Focused wireless backhaul antenna
Ubiquiti UISP Dish UISP-Dish in Dubai, UAE
Build a carefully planned point-to-point wireless path with a 30 dBi directional dish engineered for narrow-beam outdoor links. The UISP-Dish is the antenna component of a complete connection and should be selected together with compatible radios, mounting infrastructure, frequency planning, line-of-sight assessment, grounding, and professional alignment.
Planning a wireless bridge?
Share both site locations, expected capacity, mast details, link distance, radio preference, and installation scope. FourTeck can help assemble the correct quotation.
Direct answer for buyers
The Ubiquiti UISP Dish, model UISP-Dish, is a passive outdoor directional antenna for point-to-point wireless links. It concentrates radio energy into a narrow beam and is commonly considered where two buildings, towers, compounds, or network sites need a dedicated wireless path. It is not a complete wireless link by itself: compatible radio units, power, cabling, surge protection, grounding, mounting, clear line of sight, regulatory compliance, and accurate alignment are also required. Buyers should confirm the radio model, link distance, frequency plan, target capacity, pole dimensions, wind loading, installation access, and whether professional link design or commissioning is needed before proceeding.
What the UISP-Dish does
The antenna shapes the signal from a compatible external radio into a narrow directional pattern. This improves useful link budget in the intended direction and reduces energy outside the primary beam compared with a broad-coverage antenna. The design is intended for point-to-point arrangements in which one antenna faces another at a known remote endpoint.
Because it is a passive antenna, it does not create network connectivity, supply Ethernet ports, provide routing, or operate without a radio. Its value comes from the way it supports a properly engineered wireless path when matched with suitable Ubiquiti equipment and installed under the correct physical and regulatory conditions.
Who should consider it
The UISP-Dish may suit wireless internet service providers, telecom contractors, property operators, system integrators, education campuses, logistics facilities, hospitality groups, industrial sites, construction projects, remote offices, and enterprises connecting separated buildings.
It is most appropriate when the project team can provide clear endpoint information and can support accurate installation. Buyers seeking a simple indoor Wi-Fi extender, omnidirectional hotspot, or complete plug-and-play bridge should consider a different product type or a pre-integrated radio solution.
Business challenges this antenna can help address
Connecting separated buildings
A focused wireless path can provide an alternative where trenching fibre is difficult, disruptive, or outside the immediate project scope. Feasibility still depends on line of sight, distance, interference, and local regulations.
Extending service coverage
Service providers may use directional backhaul to reach a remote distribution point, relay site, customer aggregation location, or temporary network node when the complete link has been engineered correctly.
Supporting site continuity
A wireless bridge may form part of a primary or secondary connectivity design. Redundancy outcomes depend on topology, radio configuration, upstream services, power design, monitoring, and failover arrangements.
Reducing broad signal spread
The narrow beam is useful where the installer wants energy concentrated toward a known endpoint rather than distributed over a wide sector. Frequency coordination and physical alignment remain essential.
Core capabilities in practical terms
Product-fit matrix
| Requirement | Suitable when | Confirm before ordering |
|---|---|---|
| Point-to-point connectivity | Two known endpoints can face each other with a practical radio path. | Coordinates, elevation profile, Fresnel clearance, distance, and target capacity. |
| High-gain antenna | A narrow directional pattern is appropriate for the design. | Radio compatibility, connector or waveguide interface, EIRP limits, and frequency. |
| Outdoor mounting | A structurally suitable pole and safe access are available. | Pole diameter, wind exposure, load, grounding, access method, and local approval. |
| Service-provider backhaul | The antenna is part of a managed UISP-oriented radio network. | Radio platform, management design, throughput, channel plan, and redundancy. |
| Enterprise building bridge | A wireless inter-building link fits operational and security policies. | VLAN design, encryption, monitoring, support, and future capacity. |
Verified UISP-Dish technical information
| Brand | Ubiquiti |
|---|---|
| Product name | UISP Dish |
| Model | UISP-Dish |
| Product type | Passive point-to-point outdoor dish antenna |
| Frequency range | 5.15 to 6.875 GHz |
| Gain | 30 dBi |
| Beamwidth at 3 dB | Azimuth 5 to 6 degrees; elevation 5 to 6 degrees |
| Beamwidth at 6 dB | Azimuth 6.5 to 8 degrees; elevation 6.5 to 8 degrees |
| Polarization | Dual-linear |
| Cross-polarization isolation | 20 dB |
| Electrical downtilt | 0 degrees |
| Maximum VSWR | 2:1 |
| Dimensions | 650 mm diameter x 200 mm |
| Weight | Dish 4.54 kg; mount 3.1 kg |
| Construction materials | Powder-coated galvanized steel, UV-stabilized polycarbonate, and aluminum alloy |
| Mounting | Pole mount with alignment mount included; ±15-degree elevation adjustment |
| Supported pole diameter | 40 to 90 mm |
| Weatherproofing | IPX6 |
| Wind survivability | Up to 200 km/h under documented test conditions |
| Wind loading | 860 N at 200 km/h |
| Compatible radio | Configuration dependent; confirm the exact supported Ubiquiti radio and attachment method before ordering |
| Power requirement | The antenna itself is passive; radio power requirements depend on the selected radio |
| Availability | Contact FourTeck for current UAE options, quantity, and vendor lead time |
Compatibility and scope notice
The UISP-Dish is an antenna rather than a complete Ethernet bridge. A working link requires two appropriately designed endpoints, compatible radio hardware, power for each radio, outdoor-rated network cabling, surge protection, grounding, network configuration, and suitable mounting structures. Radio compatibility should never be assumed from frequency alone. Mechanical attachment, waveguide or connector arrangement, radio firmware, channel support, regional domain settings, and legal EIRP limits must all be checked.
The usable frequency range in a specific country may be narrower than the antenna’s physical range. Link distance does not by itself determine performance. Terrain, Fresnel-zone obstruction, weather, interference, modulation, channel width, antenna alignment, radio output, and regulatory limits influence the final result. FourTeck can review the proposed bill of materials, but a proper site survey or path study may still be necessary.
A practical purchase and deployment journey
Define the business objective
State whether the link is intended for building interconnection, service-provider backhaul, temporary project connectivity, CCTV transport, guest services, operational systems, or another purpose. Include current and expected capacity, criticality, and allowed downtime.
Assess the radio path
Collect endpoint coordinates, mounting heights, distance, terrain data, rooftop or tower access details, and photographs. Confirm line of sight and adequate Fresnel-zone clearance rather than relying only on visual observation from ground level.
Select the radio and frequency plan
Choose radios that are mechanically and electrically compatible with the dish and suitable for the required throughput, channel width, management platform, and permitted local frequency range. Include regulatory and interference considerations.
Confirm the installation bill of materials
Check antenna quantities, radios, brackets, poles, outdoor cable, power supplies or PoE equipment, grounding components, surge protectors, weather sealing, network interfaces, tools, and safe-access requirements. Structural and civil work may need separate review.
Install, align, test, and document
Mount both dishes securely, apply safe grounding practices, configure the radios, perform coarse and fine alignment, validate signal and capacity, check stability, record the final configuration, and establish monitoring and support responsibilities.
Directional gain and link budget
A 30 dBi antenna can materially improve the link budget compared with lower-gain options, but gain should not be interpreted as guaranteed distance or throughput. The complete link calculation must include radio transmit power, receive sensitivity, cable or interface losses, antenna gain at both ends, path loss, fade margin, regional EIRP limits, and the modulation needed to meet the business capacity target.
Longer links generally need stronger path analysis and greater attention to tower height, Earth curvature, Fresnel clearance, environmental fading, and maintenance access. A design that merely establishes connectivity may not deliver the stable throughput required by the application. FourTeck can help gather inputs for sizing and identify when a specialist path study is advisable.
Narrow beam and alignment discipline
The narrow beam is useful because it focuses the link, yet it also makes installation precision important. Small changes in azimuth, elevation, pole stability, or mounting hardware can reduce signal quality. Both endpoints should be aligned using radio measurements rather than visual aiming alone, and the final hardware should be tightened without shifting the selected position.
Rooftops, towers, and exposed poles may move under wind loading. The supporting structure should be evaluated for the combined dish, mount, radio, cable, and environmental load. Periodic inspection may be appropriate where vibration, corrosion, construction activity, or difficult weather conditions could affect alignment.
Outdoor reliability and maintainability
The documented materials, IPX6 weatherproofing, and wind survivability support outdoor use, but installation quality remains a major factor. Cable entry, drip loops, UV exposure, grounding, surge protection, connector sealing, pole condition, and safe service access all influence lifecycle reliability.
Maintenance planning should identify who monitors the link, which alarms matter, how configuration backups are kept, how a replacement radio or antenna would be sourced, and how technicians can reach each endpoint. For business-critical paths, consider spare strategy, alternative connectivity, and documented restoration procedures rather than relying on a single component.
Ideal business environments and use cases
Campus networks
Schools, colleges, healthcare compounds, hospitality properties, and corporate campuses may use a planned wireless bridge to connect a remote block where fibre work is impractical or scheduled for a later phase.
Industrial and logistics sites
Warehouses, yards, ports, and industrial facilities may need connectivity between operations areas, gatehouses, workshops, or remote network cabinets. Structural movement and interference should be assessed.
ISP and integrator backhaul
Network operators can use the dish as part of a compatible Ubiquiti radio link between distribution points. Capacity, channel reuse, spectrum coordination, management, and maintenance practices determine suitability.
Temporary project connectivity
Construction compounds, events, pop-up facilities, or phased developments may consider a directional link where endpoints are stable and installation permissions, power, and safe mounting can be arranged.
CCTV transport paths
A point-to-point bridge may carry surveillance traffic between sites, provided bandwidth, latency, security, network segmentation, storage architecture, and failover requirements are designed correctly.
Remote office links
Organisations may connect a nearby remote office or operational building to a central network. Security policy, user growth, voice traffic, cloud usage, and backup connectivity should be considered.
Integration and operational considerations
The antenna selection should sit inside a wider network design. Determine whether the link will transport a single flat network, multiple VLANs, routed traffic, management traffic, surveillance streams, voice, guest services, or operational technology. The chosen radios and switches must support the required interfaces and network design. Encryption, administrative access, firmware governance, monitoring, log retention, and configuration backup should reflect the organisation’s policies.
Power is supplied to the radio rather than to the passive dish. Confirm PoE voltage, injector or switch compatibility, cable length, outdoor rating, surge protection, grounding, and backup power. Where the link supports essential services, both endpoints may need UPS protection and a resilient upstream path. A wireless bridge cannot compensate for an unstable LAN, overloaded switch, poor power quality, or inadequate internet service.
Management through the UISP environment may be relevant when compatible Ubiquiti radios are selected, but platform capability depends on the radio and software architecture. Clarify whether the customer needs local administration, central monitoring, remote access, alerting, user roles, inventory visibility, and support handover. Avoid purchasing the antenna before the radio and operational model have been agreed.
Buyer questions to resolve before requesting a quotation
These inputs are needed for meaningful path assessment and should not be replaced by an approximate area name.
Application traffic, user growth, CCTV streams, cloud workloads, and backup expectations affect radio choice.
Confirm mechanical fit, supported bands, regulatory domain, management, and target modulation before ordering.
Trees, cranes, future construction, rooftop equipment, terrain, and curvature can affect the usable path.
Pole condition, diameter, brackets, structure, exposure, and engineering approvals may need review.
Clarifying responsibility prevents gaps between hardware delivery and operational handover.
Confirm-before-ordering checklist
✓ Exact UISP-Dish model and required quantity
✓ Compatible radio model for both endpoints
✓ Endpoint coordinates, distance, and mounting heights
✓ Line of sight and Fresnel-zone assessment
✓ Target throughput and application profile
✓ Legal frequency range and EIRP constraints
✓ Pole diameter, structural condition, and wind exposure
✓ Outdoor cable, PoE, grounding, and surge protection
✓ Rooftop or tower access and safety requirements
✓ Installation, alignment, and configuration scope
✓ Monitoring, support, and documentation expectations
✓ Delivery destination and desired project schedule
How FourTeck can assist
FourTeck can support requirement clarification before the buyer commits to the antenna. This can include reviewing the proposed use case, checking whether a directional dish is suitable, identifying information needed for a path assessment, and helping align the antenna selection with a compatible Ubiquiti radio. The objective is to reduce the risk of ordering an isolated component without the remaining items required for a working link.
For quotation preparation, FourTeck can help assemble a bill of materials covering antennas, radios, power components, mounting accessories, network interfaces, cabling, grounding, surge protection, and services where applicable. Installation, configuration, alignment, testing, and documentation can be discussed as separate scope items. Site conditions, access, civil work, structural review, and third-party permissions may remain customer or project responsibilities unless explicitly included.
Buyers can review related offerings through the FourTeck technology product catalogue, explore installation and configuration services, or send the requirement through the FourTeck contact team. Information about the wider business is available on the FourTeck company profile.
UAE availability and support guidance
Contact FourTeck to confirm current UISP-Dish availability in the UAE. Supply can depend on quantity, vendor allocation, shipment timing, and the exact bill of materials. Delivery and project coordination should be discussed after the radio selection and installation scope are confirmed. Where configuration or alignment is required, include those services in the quotation rather than assuming they are part of hardware supply. Warranty terms should be confirmed for the quoted source, region, and sales conditions.
Dubai, Abu Dhabi, Sharjah, and Ajman
FourTeck can coordinate product enquiries and project discussions for businesses across Dubai, Abu Dhabi, Sharjah, and Ajman. The same technical inputs are important in every location: endpoint details, quantity, selected radios, mounting access, frequency requirements, target capacity, and service scope. Site visits, delivery arrangements, and installation schedules are subject to project review and should be confirmed in the quotation. For multi-site requirements, provide a site list and identify which links are critical, temporary, redundant, or part of a wider network rollout.
GCC availability
Organisations planning UISP-Dish deployments across the GCC can ask FourTeck for requirement review, model coordination, quotation support, delivery planning, and discussion of installation or configuration scope. Projects may involve the United Arab Emirates, Saudi Arabia, Kuwait, Qatar, Bahrain, or Oman, but product availability and service conditions can differ by destination. Radio frequency rules, approved operating channels, power limits, import requirements, vendor lead time, quantity, and mounting environment should be reviewed for each country. Buyers should provide the destination, number of links, exact antenna and radio requirement, expected capacity, preferred deployment window, and any onsite support needs. FourTeck can help structure the commercial and technical request, while stock position, licensing, delivery timing, customs handling, site visits, and installation dates remain dependent on the final quotation and local project conditions. For Kuwait-related technology enquiries, buyers may also review FourTeck Kuwait information.
Africa availability
FourTeck can assist organisations evaluating the UISP-Dish for projects in Africa, including selected opportunities in East Africa and other regions where wireless backhaul is being considered. The discussion can cover antenna quantities, compatible radios, accessories, power arrangements, path requirements, deployment scope, configuration, monitoring, and support expectations. Availability and fulfilment depend on the destination country, model quantity, vendor lead time, shipping arrangements, local frequency rules, power and grounding requirements, site access, and the installation environment. Buyers should share the destination, endpoint data, proposed schedule, target throughput, quantity, and whether local installation coordination or remote technical guidance is required. No assumption should be made about local inventory, customs outcomes, or country-wide onsite coverage until the project is reviewed. Further regional information is available through FourTeck Africa, FourTeck Kenya, and FourTeck Uganda.
Related products and services to consider
Compatible Ubiquiti radio
Select the exact radio only after checking mechanical fit, band support, throughput, firmware, regulatory domain, and management requirements.
UISP Dish Mini
A smaller related dish may be relevant where a compact form factor and different gain profile better suit the path. It is not automatically equivalent.
Outdoor PoE and protection
The selected radio may require PoE power, outdoor cable, surge protection, grounding, weather sealing, and backup power components.
Wireless path assessment
Endpoint coordinates, terrain, heights, Fresnel clearance, interference, and target performance should be assessed before equipment is finalised.
Installation and alignment
Professional mounting, grounding, configuration, fine alignment, testing, and documentation can be included where the project scope requires them.
Managed network support
Monitoring, firmware planning, backup, alert review, troubleshooting, and replacement coordination may be considered for operational links.
Why businesses contact FourTeck
A directional antenna is easy to identify but more difficult to deploy well. Buyers often need help translating a connectivity goal into a complete, compatible, and supportable bill of materials. FourTeck can assist with requirement clarification, antenna and radio selection, compatibility review, quotation coordination, accessory planning, installation scope, configuration expectations, and handover considerations.
This assistance is particularly useful when multiple sites, mixed responsibilities, rooftop access, long paths, redundancy, or regional deliveries are involved. The commercial proposal can distinguish hardware supply from optional planning, installation, configuration, alignment, and support activities so the buyer understands what is included. No performance, stock, delivery, warranty, or project outcome should be assumed until the exact requirement and quotation have been reviewed.
Frequently asked questions
Is the UISP-Dish a complete wireless bridge?
No. It is a passive directional antenna. A complete bridge needs compatible radios at both endpoints, radio power, network cabling, mounting, grounding, surge protection, configuration, and alignment.
Which radio works with the UISP-Dish?
Compatibility is configuration dependent. The exact radio, attachment method, supported band, regulatory domain, and intended capacity must be confirmed before ordering.
How far can the antenna communicate?
There is no universal guaranteed distance. Link range depends on both radios, legal transmit limits, path clearance, antenna alignment, frequency, interference, weather, terrain, and the throughput target.
Does the antenna require power?
The dish itself is passive and does not require power. The attached radio requires its specified power method, which should be confirmed as part of the bill of materials.
Can it be installed on any pole?
The documented pole diameter is 40 to 90 mm, but diameter alone is not enough. Structural condition, wind loading, bracket stability, access, grounding, and local approval should also be checked.
Is the full 5.15 to 6.875 GHz range usable in the UAE?
Not necessarily. Antenna capability does not override national regulations. The selected radio, channel plan, output power, and operating frequency must comply with current local requirements.
What information is needed for a quotation?
Provide quantity, endpoint coordinates, distance, mounting heights, desired capacity, radio preference, site photographs, delivery destination, installation scope, and preferred project schedule.
Can FourTeck include installation and alignment?
Installation, configuration, and alignment can be discussed and included as defined scope items where feasible. Site access, structural work, permits, and third-party dependencies must be reviewed.
Is the UISP-Dish available in Dubai?
Contact FourTeck to confirm current UAE availability, quantity, source, and vendor lead time. Stock and delivery dates should not be assumed before quotation confirmation.
What warranty applies?
Warranty guidance depends on the quoted source, region, and sales terms. Ask FourTeck to state the applicable warranty and return conditions in the quotation.
Plan the complete UISP-Dish link before ordering
Send both endpoint details, required capacity, mounting information, quantity, radio preference, and service scope. FourTeck will help organise the product and project quotation around the real deployment requirement.
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