Outdoor 5 GHz CPE and point-to-point radio
MikroTik LHG 5 in Dubai, UAE
Build a focused long-range wireless connection between locations with a lightweight outdoor radio that combines a 5 GHz dual-chain wireless platform and a 24.5 dBi grid antenna in one assembly. FourTeck helps buyers assess link conditions, confirm the correct model, plan installation and request a suitable quotation.
Planning a wireless bridge?
Share the two site locations, estimated distance, mounting height, required throughput and quantity. These details help identify whether the LHG 5 is an appropriate fit.
Direct answer: what is the MikroTik LHG 5?
The MikroTik LHG 5, product code RBLHG-5nD, is an outdoor directional wireless device intended mainly for longer-distance customer-premises connections and point-to-point wireless links. It integrates the radio and antenna, which avoids signal loss through a separate antenna cable. Organisations should consider it when two sites have a suitable 5 GHz path and a wired connection is impractical. Before proceeding, confirm unobstructed line of sight, expected throughput, mounting stability, power arrangement, legal channel availability, environmental exposure and compatibility with the radio or access point at the far end.
What it does
The LHG 5 creates a focused 5 GHz wireless connection. In a point-to-point design, one unit can communicate with a compatible radio at another building or site. As customer-premises equipment, it can connect a remote subscriber or branch to a sector access point. The directional grid antenna concentrates radio energy toward the intended path rather than spreading it broadly like an indoor access point.
This makes the device relevant where a narrow beam, outdoor construction and compact all-in-one format are more valuable than local Wi-Fi coverage. It is not designed to replace an indoor access point for phones and laptops, and it should not be selected solely from distance claims. Link performance must be planned around terrain, noise, mounting, permitted frequencies and the capabilities of both endpoints.
Who it suits
The model may suit internet service providers, managed network operators, schools with separate buildings, warehouses, farms, security integrators, temporary project sites, hospitality properties and businesses connecting locations where trenching fibre is difficult or disproportionate to the requirement. It can also be considered for camera backhaul, telemetry or site-to-site data transport when traffic remains within the practical limit of the radio and its Fast Ethernet port.
It is less suitable where the path is blocked by buildings or heavy vegetation, where gigabit-class wired throughput is required, where 5 GHz spectrum is heavily congested, or where the project requires Wi-Fi 5 or Wi-Fi 6 features. In those situations, a different MikroTik model, fibre link or another transport method may be more appropriate.
Business challenges the LHG 5 can help address
Connecting separate premises
A wireless bridge can carry network traffic between buildings without opening roads, cutting floors or waiting for a new telecom circuit. The LHG 5 may be considered when a clear path exists and the required capacity is compatible with 802.11n and a 100 Mbps Ethernet interface.
Reaching a remote client site
Its high-gain directional antenna can serve as a CPE at a remote location, receiving service from a compatible access point. Final design depends on access-point sector coverage, path loss, legal power limits, interference and the customer’s service target.
Avoiding external RF cable loss
Because the radio and antenna are integrated, there is no long coaxial feeder between them. Ethernet runs from the device to the network and passive PoE supplies power, simplifying the physical layout while keeping the radio close to the antenna element.
Outdoor mounting with lower wind profile
The open-grid design is intended to reduce wind loading compared with a solid dish of similar size. Mounting hardware, mast strength, grounding, cable routing and local site conditions still require professional review.
Core capabilities in practical terms
Directional coverage supports links where energy should be concentrated toward a known endpoint.
Two wireless chains support 2×2 operation within the device’s 802.11a/n platform.
RouterOS provides bridge, routing, monitoring and wireless configuration options appropriate to the licensed level.
Power and data can be delivered over Ethernet within the supported voltage range, reducing the need for mains power at the antenna.
Product-fit decision matrix
| Requirement | Suitable when | Confirm before ordering |
|---|---|---|
| Building-to-building bridge | Both ends have a stable, clear 5 GHz path | Distance, mounting height, Fresnel clearance and expected traffic |
| Remote CPE connection | A compatible access point covers the destination | AP protocol, frequency plan, authentication and signal target |
| Camera or telemetry backhaul | Aggregate traffic remains below practical link capacity | Bitrate, packet overhead, latency tolerance and resilience needs |
| Harsh outdoor site | Mounting and cabling are professionally designed | Exposure, mast load, grounding, surge protection and maintenance access |
| High-throughput modern link | Only when Fast Ethernet and Wi-Fi 4 are acceptable | Whether an ac, ax or gigabit-capable LHG model is a better choice |
Verified technical information
| Brand | MikroTik |
|---|---|
| Product name | LHG 5 |
| Product code | RBLHG-5nD |
| Product type | Outdoor 5 GHz CPE / point-to-point integrated antenna |
| Architecture and CPU | MIPSBE, AR9344 single-core at 600 MHz |
| Memory and storage | 64 MB RAM, 16 MB flash storage |
| Operating system and licence | RouterOS, Level 3 licence |
| Wireless standard | 5 GHz 802.11a/n, Wi-Fi 4, two chains |
| Maximum wireless data rate | 300 Mbit/s theoretical PHY rate; real application throughput is lower and configuration dependent |
| Integrated antenna | 24.5 dBi dual-polarisation grid antenna |
| Ethernet | One 10/100 Ethernet port |
| Power input | Passive PoE, 11–30 V input |
| Maximum power consumption | 6 W |
| Cooling | Passive |
| Dimensions | Approximately 391 mm diameter × 222 mm |
| Ingress protection | IP54 |
| Tested ambient temperature | −40°C to 70°C |
| Included components | K-LHG assembly kit, 24 V 0.38 A power adapter, PoE injector and two metal rings, subject to current regional packaging |
| Regional version note | International and US versions have different frequency restrictions. Confirm the correct UAE-compatible version before purchase. |
| Availability | Contact FourTeck for current model, quantity and lead-time confirmation |
Compatibility, frequency and performance dependencies
A successful outdoor wireless link depends on more than antenna gain. The device at the opposite end must support a compatible frequency, channel width, protocol and security configuration. MikroTik Nv2 may be useful in selected MikroTik-based networks, but both sides must be planned appropriately. Standard 802.11 modes may be required when connecting to other compatible equipment. Buyers should not assume interoperability for every proprietary feature.
Local regulatory settings matter. The international model supports a broad hardware frequency range, but RouterOS country configuration and applicable UAE regulations determine which channels and transmit-power levels can be used. The US-locked version is not the correct default choice for a UAE deployment. FourTeck should be given the destination country and intended use so the appropriate regional product can be quoted.
The published 300 Mbit/s figure is a wireless physical-layer rate, not guaranteed user throughput. Real data performance is influenced by signal quality, modulation, channel width, frame overhead, distance, interference, protocol, encryption, CPU load and the 10/100 Ethernet port. Applications requiring sustained throughput near or above 100 Mbps should be evaluated against newer LHG ac or ax alternatives.
Purchase and deployment journey
Define the path
Identify both coordinates, distance, roof or mast position, available height and major obstructions.
Set the service target
Document expected throughput, traffic type, user count, latency sensitivity and future growth.
Confirm equipment
Select the regional model, opposite-end radio, mounts, cable, protection and power arrangement.
Install and align
Use secure mounting, weatherproof cabling and precise antenna alignment while monitoring both chains.
Test and document
Validate stability, usable throughput, channel conditions and failover expectations before handover.
Directional antenna design and link quality
The strongest reason to evaluate the LHG 5 is its integrated 24.5 dBi directional antenna. A high-gain antenna does not create bandwidth by itself; it concentrates transmit and receive sensitivity into a narrow area. This can improve the link budget when the antenna is accurately pointed toward the far endpoint. It also means alignment must be treated as an engineering task rather than a visual approximation. Small angular errors become more significant as distance increases.
A clear visual path is helpful, but professional link planning also considers the Fresnel zone, an elliptical area around the direct line between antennas. Objects entering this zone can cause diffraction and signal loss even when the remote mast can be seen. Buildings, cranes, trees and terrain should be considered, including future construction or vegetation growth. Mounting higher may improve clearance, but it increases structural, access and lightning-protection considerations.
Both wireless chains should be checked during alignment. A large difference between chain signal levels may indicate orientation, obstruction, reflection or mounting problems. The installer should inspect signal strength, signal-to-noise ratio, modulation, retransmissions and actual throughput under expected load. A link that associates successfully may still be unsuitable for business use if it experiences variable capacity or frequent errors.
RouterOS management and network design
RouterOS gives the LHG 5 flexibility beyond a simple transparent radio. It can be configured as a bridge endpoint, routed CPE or managed wireless node depending on the network design and licence limits. Administrators can apply IP addressing, routing, firewall policies, queues, monitoring and management controls. That flexibility is valuable, but it also increases the need for disciplined configuration.
For a building bridge, many organisations prefer a transparent Layer 2 design so selected VLANs or network segments can cross the link. Others use a routed boundary to contain broadcasts and improve fault isolation. The correct approach depends on addressing, security, multicast requirements, failover and the capability of the switches or routers on each side. A configuration should not be copied blindly from an unrelated installation.
Management exposure should be restricted. Change default credentials, apply current stable software after compatibility review, allow administration only from trusted networks, disable unused services and maintain a configuration backup. Time synchronisation, monitoring and logging help the support team distinguish radio problems from upstream network faults. FourTeck can discuss configuration scope when the quotation is prepared, including bridge design, IP setup, wireless profile, basic security hardening and handover documentation.
Throughput, Ethernet limits and model selection
The LHG 5 belongs to an earlier 802.11n generation and includes a single Fast Ethernet port. This combination can be entirely appropriate for moderate-capacity links, telemetry, selected camera systems or subscriber connections where the target is below 100 Mbps. It is not the correct choice merely because the antenna can cover a long distance. Distance and capacity are separate design questions.
The 300 Mbit/s wireless data rate is negotiated at the radio layer. Protocol overhead, half-duplex airtime, interference and error correction reduce the useful data rate. The Ethernet interface also places a hard upper boundary below gigabit speeds. A buyer requesting 150 Mbps, 300 Mbps or higher application throughput should normally evaluate an LHG 5 ac, LHG XL 5 ac, LHG 5 ax or another gigabit-capable wireless platform, subject to availability and link design.
Conversely, choosing a newer radio does not solve a blocked path or overloaded spectrum. A clean channel and good geometry can matter more than the headline data rate. FourTeck can help compare the LHG 5 with nearby MikroTik models using the required throughput, distance, interference survey, opposite-end equipment, budget and expansion plan rather than using one specification in isolation.
Ideal business environments and use cases
Warehouses and industrial yards
A link may connect a gatehouse, remote storage building or operational area to the main network when cable installation is difficult. Metal structures, moving vehicles and cranes should be considered during path planning.
Schools and campuses
Separate teaching blocks, administration offices or temporary buildings can be joined where there is clear roof-level visibility. Network segmentation and safeguarding policies should be maintained across the link.
Security camera backhaul
The radio can transport selected video streams from a remote perimeter or compound. Camera count, codec, resolution, frame rate and recording design must be calculated before equipment selection.
ISP customer connection
The LHG 5 can operate as CPE toward a compatible access-point sector. Frequency reuse, customer density, service plan, contention and installation quality remain operator design responsibilities.
Agricultural and remote operations
Farms, depots and monitoring sites may use a directional link for network access, sensors or cameras. Power availability, mast grounding and safe maintenance access should be included in the project scope.
Temporary project connectivity
Construction and event sites may use wireless backhaul when the endpoint locations are stable enough for accurate alignment. Frequent mast movement or changing obstructions may require a different design.
Operational and installation considerations
Outdoor installation should include an appropriate mast or bracket, UV-resistant Ethernet cable, weatherproof entry points, grounding and surge-protection review. The included rings support basic pole attachment, but site geometry may call for an adjustable mount. A rigid mount helps preserve alignment during wind or maintenance activity. Do not mount the device where technicians cannot access it safely.
Passive PoE is different from standards-based 802.3af or 802.3at power. The supplied injector and compatible voltage should be used unless the power design has been checked. Connecting passive PoE incorrectly can damage equipment. Cable length, conductor quality and voltage drop also matter, particularly in hot outdoor pathways.
The IP54 rating supports outdoor use but does not eliminate the need for correct assembly, drip loops and protected cable entries. Dubai heat, dust and rooftop exposure should influence placement and maintenance planning. Equipment should not be enclosed in a way that traps excessive heat. Periodic inspection can identify loose mounts, damaged cable jackets, corrosion on surrounding hardware or alignment drift.
Questions buyers should resolve before ordering
Provide coordinates or an accurate measured distance, not only neighbourhood names.
Include buildings, trees, terrain, cranes and the planned mounting height at both ends.
State normal and peak traffic, application type and expected growth.
Confirm the radio model, protocol, frequency plan and antenna characteristics.
Decide whether the wireless link is primary, backup or one path in a resilient design.
Include installation, alignment, testing, documentation and ongoing support expectations.
Procurement checklist
☐ Exact model code RBLHG-5nD and regional version
☐ Required quantity and whether both link endpoints are included
☐ Site coordinates, distance and mounting heights
☐ Clear line of sight and Fresnel-zone assessment
☐ Target application throughput and traffic profile
☐ Opposite-end radio or access-point compatibility
☐ Allowed UAE frequency and channel plan
☐ Pole, bracket or adjustable mount requirement
☐ Outdoor Ethernet cable length and quality
☐ Passive PoE, grounding and surge-protection design
☐ Installation, alignment and configuration scope
☐ Testing, documentation and handover requirements
☐ Support expectations and software maintenance process
☐ Current availability, lead time and warranty confirmation
How FourTeck can assist
FourTeck helps turn a product request into a clearer bill of materials. For the MikroTik LHG 5, that may include confirming whether one or two units are needed, reviewing the remote endpoint, checking whether an adjustable mount is advisable, identifying cabling and power accessories, and discussing installation or configuration services. The aim is to reduce avoidable ordering errors rather than simply quote a radio without context.
Buyers can also ask FourTeck to compare this model with newer MikroTik options. The comparison can consider Ethernet speed, wireless generation, antenna gain, distance, expected throughput, budget and compatibility with an existing MikroTik network. For wider infrastructure requirements, visit the FourTeck technology products section or review available network planning and configuration services.
An accurate quotation should state the model, quantity, required accessories, destination, service scope and any requested installation date. Use the FourTeck contact page to provide the project details. General company information is available on the about FourTeck page.
UAE availability and support guidance
Contact FourTeck to confirm current UAE availability for the MikroTik LHG 5. Supply can depend on the exact regional version, quantity, distributor availability and vendor lead time. A quotation can also include relevant mounts, outdoor cable, power components, configuration and installation coordination when requested. FourTeck does not recommend assuming that an internet listing represents current local stock or the correct regulatory version.
For projects in Dubai, Abu Dhabi, Sharjah and Ajman, buyers should share the installation address, number of links, site-access conditions and preferred schedule. Remote preconfiguration may be possible for clearly defined requirements, while onsite work depends on survey findings, access, mounting readiness and project scope. Delivery and service dates should be agreed only after the complete requirement and availability are confirmed.
GCC Availability
FourTeck can assist organisations planning MikroTik wireless links across GCC markets, including the United Arab Emirates, Saudi Arabia, Kuwait, Qatar, Bahrain and Oman. Assistance may cover requirement review, model selection, quotation coordination, configuration scope and installation planning. The correct product version and allowed radio settings must be considered for the destination country. Availability, licensing, delivery schedules, field-service arrangements and vendor lead times can differ by country, model and quantity. Buyers should provide the destination, exact model request, number of units, opposite-end equipment, link distance and expected deployment schedule. For Kuwait-related coordination, buyers may also review FourTeck Kuwait technology support. Any customs, regulatory or project-site requirements should be confirmed before a final commitment is made.
Africa Availability
Organisations planning outdoor wireless connectivity in Africa can contact FourTeck for product evaluation, accessory planning, configuration guidance and regional procurement coordination. LHG 5 suitability may vary significantly with terrain, rain patterns, spectrum use, power quality, mounting options and the technical capability of local teams. Availability and fulfilment depend on the destination, quantity, regional product version, shipping arrangements and vendor lead time. Buyers should share the country, site coordinates, expected throughput, installation environment and support expectations so the requirement can be reviewed properly. FourTeck information for selected markets is available through Kenya technology solutions, Uganda technology support and the broader FourTeck Africa portal. Local inventory, customs outcomes and onsite coverage should never be assumed without project confirmation.
Related products and services to consider
MikroTik LHG 5 ac
A Wi-Fi 5 alternative with gigabit Ethernet for projects needing greater capacity. Suitability depends on path design and endpoint compatibility.
MikroTik LHG 5 ax
A newer Wi-Fi 6 model to evaluate where modern wireless performance and gigabit connectivity are priorities.
Adjustable mounting options
A compatible precision mount can simplify alignment where pole angle or site geometry makes the basic attachment unsuitable.
Outdoor link assessment
Link planning can review distance, line of sight, Fresnel clearance, expected capacity and likely interference before ordering.
RouterOS configuration support
Configuration assistance may include bridging, routing, wireless setup, management restrictions and documentation.
Installation coordination
Discuss mounting, cabling, passive PoE, alignment, testing and handover as a defined service scope.
Why businesses contact FourTeck
A wireless link is a system, not a single box. Businesses contact FourTeck for help clarifying the requirement, checking whether the requested model is suitable, reviewing the opposite endpoint, identifying accessories and preparing a quotation that reflects the real deployment. This is especially useful when procurement teams receive a model request without site data or when the technical team is comparing several MikroTik generations.
FourTeck can also separate product supply from optional services so buyers understand what is included. Installation, mast work, cabling, configuration, link alignment, testing and ongoing support should be stated explicitly rather than assumed. Warranty guidance and current lead time can be confirmed during quotation. No wireless performance, delivery date or installation outcome should be treated as guaranteed until the path, scope and equipment are validated.
Frequently asked questions
Is the MikroTik LHG 5 suitable for a building-to-building link?
It can be suitable when the endpoints have clear line of sight, the distance and interference levels are reasonable, and the required throughput fits within the practical limits of 802.11n and Fast Ethernet. A link assessment is recommended.
Does one unit create a complete point-to-point link?
No. A complete link requires compatible equipment at both ends. This may be another LHG 5 or a different suitable MikroTik radio, depending on the design.
Can the LHG 5 deliver 300 Mbps of internet throughput?
The 300 Mbit/s figure is a theoretical wireless PHY rate. Real throughput is lower and is also limited by the 10/100 Ethernet port. Actual results depend on configuration, signal quality and interference.
Does it include RouterOS?
Yes. The device includes RouterOS with a Level 3 licence. No separate base RouterOS purchase is normally required for the supplied unit.
Can it be powered from a standard PoE switch?
The LHG 5 uses passive PoE at 11–30 V. Standard 802.3af/at switch compatibility should not be assumed. Use the supplied injector or a verified compatible power source.
Is the LHG 5 weatherproof?
It carries an IP54 rating and is designed for outdoor use. Correct assembly, cable routing, grounding, secure mounting and periodic inspection remain necessary.
What information is needed for a quotation?
Provide quantity, destination, link distance, site coordinates, required throughput, opposite-end equipment, mounting needs and whether installation or configuration support is required.
Should I choose LHG 5, LHG 5 ac or LHG 5 ax?
The answer depends on capacity, Ethernet speed, endpoint compatibility, frequency plan and budget. The LHG 5 suits moderate requirements, while ac or ax models may be more appropriate for higher-capacity links.
Can FourTeck configure and install the device?
Configuration and installation planning can be discussed as part of the quotation. Scope depends on site access, mounting readiness, cabling, distance, network design and project location.
Confirm the right MikroTik link before ordering
Send FourTeck the endpoint locations, required speed, quantity and installation scope. The team can review whether the LHG 5 is appropriate and prepare a UAE quotation with relevant accessories and services.
