Outdoor wireless bridge planning for UAE businesses
MikroTik LHG XL HP5 in Dubai, UAE
Build a focused long-range 5 GHz connection between sites with a high-gain outdoor CPE designed for point-to-point and extended-distance customer links. The MikroTik LHG XL HP5 combines a 27 dBi dual-polarisation grid antenna, RouterOS and passive PoE in one lightweight outdoor assembly.
Plan the link before ordering
Share the site distance, line-of-sight conditions, target throughput, mounting height and installation location so the correct model and deployment scope can be reviewed.
Direct answer for buyers
The MikroTik LHG XL HP5, product code RBLHG-5HPnD-XL, is a high-power outdoor wireless device with an integrated 27 dBi antenna for long-distance 5 GHz links. It is mainly used to connect two locations through a point-to-point bridge or to operate as a long-range CPE where clear line of sight is available. It suits businesses, service providers, contractors, farms, campuses and remote facilities that can work within the practical limit of one 10/100 Ethernet port. Before proceeding, confirm the legal frequency plan, exact international or US variant, path clearance, mounting arrangement, passive-PoE design, required bandwidth and whether a newer 802.11ac or Wi-Fi 6 alternative is more appropriate.
What the LHG XL HP5 does
This model places the radio and antenna element together inside a purpose-built grid structure. That arrangement removes the feeder-cable loss associated with a separate outdoor antenna and radio connected by coaxial cable. In a correctly engineered link, each side can be mounted on a pole or mast, aligned with the other location and powered from indoors through passive PoE.
The device can be configured through RouterOS for bridge, routing and wireless roles supported by its licence and hardware. It is not a conventional indoor Wi-Fi access point. Its narrow, high-gain antenna pattern is intended to focus energy over distance, making accurate alignment and a clean radio path central to a successful installation.
Who should consider it
The LHG XL HP5 can suit an organisation that needs a focused outdoor connection between two fixed points and has realistic bandwidth expectations below the practical ceiling imposed by Fast Ethernet. Typical buyers include network integrators, internet service providers, construction firms, agricultural operations, logistics sites, schools, hospitality compounds and companies connecting remote cameras or operational systems.
It should not be selected solely because of its long-distance claim. Sites without line of sight, links demanding gigabit throughput, heavily congested radio environments and projects requiring current-generation Wi-Fi security or efficiency may need a different platform. FourTeck can help compare the requirement with newer MikroTik LHG ac or ax options.
Business challenges this device can help address
Connecting separated buildings
A wireless bridge can extend a LAN across a road, yard or campus without depending on a new underground cable route, subject to line of sight and local approval requirements.
Reaching a remote operational site
The high-gain antenna is designed for fixed long-range links where ordinary indoor wireless equipment would be unsuitable and outdoor alignment is possible.
Reducing outdoor equipment complexity
The integrated radio, antenna and RouterOS platform simplifies the radio-side bill of materials compared with separate antenna, enclosure and coaxial components.
Supporting temporary or evolving sites
Where civil work is difficult or a location may later change, a properly planned wireless link can offer a practical alternative, while still requiring safe mounting and power design.
Product-fit decision matrix
| Requirement | Suitable when | Confirm before ordering |
|---|---|---|
| Long-range point-to-point link | Two fixed sites have clear or engineered line of sight and can support accurate antenna alignment. | Path distance, Fresnel-zone clearance, mast height, interference and expected throughput. |
| Remote CPE connection | The remote side needs focused 5 GHz connectivity to a compatible access point. | AP compatibility, wireless protocol, permitted channels, security settings and licence role. |
| Bandwidth below 100 Mbps wired limit | The application does not require a gigabit Ethernet handoff. | Real traffic requirement, packet size, protocol overhead and future growth. |
| Outdoor passive-PoE deployment | The cable run, power source and grounding arrangement can support 10–28 V passive PoE. | Cable quality, run length, surge protection, earthing and indoor power location. |
| Legacy 802.11a/n environment | The network design deliberately uses the established Wi-Fi 4 wireless platform. | Whether an ac or ax model would provide better lifecycle, security and throughput value. |
Verified technical information
The following fields reflect the exact RBLHG-5HPnD-XL product information. Radio performance and achievable link capacity remain dependent on configuration, distance, spectrum conditions and installation quality.
| Brand | MikroTik |
|---|---|
| Product name | LHG XL HP5 |
| Product code | RBLHG-5HPnD-XL |
| Product type | Outdoor 5 GHz CPE / point-to-point integrated antenna device |
| CPU and architecture | AR9344, one core, 600 MHz, MIPSBE |
| Memory and storage | 64 MB RAM and 16 MB flash storage |
| Operating system | RouterOS with Level 3 licence |
| Wireless band and standard | 5 GHz, 802.11a/n, Wi-Fi 4 generation |
| Wireless chains | Two |
| Maximum wireless data rate | 300 Mbit/s theoretical radio data rate; usable traffic will be lower |
| Integrated antenna gain | 27 dBi, dual polarisation grid |
| Ethernet | One 10/100 Ethernet port with Auto MDI/X |
| Power | Passive PoE input, 10–28 V, maximum power consumption 7 W |
| Cooling | Passive |
| Dimensions | Approximately Ø 550 × 245 mm |
| Environmental rating | IP54; tested ambient temperature from -40°C to 70°C |
| Included items | 24 V 0.38 A power adapter, passive PoE injector, two metal rings and K-LHG mounting kit |
| Optional mounting | LHG mount and solidMOUNT are related accessories; compatibility and required adjustment range should be confirmed |
| Regional variants | International and US versions exist. Frequency availability is region and regulation dependent. |
| UAE availability | Contact FourTeck for current model, quantity and lead-time guidance. |
Important dependencies and limits
A long-distance radio is only one element of a complete wireless path. The manufacturer describes the LHG XL HP5 as capable of reaching up to 40 km in point-to-point setups at full speed, but that statement should be treated as a design reference rather than a universal outcome. Terrain, earth curvature, Fresnel clearance, antenna height, rain, dust, local noise, channel width, legal transmit-power limits, alignment accuracy and the configuration on both endpoints all affect performance.
The international model supports a broad 5150–5875 MHz range at hardware level, while actual usable frequencies can be restricted by country regulations and RouterOS country settings. Professional installation is appropriate because the installer must select permitted channels, power levels, cabling and Dynamic Frequency Selection settings where applicable. The US model has a factory-locked frequency range and should not be substituted for the international model without checking the destination and compliance requirements.
The single 10/100 Ethernet port is a significant selection factor. Although the radio reports a maximum 300 Mbit/s data rate, the wired interface cannot provide a gigabit handoff. For projects requiring higher application throughput, better spectral efficiency, WPA3 or a longer lifecycle on a current wireless generation, compare the LHG XL 5 ac or LHG XL 5 ax before finalising the bill of materials.
From requirement to working link
Define the business traffic
Identify what will cross the link: office applications, internet backhaul, surveillance streams, voice, telemetry or a mixture. Record normal and peak bandwidth, latency sensitivity, criticality and future growth.
Survey the radio path
Measure the distance, examine elevation, obstructions and Fresnel-zone clearance, and check whether mounting points remain stable in wind. A desktop map estimate is useful but should not replace a proper site assessment for important links.
Confirm product and accessory fit
Check the exact international model, quantity, mounts, outdoor cable, surge protection, grounding, power source and any enclosure or tower hardware. Confirm whether the standard mount offers enough adjustment for the planned geometry.
Install, align and secure
Mount both units safely, route and weather-protect cabling, align the antennas, apply country settings, update RouterOS, create strong administrator credentials and configure the wireless and network roles.
Test and document
Validate signal levels, modulation, packet loss, latency and application throughput under representative load. Record IP addressing, credentials custody, firmware level, channel plan, alignment readings and recovery steps for future support.
High-gain focus over distance
The 27 dBi grid is the main reason to consider the XL model. A higher-gain directional antenna concentrates radio energy into a narrower pattern, which can improve link budget over long paths when both endpoints are accurately aimed. The dual-polarisation design supports two wireless chains for 802.11n operation.
That gain does not overcome blocked paths. Buildings, hills, cranes, trees and the curved earth can still obstruct the direct path or Fresnel zone. Narrower beamwidth also means alignment errors matter more. Projects should include stable mounting, fine adjustment and a plan for realignment after structural work or severe weather.
RouterOS operational control
RouterOS gives the device more flexibility than a simple transparent radio. Depending on the design and licence capabilities, the unit can participate in bridging, routing, monitoring and management workflows. WinBox, WebFig and command-line methods support commissioning and maintenance.
Flexibility increases the need for disciplined configuration. The device should be upgraded to an appropriate stable RouterOS release, restricted to authorised management access and protected by a strong unique password. Backups, exported configuration, clock settings, logs and remote-management rules should be planned rather than left at defaults.
Lean outdoor installation
Passive PoE lets installers place the power injector indoors and carry power with Ethernet to the outdoor radio. The device consumes up to 7 W, so it can be practical for sites where electrical efficiency matters. Passive cooling also removes a fan as a maintenance item.
PoE compatibility must be handled carefully because passive PoE does not negotiate in the same manner as standards-based 802.3af or 802.3at. Use the correct injector, voltage and polarity arrangement. Outdoor-rated cable, drip loops, weather sealing, grounding and surge protection are essential considerations, especially on exposed poles and rooftops.
Ideal environments and practical use cases
Business campus links
Connect administration, warehouse, workshop or accommodation buildings where each endpoint has an elevated mounting position and the traffic requirement fits the platform.
Construction and project sites
Extend connectivity to temporary offices, security posts or remote work zones while avoiding a permanent civil route, subject to safe structures and changing-site review.
Agriculture and utilities
Carry operational traffic between farms, pumping facilities, monitoring stations or service buildings where terrain permits a clean path and environmental planning is completed.
Remote surveillance aggregation
Transport selected camera streams or recorder traffic from a distant location after calculating total bitrate, packet overhead and continuity requirements.
ISP customer premises
Operate as a directional CPE in a compatible 5 GHz network where the provider has confirmed protocol, channel, licence and capacity design.
Backup site connectivity
Provide a secondary path for selected services where routing, failover logic and realistic recovery objectives are designed around the link’s limitations.
Integration and operating considerations
Decide whether the wireless link will extend one Layer 2 broadcast domain or route between subnets. A transparent bridge can simplify application connectivity, but it may also extend broadcast traffic, spanning-tree events and security exposure across both sites. Routed designs can create clearer boundaries and more predictable troubleshooting, though they require address planning and routing decisions.
For surveillance, voice and other continuous applications, calculate aggregate bitrate rather than counting devices alone. Camera resolution, frame rate, codec, scene activity and recording mode can change bandwidth significantly. Quality-of-service rules may help prioritise traffic, but they cannot create capacity that the radio path and Fast Ethernet interface do not possess.
Network management should cover both the radio and the surrounding infrastructure. Monitor reachability, Ethernet errors, wireless registration, signal strength, noise, modulation rates, CPU load, temperature where exposed by the platform and event logs. Alerts are most useful when someone owns the response process and has safe access to the remote site.
Security planning should include changing default credentials, limiting management protocols, using protected management networks or VPN access where appropriate, disabling unused services and maintaining current RouterOS software. Country selection and permitted power settings are compliance requirements, not optional performance adjustments.
Questions to resolve before requesting a quote
How far apart are the sites?
Provide coordinates or map pins, not only an estimated road distance. Link distance and terrain determine antenna height and path feasibility.
Is line of sight genuinely clear?
A visible endpoint does not automatically mean full Fresnel clearance. Trees, rooftops and future construction must be considered.
What traffic must cross?
List users, applications, cameras, voice channels and peak traffic. This confirms whether Fast Ethernet is acceptable.
Which side acts as AP?
A point-to-point link needs roles, wireless settings and compatible endpoints. Confirm whether both units are the same model or part of an existing network.
How will the units be mounted?
State pole diameter, wall or tower location, adjustment needs, roof access, wind exposure and working-at-height requirements.
What support is required?
Separate supply-only needs from survey, mounting, cabling, configuration, testing, documentation and ongoing support.
Procurement checklist
✓ Exact model: RBLHG-5HPnD-XL
✓ International or US regional version
✓ Required number of radio units
✓ Site coordinates and path distance
✓ Required application throughput
✓ Permitted 5 GHz frequency plan
✓ Pole, wall or tower mount arrangement
✓ Outdoor Ethernet cable specification
✓ Grounding and surge-protection scope
✓ Passive-PoE voltage and cable run
✓ Installation and alignment responsibility
✓ RouterOS configuration and security scope
✓ Testing and documentation requirement
✓ Delivery destination and target schedule
How FourTeck can assist
FourTeck can review the requirement before the purchase is reduced to a part number. That review may include confirming whether the LHG XL HP5 is appropriate for the expected distance and traffic, identifying the correct regional version, checking likely mounting and power items, and separating product supply from installation and configuration services.
For a more accurate quotation, share the site map, coordinates, mounting heights, application list, target bandwidth, quantity and delivery location. Where a field survey or installation is required, the scope can be discussed independently because access conditions, tower work, cable routing and safety requirements vary substantially between sites.
Explore related business technology products, review available installation and configuration services, or send the requirement through the FourTeck contact page.
GCC Availability
FourTeck can assist organisations planning MikroTik LHG XL HP5 purchases for projects across the GCC, including the United Arab Emirates, Saudi Arabia, Kuwait, Qatar, Bahrain and Oman. Assistance can cover requirement review, confirmation of the international product code, quantity planning, accessory discussion, quotation coordination and definition of installation or configuration scope. Availability, permitted radio settings, delivery schedules, vendor lead times and service arrangements can differ by destination, project size and local requirements. Buyers should provide the destination country, number of endpoints, link distance, target bandwidth, deployment location and preferred schedule. For Kuwait-related business technology enquiries, the FourTeck Kuwait resource may also be relevant. No regional stock position, customs outcome or installation date should be assumed until the complete requirement is reviewed and confirmed in writing.
Africa Availability
For African projects, FourTeck can help businesses and integrators evaluate whether the MikroTik LHG XL HP5 is suitable for the intended path, traffic level and operating environment. Planning may include product selection, quantity, passive-PoE requirements, mounting hardware, outdoor cabling, RouterOS configuration and support expectations. Fulfilment can vary according to destination, radio regulations, model variant, quantity, vendor lead time, shipping arrangements and local project conditions. Buyers in East Africa and other regions should share the destination country, exact site requirement, link distance, deployment schedule and whether remote or onsite assistance is expected. Relevant regional resources include FourTeck Kenya, FourTeck Uganda and the broader FourTeck Africa platform. Local inventory, customs outcomes and country-wide onsite coverage are not implied and must be confirmed for each project.
Related options and supporting services
MikroTik LHG XL 5 ac
Consider this nearby model when 802.11ac and a Gigabit Ethernet interface are more appropriate. Confirm availability and exact performance requirements.
MikroTik LHG XL 5 ax
A current Wi-Fi 6 generation alternative for buyers prioritising newer wireless capabilities, WPA3 support and longer-term platform planning.
solidMOUNT
A metal pole-mount accessory supporting LHG models, including XL units, with horizontal and vertical adjustment. Confirm it against the installation design.
Wireless link survey
A survey can assess path visibility, mounting positions, likely interference and cabling requirements before hardware is committed.
RouterOS configuration
Configuration support can cover secure management, bridge or routing roles, channel planning, monitoring and documented handover.
Outdoor network protection
Discuss suitable cable, grounding and surge-protection components as part of the complete link rather than treating the radio as an isolated item.
Why businesses contact FourTeck
A useful product discussion goes beyond confirming that a model exists. Buyers contact FourTeck to clarify whether the required outcome is a simple hardware supply, a complete point-to-point link, an ISP CPE deployment or part of a larger routed network. This helps identify missing items before purchase, such as the second endpoint, mounts, cable, injectors, surge protection and configuration services.
FourTeck can also help compare legacy and current-generation MikroTik options without presenting every newer model as automatically better. The correct choice depends on bandwidth, distance, available spectrum, compatibility, budget, lifecycle expectations and the skills of the operating team. A structured bill of materials and scope statement can make quotations easier to compare.
For company background, visit about FourTeck. For a product-specific discussion, use the business technology enquiry channel and include the exact model code in the message.
Frequently asked questions
What is the MikroTik LHG XL HP5 used for?
It is used for fixed outdoor 5 GHz wireless links, commonly as one side of a point-to-point bridge or as a long-range CPE connecting to a compatible access point.
Can it really connect sites up to 40 km apart?
MikroTik states that the model is designed to reach up to 40 km in point-to-point setups at full speed. Actual results depend on path clearance, legal power limits, interference, alignment, channel settings and installation quality, so a link assessment is essential.
Does the LHG XL HP5 have a Gigabit Ethernet port?
No. The exact RBLHG-5HPnD-XL model has one 10/100 Ethernet port. Buyers needing a gigabit handoff should compare suitable LHG ac or ax alternatives.
Is a RouterOS licence included?
Yes. MikroTik lists RouterOS with a Level 3 licence as included and preinstalled for this model. The intended wireless role should still be checked against RouterOS licence capabilities and network design.
How is the device powered?
It accepts passive PoE in the 10–28 V range and has a listed maximum power consumption of 7 W. Use the correct injector and verify cable length, voltage drop, grounding and surge protection.
What comes in the package?
The manufacturer lists a 24 V 0.38 A power adapter, passive PoE injector, two metal rings and the K-LHG mounting kit. Package contents should be reconfirmed in the quotation.
Can the unit be installed without a site survey?
A simple, low-risk short link may sometimes be planned from reliable site data, but important or long-distance links benefit from a survey covering elevation, Fresnel clearance, mounting, interference and cable routing.
Is the international version suitable for the UAE?
The international model supports a broad hardware frequency range, but operation must follow UAE rules and the correct RouterOS country settings. Confirm the regional model and permitted configuration before deployment.
Can FourTeck configure and install the link?
Configuration, installation, alignment and testing can be discussed as separate scope items. Feasibility and quotation depend on site access, mounting height, cable route, safety requirements and location.
What information is needed for a quotation?
Provide the exact model, quantity, endpoint coordinates, path distance, mounting details, expected bandwidth, delivery location and whether you need survey, cable, mounting, configuration, testing or support.
Confirm the right long-range wireless design
Send FourTeck the site coordinates, approximate distance, traffic requirement and mounting conditions. The team can help confirm whether the MikroTik LHG XL HP5, a newer LHG model or another wireless approach is the better procurement choice.
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