Direct answer for buyers
The Ubiquiti Enterprise Audio Video XG 24 PoE is a full-depth 1U Layer 3 switch for high-bandwidth professional AV networks. It combines twenty-four multi-speed 10G copper ports with high-power PoE and four 100G QSFP28 uplinks, while adding timing and multicast functions relevant to SMPTE ST 2110, SDVoE and AES67 environments. It is most appropriate for technically planned media networks rather than ordinary office access switching. Before proceeding, a buyer should confirm endpoint bandwidth, per-port and total PoE draw, PTP architecture, multicast policy, uplink media, rack depth, input voltage, redundancy mode and UniFi management design.
What it does
This switch acts as a high-capacity aggregation and endpoint platform for AV-over-IP systems. It can connect encoders, decoders, media appliances, control devices, cameras, DSPs and other supported network endpoints while providing up to 10 Gigabit Ethernet on every primary copper port. Its QSFP28 interfaces allow the design team to build high-throughput links to core, aggregation or companion AV switches. The platform also provides Layer 2 and Layer 3 capabilities, multicast control, traffic prioritisation, port security and detailed management through the UniFi environment.
Who it suits
The EAV-XG-24-PoE may suit broadcasters, production studios, auditoriums, large collaboration spaces, command centres, universities, hospitality venues, houses of worship, event facilities and system integrators delivering professional media transport. It is especially relevant when endpoint density, bandwidth, PoE power or timing requirements exceed the practical limits of standard enterprise access switches. It may be excessive for small offices, low-density AV rooms or projects that need only 1G connectivity and modest PoE budgets.
Business challenges this platform helps address
High-bandwidth media flows
Uncompressed and lightly compressed video can consume substantial bandwidth. Twenty-four 10G-capable copper ports reduce the need to mix lower-speed access switches into a demanding AV fabric, provided the connected devices and cabling support the intended rate.
Power-hungry endpoints
PoE+++ support can power compatible devices that need more than conventional PoE+ or PoE++. The actual design must still consider the per-port class, total budget, input voltage and whether the power supplies operate in shared or redundant mode.
Multicast control
Professional AV traffic often relies heavily on multicast. IGMP snooping, advanced IGMP controls, VLAN design and explicit forwarding policies help reduce uncontrolled flooding and keep traffic aligned with the intended receivers.
Deterministic timing
PTPv2 support, an internal high-precision OCXO clock and an SMA interface for optional GPS grandmaster input make the switch relevant to synchronised media workflows. The complete timing hierarchy must be designed across all participating devices.
Core capabilities at a glance
Each of the 24 main RJ45 ports supports 10G, 5G, 2.5G, 1G, 100M and 10M operation.
Four QSFP28 interfaces support 100G or 40G links for high-capacity topology design.
Local DHCP, DHCP relay, inter-VLAN routing and static routing are supported.
Pro AV profiles cover environments including Dante, Q-SYS, NDI, SDVoE, Shure, AES67 and Crestron.
Dual hot-swappable power supplies and four hot-swappable fan modules support operational resilience.
Etherlighting support and a 1.3-inch touchscreen assist with physical identification and local status review.
Product-fit matrix
| Requirement | Suitable when | Confirm before ordering |
|---|---|---|
| Dense AV endpoint connectivity | A project needs many copper endpoints at rates up to 10G. | Endpoint link rates, cable category, reach and port count. |
| High-power PoE | Connected devices need PoE classes up to 90W per port. | Per-device draw, total budget, AC voltage and redundancy mode. |
| 100G backbone | The design needs very high-speed core or inter-switch links. | Optics, DAC type, fibre mode, link distance and peer compatibility. |
| Precision media timing | The workflow depends on PTPv2 and deterministic synchronisation. | Grandmaster strategy, endpoint profiles and optional GPS design. |
| Compact rack installation | A full-depth 1U switch fits the planned equipment rack. | Four-post support, rack depth, airflow, power feeds and service access. |
Verified technical information
The following values are based on the current manufacturer technical information for model EAV-XG-24-PoE. Regional packaging, accessories, support coverage and commercial terms should be confirmed in the quotation.
| Brand | Ubiquiti / UniFi |
|---|---|
| Product name | Enterprise Audio Video XG 24 PoE |
| Model | EAV-XG-24-PoE; previously named EAV-24-PoE, with manufacturer stating the change is naming only |
| Product type | Full-depth 1U rack-mount Layer 3 professional AV switch |
| Dimensions | 442.4 × 480 × 43.7 mm |
| Weight | 9.85 kg without brackets; 9.95 kg with brackets |
| Primary network ports | 24 × RJ45 supporting 10G/5G/2.5G/1G/100M/10M, all with PoE+++ capability |
| Uplinks | 4 × QSFP28 supporting 100G or 40G |
| Additional interfaces | 1 × 1GbE RJ45 management interface, 1 × console, 1 × SMA |
| Switching capacity | 1,280 Gbps |
| Non-blocking throughput | 640 Gbps |
| Forwarding rate | 810 Mpps |
| Supported VLANs | 1,000 |
| MAC address table | 32,000 entries |
| Static routes | 512 IPv4 static routes |
| Packet buffer | 8 MB |
| PoE per port | Up to 90W PoE+++ by PSE, subject to connected-device negotiation and total budget |
| Total PoE availability | Up to 2,150W at 200–240V AC in shared mode with two 1,200W modules; lower budgets apply at 100–120V and in redundant mode |
| Maximum power consumption | 150W excluding PoE output; 2,400W including PoE output |
| Power input | Two universal 100–240V AC, 50/60Hz inputs with hot-swappable 1,200W AC/DC power modules |
| Cooling and redundancy | Two hot-swappable PSUs and four hot-swappable fan modules |
| Operating temperature | -5°C to 40°C |
| Operating humidity | 10% to 90% non-condensing |
| Rack support | 19-inch four-post racks with post depth from 650 to 1,000 mm; manufacturer advises suitable centre mounting or shelf support for two-post racks |
| Management and display | UniFi management, Ethernet, AR and serial console; 1.3-inch touchscreen |
| Certifications | CE, FCC and IC; NDAA compliant according to current manufacturer technical data |
| Availability | Contact FourTeck for current UAE availability, regional ordering terms and lead-time guidance |
Configuration and compatibility notice
The headline capabilities of the EAV-XG-24-PoE do not remove the need for detailed system design. PoE output depends on input voltage, PSU mode and the negotiated load of each endpoint. A shared-power configuration offers a larger total PoE budget than a redundant-power configuration, so the required resilience policy must be chosen before the final power calculation.
The four QSFP28 uplinks also require compatible optics or direct-attach cables and a peer device that supports the intended breakout, speed and media type. PTP, SMPTE ST 2110, SDVoE and AES67 projects should be reviewed as complete systems, including boundary or grandmaster clocks, endpoint firmware, multicast groups, VLANs, QoS mappings, MTU, redundancy and failover behaviour. FourTeck can assist with requirement review, but final interoperability should be validated against the current endpoint and platform documentation.
A practical purchase and deployment journey
Document the AV traffic model
List each source, receiver and control device, its link speed, expected stream count, multicast behaviour and peak traffic. This prevents a purchase based only on port quantity and helps determine whether 10G edge links and 100G uplinks are justified.
Calculate power and resilience
Record the maximum PoE class and actual expected consumption of every powered endpoint. Decide whether the dual PSUs are intended to increase available PoE power or provide redundancy, because the available system budget changes with that choice and the supply voltage.
Design timing and multicast
Define the PTP domain, grandmaster and backup strategy, VLAN boundaries, IGMP querier placement, unknown multicast policy, QoS markings and monitoring approach. These choices affect stability more than the switch headline specifications alone.
Validate physical installation
Check rack depth, four-post support, front and rear service clearance, cooling path, heat load, branch circuit capacity, power connector arrangements and cable bend radius. The chassis is 480 mm deep and considerably heavier than a compact office switch.
Confirm the complete quotation
Include the switch, required QSFP28 modules or DACs, fibre patching, copper cabling, rack accessories, spare modules, installation labour, configuration, testing, documentation and support expectations. A complete bill of materials reduces late project changes.
Bandwidth for modern AV endpoints
Many professional media endpoints are moving beyond 1G access. High-resolution video, low-latency transport and simultaneous streams can create sustained loads that are difficult to accommodate on conventional edge switches. The EAV-XG-24-PoE provides 10G-capable copper on all twenty-four primary ports, allowing a design team to connect suitable devices without reserving the fastest ports for only a small subset of endpoints.
That flexibility does not mean every endpoint should automatically operate at 10G. Link speed should reflect actual traffic, cable reach, transceiver capability and device support. Mixed-speed operation can be useful, but oversubscription still needs to be modelled across uplinks and inter-switch paths. FourTeck can review the proposed traffic matrix and help determine whether the four 100G links are used for core connectivity, switch-to-switch transport, redundancy or a combination of these roles.
Precision timing and media synchronisation
Professional audio and video systems often need a common timing reference so streams can be reproduced in phase and frames can be aligned across devices. The switch supports PTPv2 and includes a high-precision OCXO clock. An SMA connection is provided for an optional GPS grandmaster input, making the platform relevant to installations that require a disciplined external reference.
Timing performance depends on the whole path, not a single switch. Buyers should establish whether the system uses ordinary, boundary or transparent clock behaviour; how priorities are assigned; what happens during grandmaster failure; and whether every endpoint supports the selected profile. Separate validation is especially important when several AV ecosystems share one fabric. The project plan should include timing monitoring and a controlled failover test rather than assuming synchronisation will remain correct under all network events.
Operational control through UniFi
Centralised management can reduce the effort needed to review port state, VLAN assignments, PoE usage, uplinks and connected devices. The EAV-XG-24-PoE supports UniFi management and also provides local status through its touchscreen, Etherlighting and console options. These facilities help operations teams identify ports and assess the switch during installation or troubleshooting.
A clean management model still requires governance. Administrators should define change control, backups, access roles, firmware policy, monitoring alerts and maintenance windows. Pro AV profiles can simplify selected settings, but they should be reviewed against the exact endpoint vendor requirements instead of applied blindly. Where the AV network is business-critical, FourTeck can help define a configuration scope that includes naming, VLANs, multicast parameters, QoS, port templates, uplinks, security controls and acceptance testing.
Ideal environments and use cases
Broadcast and production
Studios and production facilities can use the switch as part of an IP media fabric connecting cameras, gateways, processing systems and monitoring endpoints where high capacity and disciplined timing are required.
Large meeting environments
Enterprise boardrooms, divisible conference spaces and collaboration floors may benefit when many AV-over-IP endpoints, displays and control devices must be linked through a managed core.
Education and auditoriums
Universities and training campuses can consider the platform for lecture capture, distributed presentation systems and production spaces that need consistent multicast handling and central management.
Hospitality and events
Convention venues, hotels, theatres and event facilities may use it for high-density media distribution, provided temporary and permanent endpoint needs are carefully mapped.
Command and control rooms
Operations centres can connect multiple sources, decoders and display processors where predictable delivery, segmentation and rapid troubleshooting are essential.
System integration labs
Integrators can use the switch in staging environments to validate endpoint interoperability, multicast behaviour, timing, power demand and software configuration before site deployment.
Integration and operational considerations
The EAV-XG-24-PoE should be evaluated as one component of a wider design. Copper links at 10G need appropriate category cabling, termination quality and supported reach. QSFP28 links require compatible modules, fibre type and optical budget. When an uplink connects to another manufacturer’s platform, both sides should be checked for supported speed, FEC, breakout and transceiver behaviour.
Network segmentation deserves equal attention. AV devices may share physical infrastructure while remaining logically separated by VLAN, security policy and management role. The switch supports access lists, device isolation, DHCP snooping, port restriction, storm control and related safeguards, but the design team must choose which controls apply without disrupting media discovery or stream establishment. Testing should cover normal operation, device reboot, link failure, multicast joins and leaves, PSU failure, grandmaster change and recovery after maintenance.
Operational teams should also decide how firmware will be validated and rolled out, where configuration backups are stored, who may modify AV profiles and how incidents are escalated. A specialist AV network can be technically sound at handover yet become unstable if later changes are not governed. Documentation should therefore include port schedules, VLANs, timing roles, multicast settings, uplink paths, power budgets, spare strategy and approved change procedures.
Buyer questions to resolve before ordering
How many endpoints require 10G?
Separate genuine 10G requirements from devices that need only 1G or 2.5G. This helps confirm whether the switch is appropriately sized.
What is the total PoE load?
Use actual device power data and allow design margin. Confirm the effect of input voltage and shared versus redundant PSU operation.
Which AV standards are in scope?
Identify PTP profile, SMPTE ST 2110 requirements, SDVoE, AES67, Dante, NDI or other ecosystems and verify endpoint interoperability.
How will 100G uplinks be used?
Define peer switches, link count, redundancy, fibre distance and whether optics, DACs or long-range DACs are appropriate.
Is the rack suitable?
Check four-post support, rack depth, power circuits, cooling, weight, service clearance and cable management.
What support is required?
Clarify whether the quotation should include design review, installation, configuration, testing, documentation, training or ongoing support coordination.
Procurement checklist
✓ Exact model: EAV-XG-24-PoE
✓ Required switch quantity
✓ Endpoint count and link speed
✓ PoE class and total wattage
✓ Shared or redundant PSU mode
✓ 100G/40G uplink topology
✓ Optics, DACs and fibre type
✓ PTP and grandmaster design
✓ VLAN, multicast and QoS plan
✓ Rack depth and mounting method
✓ Power feed and cooling capacity
✓ Installation and configuration scope
✓ Acceptance-test requirements
✓ Warranty and support confirmation
FourTeck consultation and sizing
FourTeck can review the project brief, endpoint schedule and topology to help determine whether the EAV-XG-24-PoE matches the intended deployment. This review can cover port density, bandwidth, PoE, uplinks, optics, redundancy, rack conditions and management architecture.
For a useful quotation, share the quantity, project location, required timeline, endpoint models, uplink distances and expected implementation support. Buyers can also explore related networking products and technology services available through FourTeck.
Configuration and delivery coordination
Where required, the quotation can include planning for VLANs, PTP, multicast controls, QoS, port profiles, uplinks, access controls and handover documentation. The exact configuration scope depends on the endpoint ecosystem, existing UniFi environment and customer responsibilities.
Delivery and project coordination can be discussed after the exact requirement is confirmed. Contact FourTeck sales in Dubai with the bill of materials and deployment schedule so current availability and lead-time guidance can be checked.
UAE availability and support guidance
Contact FourTeck to confirm current UAE availability for the Ubiquiti EAV-XG-24-PoE. Availability may vary according to quantity, regional ordering conditions, vendor lead time, accessory selection and the timing of the project. A complete quotation should identify the switch, power configuration, optics or direct-attach cables, rack accessories, installation requirements and any configuration or testing services.
FourTeck can coordinate enquiries for organisations in Dubai, Abu Dhabi, Sharjah and Ajman through one combined requirement review. Buyers should provide the destination, site readiness, required delivery window and whether installation, commissioning or handover documentation is needed. No delivery or installation date should be assumed until the exact scope and current supply position have been confirmed.
GCC Availability
FourTeck can assist organisations planning EAV-XG-24-PoE deployments across the GCC by reviewing the technical requirement before quotation. This can include endpoint quantities, model selection, 10G access requirements, 100G uplink design, PoE loading, optics, timing architecture, configuration scope and installation planning. Enquiries may be coordinated for projects in the United Arab Emirates, Saudi Arabia, Kuwait, Qatar, Bahrain and Oman, subject to the commercial and logistical conditions that apply to each destination.
Product availability, delivery schedule, support arrangements, service visits and vendor lead time can differ by country, quantity and project scope. Buyers should share the destination country, exact switch quantity, required accessories, preferred deployment date, site power conditions and whether remote or on-site assistance is expected. For regional enquiries, FourTeck can help structure the bill of materials and quotation without making assumptions about local stock, customs clearance or fixed installation dates. Kuwait-based requirements can also be discussed through FourTeck’s regional technology contact.
Africa Availability
Organisations planning professional AV networks in Africa can contact FourTeck for product evaluation, quotation coordination and deployment guidance around the EAV-XG-24-PoE. The review can cover switch quantity, endpoint bandwidth, PoE requirements, optics, regional power conditions, rack readiness, configuration needs, support expectations and the practical staging of equipment before shipment or installation.
Availability and fulfilment may depend on the destination, order volume, regional commercial terms, shipping arrangements, vendor lead time, power or regulatory requirements and local project conditions. Buyers should provide the destination country, exact model and quantity, required accessories, expected deployment schedule and whether installation or remote configuration support is required. FourTeck can assist with selected East African and wider regional enquiries through its Kenya technology channel, Uganda support presence and Africa solutions portal. Local inventory, customs outcomes and country-wide onsite coverage should always be confirmed for the specific requirement.
Related products and services to consider
Enterprise Audio Video Fiber
A fibre-focused companion option may be relevant where endpoint connectivity is primarily SFP+ rather than powered copper. Compare exact port and power requirements before choosing.
100G optical modules
Short-range or long-range QSFP28 optics may be needed according to fibre type and distance. Confirm module and peer compatibility as part of the bill of materials.
100G direct-attach cables
DAC options may suit short in-rack or adjacent-rack links where compatible interfaces and supported cable lengths are available.
Spare power and fan modules
Operationally critical sites may wish to include appropriate spare hot-swappable modules. Confirm exact part compatibility and storage policy.
Network design and configuration
A defined service scope can cover addressing, VLANs, multicast, QoS, PTP, uplinks, testing and handover documentation.
Rack and power readiness review
The full-depth chassis and high power potential justify a pre-installation check of rack support, cooling, branch circuits and cable routing.
Why businesses contact FourTeck
Professional AV switches are often purchased as part of a broader system, so model selection should be linked to the endpoint schedule, network architecture and implementation responsibilities. FourTeck helps buyers convert those project details into a clearer bill of materials and quotation request. Assistance can include requirement clarification, switch-fit review, power-budget checks, optics selection, compatibility questions, rack planning, configuration scope and delivery coordination.
This approach is useful for procurement teams that need a commercially structured response and for technical teams that want key assumptions made visible before an order is placed. FourTeck does not replace endpoint-vendor validation or the customer’s own acceptance process; instead, it helps organise the information needed to reduce ambiguity. Learn more about FourTeck or submit a detailed requirement through the business technology contact team.
Frequently asked questions
Is the EAV-XG-24-PoE intended for normal office switching?
It can perform enterprise switching functions, but its port speeds, PoE capacity, 100G uplinks and AV timing features are aimed at specialised high-bandwidth media environments. A standard office may be better served by a lower-cost access switch unless there is a clear requirement for these capabilities.
How much PoE power is available?
The maximum published total is 2,150W at 200–240V AC in shared mode with two 1,200W modules. Lower totals apply at 100–120V and when the PSUs are used in redundant mode. The final design should calculate actual endpoint demand and include suitable margin.
Does every port support 10G and PoE+++?
The twenty-four main RJ45 ports support rates from 10M to 10G and are listed with PoE+++ capability. Actual link speed and power depend on the connected endpoint, cable, negotiation and overall power budget.
Are 100G optics included?
Optics and direct-attach cables should be treated as separate bill-of-material items unless the quotation explicitly states otherwise. Their type depends on fibre mode, distance, peer equipment and regional availability.
Can it support Dante, AES67, NDI and SDVoE?
The manufacturer lists Pro AV profiles for Dante, AES67, NDI, SDVoE and other ecosystems. Endpoint compatibility and the complete multicast, QoS and timing design should still be validated for the exact project.
Does the switch support PTP timing?
Yes, PTPv2 is supported, and the unit includes a high-precision OCXO clock plus an SMA connection for optional GPS grandmaster input. The selected PTP profile and clock hierarchy must match the connected system.
What rack is required?
The unit is a full-depth 1U chassis designed for 19-inch four-post racks with supported post depths from 650 to 1,000 mm. The manufacturer advises suitable centre-mount or shelf support when using a two-post rack.
What information is needed for a quotation?
Provide switch quantity, destination, endpoint models, link speeds, PoE draw, uplink distances, required optics or DACs, rack details, project timing and whether configuration, installation, testing or documentation is needed.
Is warranty coverage included?
Warranty and optional support coverage can vary by region, seller and service plan. The applicable terms should be stated in the FourTeck quotation rather than assumed from another regional store.
How can UAE availability be checked?
Send FourTeck the exact model, quantity, accessories and required date. The team can then review current availability, vendor lead time and delivery coordination for the confirmed requirement.
Build a quotation around the complete AV design
Share your endpoint schedule, PoE demand, uplink distances, timing requirements and installation scope. FourTeck can help structure the switch, accessories and services into one reviewable requirement.
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