Wi-Fi 6 access point with integrated LTE
MikroTik cAP LTE12 ax in Dubai, UAE
A ceiling-mount RouterOS platform for organisations that need local Wi-Fi 6 coverage and LTE Category 12 connectivity in one indoor device. It can support temporary sites, mobile-first locations, flexible branches and carefully planned backup-connectivity scenarios.
Primary role: indoor Wi-Fi 6 access point with LTE WAN capability
Direct answer for business buyers
The MikroTik cAP LTE12 ax is an indoor, ceiling-mount network device that combines a dual-band 802.11ax access point, an LTE Category 12 modem, routing functions and PoE features. It is mainly used where a business needs local wireless access with a mobile-data uplink, either as the primary connection for a temporary or flexible site or as part of a designed secondary-connectivity plan. Buyers considering it should confirm mobile-operator band compatibility, expected LTE signal conditions, required wireless coverage, the correct mounting location, PoE budget, SIM plan and RouterOS configuration responsibilities before ordering. It is not a substitute for proper radio surveying, cybersecurity policy or capacity planning.
What it does
The device distributes wireless connectivity over 2.4 GHz and 5 GHz Wi-Fi 6 while using an integrated cellular modem for WAN access. RouterOS allows it to handle routing, firewalling, VPN functions, bandwidth policies and operational monitoring according to the chosen configuration.
Its two Gigabit Ethernet ports allow connection to an upstream network or local wired equipment. Ether1 supports standards-based PoE input, while Ether2 can provide passive PoE output within the published electrical limits.
Who should consider it
It may fit businesses operating short-term venues, retail kiosks, mobile service points, temporary offices, event locations, indoor hospitality areas or compact branches where a fixed internet circuit is unavailable, delayed or not operationally convenient.
It can also be evaluated by network teams that already use MikroTik and want a centrally managed ceiling access point with cellular capability. Suitability depends on coverage, user density, traffic profile and the resilience design.
Business challenges it can help address
No fixed circuit at launch
A new kiosk, pop-up location or project office may need connectivity before a wired service is installed. LTE can provide a practical interim uplink when operator coverage and the chosen data plan are suitable.
Cluttered desktop networking
Ceiling installation keeps the access point away from counters and work surfaces, helping create a cleaner physical setup and a more deliberate wireless position.
Separate devices for LTE and Wi-Fi
Combining the cellular modem, routing platform and access point can simplify a compact deployment, although larger networks may still require dedicated gateways, switches and multiple access points.
Need for managed configuration
RouterOS supports detailed network policy and CAPsMAN-based wireless administration. This helps skilled administrators standardise settings, but it also makes correct configuration and lifecycle management important.
Core capabilities in practical terms
Product-fit matrix
| Requirement | Suitable when | Confirm before ordering |
|---|---|---|
| Temporary business internet | A cellular service can meet the site’s data, latency and availability needs. | Operator bands, signal strength, data allowance and acceptable monthly cost. |
| Ceiling Wi-Fi coverage | One indoor radio position can serve the intended area after a basic coverage assessment. | Floor plan, construction materials, mounting height, client count and interference. |
| LTE resilience | The network design defines failover logic, monitoring and return-to-primary behaviour. | Whether a separate primary WAN exists and how failover will be tested. |
| Central access-point management | The organisation has a compatible CAPsMAN design and administrators familiar with MikroTik. | Controller location, software version, templates and change-management process. |
| PoE pass-through use | The downstream device accepts passive PoE at the supplied voltage and stays within the output budget. | Voltage compatibility, current draw, cable distance and total power calculation. |
Verified technical information
| Brand | MikroTik |
|---|---|
| Product name | cAP LTE12 ax |
| Product code | cAPGi-5HaxD2HaxD&EG12-EA |
| Architecture and CPU | ARM 64-bit, IPQ-6010 quad-core, automatic frequency range 864–1800 MHz |
| Memory and storage | 1 GB RAM and 128 MB NAND storage |
| Operating system | RouterOS v7, license level 4 |
| 2.4 GHz wireless | 802.11b/g/n/ax, two chains, maximum published data rate 574 Mbit/s, antenna gain up to 6 dBi |
| 5 GHz wireless | 802.11a/n/ac/ax, two chains, maximum published data rate 1200 Mbit/s, antenna gain up to 5.5 dBi |
| LTE modem | EG12-EA, LTE Category 12, 4×4 MIMO downlink and 1×1 uplink |
| Published LTE rates | Up to 600 Mbps downlink and 150 Mbps uplink; actual rates depend on operator and radio conditions |
| LTE FDD bands | 1, 3, 5, 7, 8, 20 and 28 |
| LTE TDD bands | 38, 40 and 41 |
| SIM | One Micro SIM slot |
| Ethernet | Two 10/100/1000 Ethernet ports |
| Power input | 18–57 V through DC jack or 802.3af/at PoE-in on Ether1 |
| PoE output | Passive PoE up to 57 V on Ether2; electrical compatibility must be verified |
| Power consumption | 13 W maximum without attachments; 34 W maximum with supported output load |
| Cooling and environment | Passive cooling; tested ambient temperature from -40°C to 50°C; indoor IP20 enclosure |
| Dimensions | 228 × 48 mm |
| Included parts | 48 V 0.95 A power adapter, Gigabit PoE injector, K-81 fastening set and ceiling bracket |
| Availability | Contact FourTeck for current UAE availability, lead time and quotation details |
Dependencies and points that require confirmation
The published radio and cellular values describe supported capabilities, not guaranteed business throughput. LTE speed is shaped by the mobile operator, serving band, carrier aggregation, tower load, indoor attenuation, SIM profile, data-plan policy and signal quality at the mounting point. Wi-Fi performance is influenced by channel width, regulatory domain, client capability, interference, construction materials, access-point placement and concurrent-user behaviour.
The EG12-EA modem supports a defined group of FDD and TDD bands. A buyer should compare those bands with the chosen UAE or international operator before deployment. The SIM must be active and correctly provisioned. Private APN, fixed-IP or enterprise mobile services are operator-dependent and are not automatically included with the device.
PoE-out is passive rather than universally negotiated. Connecting an incompatible device may damage equipment. Confirm the downstream voltage, current requirement, cable length and available input power. For professional deployments, include installation, grounding, cable quality, ceiling access, configuration, backup, update policy and monitoring responsibilities in the project scope.
A practical purchase and deployment journey
Define the connection role
Decide whether LTE will be the main WAN, an interim service, an emergency path or a specialised uplink for a small location. This choice affects configuration, monitoring and SIM requirements.
Check radio conditions
Review operator coverage and, where practical, test signal at the intended ceiling position. A phone test alone may not represent the modem’s final performance, but it can identify obvious coverage limitations.
Plan wireless capacity
Estimate concurrent users, applications, floor area and expected traffic. One ceiling access point may be enough for a compact site, while larger or obstructed spaces may need several managed radios.
Design power and cabling
Choose DC or PoE input, verify cable paths and decide whether Ether2 PoE-out will be used. Treat passive PoE compatibility as an engineering check rather than an assumption.
Build and secure configuration
Set the regulatory country, administrator credentials, firmware channel, firewall policy, SSIDs, VLANs, VPNs, monitoring and failover logic. Remove unnecessary services and document changes.
Test and hand over
Validate LTE connectivity, client roaming, DNS, firewall behaviour, application access, failover, recovery and monitoring. Record the SIM details, configuration backup and support contacts.
Wi-Fi 6 coverage with a ceiling-mount design
The cAP LTE12 ax is intended to place wireless service above the working area rather than on a desk or shelf. A ceiling position can reduce accidental movement and may improve line-of-sight distribution, particularly in open spaces. The device supports 802.11ax on both bands, with two wireless chains per radio. The published maximum radio data rates are 574 Mbit/s at 2.4 GHz and 1200 Mbit/s at 5 GHz. These are physical-layer figures and should not be treated as application throughput.
For business deployment, radio planning matters more than headline speed. The 2.4 GHz band often reaches farther and supports legacy clients, but it has fewer non-overlapping channels and is frequently crowded. The 5 GHz band offers more channel choices and can provide higher capacity at shorter ranges, though walls and partitions affect it more strongly. Administrators should plan channel use, power levels, SSID structure and client steering according to the site rather than relying on factory defaults.
Wi-Fi 6 can improve efficiency where many compatible clients share airtime, but it does not remove the need for sufficient backhaul. If LTE is the WAN, every wireless user shares the actual cellular capacity. A busy venue running cloud point-of-sale, staff tablets, guest access and video services may require traffic priorities or separate networks. Guest traffic should be isolated from operational systems using VLANs and firewall policy where the wider network design supports it.
Multiple cAP devices can be centrally administered through MikroTik’s CAPsMAN architecture. Central management is useful for consistent channel, security and SSID settings, but the controller design, RouterOS version and wireless package should be confirmed. Fast transition and roaming features also depend on compatible clients and correct multi-access-point configuration. FourTeck can help assess whether a single unit, several centrally managed units or a different access-point architecture is more appropriate.
LTE Cat 12 as primary, temporary or backup connectivity
The integrated EG12-EA modem gives this access point a direct cellular path without requiring a separate USB modem or tabletop LTE router. LTE Category 12 supports carrier aggregation and the manufacturer lists theoretical rates up to 600 Mbps downlink and 150 Mbps uplink. Real business performance can be substantially lower and may vary during the day. Procurement should therefore focus on measured service quality, not the category number alone.
As a primary connection, the cAP LTE12 ax may be suitable for a compact site whose applications tolerate mobile-network variation. Examples include temporary counters, demonstration spaces, mobile teams and small service locations. Review how payment terminals, voice applications, cloud systems, CCTV viewing, remote access and software updates behave over the selected mobile service. Some applications require public addressing, inbound reachability or stable latency, which may need an enterprise APN, VPN overlay or alternative service design.
As a backup path, the unit can be incorporated into RouterOS failover logic. A robust design should test more than Ethernet link state; it should monitor whether the primary path actually reaches required services. Failover thresholds, routing distance, connection tracking, DNS and return-to-primary behaviour should be defined. Critical organisations may also require alerting when LTE is active so that data usage and service degradation are visible.
Because the modem is inside the ceiling unit, the mounting position should also be evaluated for cellular reception. A central Wi-Fi location is not always the best LTE location. Metal ceiling structures, service ducts and reinforced walls may weaken the signal. If cellular reception is poor where Wi-Fi coverage is ideal, a separate outdoor or window-positioned LTE device may be more suitable. This is an important reason to assess both radio domains before selecting an integrated product.
RouterOS control, security and operational responsibility
RouterOS v7 gives the cAP LTE12 ax a broader role than a basic access point. It can apply firewall rules, routing policy, IPsec, WireGuard, VLANs, DHCP, bandwidth controls and monitoring. This flexibility is valuable for experienced network teams because one platform can be adapted to different branch or temporary-site designs. The same flexibility means the device should be configured deliberately and maintained as network infrastructure, not treated as an unmanaged appliance.
Security starts with administrative access. Change credentials, restrict management interfaces, disable services that are not required and permit administration only from trusted networks or VPN paths. Keep RouterOS and the relevant wireless packages on a controlled update process. Updates should be reviewed and tested where operational continuity matters. Back up both the binary configuration and a readable export after significant changes, and store them securely with device and SIM records.
Wireless security should match the client estate. WPA3 options can strengthen compatible deployments, while mixed environments may require carefully selected transitional settings. Guest, staff, operational technology and payment networks should not share one unrestricted broadcast domain. Firewall and VLAN controls can reduce exposure, but only when switching, routing and access policies are designed end to end.
Monitoring should include device health, LTE registration, signal metrics, data usage, interface state, wireless clients, CPU load and service reachability. A small site often receives less operational attention than a headquarters network, making alerting especially important. FourTeck can help define a configuration and handover scope, while the customer should confirm who owns ongoing administration, mobile-plan management, updates and incident response.
Ideal business environments and use cases
Pop-up retail and seasonal counters
These sites may open before fixed connectivity can be ordered. The unit can provide staff and transaction-device access when the selected mobile service meets the application’s needs. Data-plan limits, payment-provider requirements and physical security should be confirmed.
Temporary project offices
Construction, events and short-duration projects often need a quickly deployable network. The ceiling design can keep equipment out of working areas, while RouterOS can segment contractor and administrative access. Indoor conditions and safe mounting remain essential.
Compact branch locations
A small branch may use LTE as a temporary or secondary WAN. Buyers should determine whether the cAP can handle the full policy and traffic requirement or whether a dedicated edge router and separate access points would provide better resilience and maintainability.
Cafés, kiosks and service desks
Staff and guest networks can be separated while the device remains mounted overhead. Guest-access policy, content controls, logging obligations and user-density expectations must be addressed as part of the configuration, not assumed from the hardware alone.
Events and demonstration spaces
Portable business operations often need cloud access without depending on venue Wi-Fi. LTE can provide an independent path, although event congestion may reduce cellular performance. Testing at similar times and expected attendance levels is useful.
Mobile continuity kits
IT teams may package the cAP LTE12 ax with a managed switch, cables, SIM and documented configuration for repeat deployments. A standard kit can improve consistency, but each destination still requires coverage and regulatory confirmation.
Integration and operational considerations
The cAP LTE12 ax can operate as an all-in-one device or as part of a wider MikroTik network. In a compact setup, LTE may be configured as WAN while the Ethernet and wireless interfaces serve local devices. In a larger design, the unit may function mainly as an access point, with routing and security handled by a dedicated gateway. The correct role should be documented because it affects firewall policy, CAPsMAN control, troubleshooting and replacement procedures.
VLAN integration requires matching configuration across the access point, switch and router. A tagged SSID is useful only when the connected infrastructure carries and terminates that VLAN correctly. Similarly, PoE-out should not be used simply because a downstream device has an Ethernet socket. Verify that it accepts passive PoE and that the cAP receives adequate power for both itself and the load.
For cloud applications, consider DNS behaviour, NAT, mobile carrier-grade NAT and VPN needs. Some LTE services do not provide a publicly reachable address, which can affect inbound management or server hosting. A site-to-site VPN initiated from the device may provide secure access to central resources, but encryption performance, key management and failover routing should be validated for the expected traffic.
Operational documentation should include the IMEI, SIM identifier, mobile account, APN settings, RouterOS version, configuration backup, physical location, cable labels, controller details and escalation contacts. This information becomes important when a temporary site moves or when a support engineer must diagnose the connection remotely.
Buyer questions to resolve before requesting a quote
Procurement and evaluation checklist
✓ Confirm exact product code and required quantity
✓ Record deployment address and indoor mounting position
✓ Verify LTE bands with the intended operator
✓ Select SIM type, APN and data-plan requirements
✓ Estimate users, applications and traffic volume
✓ Review Wi-Fi coverage and interference conditions
✓ Choose DC or PoE power method
✓ Validate any passive PoE-out load
✓ Define RouterOS, firewall, VLAN and VPN scope
✓ Confirm CAPsMAN management requirements
✓ Include installation, testing and handover where needed
✓ Confirm current lead time and warranty guidance in writing
How FourTeck can support the requirement
FourTeck can help turn a product request into a practical bill of materials and deployment scope. Assistance can include reviewing the exact model, required quantity, mobile-network assumptions, PoE method, ceiling placement, expected wireless use and whether the cAP LTE12 ax will operate independently or under CAPsMAN. Where additional equipment is needed, the quotation can account for compatible switching, gateway, cabling and installation requirements without assuming that every site needs the same design.
Configuration support can be discussed for RouterOS updates, administrator hardening, WAN setup, APN configuration, SSIDs, VLANs, DHCP, firewall rules, VPNs, failover, monitoring and backup. The final scope depends on the customer’s network, security policy and available access. For multi-site work, a standard configuration template and acceptance checklist can help reduce variation.
Explore related network and security products, review available configuration and deployment services, or contact FourTeck with the site requirement for quotation coordination.
UAE availability and support guidance
Contact FourTeck to confirm current UAE availability for the MikroTik cAP LTE12 ax. Availability can vary according to quantity, vendor lead time and regional supply. A useful quotation request should include the exact product code, number of units, intended deployment date, installation location, configuration expectations and whether accessories or related network components are required.
For projects across Dubai, Abu Dhabi, Sharjah and Ajman, FourTeck can coordinate requirement review, delivery planning and installation or configuration scope after the technical and commercial details are agreed. Project dates should be confirmed only after product lead time, site access, cabling readiness and customer approvals are known. Mobile service and SIM procurement should also be identified clearly, because the cellular contract is separate from the hardware unless explicitly included in a quotation.
GCC Availability
FourTeck can assist organisations evaluating the MikroTik cAP LTE12 ax for projects in the Gulf region, including requirements connected with the United Arab Emirates, Saudi Arabia, Kuwait, Qatar, Bahrain and Oman. Regional assistance can cover model confirmation, quantity review, cellular-band considerations, quotation coordination, delivery planning and discussion of configuration or installation scope. Because LTE services differ by operator and country, buyers should confirm the destination market, intended mobile provider, SIM arrangement, APN requirements and expected operating environment before procurement. Product availability, service visits, delivery schedules and vendor lead times can vary by destination, quantity and project scope. Buyers should also consider local radio rules, power design, ceiling access and support responsibility. Share the required model, quantity, location, preferred timeline and technical expectations so FourTeck can prepare appropriate guidance rather than relying on assumptions about regional compatibility or fulfilment.
Africa Availability
Organisations planning deployments in Africa can contact FourTeck for product evaluation, quotation coordination and project-planning assistance. For the cAP LTE12 ax, the key regional question is not only hardware availability but also whether the integrated EG12-EA modem supports the bands and service characteristics of the intended operator. Buyers in East Africa, West Africa, Southern Africa or Central Africa should provide the destination country, exact quantity, deployment environment, preferred mobile operator, required timeline and any configuration or installation expectations. Fulfilment may depend on model supply, shipping arrangements, power and regulatory requirements, vendor lead time and local project conditions. FourTeck can help review related licenses, accessories, SIM assumptions, RouterOS scope and support needs, but local inventory, customs outcomes and country-wide on-site coverage should not be assumed. For regional enquiries, consult the FourTeck Africa technology portal, Kenya support information or Uganda technology resources.
Related products, services and alternatives to discuss
MikroTik cAP ax
A ceiling Wi-Fi 6 model without the integrated LTE modem may be preferable when a stable wired uplink is already available.
Dedicated LTE gateway
A separate cellular router may be more suitable when the best LTE signal position differs from the ideal Wi-Fi location or external antennas are required.
PoE switching
A managed PoE switch can simplify power, VLAN and monitoring for multiple access points, cameras or business devices.
RouterOS configuration service
Professional setup can cover firmware, hardening, WAN, wireless, VLAN, VPN, firewall, monitoring and documentation requirements.
Wireless site assessment
A coverage and capacity review is valuable when the location has several rooms, dense users, high ceilings or challenging building materials.
WAN resilience design
Businesses requiring dependable continuity should define health checks, automatic failover, alerts, data usage and recovery testing.
Why businesses contact FourTeck
Business buyers often need more than a part number. They need to know whether the model fits the operator, building, application and support process. FourTeck can help clarify the intended role, compare an integrated LTE access point with separate-device alternatives, review the bill of materials and identify questions that should be resolved before purchase. This reduces the chance of ordering a technically capable device that is poorly matched to the site’s radio or operational conditions.
For technical teams, FourTeck can discuss configuration boundaries, VLAN and firewall integration, CAPsMAN design, PoE calculations, acceptance testing and handover documentation. For procurement teams, assistance can focus on exact model identification, quantity, delivery coordination, warranty guidance and quotation scope. No single configuration is appropriate for every site, so the engagement begins with the actual requirement.
Learn more about FourTeck or use the business technology contact channel to share a multi-location requirement.
Frequently asked questions
Is the cAP LTE12 ax mainly an access point or a router?
It is both. The device includes dual-band Wi-Fi 6 radios, an LTE modem, Ethernet interfaces and RouterOS v7 routing capabilities. Its role can be limited to access-point duties or expanded to gateway, firewall and VPN functions according to the network design.
Can it replace a fixed broadband connection?
It can provide LTE internet where the mobile service meets the site’s requirements, but suitability depends on signal, operator capacity, data plan, latency and application behaviour. A fixed service may still be preferable for predictable high-volume use.
Does it support UAE mobile networks?
The modem supports listed LTE FDD and TDD bands, but buyers should compare those bands and the operator’s service policy for the exact deployment. Confirm compatibility before ordering rather than assuming every plan and location will behave the same way.
What SIM size is required?
The device has one Micro SIM slot. The SIM and mobile subscription are separate requirements unless specifically included in a quotation.
Can it power another device?
Ether2 supports passive PoE-out within published voltage and current limits. The downstream device must be electrically compatible, and the input power budget must cover both the cAP and the attached load.
Can multiple units be managed centrally?
Yes, MikroTik CAPsMAN can be used for central wireless management in a compatible RouterOS design. Controller version, wireless package, configuration templates and roaming requirements should be planned by an experienced administrator.
Is professional installation recommended?
The manufacturer states that radio devices should be professionally installed and local regulations must be followed. Qualified installation is especially important for ceiling mounting, power design, cabling and correct regulatory-domain settings.
What information is needed for a quotation?
Provide the exact model, quantity, deployment location, required date, LTE operator, expected users, PoE method, configuration scope and whether installation, testing or support is required.
Is the RouterOS license included?
The manufacturer lists RouterOS v7 with license level 4 as preinstalled on the device. Mobile service, SIM plan and any third-party services remain separate unless expressly quoted.
How can I confirm Dubai availability?
Contact FourTeck with the required quantity and timeline. Current availability and lead time should be confirmed at quotation stage because supply can change.
Plan the correct cAP LTE12 ax deployment
Share the site, mobile operator, quantity, user profile and configuration expectations. FourTeck can help confirm the model, quotation scope, current UAE availability and practical deployment requirements.
