Ubiquiti Pro XG 48 PoE USW-Pro-XG-48-PoE in Dubai, UAE
A 48-port Layer 3 UniFi switch built for organisations that need 10GbE access, 2.5GbE edge connectivity, PoE+++ power and 25G uplinks in a single rack unit.
Plan the right configuration
Share the required quantity, endpoint speeds, PoE load, uplink design and installation scope for a buyer-focused review.
Direct answer for buyers
The Ubiquiti Pro XG 48 PoE is a high-capacity UniFi managed switch for business networks where standard gigabit access no longer provides enough speed or PoE headroom. It is mainly used to connect multi-gigabit wireless access points, high-resolution cameras, creative workstations, networked audiovisual systems and other powered devices while providing 25G uplinks to aggregation or core infrastructure. It is worth considering when a project genuinely needs a large concentration of 2.5GbE and 10GbE copper ports. Before proceeding, confirm the number of endpoints, their negotiated speeds, individual and total PoE demand, cabling category, rack depth, uplink media, UniFi Network version and power input conditions.
What it does
The USW-Pro-XG-48-PoE concentrates high-speed wired access and PoE delivery in one managed appliance. Its thirty-two 10GbE copper interfaces support lower negotiated rates as well, while sixteen additional RJ45 ports provide 2.5GbE connectivity. Every RJ45 port supports PoE capability up to the product’s stated per-port and total-power limits.
Four SFP28 interfaces provide 25G, 10G or 1G connectivity for uplinks. This helps buyers design faster links to aggregation switches, servers or other network segments without consuming access ports.
Who it suits
This model may suit larger offices, technology companies, production studios, hospitality properties, education environments, surveillance-heavy sites and multi-floor facilities that standardise on UniFi management and need dense multi-gigabit access.
It may be excessive for smaller sites where most endpoints use 1GbE, where PoE demand is modest, or where only a few high-speed devices exist. In those cases, a lower-port-count or mixed-speed model may provide a more economical design.
Business challenges this switch can address
Access-layer bottlenecks
Modern access points, workstations and local servers can exceed the practical limits of a 1GbE edge. Multi-gigabit ports create room for higher throughput where endpoint hardware, cabling and traffic patterns justify it.
Insufficient PoE headroom
High-performance access points, PTZ cameras, displays and specialised devices may require more power than conventional PoE. The switch supports higher PoE classes, but the bill of materials must still account for per-port and total power.
Slow uplinks between layers
Four 25G SFP28 ports can reduce uplink congestion when multiple fast access ports are active. Optics, direct-attach cables, distance and peer-device support must be selected carefully.
Fragmented management
UniFi Network provides a consolidated management environment for compatible UniFi devices. Buyers should confirm controller hosting, software version, administrative ownership and monitoring responsibilities.
Product-fit decision matrix
| Requirement | Suitable when | Confirm before ordering |
|---|---|---|
| Dense 10GbE copper access | Many endpoints require 5GbE or 10GbE over RJ45. | Endpoint NICs, cable category, run length and heat considerations. |
| High-power PoE | The site includes devices that need PoE++, PoE+++ or substantial shared budget. | Per-device draw, total load, voltage input and contingency margin. |
| 25G aggregation | The upstream design supports SFP28 and needs higher-capacity trunks. | Optic type, fibre type, distance, peer compatibility and link redundancy. |
| UniFi operations | The organisation uses or intends to use UniFi Network management. | Controller location, software version, backups and administrator access. |
| Compact rack density | A large number of fast ports is required in one rack unit. | Four-post rack depth, airflow, power feed and cable management. |
Verified technical information
| Brand | Ubiquiti |
|---|---|
| Product name | UniFi Pro XG 48 PoE |
| Model | USW-Pro-XG-48-PoE |
| Product type | Managed Layer 3 PoE switch |
| RJ45 port layout | 32×10GbE multi-rate and 16×2.5GbE multi-rate; all 48 support PoE+++ capability |
| Fibre uplinks | 4×25G SFP28 supporting 25G, 10G and 1G |
| Switching capacity | 920Gbps |
| Non-blocking throughput | 460Gbps |
| Forwarding rate | 684Mpps |
| Supported VLANs | 1,000 |
| MAC table | 32,000 addresses |
| IPv4 static routes | 512 |
| PoE budget | 1080W at 200–240V AC; 972W at 100–120V AC |
| Maximum per-port PSE output | 15.4W PoE, 30W PoE+, 60W PoE++, 90W PoE+++ |
| Form factor | 1U rack mount |
| Dimensions | 442×480×44mm |
| Weight | 8.7kg without brackets; 8.8kg with brackets |
| Rack requirement | 19-inch four-post rack, supported post depth 600–1066mm |
| Display | 1.3-inch touchscreen LCM |
| Power input | 100–240V AC, 50/60Hz; USP RPS DC backup input |
| Operating environment | −5 to 40°C; 10–90% non-condensing humidity |
| Management requirement | UniFi Network 9.1.120 or later |
| Availability | Contact FourTeck for current UAE options, regional variant, quantity and lead time |
Configuration and compatibility dependencies
The headline port count does not by itself determine whether the switch is appropriate. Copper links above 1GbE depend on endpoint support, cable quality, cable length, patching and electromagnetic conditions. Existing Category 5e cabling may support some multi-gigabit rates under favourable conditions, but a project should not assume full 10GbE performance across every legacy run. Structured-cabling test results are valuable before a large deployment.
PoE planning must consider the rated draw of each powered device, its maximum startup or peak demand, the chosen port profile and the shared power budget. The available total differs by AC input range. A design that approaches the maximum budget should include practical margin rather than treating the published figure as a target operating level.
SFP28 uplinks require compatible modules or direct-attach cables at both ends. Confirm fibre type, connector type, distance, supported data rate and the capabilities of the upstream switch. Redundancy through the USP RPS input also requires separate planning and should not be assumed to be included in the base package.
A practical purchase and deployment journey
Document endpoints
List every access point, camera, workstation, server, encoder, phone and other device expected to connect, including speed and PoE demand.
Design uplinks
Choose 25G, 10G or 1G uplink operation, decide whether links will be aggregated and confirm the receiving switch and media.
Validate power and rack
Confirm AC feed, UPS sizing, PoE budget, rack depth, rail arrangement, airflow and service access around the 480mm-deep chassis.
Prepare configuration
Define VLANs, port profiles, access controls, aggregation, multicast behaviour, monitoring and administrator responsibilities before cutover.
Test and hand over
Verify negotiated speeds, PoE delivery, uplink resiliency, VLAN reachability, application performance and documented recovery procedures.
High-speed access without a mixed patchwork
A common challenge in growing networks is the gradual addition of small specialist switches whenever a faster endpoint appears. That approach can create fragmented management, extra uplinks, inconsistent power capacity and more points of failure. The Pro XG 48 PoE offers a concentrated pool of 10GbE and 2.5GbE ports, allowing a designer to support many fast devices from one managed access layer.
The operational value depends on actual traffic. A 10GbE port does not guarantee a 10Gbps application result, because storage, server capacity, WAN speed, endpoint processing and protocol overhead may become the limiting factors. Buyers should map the end-to-end path rather than selecting the switch solely for the highest port label.
PoE capacity for demanding edge devices
The ability to deliver up to PoE+++ per port gives designers flexibility for devices that need more than conventional PoE. This can simplify power placement for high-performance access points, cameras with heaters or motors, building devices, displays and specialised endpoints where local power outlets are inconvenient.
The correct design still requires a port-by-port power schedule. Not every connected device will need the maximum, and the switch cannot deliver maximum power to all ports simultaneously. A useful bill of materials includes typical draw, maximum draw, total budget, spare capacity and the input-voltage condition at the site.
Management, segmentation and operational control
The switch supports Layer 3 functions including DHCP server, DHCP relay, inter-VLAN routing and static routing for local networks. It also provides Layer 2 controls such as link aggregation, spanning tree, 802.1X control, DHCP snooping, port isolation, rate limiting and access lists.
These capabilities help administrators organise users and devices, but security and reliability depend on correct policy design, software maintenance, backups, logging and access control. A switch should be deployed as part of a wider network architecture rather than treated as a complete security solution.
Ideal environments and use cases
High-density Wi-Fi deployments
Multi-gigabit access points can use 2.5GbE, 5GbE or 10GbE uplinks and may require high-power PoE. The switch can support this role when the wireless design, cabling and upstream capacity are aligned.
Media and production networks
Creative workstations, shared storage and IP-based audiovisual workflows can benefit from faster access and multicast controls. Application profiles and traffic behaviour should be tested before production use.
Advanced surveillance
Large camera estates can consume meaningful bandwidth and PoE. Confirm camera codec, frame rate, retention design, recorder throughput, failure domains and peak power requirements.
Server-edge connectivity
The 10GbE copper ports may connect local servers or appliances where RJ45 is preferred. Data-centre designs should still review redundancy, airflow, maintenance and platform requirements.
Education and training facilities
Labs, digital media rooms and dense wireless spaces may need high port performance. Capacity planning should account for simultaneous use rather than only device count.
Hospitality and mixed-use properties
A single platform can connect wireless, cameras, access systems and operational endpoints, provided network segmentation and power resilience are designed around each service.
Integration and operational considerations
A successful deployment begins with the wider topology. Decide whether the switch will operate as an access layer, a collapsed distribution point or a high-speed edge for a specialised environment. The four 25G SFP28 interfaces provide considerable uplink flexibility, but resilience may require two upstream devices, link aggregation, spanning-tree planning or another architecture. The correct approach depends on the peer platform and the organisation’s tolerance for interruption.
Cabling deserves equal attention. Ten-gigabit copper can increase heat and power use in network adapters and transceivers, and performance depends on installed cable quality. Patch panels, patch cords and permanent links should be evaluated as a complete channel. Fibre links require correct optical modules, connector cleanliness and loss-budget planning.
UniFi Network should be hosted in an environment appropriate to the site. Confirm version compatibility, backup frequency, remote access policy and ownership of administrator credentials. Changes to VLANs, port profiles or access controls should follow a controlled process, particularly where phones, cameras, door systems or production workflows depend on the switch.
Power and cooling are substantial considerations. The switch can draw significant input power when heavily loaded with PoE devices. UPS sizing should use realistic load calculations and required runtime. Rack placement must support the chassis depth, cable bend radius, front-to-rear serviceability and the operating temperature range.
Questions to resolve before requesting a quotation
Separating current need from future growth prevents unnecessary cost while preserving sensible expansion capacity.
Provide model numbers and maximum power requirements for access points, cameras and all other powered devices.
Specify fibre type, distance, connector, optic or direct-attach cable, target speed and upstream device.
Confirm four-post mounting, supported depth, available rack units, airflow and access for copper and fibre management.
Define hosting, software maintenance, backups, remote administration and change approval responsibilities.
Clarify whether the quotation should include installation, configuration, migration, testing, documentation or support.
Procurement checklist
☐ Exact model: USW-Pro-XG-48-PoE
☐ Required quantity and destination
☐ Regional power variant and plug
☐ Port-speed map by endpoint
☐ Maximum PoE draw by device
☐ Total PoE budget with spare margin
☐ SFP28 optics or DAC requirements
☐ Fibre type, distance and peer device
☐ Rack depth, rails and cable management
☐ UPS capacity and backup runtime
☐ UniFi Network hosting and version
☐ VLAN and port-profile design
☐ Installation and configuration scope
☐ Warranty and support confirmation
How FourTeck can assist
FourTeck can help translate a device list and network objective into a clearer switching requirement. This may include reviewing the quantity of 10GbE and 2.5GbE endpoints, calculating expected PoE consumption, identifying suitable SFP28 connectivity, checking rack and power assumptions, and outlining the configuration or installation activities that should be included in the quotation.
For sites replacing an existing switch, the review can also consider VLANs, port profiles, uplink dependencies, maintenance windows and rollback requirements. A migration plan should identify services that cannot be interrupted, such as cameras, wireless access, phones, building systems or production devices.
Buyers can explore related network and security products, review available installation and configuration services, learn more about FourTeck, or send the project details through the Dubai technology quotation page.
UAE availability and support guidance
Contact FourTeck to confirm current UAE availability for the exact model, required quantity and regional power version. Availability may depend on vendor lead time, incoming allocation, destination, quantity and accessory requirements. Delivery and project coordination can be discussed after the bill of materials is confirmed. Where installation or configuration is required, include it in the quotation so rack work, cabling, uplinks, controller adoption and testing are treated as planned project activities rather than assumptions.
Dubai, Abu Dhabi, Sharjah and Ajman coverage
Businesses in Dubai, Abu Dhabi, Sharjah and Ajman can discuss product selection, quotation coordination and project requirements with FourTeck. The practical scope may range from supply-only guidance to installation planning, configuration support or migration assistance, depending on the site and quotation. Share the deployment location, rack details, quantity, target timeline and access restrictions so the requested scope can be assessed accurately.
GCC availability
FourTeck can assist organisations planning a Ubiquiti Pro XG 48 PoE deployment across GCC markets, including the United Arab Emirates, Saudi Arabia, Kuwait, Qatar, Bahrain and Oman. Assistance can cover requirement review, model confirmation, PoE budgeting, SFP28 uplink selection, quotation coordination, installation planning and regional project discussion. Product availability, delivery schedules, service visits, warranty handling and vendor lead times can vary by country, quantity, model version and project scope. Buyers should provide the destination country, number of switches, endpoint list, required optics or direct-attach cables, preferred deployment schedule and any configuration or onsite expectations. This information helps establish a practical bill of materials and avoids assuming that the same regional variant, stock position or service scope applies in every market.
Africa availability
Organisations planning high-capacity UniFi switching in Africa can contact FourTeck for product evaluation, accessory selection, licensing and management guidance, configuration scope, support planning and regional procurement coordination. Projects in East Africa, West Africa, Southern Africa or Central Africa may have different power, shipping, installation and local infrastructure conditions. Availability and fulfilment can depend on the destination, exact model, quantity, regional power variant, required optics, vendor lead time and local project requirements. Buyers should share the country, deployment site, quantity, endpoint and PoE schedule, uplink distances, expected timeline and any installation or support needs. FourTeck’s Africa technology resource, Kenya support channel and Uganda technology channel can provide relevant regional contact paths. Local inventory, customs outcomes and fixed delivery dates should be confirmed rather than assumed.
Related products and services to consider
25G SFP28 connectivity
Select direct-attach cables or optical modules according to distance, fibre type and upstream device support.
Rack and power planning
Review four-post mounting, rack depth, cable management, UPS capacity and optional RPS integration.
UniFi Network management
Confirm controller hosting, software version, backups, access control and ongoing operational ownership.
Installation and configuration
Include rack installation, adoption, VLANs, uplinks, port profiles, testing and documentation where required.
Why businesses contact FourTeck
The value of a product discussion is not limited to obtaining a unit price. Buyers often need to confirm whether the model is appropriate, whether the port mix matches the design, which accessories belong in the bill of materials, how much PoE reserve is sensible and what work should be included during deployment.
FourTeck can coordinate requirement clarification, quotation preparation, compatibility review, installation planning, configuration scope and migration discussion. These activities are defined according to the actual requirement and are not automatically included with every product quotation.
Frequently asked questions
Is the USW-Pro-XG-48-PoE suitable for a normal office?
It can be suitable for an office with many multi-gigabit access points, high-speed workstations, local servers or power-intensive devices. For a typical office where most endpoints use 1GbE and standard PoE, it may provide more capacity than required.
Do all 48 RJ45 ports support PoE+++?
The official specification identifies all 48 RJ45 ports as supporting PoE+++ capability. Actual output is subject to the per-port class, connected-device negotiation and the total available PoE budget.
What is the PoE budget in the UAE?
At 200–240V AC input, the stated total PoE availability is 1080W. The design should still include spare headroom and verify the actual site voltage, UPS and circuit capacity.
Are SFP28 modules included?
The required optical modules or direct-attach cables should be confirmed separately. Do not assume that uplink media is included unless it is specifically listed in the quotation.
Can the switch use 10G SFP+ links?
The SFP28 ports support 25G, 10G and 1G operation. Compatibility still depends on the selected module or cable and the peer device.
Which UniFi Network version is required?
The published requirement is UniFi Network 9.1.120 or later. Confirm the current supported release and controller environment during deployment planning.
Does it provide full routing like an enterprise router?
It supports selected Layer 3 functions such as local DHCP services, relay, inter-VLAN routing and static routing. A network design should still determine which functions belong on the switch, gateway or firewall.
What rack is required?
The switch is designed for a 19-inch four-post rack with supported post depths from 600mm to 1066mm. Confirm usable depth, airflow and cable space before ordering.
How can I obtain a Dubai quotation?
Send FourTeck the required quantity, destination, endpoint list, PoE schedule, uplink media, rack information and service scope. Current availability, regional version, warranty guidance and delivery coordination can then be reviewed.
Confirm the model, power plan and uplink design
Share your device count, PoE requirements, rack details and deployment location for a structured quotation discussion.
Reviews
There are no reviews yet.