High-density enterprise campus switching
Ubiquiti Enterprise Campus 48S PoE ECS-48S-PoE in Dubai, UAE
The ECS-48S-PoE is designed for organisations that need a concentrated combination of multigigabit access, high-output Power over Ethernet, 25-gigabit uplinks and hardware stacking within the UniFi switching environment. It is a serious infrastructure component rather than a general-purpose office switch, so correct power, rack, uplink and resilience planning are central to a successful purchase.
Before requesting a quotation
Prepare the required port count, endpoint types, expected PoE draw, uplink design and rack dimensions.
Decide whether power supplies will operate in shared mode for maximum PoE capacity or redundant mode for resilience.
Confirm whether stacking, optics, direct-attach cables, installation and configuration are part of the project scope.
32 x 2.5 GbE and 16 x 10 GbE
4 x 25G SFP28
2 x 100G QSFP28
Dual hot-swappable power modules
Direct answer for enterprise buyers
The Ubiquiti Enterprise Campus 48S PoE is a stackable Layer 3 campus switch for dense wired and powered-device deployments. It is mainly used to connect Wi-Fi access points, cameras, phones, workstations, AV systems and other Ethernet devices while providing multigigabit access and high-capacity upstream connectivity. It is most relevant to organisations standardising on UniFi and designing a campus or large-building network with substantial power and bandwidth requirements. Before proceeding, buyers should confirm port-speed distribution, total PoE demand, power-input voltage, shared versus redundant power mode, four-post rack suitability, stacking topology, uplink media, management platform and the complete accessory list.
What the ECS-48S-PoE does
This switch brings access-layer density and distribution-class connectivity into one 1U chassis. Its copper access ports support multiple Ethernet rates, allowing a network design to serve ordinary one-gigabit devices alongside modern 2.5-gigabit and 10-gigabit endpoints. Every primary copper access port can provide PoE up to the device’s stated PoE+++ capability, subject to per-port negotiation and the available system power budget.
The four SFP28 interfaces support high-speed fibre or direct-attach uplinks, while the two QSFP28 interfaces are intended for 100-gigabit switch stacking. Layer 2 and Layer 3 functions help the switch participate in segmented, routed and policy-controlled campus designs under UniFi management.
Who should consider it
The model suits IT teams planning a high-density UniFi campus where many powered endpoints require more than basic one-gigabit access. Likely environments include large offices, schools, universities, hospitality properties, healthcare facilities, media and production locations, managed buildings and distributed corporate sites with substantial wireless, surveillance, collaboration or AV traffic.
It may be excessive for a small office with modest PoE demand, few multigigabit endpoints and no requirement for stacking or 25G uplinks. In such cases, a lower-capacity UniFi switch may be more economical and easier to power and cool. Product choice should follow a measured port, bandwidth and power assessment rather than a simple preference for the highest specification.
Business challenges this switch can help address
Growing Wi-Fi power demand
Modern enterprise access points can require higher PoE classes and multigigabit backhaul. The ECS-48S-PoE provides a platform for supporting these endpoints, but the engineer must calculate aggregate power and port-speed needs rather than assuming every device will draw its maximum simultaneously.
Access-layer bandwidth pressure
A mixture of 2.5 GbE and 10 GbE copper ports can reduce bottlenecks for high-throughput workstations, servers, AV endpoints and wireless infrastructure. The distribution side must still be sized correctly so that uplinks and upstream switches do not become the new congestion point.
Resilience and maintenance
Hot-swappable power and fan modules can support a more serviceable design. Redundant power mode, upstream diversity, stacking architecture and spare-module policy should be agreed during design because hardware capability alone does not create end-to-end availability.
Operational consistency
For organisations already using UniFi, centralised management can simplify configuration visibility and standardisation. The selected UniFi Network environment, controller hosting model, software version and administrative process should be reviewed before deployment.
Core capability band
Connect devices at 100M, 1G, 2.5G, 5G or 10G according to the relevant port and endpoint capability.
Power suitable endpoints over copper Ethernet, subject to negotiated class, cable quality and total switch budget.
Use SFP28 ports for high-speed connections to aggregation, core, server or storage infrastructure where compatibility is confirmed.
Build supported switch stacks with dedicated QSFP28 interfaces and an approved topology.
Product-fit decision matrix
| Requirement | Suitable when | Confirm before ordering |
|---|---|---|
| Dense powered access | Many APs, cameras, phones or AV endpoints require one consolidated switch. | Per-device PoE class, peak load and total budget. |
| 10 GbE edge connectivity | Up to sixteen copper endpoints need speeds above 2.5 GbE. | Cabling category, link distance and endpoint NIC support. |
| High-speed aggregation | The design requires 25G uplinks to upstream infrastructure. | Optic, DAC, fibre type and peer compatibility. |
| Stacked campus access | Multiple stackable campus switches must operate as a coordinated design. | Supported stack size, cabling, software and failure behaviour. |
| Power resilience | Hot-swappable modules and redundant operation are part of the availability plan. | Reduced PoE budget in redundant mode and dual-feed availability. |
Verified technical information
| Brand | Ubiquiti |
|---|---|
| Product name | Enterprise Campus 48S PoE |
| Model | ECS-48S-PoE |
| Form factor | Full-depth 1U rack mount |
| 2.5 GbE copper ports | 32, all supporting PoE+++; 2.5G/1G/100M/10M |
| 10 GbE copper ports | 16, all supporting PoE+++; 10G/5G/2.5G/1G/100M/10M |
| High-speed uplinks | 4 x 25G SFP28 supporting 25G/10G/1G |
| Stacking ports | 2 x 100G QSFP28 |
| Additional management | 1 x 1 GbE RJ45 out-of-band management, serial console and AR management support |
| Switching capacity | 680 Gbps |
| Non-blocking throughput | 340 Gbps |
| Forwarding rate | 506 Mpps |
| VLANs and MAC table | Up to 1,000 VLANs and 32,000 MAC addresses |
| Layer 3 functions | Local DHCP server, DHCP relay, inter-VLAN routing and static routing |
| PoE output | Up to 90W per compatible port and endpoint under PoE+++ conditions |
| Total PoE budget | At 200–240V AC: 2,150W shared or 950W redundant. At 100–120V AC: 1,750W shared or 750W redundant. |
| Power modules | 2 x hot-swappable 1,200W AC/DC modules |
| Cooling | 4 x hot-swappable fan modules |
| Dimensions | 442.4 x 44 x 496 mm |
| Weight | 9.5 kg without brackets; 9.6 kg with brackets |
| Rack requirement | 19-inch four-post rack, supported post depths 650–1,000 mm |
| Operating environment | -5 to 40°C; 10–90% non-condensing humidity |
| Availability | Contact FourTeck for current UAE availability, regional supply status and lead-time guidance. |
Configuration, compatibility and dependency notice
The published hardware specification describes maximum platform capabilities, not a promise that every port can simultaneously deliver its highest PoE class under every power mode. The usable budget depends on input voltage and whether the dual power modules are configured for shared output or redundancy. A design that prioritises maximum endpoint power may use shared mode, while a design that prioritises continued operation after a power-module failure may use redundant mode and accept a lower available PoE budget.
Copper link speed depends on endpoint support, cable category, installation quality and distance. SFP28 and QSFP28 connectivity requires compatible modules or cables on both ends. The stacking design should use supported components and current UniFi software. Features, user interface behaviour and supported stack functions can change with software releases, so the deployment team should validate the current platform documentation before commissioning. FourTeck can include cabling, optics, power and configuration review in the quotation scope where requested.
Purchase and deployment journey
Measure the requirement
List every connected device, required speed, PoE class, projected growth and location. Separate immediate need from reserved capacity.
Design power and resilience
Calculate the aggregate PoE load and decide whether the switch will run in shared or redundant power mode. Verify rack power feeds and UPS capacity.
Confirm uplinks and stacking
Select SFP28 and QSFP28 media, peer devices, fibre types, cable lengths, link aggregation and stack topology.
Build the quotation
Include switches, optics, cables, rack accessories, installation, configuration, testing and support expectations in one bill of materials.
Install and validate
Stage the devices, update software, adopt them into management, apply configuration, test redundancy and document the final environment.
High-density multigigabit access without a mixed-switch patchwork
A common campus design challenge is the rapid growth of endpoints that no longer fit neatly into a one-gigabit access model. Wi-Fi 6E and Wi-Fi 7 access points, engineering workstations, high-resolution media systems, storage-connected endpoints and certain server appliances can benefit from 2.5 GbE, 5 GbE or 10 GbE links. Building this environment with separate one-gigabit, 2.5-gigabit and 10-gigabit switches can complicate rack space, uplinks, spare policy and management.
The ECS-48S-PoE addresses that problem by combining 32 multigigabit 2.5 GbE ports and 16 multirate 10 GbE ports in one chassis. The practical value is not simply the maximum port speed. It is the ability to assign faster ports to the endpoints that need them while keeping other devices on suitable lower negotiated rates. This makes phased upgrades possible, provided the cable plant is assessed carefully.
For 10 GbE over copper, distance and cabling quality matter. Existing Category 5e may be adequate for some 2.5 GbE links but should not be assumed suitable for every 10 GbE requirement. New-build projects may choose Category 6A for predictable 10-gigabit performance at standard structured-cabling distances. The final design should also consider heat, patch-panel rating, cable bundling and certification test results. FourTeck can help translate a port schedule into a practical switch and cabling bill of materials.
PoE planning for wireless, surveillance and smart-building endpoints
The switch supports PoE, PoE+, PoE++ and PoE+++ output levels, with up to 90W per compatible powered-device connection. That maximum figure is useful for demanding endpoints, but it should not be treated as the default draw for every port. Each endpoint negotiates or is assigned a power class, and the switch must have enough aggregate budget to serve the real connected load under the chosen power mode.
A sensible PoE calculation starts with the vendor-rated maximum of each planned device, then adds allowance for startup behaviour, future additions and uncertainty. Wireless access points may draw more power when additional radios or USB features are active. Cameras with heaters, illuminators or PTZ motors can have higher peak consumption than their normal operating load. AV endpoints, door controllers and building systems may also have accessory-dependent requirements.
At 200–240V AC, the ECS-48S-PoE offers a published total budget of 2,150W in shared mode or 950W in redundant mode. This difference is significant. A network designed around the shared budget could experience oversubscription if later changed to redundant mode without reducing load. Procurement teams should therefore ask the technical team to state both the expected operational mode and the required budget in the quotation. The power-feed arrangement, UPS rating and cooling design should be reviewed at the same time.
Stacking, uplinks and resilient campus architecture
The four 25G SFP28 interfaces provide high-capacity paths toward aggregation, core, servers or other high-speed infrastructure. The two 100G QSFP28 ports support switch stacking. These interfaces make the product suitable for designs where a large number of multigigabit access ports would overwhelm conventional 10G uplinks.
High availability requires more than installing two switches. The engineer must define how endpoints, uplinks and power are distributed; which links are aggregated; what happens during a member or cable failure; and how traffic reconverges. Cross-stack link aggregation can help connect suitable downstream or upstream devices across stack members, but the exact implementation should be validated against current UniFi documentation and the capabilities of the peer equipment.
Optical selection is equally important. A 25G SFP28 port can use compatible optics or direct-attach cabling, but transceiver wavelength, fibre type, connector, reach and peer support must match. A 100G stacking connection requires the correct QSFP28 cable or module and should follow the supported topology. Buyers should not order the switch alone and assume generic modules will work. FourTeck can prepare an accessory schedule based on rack distance, building pathways and the upstream platform.
Ideal environments and practical use cases
Corporate headquarters
Dense floors with enterprise wireless, IP telephony, cameras and specialist workstations can use the switch as a powerful access-layer platform. Port maps and power budgets should be created by floor or communications room.
Education campuses
Universities and schools may need high device density, network segmentation and resilient uplinks across multiple buildings. Fibre design, stacking boundaries and operational support must be planned alongside the hardware.
Hotels and mixed-use properties
Wireless access, surveillance, voice, IPTV and building systems can share the same physical platform while remaining logically separated. The project should account for service-provider handoffs and property-management dependencies.
Media and Pro AV
High-bandwidth audiovisual environments may benefit from multigigabit access, multicast controls and supported Pro AV profiles. Traffic models, latency expectations and endpoint certification should be checked before standardisation.
Healthcare and managed facilities
The switch can support segmented endpoint groups and dense powered infrastructure. Clinical or regulated system compatibility, change control and outage procedures remain project-specific responsibilities.
Data-rich branch or edge sites
Larger branches with local servers, storage, cameras and high-performance users may use the switch where 25G upstream connectivity and robust PoE capacity are justified.
Integration and operational considerations
The switch is managed within the UniFi ecosystem, so the controller or gateway architecture should be identified before procurement. Confirm where the UniFi Network application will run, who will administer it, how configuration backups are handled and which software versions are approved. A new switch should be staged and adopted in a controlled environment before being moved into a production stack.
Network segmentation requires a coordinated plan across switching, routing, firewalling, wireless and endpoint policies. VLAN creation on the switch alone is not enough; corresponding DHCP, routing, access-control and firewall rules must exist in the wider network. The Layer 3 capabilities can support local inter-VLAN routing and static routes, but the design team should decide whether routing belongs at the access stack, aggregation layer or security gateway.
Monitoring and support processes should define how the team handles power alerts, fan or PSU replacement, link errors, temperature events and firmware updates. Hot-swappable components reduce replacement disruption but do not remove the need for approved spares and trained procedures. Documentation should include port descriptions, patch-panel references, VLAN assignments, PoE profiles, optic types, stack cabling and management addresses.
Buyer questions to resolve before ordering
Map each endpoint to the correct port class and leave realistic growth capacity.
Use maximum device draw, not average draw, and decide shared versus redundant mode.
Confirm port speed, optic compatibility, fibre path and link aggregation.
Include the correct QSFP28 cabling and define the stack topology in advance.
Verify four-post rack depth, airflow, rail support and service clearance.
Separate supply, installation, adoption, configuration, testing, documentation and support.
Procurement checklist
☐ Exact model: ECS-48S-PoE
☐ Required switch quantity and spare policy
☐ Port schedule for 2.5 GbE and 10 GbE endpoints
☐ Maximum and planned PoE consumption
☐ Shared or redundant power operating mode
☐ Rack depth, four-post mounting and airflow
☐ AC feed, PDU and UPS capacity
☐ SFP28 optic or DAC requirements
☐ QSFP28 stacking cable requirements
☐ Fibre type, connector and link distances
☐ UniFi management and software readiness
☐ VLAN, routing and security policy scope
☐ Installation, testing and documentation scope
☐ UAE delivery location and requested schedule
How FourTeck can assist
FourTeck can help turn an initial switch request into a complete, reviewable requirement. Assistance can include validating the model against the planned endpoint count, checking the balance of 2.5 GbE and 10 GbE ports, estimating PoE headroom, reviewing power-mode implications, preparing an optics and cable list, and identifying installation or configuration tasks that should appear in the quotation.
For a wider network refresh, FourTeck can also discuss related switching, wireless, firewall and support requirements. Visit the FourTeck technology products section, review available network and security services, or use the FourTeck contact page to share the project scope. The quotation can distinguish hardware supply from installation, configuration, migration, testing and ongoing support so procurement teams can compare like-for-like proposals.
UAE availability and support guidance
Contact FourTeck to confirm current UAE availability for the ECS-48S-PoE. Supply status can depend on regional release timing, requested quantity, vendor lead time and the exact accessory set. A complete request should include the destination, quantity, required optics and stacking cables, target installation date and whether implementation services are needed.
For projects in Dubai, Abu Dhabi, Sharjah and Ajman, FourTeck can coordinate requirement review, quotation preparation, delivery planning and the requested technical scope. Installation and configuration should be stated explicitly because product supply does not automatically include rack work, cabling, adoption, VLAN configuration, testing or documentation. Warranty terms and support options should be confirmed in the final commercial proposal.
GCC Availability
Organisations planning campus switching projects across the GCC can contact FourTeck for requirement review and quotation coordination. The ECS-48S-PoE may be relevant to projects in the United Arab Emirates, Saudi Arabia, Kuwait, Qatar, Bahrain and Oman where dense PoE, multigigabit access and high-capacity uplinks are required. Availability, regional ordering status, delivery schedules, power arrangements and service scope can vary by destination, quantity and vendor lead time. Buyers should provide the destination country, switch quantity, port and PoE schedule, required transceivers, stacking design, rack environment and target deployment window. FourTeck can then help clarify the bill of materials, configuration tasks and installation planning. For Kuwait-related coordination, buyers may also review FourTeck Kuwait resources. No assumption should be made about local stock, customs timing or onsite coverage until the exact project has been reviewed.
Africa Availability
FourTeck can assist organisations evaluating Ubiquiti campus switching for projects in Africa, including selected opportunities in East Africa and other regions. Planning should account for destination-specific power, rack, fibre, regulatory and logistics conditions. The ECS-48S-PoE is a substantial full-depth switch with high power capacity, so the project team should validate AC supply, UPS design, cooling, mounting and spare-component strategy before shipment. Buyers should share the destination country, exact quantity, endpoint schedule, PoE load, preferred delivery period and any installation or remote-support expectations. Availability and fulfilment can depend on regional product status, model allocation, shipping arrangements, vendor lead time and local project conditions. FourTeck’s Africa technology coordination page and Kenya business technology resource can support regional enquiries. Local inventory, customs outcomes and country-wide onsite service are not implied and must be confirmed for each request.
Related products and services to consider
Enterprise campus aggregation
Review the upstream aggregation platform, available 25G ports, routing role and redundancy design before finalising the access stack.
25G and 100G cabling
Select SFP28 and QSFP28 optics or direct-attach cables according to distance, fibre type, connector and peer compatibility.
Enterprise wireless design
Match access-point density, multigigabit backhaul and PoE demand to the switching architecture.
Firewall and segmentation
Coordinate VLANs, routing and access policies with the gateway or firewall. Explore FourTeck firewall solutions in Dubai.
Installation and configuration
Include rack mounting, cable labelling, adoption, software updates, configuration, testing and handover where required.
Why businesses contact FourTeck
A switch of this class is rarely purchased in isolation. Buyers contact FourTeck to clarify whether the port mix fits the endpoint plan, determine which power mode is appropriate, assemble compatible uplink and stacking components, and define the technical services needed around the hardware. This reduces the risk of receiving a switch without the optics, cables, rack support, power capacity or configuration scope required for deployment.
FourTeck can also help procurement teams structure the request so that quantity, accessories, warranty guidance, delivery coordination and service responsibilities are visible in the proposal. Learn more about FourTeck or contact the wider FourTeck team for a coordinated technology discussion.
Frequently asked questions
Is the ECS-48S-PoE suitable for a small office?
It can operate in an office, but its capacity, depth, power and price position are aimed at larger or more demanding environments. A smaller UniFi switch may be more appropriate when there are few multigigabit or high-power endpoints.
How many 10 GbE copper ports does it provide?
It provides sixteen RJ45 ports capable of 10G, 5G, 2.5G, 1G, 100M and 10M operation. Endpoint and cabling capability determine the negotiated speed.
Can every port deliver 90W at the same time?
No such assumption should be made. Individual ports can support up to PoE+++ levels, but simultaneous output is limited by the total system PoE budget and selected power mode.
What is the difference between shared and redundant power mode?
Shared mode combines available module capacity for a larger PoE budget. Redundant mode reserves capacity so service can continue after a module failure, resulting in a lower published PoE budget.
Does the switch support stacking?
Yes. It includes two 100G QSFP28 stacking ports and supports cross-stack link aggregation. Current software requirements, supported topology and compatible cables should be confirmed before deployment.
Are 25G optics included?
Optics should be treated as separate unless the final quotation explicitly states they are included. Select modules according to peer device, fibre type, connector and distance.
What rack is required?
The manufacturer specifies a full-depth 1U format for 19-inch four-post racks with supported post depths from 650 to 1,000 mm. Rack load and airflow should also be checked.
Can FourTeck configure the switch?
Configuration, adoption, VLAN setup, routing, testing and documentation can be discussed as part of the project scope. These services should be itemised in the quotation when required.
How can I get a Dubai quotation?
Share the quantity, endpoint schedule, PoE demand, uplink and stacking requirements, delivery location and requested services with FourTeck for a current quotation.
Plan the ECS-48S-PoE as a complete campus switching requirement
Send FourTeck your device count, PoE schedule, uplink design, rack details and deployment location. The team can help confirm the model, accessory list, quotation scope and UAE availability.
Reviews
There are no reviews yet.