Custom wireless infrastructure platform
MikroTik RB922UAGS-5HPacD in Dubai, UAE
Build a purpose-selected 5 GHz RouterOS solution with Gigabit Ethernet, fibre expansion, miniPCIe connectivity and dual-chain Wi-Fi 5. The RB922UAGS-5HPacD is a board-level platform for integrators who want control over the enclosure, antennas, power, uplink and deployment design.
Ordering snapshot
Product code: RB922UAGS-5HPacD
Format: 105 × 105 mm RouterBOARD
Wireless: 5 GHz 2×2 802.11a/n/ac
Software: RouterOS Level 4
Important: enclosure, external antennas and project accessories must be confirmed separately.
Direct answer for buyers
The MikroTik RB922UAGS-5HPacD is a configurable 5 GHz RouterBOARD intended for custom wireless routing, access-point, bridge and CPE designs. It combines an integrated dual-chain Wi-Fi 5 radio with Ethernet, SFP, USB and miniPCIe expansion, making it relevant to system integrators, service providers, industrial network teams and businesses that need a tailored enclosure or mixed-media uplink. It is not a finished weatherproof appliance by itself. Before purchase, confirm the international or region-locked version, enclosure and mounting, antenna type and cables, passive PoE voltage, optical module, optional modem compatibility, RouterOS design and UAE regulatory settings.
What the board does
The RB922UAGS-5HPacD provides a compact routing and wireless platform around MikroTik RouterOS. Its integrated QCA9882 radio supports 5 GHz 802.11a/n/ac operation with two wireless chains and a maximum physical wireless data rate of 867 Mbit/s under suitable channel width, signal quality, antenna design and regulatory conditions. The board also provides a single Gigabit Ethernet interface for copper connectivity and a single SFP cage for a fibre or compatible SFP uplink.
A miniPCIe slot, Mini SIM slot and USB Type-A port create room for project-specific expansion. Depending on module support, software, power budget and regional requirements, an integrator may use these interfaces for a cellular modem, another supported wireless card or peripheral. These optional items are not automatically included and should be validated as part of the bill of materials.
Who should consider it
This product is most appropriate for experienced installers, wireless integrators, managed network providers, OEM builders and internal IT teams that are comfortable selecting external antennas, cabling, housing, surge protection and power components. It can suit a custom point-to-point link, sector access point, backhaul node, fibre-fed wireless endpoint or cellular-assisted remote router where the board’s interface mix matches the design.
Organisations seeking a sealed, ready-to-mount outdoor unit may prefer an enclosed MikroTik model rather than a bare board. Buyers requiring newer Wi-Fi standards, multiple Ethernet ports, substantially greater processing resources or integrated redundancy should compare current alternatives before choosing this platform.
Business challenges this platform can address
Mixed fibre and wireless designs
The SFP cage lets a project connect an optical uplink directly to the board while the integrated 5 GHz radio serves the wireless side. Optic type, fibre standard, connector and distance must be matched separately.
Custom antenna requirements
Two MMCX connectors allow the radio to be paired with a suitable dual-polarisation antenna system. Correct pigtails, connector conversion, gain, beamwidth and UAE power limits remain part of the design.
Space-constrained integration
The 105 × 105 mm board can be integrated into a purpose-built housing or equipment assembly where a finished desktop router would not be suitable. Cooling, insulation, access and environmental protection must be engineered correctly.
Optional cellular path
The miniPCIe and SIM arrangement creates an expansion path for a supported modem. Compatibility is module-specific and can depend on RouterOS package support, power draw, modem region and antenna provisions.
Core capability band
Product-fit matrix
| Requirement | Suitable when | Confirm before ordering |
|---|---|---|
| Custom 5 GHz access point | A dual-chain Wi-Fi 5 radio and external antenna selection fit the coverage plan. | Client count, channel plan, antenna gain, regulatory limits and expected traffic. |
| Point-to-point bridge | Both ends can be designed with clear line of sight and suitable directional antennas. | Distance, Fresnel clearance, alignment, interference, mounting and link budget. |
| Fibre-fed wireless node | One SFP connection is sufficient and a supported optic matches the fibre plant. | Single-mode or multimode fibre, wavelength, distance, connector and optic support. |
| Cellular-assisted site | A supported miniPCIe modem and SIM arrangement can meet the WAN requirement. | Modem model, bands, RouterOS compatibility, SIM format, antennas and power budget. |
| Finished outdoor appliance | Only when a suitable enclosure, glands, grounding, weather protection and mounting kit are added. | The board itself is IP00 and should not be treated as a weatherproof product. |
Verified technical information
| Brand | MikroTik |
|---|---|
| Product code | RB922UAGS-5HPacD |
| Product type | Board-level wireless router platform |
| Architecture and CPU | MIPSBE, QCA9557 single-core processor at 720 MHz |
| Memory and storage | 128 MB RAM and 128 MB NAND storage |
| Operating system and license | RouterOS with Level 4 license |
| Integrated wireless | 5 GHz 802.11a/n/ac, two chains, QCA9882, maximum physical rate 867 Mbit/s |
| Antenna connectors | Two MMCX connectors for the integrated radio |
| Ethernet | One 10/100/1000 Ethernet port |
| Fibre interface | One SFP cage with DDMI support |
| Expansion | One miniPCIe slot, one Mini SIM slot and one USB Type-A port |
| USB capability | Maximum 1 A; USB power reset supported |
| Power input | 8–30 V DC jack or 8–30 V passive PoE input |
| Maximum power consumption | 17 W; actual design should include accessories and conversion losses |
| Cooling | Passive |
| Dimensions | 105 × 105 mm |
| Environmental status | Board rated IP00; tested ambient temperature stated by manufacturer as -40°C to 70°C |
| Regional frequency note | International version supports 5150–5875 MHz, with actual use limited by country regulations. Confirm the correct regional variant. |
| Included software | RouterOS is preinstalled and licensed; no separate base RouterOS license purchase is normally required. |
| Availability | Contact FourTeck for current UAE options, quantity, lead time and lifecycle guidance. |
Configuration and compatibility dependencies
The product code identifies the RouterBOARD, not a complete outdoor radio kit. A deployable solution may require an enclosure, pigtails, external antennas, surge protection, grounding, power supply or passive PoE injector, Ethernet cable, SFP transceiver, fibre patching, pole or wall mounting hardware and weather-sealed cable entry. The correct combination depends on whether the installation is indoor, cabinet-mounted, rooftop, mast-mounted, vehicle-based or integrated into another system.
MiniPCIe compatibility should not be assumed from physical fit alone. The modem or wireless card must be supported by RouterOS, supplied with appropriate antennas and able to operate within the available power and thermal design. Some modem generations, regional variants or USB operating modes may not work as expected. Confirm the exact card part number and RouterOS version before purchasing the expansion module.
Wireless frequencies, channel widths, DFS behaviour, transmit power and antenna gain must be configured according to UAE requirements. Professional installation is important because regulatory compliance depends on the final antenna system and configuration, not only the board. FourTeck can discuss the planned design, but the deployment owner remains responsible for site approval and lawful operation.
A practical purchase and deployment journey
Define the link or service
Document whether the board will operate as an access point, station, bridge, router or multi-uplink node. Include distance, users, traffic profile, service criticality and management approach.
Build the bill of materials
Choose the enclosure, antennas, coax pigtails, SFP, modem, power source, grounding, mount and environmental accessories. Check each connector and regional requirement.
Validate the design
Review link budget, line of sight, power margin, heat, cable length, optical compatibility, cellular band support and RouterOS feature requirements before procurement.
Configure and test
Update RouterOS, set secure administration credentials, choose the correct country profile, configure routing and wireless functions, then test throughput, failover and monitoring under realistic conditions.
Wireless design: antenna choice matters as much as the board
The integrated radio provides two spatial chains, but the final coverage and link performance depend heavily on the external antenna system. A point-to-point link may use a dual-polarised directional dish or panel with narrow beamwidth. A point-to-multipoint access point may use a sector antenna selected for the required azimuth and elevation pattern. A short-range industrial installation may use a lower-gain antenna where broad local coverage is more important than distance. The two radio chains should normally be connected to a compatible dual-polarisation antenna arrangement so the design can use MIMO effectively.
Cable and pigtail losses reduce the effective link budget. MMCX connectors are compact board connectors rather than outdoor antenna connectors, so a deployment generally needs suitable pigtails routed through an enclosure to the antenna interface. Poor-quality cables, loose connectors, water ingress or incorrect polarity can cause unstable modulation and reduced throughput. Keep RF cable runs short where practical and place the enclosure so the Ethernet or fibre cable carries the longer distance instead.
The headline 867 Mbit/s value is the maximum wireless physical rate, not a guaranteed application throughput. Real traffic depends on channel width, signal-to-noise ratio, interference, protocol overhead, CPU workload, packet size, encryption, queues, firewall rules and the capabilities of the remote device. A realistic design should be based on required usable throughput and measured site conditions rather than the maximum link rate alone.
Fibre, Ethernet and optional cellular integration
A distinguishing feature of the RB922UAGS-5HPacD is its combination of one Gigabit Ethernet port and one SFP cage. This can be useful when a wireless node is connected directly to a fibre backbone, when copper distance or electrical isolation is a concern, or when the Ethernet port is needed for a local device while the SFP provides the upstream connection. The SFP interface supports DDMI, allowing supported modules to report optical diagnostics such as transmit power, receive power, voltage and temperature.
The chosen SFP must match the network. Buyers should identify whether the fibre is single-mode or multimode, the number of strands, connector type, wavelength, required distance and whether a bidirectional module is being considered. The remote switch or converter must use a compatible optic. SFP compatibility and diagnostic availability can vary, so the exact transceiver model should be confirmed rather than ordering only by nominal distance.
The miniPCIe and SIM interfaces create another integration path, but cellular service should be planned as a subsystem. Confirm the modem’s supported UAE bands, SIM and APN requirements, external antenna connectors, RouterOS driver support, failover policy and data plan. A modem may be used as a backup WAN, management path or primary uplink, depending on the architecture, but signal quality and carrier service remain external dependencies.
Because the board has only one Ethernet port, designs that need several wired devices will require an external switch or a different RouterBOARD. Likewise, the SFP cage is a one-gigabit-class interface rather than a reason to assume multi-gigabit routing. The complete traffic path should be reviewed against the board’s CPU capacity and configured services.
RouterOS management and operational control
RouterOS Level 4 gives the RB922UAGS-5HPacD a broad set of network functions for a small board. Depending on the selected RouterOS release and packages, an administrator can configure bridging, static and dynamic routing, firewall rules, NAT, DHCP services, VLANs, queues, VPN functions, logging and wireless access-point behaviour. The value of the platform is therefore not limited to radio connectivity; it can also perform traffic control and edge-routing tasks within its hardware limits.
The configuration should be intentionally limited to the services the site needs. A 720 MHz single-core processor and 128 MB RAM are suitable for many focused tasks, but they are not equivalent to a current multi-core enterprise router. Large firewall rule sets, heavy encryption, extensive queues, high packet-per-second traffic or multiple simultaneous services can reduce throughput. Buyers with demanding routing or security workloads should compare a newer platform and may use this board primarily as a wireless bridge.
Operational planning should include secure credentials, management address restrictions, configuration backups, logging destinations, clock synchronisation, update procedures and recovery access. Starting with RouterOS 7.13, drivers for older wireless interfaces are provided through the separate wireless package, so package selection must be checked during upgrades. An update should be tested against the required radio functions before it is applied widely.
For sites managed by an integrator, define who owns the RouterOS credentials, who approves firmware changes, how configuration files are stored and what happens if the wireless link fails. These governance points often matter more to long-term reliability than a one-time installation setting.
Suitable business environments and use cases
Campus building link
A pair of professionally installed units can connect buildings where trenching fibre is impractical, provided there is a clear path, suitable antennas and an acceptable interference environment.
Fibre-fed outdoor access point
The SFP interface can feed a custom wireless node from a fibre network while the enclosure and antenna are selected around the site’s coverage pattern.
Service-provider CPE
An operator can create a managed customer endpoint when the dual-chain 5 GHz radio, one wired port and RouterOS functions fit the subscribed service design.
Remote monitoring site
The board may link cameras, telemetry or control equipment to a wider network, with optional cellular connectivity considered for backup or management.
OEM network assembly
Equipment builders can integrate the compact board into a larger housing where power, RF, thermal and service access have been engineered as part of the product.
Temporary project connectivity
A reusable enclosed build can support construction, events or field operations when mounting, power and radio permissions are planned for each site.
Operational and installation considerations
The board’s stated tested ambient range does not make an unprotected installation suitable for outdoor exposure. IP00 means the board has no ingress-protection enclosure. Dust, condensation, salt-laden air, direct sun, conductive debris and accidental contact can damage electronics. Select a housing that fits the climate and mounting location, and consider ventilation or thermal transfer without compromising water resistance.
Power can enter through the DC jack or passive PoE at 8–30 V. Passive PoE is not the same as automatic IEEE 802.3af/at negotiation. Verify the voltage, polarity, injector, cable length and voltage drop. Include the consumption of USB or miniPCIe devices and leave design margin. Outdoor Ethernet runs should be grounded and protected according to the site’s electrical and lightning-protection plan.
Radio alignment and frequency selection should be performed by a competent installer. Survey existing 5 GHz usage, identify DFS channels and legal limits, and test during representative busy periods. A channel that appears clear during installation may later be affected by neighbouring networks, radar events or new infrastructure. Monitoring signal level, noise, modulation, retries and traffic gives the operator evidence for future changes.
Document every component and setting: board serial number, RouterOS version, enclosure, antenna gain, pigtail type, SFP model, modem model, power source, channel, width, transmit power, IP plan and credentials ownership. This record shortens troubleshooting and helps procurement source the same or a compatible replacement later.
Questions to resolve before requesting a quotation
Procurement checklist
- Confirm exact international product code RB922UAGS-5HPacD.
- State required quantity and target deployment date.
- Choose the enclosure and environmental protection level.
- Specify antenna, gain, polarisation and RF pigtails.
- Confirm mounting, cable entry, grounding and surge protection.
- Select DC or passive PoE power equipment with sufficient margin.
- Identify SFP type, fibre medium, wavelength and connector.
- Validate any miniPCIe modem or add-on card.
- Define RouterOS configuration and management scope.
- Confirm UAE radio settings and professional installation needs.
- Request lifecycle, warranty and current availability guidance.
- Include testing, documentation and support expectations in the quotation.
FourTeck consultation and configuration assistance
FourTeck can help turn a board-level requirement into a clearer purchasing list. The discussion can cover the exact RouterBOARD variant, deployment role, antenna approach, enclosure, power method, optical uplink, optional cellular module and RouterOS scope. This is particularly useful when a buyer has a performance target but has not yet selected every accessory.
For projects involving several sites, share a simple schedule containing the site type, coordinates or approximate distances, mounting heights, fibre availability, power source, expected users and required service level. FourTeck can use that information to coordinate a more relevant product and service quotation rather than treating the board as an isolated item.
Installation, configuration, migration, acceptance testing and documentation should be listed explicitly when required because these services are not automatically included with hardware. Visit the FourTeck technology services page for broader support context or use the project contact page to share your design.
UAE availability and support guidance
Contact FourTeck to confirm current UAE availability for the MikroTik RB922UAGS-5HPacD. Availability can depend on quantity, hardware revision, regional model, vendor lead time and lifecycle position. A quotation should distinguish the board from the enclosure, antenna, power accessories, optic, modem and services so the buyer can review the complete requirement.
For projects in Dubai, Abu Dhabi, Sharjah and Ajman, FourTeck can coordinate requirement review, quotation preparation, delivery planning and discussion of installation or configuration scope. The exact delivery or site-service arrangement is confirmed only after the destination, quantity and project requirements are understood.
Browse additional business networking products or contact the wider FourTeck UAE team when the requirement includes switching, fibre, security, surveillance or structured infrastructure around the wireless link.
GCC Availability
FourTeck can assist organisations planning MikroTik wireless infrastructure across GCC markets with requirement review, model selection, bill-of-material coordination, quotation preparation and deployment-scope discussion. For the RB922UAGS-5HPacD, the regional review should cover the exact board variant, permitted radio operation, antenna system, enclosure, SFP requirement, power method, optional modem and RouterOS configuration. Projects in the United Arab Emirates, Saudi Arabia, Kuwait, Qatar, Bahrain or Oman may have different purchasing, regulatory and site conditions, so one design should not be copied across countries without validation.
Availability, licensing, delivery schedules, installation visits and vendor lead times can vary by destination, quantity and requested accessories. Share the destination country, required number of boards, use case, antenna plan, preferred deployment period and service expectations. FourTeck can then coordinate the appropriate commercial discussion. For Kuwait-related project coordination, the FourTeck Kuwait resource may also be relevant. No local stock, customs outcome or fixed deployment date should be assumed until confirmed in the quotation.
Africa Availability
Organisations planning wireless links in Africa can contact FourTeck for help evaluating the RB922UAGS-5HPacD, associated antennas, enclosures, optics, cellular modules and configuration requirements. The product may be considered for service-provider, industrial, campus, agricultural or remote-site designs, but the final architecture must reflect local spectrum rules, available power, climate, mounting conditions and support capability. In coastal, dusty or high-temperature environments, enclosure and corrosion planning are particularly important because the board itself is not weather sealed.
Fulfilment can depend on the destination, quantity, regional radio model, power accessories, shipping arrangement, vendor lead time and local project conditions. Buyers should provide the destination country, exact requirement, preferred schedule and installation or support expectations. FourTeck can coordinate guidance for selected East African and wider regional requirements through resources such as FourTeck Kenya and FourTeck Africa. Local inventory, customs handling, on-site coverage and delivery time are confirmed only for the specific quotation.
Related products, services and alternatives
Outdoor enclosure and mounting
Select a housing compatible with the RB922 board, RF pigtails, cable glands and the site’s ingress-protection requirement.
Dual-polarisation 5 GHz antenna
Choose a dish, panel, sector or other antenna according to link geometry, coverage area and permitted radiated power.
Compatible SFP optics
Match the fibre type, connector, wavelength and distance. Compatibility should be checked for the exact transceiver.
Enclosed MikroTik wireless unit
A NetMetal or another finished outdoor model may be more practical when a sealed, mountable appliance is preferred.
Newer Wi-Fi platform
Compare current Wi-Fi 6 alternatives when longer lifecycle, newer radios or greater processing resources are priorities.
Installation and RouterOS service
Include survey, configuration, mounting, alignment, testing, documentation and handover as separate project items where needed.
Why businesses contact FourTeck
Board-level products create flexibility, but they also transfer more design decisions to the buyer. FourTeck can help clarify whether the RB922UAGS-5HPacD is appropriate, identify missing accessories, distinguish mandatory items from optional enhancements and compare an integrated alternative when that is commercially or operationally more sensible.
The assistance can include requirement clarification, bill-of-material guidance, compatibility questions, quotation coordination, installation planning, RouterOS configuration scope and support handover. This practical approach helps procurement teams understand what is being ordered and helps technical teams avoid receiving a bare board when they expected a complete outdoor radio.
Frequently asked questions
Is the RB922UAGS-5HPacD a complete outdoor access point?
No. It is a RouterBOARD with an IP00 rating. A complete deployment normally needs a suitable enclosure, antennas, RF pigtails, power equipment, mounting and environmental protection. Buyers wanting a finished outdoor device should compare an enclosed model.
Does the product include RouterOS?
Yes. MikroTik specifies RouterOS with a Level 4 license as preinstalled and licensed. Additional third-party services, cellular data plans or project configuration are not implied by the base license.
What wireless standard does it support?
The integrated 5 GHz radio supports 802.11a/n/ac with two chains and a maximum physical rate of 867 Mbit/s. Actual application throughput is lower and depends on the complete link design and configuration.
Are antennas included?
The board provides two MMCX radio connectors, but the project antenna, pigtails and mounting arrangement should be selected separately. Confirm antenna gain and regulatory limits before installation.
Can it use a cellular modem?
The board has one miniPCIe slot and one Mini SIM slot, creating a path for a supported modem. Compatibility must be checked for the exact module, RouterOS release, regional bands, power draw and antenna arrangement.
Can the SFP port connect directly to fibre?
Yes, with an appropriate compatible SFP transceiver and matching fibre plant. Confirm single-mode or multimode fibre, wavelength, connector, distance and compatibility at both ends.
How is the board powered?
It accepts 8–30 V through the DC jack or passive PoE input. Passive PoE should not be confused with automatic 802.3af/at operation. Confirm injector voltage, polarity, cable loss and accessory load.
Is this model suitable for a new long-term deployment?
It can suit focused designs where its interfaces and Wi-Fi 5 capabilities are appropriate. Buyers should also compare current MikroTik alternatives, lifecycle guidance and future performance needs before standardising it for a new multi-year project.
What information is needed for a Dubai quotation?
Provide quantity, deployment role, link distance, antenna preference, enclosure requirement, power method, SFP or cellular needs, installation location, RouterOS scope and expected schedule. This allows the quotation to cover more than the bare board.
Can FourTeck assist with configuration and installation?
Configuration, survey, mounting, alignment, testing and documentation can be discussed as project services. The exact scope, delivery location and responsibilities should be defined in the quotation.
Plan the complete wireless build before ordering
Share the required topology, distance, quantity, antenna design, fibre or cellular interfaces, enclosure and service scope. FourTeck can help prepare a more complete quotation for the MikroTik RB922UAGS-5HPacD in Dubai and the UAE.
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