Ubiquiti Enterprise Audio Video Fiber EAV-Fiber in Dubai, UAE
A high-capacity 1U fibre switch for professional media networks that require 10G endpoint connectivity, 100G aggregation, precise timing and structured multicast control. FourTeck helps buyers validate the complete design before a quotation is prepared.
Plan the complete requirement
Share the endpoint count, fibre distances, optics, timing source, uplink design and installation location.
Fibre endpoint connectivity
High-capacity uplinks
PTP and OCXO design
Rack and airflow planning required
Direct answer for project buyers
The Ubiquiti EAV-Fiber is an enterprise audio/video switch built around fibre connectivity. It is mainly used to aggregate high-bandwidth AV-over-IP traffic in environments such as broadcast facilities, production studios, auditoriums, command centres, entertainment venues, hospitality properties and large presentation systems. It should be considered by buyers who need multiple 10G optical links, 100G core connectivity and precise media synchronization. Before proceeding, confirm the exact AV protocols used by the endpoints, required transceiver type and distance, multicast design, timing hierarchy, rack depth, power arrangement, management platform and installation responsibility. The switch is one component of a complete media network, so optics, cabling, endpoints, control systems and commissioning services should be evaluated together.
What the EAV-Fiber does
The switch provides a concentrated optical transport layer for professional video and audio streams. Its twenty SFP+ ports can connect compatible media endpoints, access switches or distribution nodes at 10G or 1G rates, while the QSFP28 interfaces provide 100G or 40G uplink options. This layout can reduce the number of intermediate switches in fibre-heavy designs and creates a structured point for traffic aggregation, segmentation, monitoring and timing distribution.
Who should consider it
The model is most relevant to AV consultants, broadcasters, venue operators, universities, government facilities, systems integrators and enterprises building high-capacity media networks. It may be excessive for small meeting rooms or conventional office switching. A buyer gains the most value when the design genuinely needs many optical 10G connections, precise synchronization and high-throughput uplinks rather than simply requiring a general-purpose network switch.
Business challenges this switch can help address
Dense optical media links
Large venues and production environments may need many fibre runs because endpoints are distant, electromagnetic conditions are difficult or copper reach is insufficient. Twenty SFP+ ports provide a concentrated connection point, subject to correct optics and fibre selection.
Predictable media timing
Professional audio and video systems depend on accurate time relationships. The EAV-Fiber supports PTP-focused operation and includes a high-precision OCXO clock, helping designers create a controlled timing architecture rather than treating media traffic as ordinary data.
High-volume multicast traffic
AV-over-IP deployments commonly distribute one source to many destinations. Proper IGMP, VLAN and QoS design is essential to prevent unnecessary replication and congestion. The switch provides enterprise controls, but commissioning remains a design responsibility.
Core bandwidth concentration
Two 100G-capable uplinks allow substantial aggregated traffic to move toward a core, another EAV switch or a suitable backbone. The real topology must account for oversubscription, resilience, optic availability and the receiving platform’s port capabilities.
Product-fit matrix
| Requirement | Suitable when | Confirm before ordering |
|---|---|---|
| Optical endpoint density | The design needs numerous 10G or 1G SFP+ links. | Optic type, wavelength, connector, fibre mode and reach. |
| 100G aggregation | The core or peer switch supports QSFP28 connectivity. | Breakout requirements, peer compatibility and link redundancy. |
| Professional media timing | PTP, ST 2110, SDVoE or AES67 forms part of the design. | Clock hierarchy, profile compatibility and optional GPS input. |
| Rack deployment | A full-depth 1U chassis can be properly supported. | Rack type, rail support, airflow, power feeds and service access. |
| Unified administration | The project is compatible with UniFi management practices. | Controller hosting, software version, permissions and monitoring plan. |
Verified technical information
| Brand | Ubiquiti |
|---|---|
| Product name | Enterprise Audio/Video Fiber |
| Model | EAV-Fiber |
| Product type | Managed enterprise audio/video fibre switch |
| SFP+ ports | 20 × 10G/1G SFP+ |
| QSFP28 ports | 2 × 100G/40G QSFP28 |
| Management port | 1 × 1GbE RJ45 |
| Additional interfaces | Console and SMA timing input |
| Switching capacity | 800 Gbps |
| Non-blocking throughput | 400 Gbps |
| Forwarding rate | 595 Mpps |
| VLAN support | Up to 1,000 supported VLANs |
| MAC table | 32,000 entries |
| Layer 3 | Supported; feature behaviour depends on current UniFi software |
| Media standards | PTP timing, SMPTE ST 2110, SDVoE and AES67 audio support |
| Clocking | High-precision OCXO; optional GPS grandmaster input through SMA |
| Redundancy | Two hot-swappable power supplies and four hot-swappable fans |
| Dimensions | 442.4 × 480 × 43.7 mm |
| Form factor | 1U full-depth rack mount |
| Etherlighting | Supported |
| Previous name | Previously named EAV-Aggregation; manufacturer states this was a naming change without hardware change |
| Optics and cables | Not assumed included; select according to design and confirm in quotation |
| UAE availability | Contact FourTeck for current options, quantity and vendor lead time |
Compatibility and dependency notice
A high-performance switch does not by itself guarantee a successful AV-over-IP deployment. Endpoint devices must support the intended media standard and timing profile. Optical modules must match the switch interfaces, fibre plant, connector format, wavelength and distance. The 100G peer device must support the chosen QSFP28 mode, and any breakout arrangement must be validated rather than assumed.
The network design should also account for VLAN boundaries, multicast control, IGMP querier location, QoS policies, PTP domains, grandmaster priorities, failure behaviour, controller availability and monitoring. Firmware and application versions can influence supported functions. FourTeck can coordinate a requirement review, but final interoperability may require confirmation from every endpoint manufacturer and the appointed AV integrator.
A practical purchase and deployment journey
Map every media flow
Document each source, destination, resolution, frame rate, audio channel requirement and simultaneous route. This determines real bandwidth and multicast behaviour.
Define fibre and optics
Confirm single-mode or multimode fibre, connector type, link length, transceiver speed, temperature conditions and spare strategy.
Design timing and multicast
Establish the PTP hierarchy, IGMP querier, VLAN plan, QoS policies, clock failover and monitoring responsibilities.
Validate the rack environment
Check full-depth mounting, rails or shelf support, airflow, redundant power feeds, service clearance and cable management.
Prepare the bill of materials
List the switch, power components, optics, patch leads, fibre panels, labels, management host and any timing accessories.
Commission and document
Test every path, multicast join, timing state, failover case and alarm. Record port mappings, versions, backups and support contacts.
High-density 10G optical access
The twenty SFP+ ports are the central reason to consider EAV-Fiber. They allow designers to terminate numerous optical links in a single rack unit, which can simplify architecture where endpoints are spread across a venue or campus. Fibre is useful for long distances and electrically challenging routes, but every link still requires deliberate engineering.
Do not select optics only by speed. The module must align with the installed fibre, wavelength, connector and loss budget. Mixing unsupported or poorly matched modules can create intermittent faults that are difficult to diagnose during live production. A spare-transceiver policy is also advisable for critical venues.
100G backbone capacity
The two QSFP28 interfaces provide a path for aggregating media traffic into a high-capacity core or linking suitable EAV switches. This is important when many 10G ports may be active at the same time. The 400 Gbps non-blocking throughput figure indicates that the platform is designed for substantial simultaneous traffic, yet topology decisions still determine practical resilience.
A dual-uplink layout can support redundancy or increased capacity, depending on the peer platform and configuration. Confirm whether the design uses 100G, 40G or an approved breakout approach, and calculate failure-state bandwidth. A network that performs normally with both links active can become congested after one path fails if headroom has not been reserved.
Media synchronization and control
Professional AV transport depends on more than raw throughput. The EAV-Fiber is designed for environments using PTP timing and media standards including SMPTE ST 2110, SDVoE and AES67. Its OCXO clock and optional GPS grandmaster input support architectures that need a stable timing reference.
Timing design must be treated as a system discipline. Buyers should identify the active PTP profile, domain, preferred grandmaster, boundary or transparent clock expectations, failover rules and monitoring thresholds. Compatibility between switches and endpoints should be confirmed with current documentation. The presence of timing features does not remove the need for commissioning by personnel who understand the selected AV ecosystem.
Ideal business environments and use cases
Broadcast and production
Studios and production facilities transporting synchronized video, audio and control traffic between technical rooms, galleries and stages.
Large venues
Stadiums, theatres, event halls and exhibition spaces with long fibre routes and many distributed display or audio endpoints.
Education campuses
Universities or training centres integrating lecture capture, auditoriums, studios and central media services over a planned optical backbone.
Command and control
Operations centres that distribute high-resolution visual sources to operator consoles and video walls, subject to endpoint and security requirements.
Hospitality and attractions
Hotels, theme environments and visitor experiences requiring coordinated media delivery across distant equipment locations.
Enterprise presentation systems
Headquarters with executive briefing centres, divisible rooms or high-end presentation areas where conventional office switching is insufficient.
The switch may not be the correct choice for installations dominated by copper endpoints, low-bandwidth office traffic or a small number of conventional meeting rooms. In those situations, a different UniFi enterprise switch or a more focused AV platform may reduce cost and complexity. FourTeck can help compare the network requirement without assuming that the largest model is automatically the right one.
Operational and integration considerations
A professional media network should be separated logically from ordinary user traffic unless the design team has a clear reason to combine them. VLAN boundaries, multicast controls and QoS rules help protect both environments. IGMP snooping and a correctly placed querier are particularly important because unmanaged multicast can flood ports and consume capacity. The final settings depend on the AV platform and should be verified through live testing.
Management access requires its own planning. Define where the UniFi application is hosted, which administrators can change the system, how configuration backups are protected and how firmware upgrades are staged. A production venue may need maintenance windows, rollback procedures and a lab or spare unit for testing updates before deployment.
Physical infrastructure matters equally. The chassis is approximately 480 mm deep, so shallow wall cabinets and basic two-post racks may not provide adequate support. Confirm rack depth, mounting method, airflow direction, front and rear clearance, redundant power feeds and cable bend radius. Dense SFP+ patching can become difficult to service if labels and fibre management are not designed from the beginning.
Security requirements should be documented with the wider network team. Management interfaces, administrator accounts, remote access, logging, network segmentation and change control should align with organisational policy. Media networks are operational systems and should not be treated as isolated appliances that require no governance.
Questions to resolve before requesting a quotation
Include production links, redundant links, spare capacity and service ports rather than counting endpoints only.
State single-mode or multimode fibre, connector type, patch-panel layout, tested distance and loss information.
Identify the exact endpoint vendors, models, software versions, PTP profile and stream format.
Confirm the peer switch, optic or cable type, link speed, redundancy mode and available capacity.
Determine antenna location, cabling, signal availability, clock priority and failover behaviour.
Define responsibilities across the network team, AV integrator, consultant, contractor and customer operations group.
Procurement checklist
☐ Confirm the exact EAV-Fiber model and required quantity.
☐ Record every 10G and 100G port requirement.
☐ Specify single-mode or multimode fibre for each link.
☐ Select supported SFP+ and QSFP28 optics or cables.
☐ Validate endpoint protocol and timing compatibility.
☐ Confirm rack depth, mounting support and airflow.
☐ Define redundant power feeds and socket availability.
☐ Document the UniFi management environment.
☐ Include configuration, testing and handover scope.
☐ Decide whether GPS timing accessories are required.
☐ List spare optics, patch cords and service parts.
☐ Confirm delivery destination and project schedule.
How FourTeck can assist
FourTeck can review the requested model against the project brief, help structure the bill of materials and coordinate a quotation for the switch and associated components. The discussion can include optics, fibre type, uplink topology, rack requirements, power planning, controller considerations and the desired installation or configuration scope.
For complex AV projects, FourTeck can work from consultant documentation, port schedules or endpoint lists. Where interoperability depends on another manufacturer, the requirement should be checked against the latest technical documentation and, when necessary, confirmed with the appointed systems integrator before purchase.
UAE availability and support guidance
Contact FourTeck to confirm current UAE availability for the EAV-Fiber, required quantity and related accessories. Availability may depend on vendor lead time, regional supply, project quantity and the exact optic or cable selection. Delivery coordination can be discussed once the destination, bill of materials and requested schedule are known.
Installation and configuration services should be included in the quotation when required. Warranty conditions, replacement procedures and optional coverage should be confirmed for the specific supply route rather than assumed from another region’s store listing.
Dubai, Abu Dhabi, Sharjah and Ajman project coverage
FourTeck can coordinate requirement review, quotation preparation, delivery planning and agreed technical services for customers in Dubai, Abu Dhabi, Sharjah and Ajman. The scope may range from product-only procurement to a wider discussion covering optics, rack planning, switch configuration, integration support and handover documentation. For accurate coordination, provide the project location, expected quantity, endpoint schedule, fibre information, required completion window and any site-access conditions. On-site work, testing responsibility and support expectations should be defined in the commercial proposal. Product availability and project scheduling remain dependent on the confirmed bill of materials and current lead times.
GCC availability
Organisations planning professional AV networks across the GCC can contact FourTeck for requirement review, model selection, quotation coordination and regional project planning. The EAV-Fiber may be considered for projects in the United Arab Emirates, Saudi Arabia, Kuwait, Qatar, Bahrain and Oman when the technical design calls for dense 10G optical connectivity and 100G aggregation. The commercial and technical scope should identify the destination country, quantity, optics, fibre type, timing requirements, installation location and requested services. Product availability, licensing or software considerations, delivery schedules, service visits and vendor lead times can vary by country and project. Customs arrangements, local compliance needs and site access should be addressed by the responsible parties before final commitment. FourTeck can help organise the bill of materials and clarify configuration or installation expectations, but the quotation must reflect the actual destination and deployment conditions. Buyers may also review FourTeck Kuwait resources for relevant regional contact guidance.
Africa availability
FourTeck can assist organisations evaluating the Ubiquiti EAV-Fiber for media, venue, education and enterprise projects in Africa. Support can begin with a review of endpoint counts, fibre infrastructure, required optics, uplink architecture, timing design, configuration scope and operational support needs. Fulfilment depends on the destination, product quantity, regional supply, power and regulatory requirements, shipping arrangements, vendor lead time and local project conditions. Customers should share the exact country, deployment site, desired schedule and whether installation, remote configuration, commissioning coordination or knowledge transfer is expected. No assumption should be made about local inventory or immediate shipment. For East African requirements, buyers can consult FourTeck Kenya or FourTeck Uganda; broader enquiries can be directed through FourTeck Africa. A destination-specific quotation is necessary because optics, logistics, service availability and project responsibilities may differ significantly between markets.
Related products and services to discuss
EAV-XG-24-PoE
A copper-focused Enterprise AV switch for designs requiring multiple 10G PoE-capable RJ45 endpoint ports. It is not a direct substitute without reviewing cabling and power needs.
Enterprise AV Bridge
An AV-over-IP endpoint that bridges HDMI and professional audio. Confirm current features, network requirements and compatibility for the intended workflow.
Optical transceivers
SFP+ and QSFP28 modules or direct-attach cables selected by reach, fibre type, connector, peer platform and environmental conditions.
Network design review
A structured review of topology, VLANs, multicast, QoS, timing, redundancy and management before equipment is ordered.
Installation and commissioning
Rack installation, fibre patching, base configuration, testing and documentation can be scoped according to project responsibility.
General technology procurement
Browse FourTeck product resources or discuss complementary networking, rack and infrastructure requirements.
Why businesses contact FourTeck
Enterprise AV projects often cross the boundaries between networking, broadcast engineering, structured cabling, electrical infrastructure and application control. FourTeck helps buyers turn these separate concerns into a clear procurement discussion. Assistance can include clarifying the requested model, checking whether the port mix fits the design, identifying missing optics or accessories, reviewing rack and power requirements, and separating product supply from optional technical services.
This practical approach is useful when a tender names only the main switch but omits the transceivers, fibre patching, controller environment, timing accessories or commissioning responsibility. It is also helpful when a customer is comparing a fibre aggregation design with a copper PoE design. FourTeck does not need to assume that one platform is suitable for every project; the objective is to prepare a bill of materials and quotation that reflect the actual operating requirement.
Learn more about FourTeck technology services, review the company information, or use the contact page to share a project schedule and equipment list.
Frequently asked questions
What is the Ubiquiti EAV-Fiber mainly used for?
It is used as a high-capacity optical switch for professional audio and video networks. Its port layout suits projects that need many 10G fibre links and one or two 100G aggregation paths, together with media timing and multicast features.
Is EAV-Fiber the same product as EAV-Aggregation?
Ubiquiti states that EAV-Fiber was previously named EAV-Aggregation and that the change was a naming update rather than a hardware revision. Buyers should still use the current EAV-Fiber model name on new quotations.
Are SFP+ and QSFP28 transceivers included?
Do not assume that the required optics are included. The quotation should list each transceiver or cable separately and match it to the fibre type, distance, connector and peer device.
Does the switch provide PoE to endpoints?
The EAV-Fiber is centred on SFP+ optical ports and is not the model to choose when endpoints require high-power PoE over RJ45. The EAV-XG-24-PoE may be relevant for copper designs, subject to a separate comparison.
Can it support SMPTE ST 2110, SDVoE and AES67?
The manufacturer identifies support for these professional media technologies. Successful operation still depends on compatible endpoints, correct timing, multicast configuration, software versions and complete system commissioning.
Is a GPS antenna required?
Not for every deployment. The SMA input supports an optional GPS grandmaster arrangement. The timing consultant should decide whether an external GPS reference is required and specify the associated components.
Will it fit a standard rack?
It is a 1U rack-mount switch, but the chassis is approximately 480 mm deep. Verify usable rack depth, mounting support, airflow, rear clearance and cable management before ordering.
How should redundancy be planned?
The switch includes hot-swappable power supplies and fans, while network resilience depends on uplink topology, peer devices, optic design and failure-state capacity. Redundancy should be tested as part of commissioning.
What information is needed for a Dubai quotation?
Provide quantity, destination, required SFP+ and QSFP28 links, fibre type and length, endpoint models, rack details, timing requirements, delivery schedule and any installation or configuration scope.
Can FourTeck assist with configuration?
Configuration and commissioning assistance can be discussed based on the project. The scope should identify controller setup, VLANs, multicast, QoS, timing, testing, documentation and the responsibilities of the AV integrator.
Build the quotation around the complete AV network
Send FourTeck the endpoint schedule, fibre distances, preferred optics, timing design, uplink destination and project location. The team can review the requested EAV-Fiber configuration and coordinate current UAE availability.
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