Managed multi-gigabit switching for growing networks
Ubiquiti Pro Max 48 USW-Pro-Max-48 in Dubai, UAE
The USW-Pro-Max-48 is designed for organisations that need a high-density UniFi switch with a practical blend of Gigabit access, multi-gigabit connectivity, 10G uplinks, Layer 3 capability and centralised management. It is particularly relevant when many endpoints require reliable wired connectivity but do not need power delivered through the network cable.
Plan the correct switch build
Confirm port count, 2.5 GbE demand, uplink media, management platform, rack layout and whether PoE is required elsewhere in the design.
For high-density wired deployments
For faster clients and access points
For aggregation and backbone links
Confirm endpoint power separately
Direct answer for buyers
The Ubiquiti Pro Max 48 is a 48-port managed Layer 3 switch in the UniFi switching portfolio. It is mainly used to connect a large number of wired business devices while providing selected 2.5 GbE access ports and four 10G SFP+ uplinks for servers, aggregation switches or fibre backbones. It suits organisations already using or planning the UniFi management ecosystem and those that can power endpoints independently. Before proceeding, buyers should confirm the exact port-speed mix, whether PoE is required, the intended SFP+ modules or direct-attach cables, rack depth, cooling, power, redundancy expectations and the UniFi Network management arrangement.
What it does
It provides structured wired connectivity for user devices, servers, storage systems, printers, video endpoints, surveillance recorders, building systems and other Ethernet equipment. The combination of standard Gigabit ports, multi-gigabit interfaces and 10G SFP+ uplinks lets a network designer place higher-speed connections where they add value without moving every endpoint to a more expensive interface.
Through UniFi Network, administrators can monitor ports, create VLANs, apply access policies, inspect traffic patterns, manage spanning tree behaviour, configure link aggregation and maintain a consistent operating model across compatible UniFi gateways, access points and switches.
Who it suits
This model is suitable for medium and larger offices, schools, hospitality sites, retail branches, warehouses, studios, surveillance environments and multi-floor deployments that need many wired ports. It is especially relevant when the organisation wants multi-gigabit access for selected workstations, access points or servers but does not require PoE delivery from this particular switch.
It may be less suitable where most connected devices are IP phones, cameras or wireless access points that depend on PoE. In that case, a PoE version or a mixed-switch design may be more practical.
Business challenges this switch can help address
Port pressure in growing offices
A 48-port format allows a business to consolidate many wired endpoints in one rack unit. This can simplify patching and reduce the need to stack multiple smaller access switches, although the final design should still consider resilience and failure domains.
Mixed client speeds
Not every device needs more than 1 GbE. The Pro Max 48 supports a mixed-speed approach, allowing selected high-demand endpoints to use 2.5 GbE while ordinary clients remain on Gigabit Ethernet.
Backbone bottlenecks
Four 10G SFP+ interfaces support higher-capacity links to aggregation switches, servers, storage or upstream network equipment. Actual performance depends on network design, optics, cabling, traffic patterns and connected platforms.
Fragmented switch administration
Organisations using UniFi can bring switching configuration and visibility into the same management environment as compatible gateways and wireless access points, reducing the operational friction of separate management tools.
Core capabilities
Layer 3 switching
Supports local network routing functions and structured segmentation within the limits of the UniFi platform and current software capabilities.
Etherlighting visibility
Port illumination can help technicians identify link state, speed or network assignment during installation and maintenance.
10G uplink flexibility
SFP+ ports support fibre or compatible direct-attach connectivity, subject to module, cable and distance requirements.
Central management
UniFi Network provides configuration, monitoring and operational visibility for supported devices from a central interface.
Product-fit matrix
| Requirement | Suitable when | Confirm before ordering |
|---|---|---|
| High wired-port density | A site needs up to 48 copper access connections in one rack unit. | Allow spare capacity and confirm patch-panel design. |
| Multi-gigabit endpoints | Selected clients benefit from 2.5 GbE. | Exact quantity and placement of 2.5 GbE ports. |
| 10G aggregation | The design needs fibre, DAC or high-speed server links. | Optic type, distance, connector and compatibility. |
| UniFi operations | The business wants centralised UniFi management. | Controller hosting, adoption method and access policy. |
| Powered endpoints | Connected devices have local power or use separate injectors. | This model does not provide PoE output. |
Verified technical information
| Brand | Ubiquiti |
|---|---|
| Product name | UniFi Switch Pro Max 48 |
| Model | USW-Pro-Max-48 |
| Product type | Managed Layer 3 Ethernet switch |
| Form factor | 1U rack mount |
| Copper interfaces | 48 RJ45 access ports with a mix of 1 GbE and 2.5 GbE capability |
| SFP+ interfaces | 4 x 10G SFP+ |
| Switching capacity | 224 Gbps |
| Non-blocking throughput | 112 Gbps |
| Forwarding rate | 167 Mpps |
| Supported VLANs | Up to 1,000 |
| MAC address table | 32,000 entries |
| PoE output | Not supported on this model |
| Management | UniFi Network application |
| Redundant power support | DC power backup support; confirm compatible components and design |
| Availability | Contact FourTeck for current UAE version, lead time and quotation options |
Important dependencies and compatibility checks
The Pro Max 48 should be evaluated as part of a complete network design rather than as an isolated item. Its 10G SFP+ ports require compatible optics, fibre patch leads or direct-attach cables. The correct choice depends on link distance, connector type, fibre grade, neighbouring equipment and the environment in which the cable will be installed. Copper transceivers can introduce additional heat and distance limitations, so they should be selected carefully.
This switch does not supply PoE. Wireless access points, IP phones, cameras, door controllers and other powered devices therefore need local power, external injectors or connection to a separate PoE switch. A mixed architecture is often appropriate: the Pro Max 48 can serve workstations, servers and non-PoE devices, while a dedicated PoE model supports powered endpoints.
Layer 3 and advanced management functions depend on the current UniFi Network software version, configuration and overall topology. Buyers should confirm the required features, controller location, backup process, administrator access, gateway relationship, VLAN design and change-management procedure before deployment.
Purchase and deployment journey
Map the endpoints
List every wired device, expected speed, power requirement, VLAN and physical location. Add reasonable growth capacity.
Design uplinks
Choose the number, speed and media type of links to gateways, servers, storage and aggregation equipment.
Confirm the bill of materials
Include rack hardware, optics, DACs, fibre leads, patch panels, UPS capacity and optional redundancy components.
Configure and validate
Adopt the switch, update software, create networks, assign port profiles and test connectivity before production handover.
Multi-gigabit access where it matters
Many business networks contain a mixture of ordinary endpoints and a smaller group of bandwidth-sensitive devices. Desktop computers, printers, building controllers and many voice endpoints continue to operate comfortably at Gigabit speed, while newer wireless access points, content-creation workstations, local backup systems and specialised devices may benefit from 2.5 GbE. The Pro Max 48 supports this mixed environment without forcing every copper interface into the same speed class.
The practical value is design flexibility. A buyer can reserve multi-gigabit ports for systems with a measurable need and use the remaining ports for routine access. This can provide a more balanced investment than selecting a fully multi-gigabit switch when most connected equipment cannot use the extra capacity. Port mapping should be completed before installation so that patch-panel numbering, cable certification and switch profiles align with the intended speed.
Cabling is an important dependency. Existing structured cabling may support 2.5 GbE, but performance depends on cable category, length, termination quality, interference and installation condition. FourTeck can help review the endpoint list and identify where cabling validation should be included in the project scope.
10G uplinks for aggregation and server connectivity
The four SFP+ ports allow the switch to participate in a higher-capacity backbone. Depending on the design, they can connect to an aggregation switch, UniFi gateway, server, storage platform or another compatible switch. They may also be used in link aggregation where supported and correctly configured. The presence of four uplinks gives the designer more choices than a basic two-uplink access switch, but the best arrangement depends on traffic flows and resilience goals.
For a single-switch office, one or two 10G uplinks may be enough. In a larger campus or multi-floor environment, separate links may be assigned to an aggregation layer, server cluster or redundant path. Link aggregation does not make a single data flow exceed the capacity of one member link, and redundancy behaviour depends on spanning tree, LACP, upstream design and equipment compatibility.
Optics and cabling are not interchangeable assumptions. Multi-mode fibre, single-mode fibre, direct-attach copper and SFP+ to RJ45 modules each have different distance, heat, connector and compatibility characteristics. The quotation should specify exact module types rather than treating “10G uplink” as a complete bill of materials.
Operational control through UniFi Network
The switch is managed through the UniFi Network application, which provides a common interface for supported UniFi switches, access points and gateways. Administrators can view port status, negotiate speeds, device associations, network assignments and event information from a central console. This can simplify routine operations for organisations that prefer one management environment across their local network.
Central visibility does not replace sound operating procedures. Businesses should define administrator roles, backup methods, software-update windows, change approval, remote-access controls and recovery plans. A cloud-hosted or local controller arrangement should be selected according to security policy, internet dependence and the skills of the support team.
Etherlighting can assist with physical identification by illuminating ports according to supported status or network information. It is useful during patching and troubleshooting, particularly in dense racks, but accurate labels and documentation remain necessary. A professional handover should include port maps, VLAN assignments, uplink details, management access, backup information and escalation contacts.
Ideal environments and use cases
Corporate offices
Connect user desks, meeting-room systems, printers, local servers and building equipment while reserving multi-gigabit ports for selected high-performance devices.
Education and training sites
Support computer labs, administration areas, classrooms and shared resources where many non-PoE wired endpoints need central management.
Hospitality and retail back offices
Provide structured connectivity for operational systems, point-of-sale backends, workstations, local servers and non-powered network equipment.
Creative and media teams
Use selected 2.5 GbE and 10G connections for workstations and storage workflows where file movement is more demanding than ordinary office traffic.
Surveillance infrastructure
Connect recorders, viewing stations and upstream switches in designs where cameras receive power from separate PoE switches.
Aggregation for smaller sites
Use the four SFP+ ports to build a compact backbone, subject to traffic engineering, redundancy and compatibility review.
Integration and operational considerations
A successful installation begins with physical planning. Confirm rack depth, ventilation, cable routing, patch-panel position, power socket type and UPS capacity. The switch is a 1U rack device, but surrounding clearance and service access are still important. Dense copper cabling can obstruct airflow if patch leads are unmanaged, so horizontal or vertical cable management should be part of the rack plan.
Network segmentation should be designed before ports are assigned. Define user, server, voice, camera, guest, management and building-system networks according to business policy. The switch can support VLAN-based separation, but end-to-end enforcement also depends on the gateway, wireless platform, authentication method and firewall rules. Avoid creating VLANs without documenting their purpose, addressing, routing and support ownership.
For business continuity, consider whether one switch represents too large a failure domain. A 48-port switch is efficient, but an outage can affect many devices. Some organisations may prefer two smaller switches, dual power arrangements or spare-unit planning. The correct approach depends on operational impact, budget and recovery expectations.
Questions to resolve before ordering
Include spare ports and planned moves, not only the current patch count.
Map them to the available multi-gigabit interfaces before rack installation.
Choose a PoE switch, injectors or a mixed design where required.
Specify distance, media, connector, optic and neighbouring equipment.
Confirm hosting, backups, administrator access and remote support policy.
Review uplink redundancy, power backup, spare strategy and recovery time.
Procurement checklist
☐ Confirm exact model USW-Pro-Max-48
☐ Confirm required quantity and spare capacity
☐ Record the number of 1 GbE and 2.5 GbE endpoints
☐ Identify all devices requiring PoE
☐ Specify SFP+ optics, DACs and fibre patch leads
☐ Confirm rack space, rails and cable management
☐ Review UPS load and power-backup requirements
☐ Define VLAN, routing and port-profile requirements
☐ Confirm UniFi Network controller arrangement
☐ Include installation and configuration scope if needed
☐ Request cable testing where multi-gigabit links are planned
☐ Confirm regional version, lead time and warranty terms
How FourTeck can assist
FourTeck can help translate a device list and network objective into a practical switch requirement. Assistance may include port-count review, comparison with PoE alternatives, multi-gigabit mapping, SFP+ uplink planning, accessory identification, rack and power considerations, UniFi controller planning, VLAN design discussions and quotation coordination. The exact scope should be agreed before purchase.
For projects that require implementation, installation and configuration can be included as separate quotation items. A clear scope can cover physical mounting, patching, software adoption, firmware review, port profiles, VLAN assignment, uplink configuration, testing and documentation. Migration from an existing switch should include an approved cutover plan and rollback approach.
Visit the FourTeck technology product catalogue, review available network installation and configuration services, or send your requirement to the FourTeck team.
UAE availability and support guidance
Contact FourTeck to confirm current UAE availability for the Ubiquiti Pro Max 48, the applicable regional version, expected vendor lead time and the accessories required for the intended design. Availability can change according to quantity, source region and project timing, so a quotation should be based on the exact requirement rather than a generic listing.
FourTeck can coordinate delivery and project planning after the model, quantity, destination and service scope are confirmed. Installation, configuration, migration and documentation should be identified in the quotation when required. Warranty terms can vary by source and regional policy; request written confirmation for the proposed supply route.
Dubai, Abu Dhabi, Sharjah and Ajman coverage
Businesses in Dubai, Abu Dhabi, Sharjah and Ajman can contact FourTeck for requirement review, quotation coordination and network deployment planning. The practical process begins with the exact model, quantity, endpoint list, site location and preferred project schedule. Where installation is requested, rack readiness, access arrangements, cabling condition, working-hour restrictions and change windows should be shared early. Service availability and visit schedules depend on confirmed scope and resource planning, so they should be agreed in the quotation rather than assumed from the product listing.
GCC Availability
FourTeck can assist organisations planning UniFi switching projects across GCC markets, including the United Arab Emirates, Saudi Arabia, Kuwait, Qatar, Bahrain and Oman. Support can begin with a review of wired-port demand, multi-gigabit requirements, uplink design, controller strategy and the need for PoE in other parts of the network. The team can then coordinate a model-specific quotation, identify optics and cabling, and discuss installation or configuration scope where appropriate. Product availability, regional version, delivery schedules, service visits and vendor lead times may vary by country, quantity and project requirement. Buyers should provide the destination country, exact model, required quantity, deployment location, accessory list and expected timeline. For Kuwait-related enquiries, the FourTeck Kuwait information site can also support regional coordination. No stock, customs outcome or fixed delivery date should be assumed until the quotation is confirmed.
Africa Availability
Organisations planning network projects in Africa can contact FourTeck for product evaluation, accessory planning, quotation coordination and deployment guidance. For the USW-Pro-Max-48, the review should cover destination, quantity, regional power and regulatory considerations, required SFP+ media, rack design, UniFi management and whether any endpoints need PoE. Availability and fulfilment can depend on the destination country, vendor lead time, shipping arrangements, project conditions and the final installation scope. Buyers should share the exact requirement, preferred deployment schedule and any configuration or support expectations so the proposed bill of materials is suitable. FourTeck maintains regional information resources for Kenya technology projects, Uganda business technology enquiries and broader Africa procurement coordination. Local inventory, customs clearance and onsite coverage should be confirmed for each project rather than assumed.
Related options and services
Ubiquiti Pro Max 48 PoE
Consider the PoE model when many access points, phones or cameras need power from the switch. Confirm budget and per-port power requirements.
Ubiquiti Pro Max 24
A lower-port-count alternative for smaller racks or distributed designs. Compare total ports, uplinks and expansion plans.
10G optics and DAC cables
Select modules and cables according to distance, fibre type, connector, neighbouring equipment and environmental conditions.
UniFi gateway and management
Review gateway sizing, controller hosting, remote access and backup arrangements as part of the wider UniFi design.
Network installation service
Include rack mounting, patching, adoption, VLAN setup, testing and documentation in a defined implementation scope.
Cabling assessment
Validate structured cabling before relying on multi-gigabit links, especially in older or modified installations.
Why businesses contact FourTeck
The value of procurement assistance is not limited to obtaining a product code. Buyers often need help deciding whether the non-PoE model is appropriate, how many 2.5 GbE connections are needed, which SFP+ accessories fit the design, whether the rack and UPS are suitable, and how the switch should integrate with an existing gateway or controller. FourTeck can organise these questions into a clear requirement and bill of materials.
For more complex environments, FourTeck can also coordinate design discussion, migration planning, installation scope, configuration, testing and handover documentation. These activities are quoted according to the project rather than assumed to be included with hardware supply. Learn more about FourTeck business technology assistance or submit project details through the FourTeck corporate contact page.
Frequently asked questions
Does the USW-Pro-Max-48 provide PoE?
No. This model does not provide PoE output. Devices such as access points, phones and cameras need separate power, injectors or a PoE switch.
How many 10G uplinks are available?
The switch includes four 10G SFP+ ports. The required optics, fibre or direct-attach cables should be specified separately.
Is every copper port 2.5 GbE?
No. The switch uses a mix of standard Gigabit and 2.5 GbE copper interfaces. Confirm the current official port layout and map high-speed devices accordingly.
Can it be managed without UniFi Network?
The intended management platform is the UniFi Network application. Buyers should plan where it will run and how it will be backed up and administered.
Is it suitable for wireless access points?
It can carry access-point data, but it cannot power the access points. Use local power, injectors or a PoE switch where necessary.
Can FourTeck help choose SFP+ modules?
Yes. Share the link distance, cable type, connector, target equipment and preferred media so compatible options can be reviewed.
Does the switch support Layer 3 functions?
Yes, the model is positioned as a Layer 3 switch. Exact functions and behaviour depend on the current UniFi software and network design.
What information is needed for a quotation?
Provide quantity, site location, endpoint count, 2.5 GbE needs, PoE requirements, uplink media, accessories and any installation or configuration scope.
Is the product currently available in Dubai?
Availability changes with region, quantity and vendor lead time. Contact FourTeck for current UAE availability and quotation details.
Can FourTeck configure and install it?
Installation and configuration can be discussed as a separate project scope covering rack work, adoption, VLANs, uplinks, testing and documentation.
Build the right UniFi switching requirement
Share your port count, endpoint power needs, multi-gigabit devices, uplink design, rack details and required project services. FourTeck can prepare a model-specific quotation and implementation discussion.
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