Outdoor LTE connectivity for difficult locations
MikroTik LHGG LTE7 Kit in Dubai, UAE
A directional outdoor LTE Category 7 solution for organisations that need to reach a distant mobile tower, improve weak-signal performance and bring routed connectivity to sites beyond practical fixed-line coverage.
Plan the deployment first
Share the operator, site coordinates, target use, estimated users, mounting height and installation scope for a more accurate product recommendation.
Up to 300 Mbps down and 100 Mbps up under supported network conditions.
Directional gain for long-range outdoor cellular links.
Routing, firewall, VPN and management functions in one platform.
Pole or mast deployment with Gigabit PoE connectivity.
Direct answer for business buyers
The MikroTik LHGG LTE7 Kit is a complete outdoor cellular router with a high-gain grid antenna and an integrated LTE Cat7 modem. It is mainly used to obtain Internet connectivity from a mobile network at remote, rural, temporary or weak-signal sites where an indoor router may not receive an adequate signal. It should be considered by companies operating branches, farms, construction compounds, CCTV locations, kiosks, warehouses, field facilities or backup links. Before proceeding, confirm that the intended mobile operator uses bands supported by the device, that the target base station is reachable from the mounting point, and that the site can provide safe pole mounting, Ethernet cabling, surge protection and suitable power.
What the LHGG LTE7 Kit does
The unit places the LTE modem and directional antenna outdoors, close to the point where radio conditions are usually better. Instead of running a long, lossy antenna cable into a building, the installer runs Ethernet from the outdoor unit to the indoor network. Power is supplied over that Ethernet link through PoE, simplifying the connection between the mounted device and the local router, switch or computer.
Its directional antenna must be aimed toward a suitable cellular base station. Once aligned and configured, the device can route traffic directly or operate as an upstream LTE gateway for another firewall or network appliance. RouterOS provides tools for addressing, firewall rules, routing, monitoring, VPN configuration and bandwidth control, subject to the administrator’s design and security policy.
Who should consider it
This model is most relevant where signal strength and tower distance are more important than indoor convenience. It may suit remote workplaces, agriculture operations, project offices, telemetry points, temporary retail sites, roadside facilities, solar plants and security-camera installations. It can also provide a secondary WAN path where wired connectivity is vulnerable or unavailable.
It is less suitable for buyers who need an indoor desktop router, integrated Wi-Fi for user devices, multi-gigabit 5G service, several local Ethernet ports or an omnidirectional cellular solution. In those cases, another MikroTik LTE or 5G platform, an indoor access point, or a separate firewall and wireless system may be a better fit.
Business challenges it can help address
Weak indoor cellular signal
Concrete walls, metal roofs, low placement and equipment rooms can reduce signal quality. Outdoor mounting and directional gain may help the modem receive a cleaner signal, provided the correct tower and bands are available.
No practical fixed-line service
Sites outside fibre or copper coverage may still be reachable through an LTE network. The LHGG LTE7 Kit can form the WAN connection while the internal LAN is delivered through separate switching and Wi-Fi equipment.
Upload-sensitive applications
The Cat7 modem supports higher theoretical upload capacity than older Cat4 designs, which can be useful for cameras, VPN traffic, cloud synchronisation and remote-work applications when the operator network supports it.
Temporary or movable projects
Construction teams, events and project sites may need a connection before permanent services are installed. A properly mounted LTE solution can support that phase, subject to local coverage and safe installation.
Core capabilities that matter in deployment
Directional LTE reception
The 17 dBi antenna concentrates reception and transmission in a chosen direction. Correct alignment is essential; it is not a substitute for operator coverage.
Carrier aggregation
LTE Cat7 can combine supported carrier resources to improve responsiveness or throughput. Results depend on the network bands, cell configuration and congestion.
Gigabit wired handoff
A single 10/100/1000 Ethernet interface carries data and PoE, allowing the outdoor unit to connect to the indoor network without an RF extension cable.
RouterOS administration
RouterOS v7 supports advanced networking functions, but configuration should be carried out by a competent administrator and kept updated.
Product-fit matrix
| Requirement | Suitable when | Confirm before ordering |
|---|---|---|
| Remote Internet access | A usable LTE tower is visible or reachable from an outdoor mounting point. | Operator bands, tower direction, signal readings and data plan. |
| CCTV uplink | The network can provide enough sustained upload capacity for required streams. | Camera bitrate, retention design, VPN overhead and data allowance. |
| Backup WAN | A separate firewall or router can manage failover and policy routing. | Failover logic, public addressing, NAT and operator restrictions. |
| Outdoor harsh environment | The unit can be securely mounted within its tested environmental limits. | Pole strength, grounding, surge protection, cable type and heat exposure. |
| Direct user Wi-Fi | A separate indoor wireless access point is planned. | Coverage area, user count, roaming and power requirements. |
Verified technical information
The following fields reflect the manufacturer’s published information for the exact LHGGR&R11e-LTE7 model. Radio performance is theoretical and network dependent.
| Brand | MikroTik |
|---|---|
| Product name | LHGG LTE7 Kit |
| Product code | LHGGR&R11e-LTE7 |
| Product type | Outdoor LTE router with integrated directional grid antenna |
| LTE category | Category 7, theoretical maximum 300 Mbps downlink and 100 Mbps uplink |
| Antenna | 17 dBi directional grid design |
| LTE MIMO | 2×2 downlink, 1×1 uplink |
| LTE FDD bands | 1, 3, 5, 7, 8, 20 and 28 |
| LTE TDD bands | 38, 40 and 41 |
| 3G support | Category R8; bands 1, 3, 5 and 8 |
| Ethernet | One 10/100/1000 Ethernet port |
| SIM | One Micro SIM slot |
| Processor | 88F3720 dual-core ARM 64-bit, 800 MHz |
| Memory and storage | 256 MB RAM and 16 MB flash storage |
| Operating system | RouterOS v7 with Level 3 licence |
| Power input | 802.3af/at PoE-in, 12–57 V |
| Maximum power consumption | 8 W |
| Environmental rating | IP54; tested ambient temperature from -40°C to 70°C |
| Included items | 24 V 0.8 A power adapter, Gigabit PoE injector, two hose clamps and K-LHG screw kit |
| Important note | Operator compatibility, actual throughput, mounting accessories, cable length, surge protection and local installation conditions must be confirmed. |
Compatibility and deployment dependencies
The LTE modem supports a defined set of FDD and TDD bands, but that does not guarantee service with every operator or at every site. Buyers should verify the bands used by the intended mobile network in the specific area, whether carrier aggregation combinations are available, and whether the SIM plan permits router use, public addressing, VPN traffic or high data consumption. Some operators place customers behind carrier-grade NAT, which can affect inbound connections and certain remote-access designs.
The directional antenna requires accurate physical alignment. A mobile phone signal reading at ground level is not enough to predict performance. The installer should evaluate the likely base-station direction, mounting elevation, line-of-sight obstacles, cable route, earthing, lightning risk and the presence of metal structures that may affect radio conditions. Mounting hardware included with the unit may not cover every pole, wall or rooftop arrangement. Additional brackets, shielded outdoor Ethernet cable, weatherproof entry points, surge protectors or grounding components may be required.
The device has one Ethernet port and does not provide built-in user Wi-Fi. Most business deployments therefore combine it with an indoor firewall, switch and wireless access point. Where the LHGG LTE7 acts only as an upstream modem or gateway, routing mode, NAT, DHCP, VLANs and failover logic should be planned carefully to avoid double NAT or management conflicts.
A practical purchase and deployment journey
Define the business need
Clarify whether the link will support normal Internet access, CCTV upload, a remote branch, point-of-sale traffic, telemetry, temporary operations or backup connectivity. Record the expected users, applications and peak data demand.
Check operator suitability
Confirm the intended SIM, available LTE bands, data plan, coverage map and any restrictions on router use. Where possible, collect signal measurements from an elevated outdoor point.
Design mounting and cabling
Select a secure pole, mast or rooftop position, identify the cable route and determine whether surge protection, grounding, weather seals, additional brackets or specialist access equipment are required.
Configure and align
Insert the Micro SIM, update RouterOS, set secure credentials, configure networking and align the antenna while monitoring relevant signal metrics and actual application performance.
Test and document
Validate stability, throughput, latency, failover behaviour, VPN operation and remote management. Document the SIM, APN, mounting direction, configuration backup and support contacts.
Long-range radio design
The defining capability of the LHGG LTE7 Kit is its large directional antenna. Directional gain is valuable when the desired base station is farther away or when indoor reception is poor, but it introduces an engineering requirement: the device must point toward the correct serving sector. A small change in azimuth or elevation can alter signal strength, interference and the bands selected by the modem.
Installers should not judge alignment using signal bars alone. RouterOS can expose radio indicators that help compare positions, and application-level tests should be repeated at different times because network congestion changes through the day. The strongest signal is not always the fastest connection if the selected cell is heavily loaded. A balanced decision considers signal quality, stability, latency, upload performance and the operator’s available spectrum.
Higher upload capacity for operational traffic
Many remote-site applications send more data upstream than ordinary browsing. Video surveillance, cloud backup, remote desktop sessions, file synchronisation and site-to-site VPNs can become limited by upload capacity. LTE Category 7 supports a theoretical uplink of up to 100 Mbps, although real results are governed by the operator, signal quality, spectrum allocation, congestion, SIM policy and radio environment.
A buyer should convert application needs into an expected sustained and peak upload requirement. For cameras, use the configured bitrate rather than the camera’s headline resolution. For VPN traffic, allow for encryption overhead. For cloud systems, consider whether synchronisation occurs continuously or in scheduled bursts. This prevents purchasing a capable radio product while overlooking limits in the mobile plan or network.
RouterOS control and integration
RouterOS v7 makes the unit more than a passive antenna. Depending on the design, it can handle IP addressing, firewall rules, NAT, VPNs, monitoring, static or dynamic routing and traffic control. This flexibility is useful for experienced MikroTik administrators, service providers and integrators that want visibility into both the LTE interface and the routed network.
The same flexibility requires disciplined configuration. Default credentials must be replaced, management access restricted, unused services disabled and software kept current. Configuration backups and an emergency access plan are important for remote sites. When another firewall is used downstream, decide which device will own NAT, DHCP, VPN termination and security policy. Clear role separation simplifies troubleshooting and avoids duplicated functions.
Ideal business environments and use cases
The LHGG LTE7 Kit can serve many environments, but the underlying requirement should always be a directional LTE link rather than a generic indoor mobile router. In agriculture, it can connect a farm office, irrigation controller, camera system or remote monitoring point where fixed services do not reach. At construction sites, it may support project management systems, security cameras and controlled guest access while permanent telecom services are pending. Warehouses and industrial yards can use it for temporary connectivity, resilience or isolated operational areas.
Remote retail kiosks, fuel stations, roadside facilities and ticketing points may use the device as an upstream connection to a secure local router. Solar sites, utilities and telemetry deployments may benefit from its outdoor form factor, although industrial projects should confirm power quality, lightning protection, environmental exposure and remote-recovery procedures. Event and temporary-office teams can deploy it on suitable structures when a directional mobile signal is available, but mounting safety and local permissions remain essential.
For business continuity, the device can form a secondary WAN path that is physically diverse from a wired line. The downstream firewall should test failover, health checking and return to the primary link. Mobile data limits, carrier-grade NAT and the possibility that both services share upstream infrastructure should be considered. A backup circuit is most effective when its failure modes are understood, not merely when a second cable is connected.
Integration and operational considerations
Indoor network design
Because the unit has one Ethernet port and no integrated user Wi-Fi, the local network usually includes an indoor router, firewall, switch or wireless access point. Define VLANs, addressing, DNS, DHCP and security policy before deployment. If the MikroTik device performs routing, place clear boundaries around management access and downstream networks. If it passes traffic to another security appliance, confirm whether bridge, passthrough or routed operation best suits the design.
Power, cabling and surge protection
The product accepts 802.3af/at PoE input from 12 to 57 V and includes a Gigabit PoE injector and power adapter. The final design should account for cable length, cable quality, voltage drop, outdoor UV exposure and building entry protection. Shielded outdoor-rated Ethernet and appropriate grounding practices may be required. Lightning and surge risks vary by site, so the installer should follow local electrical and structural requirements rather than relying only on the included accessories.
Remote support and lifecycle
Remote LTE sites should have configuration backups, documented access methods and a recovery plan. Consider who controls the SIM account, how data usage will be monitored, how RouterOS updates will be scheduled and what happens if the device loses network access. For high-value operations, a remotely controlled power source or local support contact may reduce recovery time. Warranty terms and replacement procedures should be confirmed with the supplier for the destination and purchase channel.
Buyer questions to resolve before ordering
Confirm local band deployment rather than relying on a national coverage statement.
A directional antenna needs a practical aiming direction and a stable mounting location.
Calculate camera, VPN, backup and cloud traffic instead of estimating from user count alone.
Decide how routing, NAT, failover, VPN and security responsibilities will be divided.
Operator NAT policies can affect inbound services, remote access and some VPN designs.
Safe rooftop or mast work may require trained personnel and specialist access equipment.
Procurement checklist
✓ Exact model: LHGGR&R11e-LTE7
✓ Required quantity and destination
✓ Mobile operator and SIM plan
✓ LTE bands used at the site
✓ Expected users and applications
✓ Required upload and download profile
✓ Mounting location and pole dimensions
✓ Outdoor Ethernet cable length
✓ Surge protection and grounding plan
✓ Indoor router, switch and Wi-Fi design
✓ Configuration and VPN requirements
✓ Installation, testing and documentation scope
✓ Warranty and replacement guidance
✓ Delivery and project coordination timeline
How FourTeck can assist
FourTeck can help buyers translate a remote-connectivity requirement into a clearer bill of materials and quotation request. Assistance may include confirming the exact model, reviewing intended LTE bands, identifying the need for indoor routing and wireless equipment, discussing mounting and power dependencies, and defining whether configuration or installation support should be included. Buyers can also request guidance on backup-WAN design, VPN requirements, surveillance uplinks and network segmentation.
For broader infrastructure planning, explore the FourTeck technology product range or review available network and security services. Organisations planning a complete remote-site network can discuss the LTE gateway together with switching, Wi-Fi, firewall, VPN, surveillance and support requirements. The final quotation should identify hardware, accessories, services, exclusions and delivery assumptions separately.
A useful request includes the site location, operator, quantity, intended application, target deployment date and whether installation access is straightforward. Contact the FourTeck sales and consultation team to confirm current options.
UAE availability and support guidance
Contact FourTeck to confirm current UAE availability for the MikroTik LHGG LTE7 Kit. Availability may depend on quantity, vendor lead time, regional supply and the exact accessories required. Delivery and project coordination can be discussed after the requirement is confirmed. Where installation is needed, the quotation should specify mounting access, cable routing, surge protection, alignment, RouterOS configuration, indoor network integration and testing.
FourTeck can coordinate requirements for Dubai, Abu Dhabi, Sharjah and Ajman through one combined project discussion. Site conditions differ, so a city reference alone is not enough to determine installation effort or radio performance. Share the exact deployment address or coordinates, preferred mobile operator, expected application and required completion window. This allows the team to separate product supply from optional technical services and provide more useful guidance.
GCC Availability
FourTeck can assist organisations planning MikroTik LTE deployments across GCC markets, including the United Arab Emirates, Saudi Arabia, Kuwait, Qatar, Bahrain and Oman. Support can begin with requirement review, operator-band verification, model selection, quotation coordination and discussion of mounting, configuration or installation scope. The LHGG LTE7 Kit must be assessed against the intended carrier and site conditions in each country because available bands, SIM policies, public-address options and network performance can differ.
Product availability, licensing, delivery schedules, service visits, project scope and vendor lead times may vary by destination, model, quantity and requirement. Buyers should provide the destination country, exact model, quantity, mobile operator, planned deployment location, desired timeline and any configuration or installation expectations. FourTeck can then help structure the request and identify dependencies. Local stock, customs clearance, fixed delivery dates and country-specific approvals should not be assumed until confirmed in the quotation. For Kuwait-related technology coordination, buyers may also review FourTeck Kuwait resources.
Africa Availability
Organisations planning remote connectivity in Africa can contact FourTeck for product evaluation, accessories, configuration scope, support planning and regional procurement guidance. A directional LTE solution may be relevant for farms, field offices, security locations, schools, clinics, infrastructure projects and remote commercial sites, but its suitability depends on the local operator network and installation environment. Buyers should confirm the destination country, exact site, mobile network, quantity, expected applications and target schedule.
Availability and fulfilment may depend on product lead time, destination, LTE band use, SIM policy, power conditions, shipping arrangements, mounting requirements and local project constraints. FourTeck does not assume local inventory, immediate shipment, customs outcomes or nationwide onsite coverage. Requirements for Kenya and Uganda can be discussed through relevant regional channels, including FourTeck Kenya and FourTeck Uganda. Broader regional enquiries can use the FourTeck Africa platform to outline the deployment and request guidance.
Related products, services and alternatives
MikroTik LTE6 alternatives
Consider nearby LTE6 models where Cat7 upload capacity is not required or where regional modem options differ. Exact band support must be checked.
MikroTik LTE18 options
Higher-category LTE products may suit sites seeking more aggregation and throughput, subject to operator support and budget.
Indoor firewall and Wi-Fi
A separate firewall, switch and access point may be required to deliver secure local connectivity behind the outdoor LTE gateway.
Installation and alignment
Professional mounting, cable routing, surge protection, radio alignment and performance testing can be scoped separately.
Why businesses contact FourTeck
Business buyers often need more than a model number. They need to know whether the modem supports the operator, whether the antenna type matches the site, what must be mounted outdoors, how the device connects to the LAN and which services belong in the quotation. FourTeck can help clarify those points before procurement.
Practical assistance can include model confirmation, compatibility review, bill-of-material guidance, quotation coordination, network-role planning, installation scoping, configuration support and delivery coordination. These activities are dependent on the information provided and are not automatically included with product supply. Learn more about FourTeck or discuss the project through the contact page.
Frequently asked questions
Is the MikroTik LHGG LTE7 Kit a complete router?
Yes. It combines an LTE modem, directional antenna, Ethernet interface and RouterOS routing platform. It does not include built-in user Wi-Fi, so many deployments add an indoor access point.
What speeds can it provide?
The LTE Cat7 modem supports theoretical maximum rates of 300 Mbps downlink and 100 Mbps uplink. Actual throughput depends on operator bands, aggregation, congestion, signal quality, data plan and site conditions.
Will it work with UAE mobile operators?
Compatibility must be checked against the LTE bands and services used by the selected operator at the exact location. A supported band list alone does not guarantee performance or availability.
Does it support 5G?
No. This is an LTE Category 7 product. Buyers requiring 5G should consider a suitable 5G modem or router and confirm coverage, spectrum and deployment requirements.
What is included in the kit?
The manufacturer lists a 24 V 0.8 A power adapter, Gigabit PoE injector, two hose clamps and a K-LHG screw kit. Site-specific brackets, cable and protection items may be additional.
Can it be used for CCTV?
It may suit CCTV uplinks where the mobile network provides sufficient sustained upload capacity. Camera bitrate, VPN overhead, data allowance and remote-access design should be calculated first.
Does it require a separate licence?
The device includes RouterOS v7 with a Level 3 licence. The LTE service itself requires a suitable SIM and data plan from a mobile operator.
Can FourTeck configure and install it?
Configuration and installation can be discussed as separate scope items. The final requirement should identify mounting access, cable route, network integration, VPN, testing and documentation needs.
How do I request a quotation?
Provide the exact model, quantity, destination, mobile operator, intended application, mounting details and desired schedule. FourTeck can then confirm current options and quotation scope.
Confirm whether the LHGG LTE7 Kit fits your site
Share your operator, location, expected applications, quantity and installation requirements. FourTeck can help review the model and prepare a clearer quotation request.
