope and configuration expectations. Site-specific work depends on access conditions, rack readiness, documentation and the agreed project scope. Buyers managing multiple branches should provide a location-by-location link count and deployment schedule so that the bill of materials can be structured clearly. For company information and wider technology assistance, visit about FourTeck.
GCC availability
FourTeck can assist GCC organisations evaluating the USW-Pro-Aggregation for projects in the United Arab Emirates, Saudi Arabia, Kuwait, Qatar, Bahrain and Oman. Support can begin with a review of the topology, port count and required optical media, followed by model selection, quotation coordination and planning for configuration or installation where required. Product availability, licensing considerations, delivery schedules, service visits and vendor lead times may vary by country, quantity and project scope. Buyers should provide the destination country, exact product quantity, list of 10G and 25G connections, preferred optics, rack location and target schedule. This information helps create a more accurate bill of materials and avoids assuming that regional stock or warranty terms are identical. For Kuwait-focused enquiries, the FourTeck Kuwait resource may also support regional coordination.
Africa availability
Organisations planning network upgrades in Africa can contact FourTeck for product evaluation, optics selection, configuration scoping and procurement coordination. The suitability of the USW-Pro-Aggregation depends on the intended network design, local power conditions, available rack facilities, endpoint compatibility and the ability to operate the UniFi management platform. Availability and fulfilment can vary according to destination, quantity, shipping arrangements, vendor lead time, regulatory requirements and project conditions. Buyers should share the destination country, exact quantity, required transceivers or DAC cables, expected deployment schedule and any installation or support expectations. FourTeck can then provide guidance based on the specific requirement without assuming local inventory or fixed delivery times. Regional teams may also consult the FourTeck Africa technology page, along with the dedicated Kenya and Uganda resources.
Related options and supporting services
UniFi Aggregation
A smaller eight-port 10G aggregation option may suit networks with modest link counts. Compare capacity and expansion needs before selecting.
25G and 10G optics
Select compatible multimode, single-mode or direct-attach options based on distance and endpoint requirements.
UniFi SmartPower RPS
Consider a supported redundant-power arrangement when the business continuity design requires a secondary DC power source.
Network design review
Validate uplink sizing, VLAN structure, spanning tree, routing boundaries and failure paths before implementation.
Installation and configuration
Scope rack installation, adoption, port profiles, LACP, testing and documentation as separate project requirements.
Higher-capacity aggregation
Dense 25G or 100G projects may require a different platform. Confirm long-term bandwidth and resilience objectives.
Frequently asked questions
Is the USW-Pro-Aggregation a Layer 3 switch?
Yes. It supports selected Layer 3 functions including local DHCP server capability, DHCP relay, inter-VLAN routing and static routing. The exact routing role should be aligned with the firewall and gateway design.
How many high-speed ports does it provide?
It provides twenty-eight SFP+ ports supporting 10G and 1G, plus four SFP28 ports supporting 25G, 10G and 1G subject to the documented shared speed-mode limitation.
Can one SFP28 port run at 25G while another runs at 10G?
The product documentation states that mixed speed is not supported when one SFP28 port is configured at 25G. In that mode, the other SFP28 ports are also limited to 25G. Confirm the port plan before ordering.
Are optical modules included?
Do not assume that the required SFP+ or SFP28 modules are included. The quotation should identify each optic or DAC cable separately according to speed, distance and fibre type.
Does the switch provide PoE?
No PoE output is specified because the interfaces are fibre-focused SFP+ and SFP28 ports. PoE devices normally connect through suitable access switches.
How is the switch managed?
It is managed through UniFi Network over an in-band Ethernet connection. Buyers should confirm the controller or console that will host management and the adoption process.
Can it use redundant power?
The unit has a USP-RPS DC input that can be used with a supported UniFi SmartPower RPS design. Confirm the RPS and cable as separate items and retain UPS planning for the wider rack.
Is it suitable for a small office?
It may be excessive for a small office with only one or two 10G links. A smaller aggregation model may be more economical unless substantial growth or resilience requirements justify the additional ports.
What information is needed for a UAE quotation?
Provide quantity, destination, 10G and 25G port counts, link distances, optic or DAC preferences, rack and power details, management platform and required installation or configuration scope.
Is warranty coverage the same in every region?
Warranty and optional service coverage may vary by source and region. Confirm the warranty terms included in the FourTeck quotation rather than relying on another country’s store listing.
Confirm the model, optics and deployment scope
Send FourTeck your topology, required link speeds, fibre distances and quantity. The team can coordinate a current UAE quotation and discuss configuration or installation requirements.
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