External antenna required
One GbE RJ45 connection
Power and data on one cable
Path survey and alignment advised
Direct answer for buyers
The Ubiquiti Rocket 5AC Lite is an outdoor airMAX AC radio used with a compatible dual-polarity antenna to create point-to-point backhaul links or selected point-to-multipoint deployments. It should be considered by organisations that need network connectivity between buildings, compounds or remote operational areas and can establish a suitable radio path. Before proceeding, confirm the exact radio part number, whether one or two units are required, antenna type at each end, link distance, line of sight, expected throughput, channel conditions, mounting method, power protection and local regulatory requirements. A radio-only quotation should not be mistaken for a complete working bridge.
What the Rocket 5AC Lite does
The device provides the active radio and network-processing functions for a 5 GHz outdoor wireless connection. It accepts Ethernet traffic from the local LAN, transmits that traffic through the connected antenna and communicates with a compatible airMAX AC station or access point at the opposite side of the path. In a point-to-point design, two endpoints form a wireless bridge between sites. In a point-to-multipoint arrangement, a correctly selected sector antenna and compatible client devices may support several remote locations, subject to firmware, capacity planning and airtime conditions.
Because the Rocket uses external RF connectors rather than an integrated antenna, the installer can choose an antenna pattern and gain appropriate to the project. That flexibility is useful, but it also means the radio cannot be evaluated in isolation. Antenna gain, beamwidth, cable and connector quality, polarisation, alignment and local emission limits affect the operational link.
Who should consider it
This model may suit IT teams and integrators extending a business LAN across a clear outdoor path, connecting a warehouse to an office, carrying CCTV traffic from a remote security location, joining school buildings, supporting hospitality facilities across a property or creating a temporary connection where trenching is unsuitable. It may also be considered for modest service-provider or campus distribution designs in controlled interference environments.
It is not automatically the right choice for every long-distance link. Dense 5 GHz interference, demanding availability targets, very high traffic requirements, obstructed paths, severe tower conditions or a need for advanced RF filtering may justify a different radio platform. Buyers should compare the Rocket 5AC Lite with current airMAX alternatives and complete link kits rather than selecting only by device price.
Business challenges and practical responses
No economical cable route
A designed outdoor bridge can carry network traffic between sites without the civil works associated with a new fibre route. The link still requires mounting access, power, grounding and a clear radio path.
Separate buildings need one LAN
The bridge can extend selected network services to another building. VLAN design, IP addressing, security policy and failover expectations should be planned alongside the wireless layer.
Outdoor cameras lack backhaul
A point-to-point link may aggregate surveillance traffic from a remote location. Camera bitrate, recording patterns and peak utilisation should be calculated before sizing the channel.
Project needs flexible antennas
The external RP-SMA connectors allow pairing with suitable Ubiquiti or technically compatible antenna systems, but connector fit alone does not establish regulatory or performance suitability.
Product-fit decision matrix
| Requirement | Suitable when | Confirm before ordering |
|---|---|---|
| Building-to-building bridge | Both sites have mounting points and a clear or workable Fresnel zone. | Distance, path profile, antenna gain, endpoint quantity and capacity target. |
| External directional antenna | The project benefits from choosing dish size and beamwidth separately. | Exact RocketDish or compatible antenna model, brackets and RF jumpers. |
| Moderate-interference location | A site survey indicates usable 5 GHz spectrum and appropriate channel options. | Spectrum conditions, channel width, EIRP rules and alternative radios. |
| Passive PoE deployment | The installation can supply supported passive PoE over outdoor-rated cable. | PoE adapter inclusion, cable length, surge protection and earthing. |
| Point-to-multipoint use | Firmware, antenna pattern and client mix are suitable for the planned sector. | Client count, aggregate demand, airtime, firmware and compatibility. |
Verified technical information
The requested commercial wording includes “R5AC-PTP-Lite”; Ubiquiti’s current technical listing identifies the compact Lite radio as model R5AC-LITE. The bill of materials and label should be confirmed before purchase so that it is not confused with the older R5AC-PTP hardware variant.
| Brand | Ubiquiti |
|---|---|
| Product identity | airMAX Rocket AC Lite |
| Confirmed model | R5AC-LITE |
| Product type | Outdoor 5 GHz airMAX AC radio/base station |
| Dimensions | 162 × 84 × 37 mm |
| Weight | 250 g |
| Enclosure | UV-stabilised polycarbonate |
| Network interface | One Gigabit Ethernet RJ45 port |
| RF connections | Two waterproof RP-SMA connectors |
| Power method | Passive PoE, two-pair method |
| Power supply | 24 V, 0.5 A Gigabit PoE adapter listed as included by Ubiquiti; confirm package contents for the supplied region |
| Supported voltage range | 20–27 V DC |
| Maximum power consumption | 8.5 W |
| Operating temperature | −40 to 80 °C |
| Operating humidity | 5% to 95% non-condensing |
| Operating modes | Access point and station |
| Antenna | Not integrated; a suitable external dual-polarity antenna is required |
| Throughput guidance | Ubiquiti markets the platform for up to 500+ Mbps; real throughput depends on link design, channel conditions, settings and regulatory limits |
| Availability | Contact FourTeck for current UAE model, quantity and lead-time confirmation |
Compatibility and scope notice
The Rocket 5AC Lite is a radio, not a complete pre-aligned bridge. A working point-to-point system generally needs a compatible endpoint at each site, suitable antennas, RF jumpers where required, shielded outdoor Ethernet cable, surge protection, mounting hardware and an installation plan. Confirm airMAX generation compatibility between endpoints, because proprietary outdoor wireless families should not be treated as ordinary Wi-Fi clients. Also confirm firmware requirements before mixing access points and stations from different airMAX AC models.
Frequency availability and permissible transmit power are region dependent. An antenna with higher gain can improve link budget, but it can also narrow the beam and change the legal equivalent isotropically radiated power. The installer must use settings allowed in the destination country and should record the final radio configuration. FourTeck can help review the proposed topology, but final path performance remains dependent on field conditions.
A practical purchase and deployment journey
Define the traffic
List the applications, normal utilisation, peak throughput, latency sensitivity and future growth. CCTV, voice, business applications and internet backhaul produce different traffic profiles.
Study the path
Confirm coordinates, distance, roof or tower heights, visible obstacles, terrain and Fresnel-zone clearance. A visual line of sight alone does not always provide an adequate radio path.
Select antennas
Choose dish or sector antennas according to topology, link budget, beamwidth and interference. Verify brackets, connector arrangement, wind loading and mounting access.
Build the bill of materials
Include radios, antennas, PoE, cables, grounding, surge protection, poles, enclosures, switches and any installation consumables. Confirm package contents before procurement.
Install and align
Mount securely, weatherproof connections, align both endpoints, set allowed channels and validate signal quality. Record configuration and physical installation details.
External-antenna flexibility
An integrated-antenna device is convenient when its fixed gain and beam pattern match the application. The Rocket approach is different: the radio can be paired with a suitable dish for a narrow point-to-point path or with a sector antenna for an access-point role. This separation lets the designer choose the radiating element according to distance, coverage angle and interference objectives.
The flexibility introduces procurement responsibility. Buyers must verify the antenna frequency range, connector type, mounting interface, RF jumper requirements and regulatory gain limits. A dish selected only because it fits mechanically may still be unsuitable for the path. For a two-site bridge, both ends should be considered together rather than ordered as unrelated parts.
Wired and power simplicity
One outdoor Ethernet run can carry network data and passive PoE power to the radio, reducing the need for an AC outlet at the mounting point. This is useful on rooftops and poles, but passive PoE must be handled carefully. It is not interchangeable with every standards-based PoE source, and the allowed voltage range must be respected.
Outdoor cable quality, grounding and surge protection are part of reliability. The Ethernet cable should be selected for UV exposure and the route should avoid sharp bends, water ingress and unsafe proximity to electrical conductors. The PoE adapter or compatible power source should be placed where it can be serviced, protected and clearly labelled.
Managed airMAX operation
The airMAX AC platform is designed for managed outdoor wireless links rather than general indoor Wi-Fi access. The radio supports access-point and station roles, and administrators can configure wireless parameters, Ethernet settings, management access and monitoring features through the device interface.
Management does not remove the need for radio engineering. Channel width, transmit power, modulation behaviour and antenna alignment should be chosen from measured conditions. Very wide channels may produce attractive headline capacity in a quiet environment but can be harder to sustain where spectrum is busy. A stable configuration often balances throughput with interference tolerance and operational margin.
Ideal environments and use cases
Office and warehouse links
Connect a nearby warehouse, workshop or administrative block to the main network when the path is clear and the required capacity fits the designed wireless link.
Campus connectivity
Extend network services between school, training, healthcare or hospitality buildings while retaining central switching and security policies.
Remote surveillance
Carry camera traffic from perimeter, gatehouse, parking or remote operational areas after calculating sustained and peak video bandwidth.
Temporary project sites
Provide a planned wireless path for construction compounds, events or temporary facilities where a permanent cable route is not justified.
Service-provider access
Build selected access or backhaul segments when subscriber count, airtime, interference and network management have been properly engineered.
Industrial compounds
Link separated buildings or assets where mounting, dust, heat, power protection and maintenance access are addressed in the implementation plan.
Integration and operational considerations
A wireless bridge becomes part of the wider network and should be designed accordingly. Decide whether the link will transparently carry VLANs, where routing will occur, which management subnet will reach the radios and how unauthorised administrative access will be prevented. The radios should use unique credentials and a documented management method. Their clocks, logs and monitoring should integrate with the organisation’s operational process where practical.
Switch ports at each side should be configured for the intended tagged or untagged traffic. A loop can occur if a parallel wired path is added without spanning-tree planning. When redundancy is needed, define whether the wireless link is primary, backup or part of a routed design. Do not assume that adding a second radio path automatically produces resilient operation; physical separation, channel planning, routing or switching behaviour and power independence need to be considered.
Environmental planning matters in the UAE. High rooftop temperatures, direct sun, wind, dust and occasional severe weather can affect installations. The stated operating range supports outdoor deployment, but good placement, secure mounting, drip loops, weatherproof cable entry, surge protection and maintenance access remain essential. Antenna alignment should be rechecked after structural work or extreme wind events.
Questions to resolve before ordering
Procurement checklist
☐ Confirm the exact Ubiquiti model and supplier label.
☐ State the required radio quantity and number of sites.
☐ Provide the path distance and endpoint coordinates.
☐ Define target and minimum acceptable throughput.
☐ Identify the intended point-to-point or point-to-multipoint topology.
☐ Confirm the antenna model and quantity for each endpoint.
☐ Include RF jumpers or weatherproof connector components where needed.
☐ Verify passive PoE source and package contents.
☐ Specify outdoor Ethernet cable length and construction.
☐ Include grounding and surge-protection requirements.
☐ Confirm poles, brackets, roof access and wind-loading considerations.
☐ Define configuration, alignment, testing and documentation scope.
☐ Confirm destination country, frequency rules and vendor lead time.
☐ Request warranty guidance for the exact supplied channel and region.
How FourTeck can assist
FourTeck can review the requested product identity, clarify whether the requirement is radio-only or a complete bridge, help map compatible antennas and supporting components, and coordinate a quotation around the full bill of materials. For projects that need services, installation and configuration can be separated into a clear scope covering mounting, cabling, alignment, radio setup, network integration, testing and handover.
Buyers can also discuss alternatives when the Rocket 5AC Lite is not the strongest fit for interference, capacity, distance or lifecycle expectations. Visit the FourTeck technology product catalogue or review available installation and configuration services.
UAE availability and support guidance
Contact FourTeck to confirm current UAE availability for the R5AC-LITE, antenna options, PoE accessories and required quantities. Availability may depend on model revision, supplier channel, quantity and vendor lead time. Delivery and project coordination can be discussed after the exact radio and complete bill of materials are confirmed.
For work in Dubai, Abu Dhabi, Sharjah and Ajman, FourTeck can review the project location, site-access conditions, installation scope and handover needs as one combined requirement. A quotation should state whether it covers hardware only, pre-configuration, remote guidance or onsite work. Use the FourTeck contact page to share the link details.
GCC Availability
FourTeck can assist organisations planning Ubiquiti outdoor wireless projects across GCC markets, including the United Arab Emirates, Saudi Arabia, Kuwait, Qatar, Bahrain and Oman. The useful starting point is not a generic radio request but a clear description of the destination, topology, distance, antenna need, quantity, configuration scope and expected project schedule. FourTeck can then help review the model designation, prepare a suitable bill of materials, coordinate quotation options and discuss installation or remote configuration requirements. Product availability, frequency permissions, delivery schedules, service visits and vendor lead times can vary by country, quantity and project conditions. Buyers should also confirm power arrangements, mounting standards and any local approval requirements. For requirements involving Kuwait, regional coordination may also be discussed through FourTeck Kuwait technology support. No stock, customs outcome or installation date should be assumed until the destination and complete requirement have been reviewed.
Africa Availability
Organisations evaluating the Rocket 5AC Lite for African projects can contact FourTeck for product selection, antenna planning, accessory review, quotation coordination and deployment guidance. Outdoor wireless requirements can differ substantially between East Africa, West Africa, Southern Africa and Central Africa because site access, power conditions, spectrum rules, shipping arrangements, installation resources and maintenance coverage vary. Buyers should provide the destination country, exact product or topology, number of sites, link distances, required capacity and expected deployment schedule. FourTeck can help identify questions that must be resolved before procurement and can discuss whether configuration or installation assistance is needed. Availability and fulfilment remain dependent on the precise model, quantity, regional suitability, vendor lead time and local project conditions. Relevant regional resources include FourTeck Africa technology solutions, Kenya project coordination and Uganda technology assistance.
Related options and supporting services
RocketDish directional antennas
Consider an appropriate 5 GHz dish when the project needs a narrow point-to-point beam. Gain and size must be matched to the path.
airMAX sector antennas
A sector may suit a properly engineered point-to-multipoint design. Beamwidth, client count and interference must be reviewed.
Rocket Prism 5AC alternatives
Projects with challenging RF conditions may warrant comparison with newer or more interference-focused Rocket platforms.
Outdoor link installation
Mounting, cable routing, surge protection, alignment and testing can be scoped separately from hardware supply.
Network integration support
VLANs, switching, routing, management access and monitoring should be planned as part of the business network.
Why businesses contact FourTeck
Outdoor wireless purchasing often fails when a radio is ordered without the antenna, path information or supporting accessories needed for the installation. Businesses contact FourTeck to clarify the requested model, translate an operational need into a bill of materials, review compatibility questions and separate hardware cost from configuration or site work. This approach helps procurement teams compare like-for-like quotations and reduces ambiguity around included components.
FourTeck can also help determine what information an installer needs, coordinate configuration expectations and identify when a site survey or specialist structural input should be considered. For wider company information, visit about FourTeck in Dubai.
Frequently asked questions
Is R5AC-PTP-Lite the same as R5AC-LITE?
The currently listed compact Rocket AC Lite model is R5AC-LITE. Some sellers use expanded point-to-point wording for bundles or applications. Confirm the physical model label and package contents before ordering.
Does one Rocket 5AC Lite create a complete bridge?
No. A point-to-point bridge requires compatible equipment at both endpoints plus appropriate antennas, power, cabling, mounting and configuration. One unit may be quoted as a replacement or as one side of a wider design.
Does the radio include an antenna?
No integrated antenna is specified. The two waterproof RP-SMA connectors are intended for a suitable external dual-polarity antenna. Confirm the exact antenna and any RF jumpers required.
What throughput should a buyer expect?
Ubiquiti markets the platform for up to 500+ Mbps, but usable TCP/IP capacity depends on channel width, signal quality, interference, distance, configuration, traffic direction and regional limits. Design from the application requirement rather than the maximum headline figure.
Can it be used for point-to-multipoint networks?
The Rocket 5AC Lite supports access-point and station operating modes, and point-to-multipoint use is possible with suitable firmware, antenna and compatible clients. Confirm firmware, capacity and client mix before procurement.
Is the PoE adapter included?
Ubiquiti’s product information lists a 24 V, 0.5 A Gigabit PoE adapter. Package contents can vary by supply channel or region, so the quotation should explicitly confirm inclusion.
What installation information is needed?
Provide site coordinates, path distance, mounting heights, photos, cable routes, power location, required capacity and access restrictions. A survey may be needed where line of sight or interference is uncertain.
Can FourTeck configure and align the link?
Configuration and installation assistance can be discussed as a separate project scope. The quotation should state whether it includes pre-configuration, onsite mounting, alignment, testing, documentation or remote support.
How can I check Dubai availability and price?
Share the exact model, quantity, antenna requirements, destination and service scope with FourTeck. Current price and availability depend on the complete requirement and vendor lead time.
What warranty applies?
Warranty terms depend on the supplied channel, region and seller conditions. Request written warranty guidance for the exact units and accessories included in the quotation.
Build the quotation around the complete wireless path
Send FourTeck the two site locations, required bandwidth, preferred antenna arrangement, quantity and installation expectations. The team can help confirm the radio model, supporting components and an appropriate scope for the UAE or regional project.
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