High-density UniFi switching
Ubiquiti Pro 48 PoE USW-Pro-48-POE in Dubai, UAE
A 48-port Layer 3 managed switch with high-power PoE capability, four 10G SFP+ uplinks and a 600W PoE budget for demanding business, wireless, voice and surveillance deployments.
Plan the correct bill of materials
Confirm port count, PoE load, uplink optics, rack requirements and configuration scope before purchase.
High-density edge connectivity
High-capacity uplinks
Supports demanding powered devices
Routing features within UniFi
Designed for structured cabinets
Direct answer for buyers
The Ubiquiti USW-Pro-48-POE is a professional 48-port UniFi switch for connecting and powering large numbers of network devices from a central rack. It is mainly used as an access or distribution switch in business networks where access points, cameras, phones, controllers and wired clients need dependable connectivity and central management. Organisations should consider it when they need many Gigabit ports, substantial PoE capacity and 10G uplinks. Before proceeding, confirm the total wattage of every powered endpoint, whether PoE+ or PoE++ is required, the number and type of SFP+ links, the UniFi Network management arrangement, rack ventilation, power resilience and any installation or configuration services required.
What the USW-Pro-48-POE does
Consolidates wired access
Forty-eight Gigabit Ethernet interfaces allow a single switch to serve a dense floor, equipment room, surveillance cabinet or communications rack. Instead of spreading devices across several small switches, the network team can centralise port configuration, VLAN assignment, monitoring and troubleshooting. This can simplify cabling records and reduce the number of separate power supplies, but the final design should still account for redundancy, fault domains and future growth.
Powers connected endpoints
The switch can deliver Power over Ethernet to compatible devices, reducing the need for local electrical adapters near ceiling access points, wall phones, cameras and other network endpoints. The total available PoE budget is 600W, and the model supports high-power PoE++ output on appropriate ports. Actual consumption depends on the connected equipment, cable condition and negotiated power class, so a detailed load calculation is important.
Who should consider this switch?
The Pro 48 PoE is relevant to organisations standardising on the UniFi ecosystem and needing a substantial number of powered access ports. Typical buyers include IT managers, system integrators, facilities teams, hospitality operators, schools, clinics, retail groups, logistics companies and property managers. It may fit a new network build, a wireless expansion, an IP surveillance rollout or a consolidation project replacing several smaller switches.
It is particularly useful where a rack serves many endpoints but still needs fast uplinks to an aggregation switch, gateway, server environment or another floor. The four 10G SFP+ interfaces give designers several options for fibre links, direct-attach copper connections and aggregated uplinks, subject to compatible modules and network topology. Buyers who need multi-gigabit access on every copper port should compare newer 2.5GbE or 10GbE models rather than assuming this Gigabit access switch will meet those requirements.
Business challenges and practical responses
Growing endpoint count
Forty-eight access ports provide room for a dense mix of users and infrastructure devices. Capacity planning should include spare ports for future moves and additions.
Too many power adapters
Central PoE can simplify device placement and UPS planning. The total wattage must be calculated rather than judged only by port quantity.
Uplink congestion
Four 10G SFP+ ports allow higher-capacity upstream connections. Optics, fibre type, link distance and aggregation design require confirmation.
Fragmented management
UniFi Network provides central visibility and configuration for supported UniFi devices, provided the controller or Cloud Gateway is correctly planned.
Product-fit decision matrix
| Requirement | Suitable when | Confirm before ordering |
|---|---|---|
| High port density | A rack needs up to 48 Gigabit access connections | Current utilisation, growth allowance and redundancy |
| Powered endpoints | Access points, cameras, phones or other compliant devices need PoE | Per-device wattage, PoE standard and 600W total budget |
| Fast uplinks | The design requires 10G links to aggregation or core equipment | SFP+ module, DAC, fibre type, distance and peer compatibility |
| Central UniFi management | The organisation operates or plans a UniFi Network environment | Controller hosting, gateway design, software version and administrative access |
Verified technical information
| Brand | Ubiquiti |
|---|---|
| Product name | UniFi Switch Pro 48 PoE |
| Model | USW-Pro-48-POE (600W) |
| Product type | Managed Layer 3 PoE switch |
| RJ45 interfaces | 48 × Gigabit Ethernet |
| Uplink interfaces | 4 × 10G/1G SFP+ |
| Maximum PoE output | Up to PoE++ |
| Total PoE availability | 600W |
| Switching capacity | 176 Gbps |
| Non-blocking throughput | 88 Gbps |
| Forwarding rate | Approximately 131 Mpps |
| Form factor | 1U rack mount |
| Dimensions | 442 × 400 × 44 mm |
| Power input | 100–240V AC, 50/60 Hz; USP RPS DC input supported |
| Management | UniFi Network application |
| Availability | Contact FourTeck for current UAE options, quantity and lead time |
Configuration and compatibility dependencies
A switch specification alone does not confirm that every planned endpoint will work as expected. PoE negotiation, cabling quality, endpoint power class, firmware, transceiver compatibility and network configuration all affect the final deployment. The USW-Pro-48-POE should be adopted into a supported UniFi Network application. The controller can be hosted on a UniFi Cloud Gateway, a dedicated console or another supported platform, depending on the wider architecture.
SFP+ ports require suitable modules or direct-attach cables. Confirm wavelength, fibre mode, connector type, distance, peer device and environmental requirements before ordering. Third-party optics may operate in some environments, but compatibility should not be assumed. Where resilient power is needed, review UPS sizing and the optional UniFi redundant power arrangement as part of the complete design. The switch is not a substitute for a firewall, internet gateway or wireless controller strategy; those functions must be planned separately.
A practical purchase and deployment journey
Inventory endpoints
Record every access point, camera, phone, controller and wired user connection, including future capacity.
Calculate PoE
Add the maximum expected wattage and identify devices needing PoE, PoE+ or PoE++.
Design uplinks
Choose SFP+ optics or DAC cables, link speeds, aggregation and redundancy appropriate to the topology.
Confirm rack and power
Verify cabinet depth, airflow, PDU outlets, UPS capacity, grounding and cable management.
Configure and test
Adopt the switch, apply VLAN and port profiles, test PoE loads, validate uplinks and document the deployment.
PoE capacity for wireless, voice and surveillance
The 600W power budget is one of the defining reasons to choose this model. A network can contain many devices that draw modest power, a smaller number of high-power devices, or a mixture of both. Wireless access points may increase consumption under load, PTZ cameras can require more power than fixed cameras, and some building systems have start-up or heater requirements that differ from steady-state usage. A correct design therefore uses vendor maximums and a sensible operating reserve rather than multiplying an average value by the port count.
Centralising PoE can also improve power resilience because the switch and its endpoints can be protected by a rack-mounted UPS. The UPS must be sized for the switch itself, the aggregate PoE load and the desired runtime. During planning, decide whether all endpoints need backup power or whether critical devices should be prioritised. Port-level monitoring in UniFi can help operations teams understand consumption, but it does not replace pre-purchase sizing.
For surveillance projects, validate camera power class, link speed, video retention architecture and uplink capacity together. For wireless projects, consider access-point density, channel design, backhaul speed and whether Gigabit access ports are sufficient for the selected AP generation. For voice projects, coordinate PoE, voice VLAN, QoS and LLDP-MED settings with the phone platform and call-control design.
10G uplinks and traffic design
Four SFP+ interfaces give the switch useful flexibility at the aggregation layer. A deployment might use one 10G link to a gateway or aggregation switch, paired links with LACP where supported, separate links for different network paths, or fibre runs between equipment rooms. The appropriate arrangement depends on traffic patterns, upstream port availability and resilience objectives.
The 48 access ports are Gigabit, so a fully loaded switch can generate more aggregate traffic than a single 10G uplink in demanding environments. Most office networks are oversubscribed by design because not every endpoint transmits at full rate simultaneously. Video production, storage, large backups, dense Wi-Fi and surveillance traffic may require more careful calculations. Review peak flows, multicast behaviour, server locations and inter-VLAN routing paths before deciding the uplink count.
Optical choices should be documented as part of the bill of materials. Multimode and single-mode fibre use different transceivers and distance assumptions. DAC cables suit short rack-to-rack or same-rack connections but have length limits. Confirm connector cleaning, patch-panel condition and fibre polarity during installation. FourTeck can help review the planned peer devices and identify the information needed for a compatible quotation.
Management, segmentation and operational control
UniFi Network gives administrators a central interface for supported gateways, switches and access points. The USW-Pro-48-POE can be assigned port profiles, VLANs, link settings and monitoring policies from that environment. This is valuable where the same operational team manages several sites or where standard port templates are used for cameras, phones, wireless access points and user networks.
The switch includes Layer 3 capabilities such as static routing, inter-VLAN routing for local networks, DHCP relay and local DHCP server functions. Whether these should be used depends on the architecture. Some organisations prefer routing at a firewall or core switch for central policy enforcement, while others route selected VLANs locally to reduce upstream traffic. Security rules, logging requirements and troubleshooting responsibilities should guide the decision.
Operational features such as spanning tree, link aggregation, IGMP snooping, 802.1X control, port isolation, storm control, DHCP snooping, access controls and voice VLAN support can help implement a structured design. These features still require appropriate configuration and testing. A managed switch does not automatically create a secure network simply because the options are present. FourTeck can assist with a configuration scope that reflects the organisation’s VLAN plan, identity controls and change-management process.
Ideal business environments and use cases
Multi-floor offices
Connect user desks, Wi-Fi access points, phones, meeting-room devices and building systems from a structured distribution rack.
Hotels and hospitality
Support dense wireless coverage, IP telephony, cameras and operational devices while separating guest and business traffic.
Schools and training centres
Provide powered connectivity for classroom access points, cameras and phones, with VLANs for staff, students and infrastructure.
Warehouses and logistics
Serve wireless zones, surveillance, handheld-device infrastructure and office networks from an equipment-room switch.
Retail and branch operations
Connect access points, cameras, phones, point-of-sale infrastructure and back-office users with central visibility.
Surveillance aggregation
Power numerous IP cameras and carry video traffic upstream, provided PoE, storage and bandwidth calculations are completed.
Integration and operational considerations
A successful switch deployment depends on the systems around it. Confirm that the gateway, firewall, DHCP services, DNS, authentication platform and monitoring approach fit the proposed VLAN design. When 802.1X is required, coordinate switch configuration with the RADIUS or identity service and establish a fallback method for devices that cannot authenticate interactively. For voice networks, confirm the handset vendor’s LLDP-MED and VLAN expectations. For cameras, test multicast, time synchronisation and recording-server reachability.
Firmware should be managed through a controlled maintenance process. Review release notes, back up the controller, define a rollback approach and avoid upgrading every site simultaneously without testing. Document port assignments, cable identifiers, VLAN purposes, uplink paths, transceiver types and PoE loads. This information is particularly valuable when an endpoint is moved, replaced or investigated remotely.
The rack environment should have suitable ventilation because a high-power PoE switch can generate heat under load. Avoid blocking airflow and account for neighbouring equipment. Use proper cable management to protect copper bend radius and optical patch leads. Where business continuity is important, consider spare capacity, redundant upstream paths, UPS monitoring and a replacement plan rather than relying on a single device without an operational contingency.
Questions to resolve before ordering
Procurement checklist
- Confirm exact model USW-Pro-48-POE (600W)
- Required quantity and deployment site
- Current and future port count
- Per-device and total PoE requirement
- SFP+ optic or DAC specifications
- Fibre mode, connector and distance
- Rack depth, airflow and mounting plan
- AC, UPS and redundant-power requirements
- UniFi controller or Cloud Gateway
- VLAN, routing and access-control scope
- Installation and configuration services
- Delivery location and required timeline
- Warranty and support options to confirm
How FourTeck can assist
FourTeck can help translate a device list or network requirement into a practical quotation. Assistance can include confirming the exact switch model, checking the number of required access ports, reviewing PoE consumption, identifying uplink information, clarifying management requirements and defining installation or configuration scope. For projects involving several switches, the discussion can also cover aggregation, segmentation, addressing, rack layout and phased migration.
Buyers can share a port schedule, endpoint list, floor plan, existing topology or simple description of the environment. FourTeck can use that information to highlight missing items such as transceivers, patch leads, rack accessories, UPS capacity or controller requirements. Commercial availability, warranty terms, lead time and delivery coordination should be confirmed in the final quotation rather than assumed from a generic product listing.
Review FourTeck technology services or discuss the switching requirement.
UAE availability and support guidance
Contact FourTeck to confirm current UAE availability for the Ubiquiti USW-Pro-48-POE. Availability may depend on quantity, hardware revision, regional supply, vendor lead time and the accessories included in the requested bill of materials. Delivery and project coordination can be discussed after the exact requirement is confirmed. When installation or configuration is needed, include that scope in the quotation so rack work, adoption, VLAN configuration, uplink testing and documentation can be planned correctly.
FourTeck can coordinate requirements for organisations in Dubai, Abu Dhabi, Sharjah and Ajman through one combined project discussion. Buyers should provide the deployment location, required quantity, endpoint list, PoE load, preferred timeline and any site-access conditions. Visit the FourTeck product catalogue for related technologies or the company information page for broader business technology support.
GCC Availability
FourTeck can assist businesses planning Ubiquiti switching projects across the GCC by reviewing the required model, quantity, PoE demand, uplink design, management platform and service scope before quotation. Projects in the United Arab Emirates, Saudi Arabia, Kuwait, Qatar, Bahrain and Oman may have different availability, licensing, shipping, power, installation and vendor lead-time considerations. Share the destination country, exact product requirement, expected quantity, deployment location and target schedule so the commercial and technical scope can be evaluated. For multi-site projects, it is also helpful to identify whether configuration templates, staged delivery, remote coordination or local installation planning are required. Product availability, delivery schedules and service visits cannot be assumed to be identical across countries. Organisations considering Kuwait deployments can also review FourTeck Kuwait information while confirming the final bill of materials directly with the sales team.
Africa Availability
For projects in Africa, FourTeck can help organisations assess whether the USW-Pro-48-POE fits the required port density, PoE capacity, uplink architecture and UniFi management plan. Procurement and fulfilment depend on the destination, quantity, hardware version, regional power considerations, shipping arrangements, vendor lead time and any installation or support expectations. Buyers should share the destination country, exact switch quantity, endpoint schedule, preferred deployment date and required accessories so the request can be reviewed accurately. Projects in East Africa, including Kenya and Uganda, may also require coordination around site readiness, rack infrastructure, fibre modules and remote configuration. FourTeck does not assume local inventory or fixed customs outcomes; these items should be confirmed for the individual request. Visit FourTeck Africa or the Kenya technology portal for regional enquiry routes.
Related products and services to consider
UniFi aggregation switching
Consider a dedicated aggregation layer when several access switches require multiple 10G links or concentrated server connectivity.
SFP+ transceivers and DACs
Select modules based on distance, fibre mode, connector, wavelength and the interface at both ends of the link.
UniFi Cloud Gateway
A suitable UniFi console or gateway may be required to host management and provide routing, security and internet services.
Wireless access points
Match access-point generation and density to coverage, capacity and backhaul requirements rather than choosing only by radio specification.
Network installation
Rack mounting, patching, fibre testing, adoption, VLAN configuration and documentation can be included as a defined service scope.
Why businesses contact FourTeck
Business buyers often need more than a part number. They need confidence that the selected switch has enough ports, that the PoE budget covers the real endpoint mix, that uplinks match the installed fibre and that the management design fits operational responsibilities. FourTeck focuses the discussion on requirement clarification, model selection, bill-of-material review, compatibility questions, quotation coordination and implementation planning.
This approach is useful when a project combines switching, wireless, surveillance, voice, firewalling or structured cabling. Identifying dependencies before purchase can reduce missing accessories, unsuitable optics and unexpected configuration work. The final scope should record what is included, what remains customer-provided and what must be confirmed after a site survey or detailed design.
Frequently asked questions
Is the USW-Pro-48-POE suitable for a large office?
It can suit a large office or a dense floor where up to 48 Gigabit access ports and substantial PoE capacity are required. Confirm endpoint count, uplink traffic and redundancy before selection.
Does every RJ45 port provide PoE?
The model is designed with PoE-capable Gigabit RJ45 ports and supports up to PoE++ output. The usable power on each port and across the switch depends on endpoint requirements and the total 600W budget.
Can it connect to a 10G core switch?
Yes, it includes four 10G/1G SFP+ ports. Suitable optics or DAC cables and compatibility with the peer device must be confirmed.
Does it require a UniFi controller?
Management is provided through the UniFi Network application. Confirm whether this will run on a Cloud Gateway, UniFi console or another supported host.
Can the switch perform Layer 3 routing?
It supports Layer 3 features including static routing, inter-VLAN routing, DHCP relay and local DHCP functions. The architecture should determine whether routing belongs on this switch or another device.
Are SFP+ modules included?
Do not assume transceivers or DAC cables are included. Confirm the in-box contents and add the required uplink components to the quotation.
Is 600W enough for 48 devices?
That depends on the maximum power draw of each endpoint. Build a port-by-port PoE schedule and retain capacity for peak demand and growth.
Can FourTeck configure VLANs and port profiles?
Configuration assistance can be discussed as a separate project scope. Provide the VLAN plan, addressing, gateway design and endpoint requirements for an accurate quotation.
How do I confirm Dubai availability?
Contact FourTeck with the model, quantity, required accessories, deployment location and expected timeline. Availability and lead time should be confirmed for the specific request.
What information is needed for a quotation?
Share the switch quantity, endpoint count, PoE requirements, uplink media, controller arrangement, installation scope, delivery location and target schedule.
Confirm the switch, PoE load and uplink plan
Send FourTeck your device list, quantity and deployment details for a quotation that includes the required switch, optics, accessories and services.
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