Ubiquiti Bullet M2 Titanium BM2-Ti in Dubai, UAE
A compact, antenna-flexible outdoor wireless radio for organisations that need to build or maintain a 2.4 GHz airMAX link while keeping the radio close to the antenna. FourTeck helps buyers assess antenna choice, power, mounting, compatibility, configuration and current supply options before purchase.
Confirm the complete link design
Share the planned link distance, antenna type, installation height, existing radios and required quantity. These details help determine whether BM2-Ti is appropriate or whether a newer platform should be evaluated.
2.4 GHz operation
Integrated N-type connector
24 V passive PoE
Confirm lifecycle and availability
Direct answer for buyers
The Ubiquiti Bullet M2 Titanium BM2-Ti is a weather-oriented 2.4 GHz outdoor radio that attaches directly to a compatible N-type antenna, reducing the need for a separate RF cable between the radio and antenna. It is mainly used for outdoor access-point, station, bridge and client applications on established airMAX networks. It should be considered by integrators and organisations that already understand the antenna, channel, link-budget and mounting requirements of a 2.4 GHz deployment. Before proceeding, confirm current product availability, firmware and lifecycle considerations, antenna compatibility, passive PoE requirements, line of sight, local frequency rules and whether a newer airMAX alternative would provide a better long-term fit.
What the BM2-Ti does
The radio converts a compatible external antenna into an outdoor wireless endpoint. Because the N-type connector is integrated into the device, the radio can be fitted close to the antenna rather than connected through a long coaxial cable. This arrangement can simplify installation and avoid avoidable RF cable loss, provided the antenna connector, mechanical support and weather sealing are correct.
Depending on configuration, it can operate as part of a point-to-point link, a subscriber station in a point-to-multipoint network, or an outdoor access point for a defined application. Actual coverage and throughput are influenced by antenna gain, channel width, interference, distance, alignment, regulatory power limits and the capabilities of the remote endpoint.
Who should consider it
The model is most relevant to organisations maintaining an existing 2.4 GHz airMAX environment, replacing a matching legacy unit, or using a specialised antenna that benefits from a direct N-type radio connection. It may suit farms, yards, warehouses, compounds, utility locations, workshops, surveillance backhaul projects and remote buildings where cable routes are difficult.
It is less suitable for buyers seeking modern Wi-Fi client access, managed UniFi functionality, multi-gigabit capacity, a built-in directional antenna or a new deployment with a long support horizon. In those cases, FourTeck can help compare newer integrated or 5 GHz options.
Business challenges this radio may address
Remote Ethernet connectivity
A correctly designed wireless bridge can extend network access to a remote building, gate, workshop or field location where trenching fibre or copper is impractical. The complete link must be engineered around line of sight, capacity and environmental conditions.
Antenna flexibility
The N-type interface allows the radio to be paired with an antenna pattern suited to the application, such as directional, sector or omnidirectional coverage. Antenna selection must follow connector, gain, mounting and regulatory requirements.
Outdoor equipment exposure
The powder-coated aluminium enclosure and weather-oriented cable arrangement support outdoor deployment when installed correctly. Surge protection, grounding, drip loops, sealing and suitable mounting remain essential project responsibilities.
Legacy network continuity
A matching unit can be useful where an organisation needs to maintain compatibility with an established airMAX M network. Buyers should balance immediate compatibility against lifecycle, sourcing and future migration considerations.
Core capabilities at a glance
Integrated N-type connector for use with a compatible antenna and mechanically sound installation.
Designed for outdoor wireless operation in the 2.4 GHz band, subject to local rules and interference conditions.
Power and data are carried over Ethernet using the specified 24 V passive PoE method.
Configuration can support access-point, station or bridge-oriented applications within platform limits.
Product-fit matrix
| Requirement | Suitable when | Confirm before ordering |
|---|---|---|
| Existing airMAX M replacement | The remote radio, channel plan and network design are compatible. | Exact firmware, model revision, power method and lifecycle position. |
| Custom outdoor antenna | The antenna has the correct N-type interface and is appropriate for the desired pattern. | Connector gender, gain, frequency, loading, support bracket and weather sealing. |
| Longer outdoor link | There is suitable line of sight and a calculated link budget. | Fresnel clearance, interference, antenna alignment and legal power limits. |
| New high-capacity network | Usually only after comparison with newer platforms. | Required throughput, support horizon, spectrum plan and migration path. |
Verified technical information
| Brand | Ubiquiti |
|---|---|
| Product name | Bullet M2 Titanium |
| Model | BM2-Ti |
| Product type | Outdoor 2.4 GHz airMAX radio |
| Dimensions | 190 × 46 mm |
| Weight | 196 g |
| Enclosure | Powder-coated aluminium |
| Processor | MIPS 74KC, according to the current official quick-start specification |
| Memory | 64 MB DDR2, according to the current official quick-start specification |
| Network interface | One 10/100 Ethernet port |
| Antenna connection | N-type connector |
| Maximum power consumption | 7 W |
| Maximum transmit power | 25 dBm, subject to regional regulation and configuration |
| Power supply | 24 V, 0.5 A Gigabit PoE adapter listed as included in the official guide; confirm package contents for current supply |
| Power method | 24 V passive PoE, pairs 4/5 positive and 7/8 return |
| Operating temperature | -40 to 70°C |
| Availability | Contact FourTeck to confirm current UAE supply, condition, revision and suitable alternatives. |
Specifications should be checked against the exact unit and official documentation supplied with the product. Older third-party listings may show different processor or memory details, so FourTeck recommends confirming the hardware revision and procurement source rather than combining data from multiple generations.
Compatibility and lifecycle notice
The BM2-Ti belongs to an established airMAX M generation. Compatibility depends on the remote endpoint, firmware, wireless mode, channel width, security configuration and regional frequency settings. A technically functioning legacy link may still be appropriate for a controlled requirement, but a new project should also consider product lifecycle, future replacement access, security maintenance, available spectrum and expected capacity.
Do not connect the unit to standards-based 802.3af or 802.3at PoE without confirming the correct power arrangement. Passive PoE uses a different method and incorrect power equipment can damage devices. Outdoor Ethernet surge protection, grounding and a weather-resistant cable route should be included in the installation plan.
Purchase and deployment journey
Define the link
Record both endpoints, distance, elevation, required throughput, expected users or devices and the operational purpose of the link.
Survey the radio path
Check line of sight, Fresnel-zone clearance, nearby 2.4 GHz activity, mounting access and environmental exposure.
Select the antenna
Match frequency, gain, beamwidth, connector, polarity, wind loading and mechanical support to the link design.
Confirm the bill of materials
Include radio, antenna, PoE, shielded cable, surge protection, grounding, mounting hardware and any replacement strategy.
Configure and test
Apply compliant radio settings, security, addressing and management access before final alignment and load testing.
Antenna flexibility without unnecessary RF cable
The defining characteristic of the Bullet format is that the radio can connect directly to the antenna. In a conventional outdoor arrangement, a radio may be installed inside an enclosure and linked to an antenna using coaxial cable. Every cable and connector introduces loss, and longer cable runs can reduce the effective signal reaching the antenna. By positioning the BM2-Ti at the antenna connection, the design can minimise that part of the RF path.
This flexibility does not make every antenna suitable. A high-gain directional antenna may be useful for a point-to-point route, while a sector antenna may be considered for a controlled multipoint design. An omnidirectional antenna distributes energy around the site but may also receive interference from many directions. The best selection depends on coverage geometry, link distance, elevation, local regulations and the remote endpoint.
Mechanical details matter as much as radio settings. The antenna connector should not be used as the only structural support where wind loading or movement could stress the connection. The installation should prevent water entry, protect the Ethernet cable and maintain a safe service loop. FourTeck can review the proposed antenna and mounting method as part of product sizing or quotation coordination, but a site-specific wireless survey may still be required.
2.4 GHz planning, interference and realistic capacity
The 2.4 GHz band can provide useful propagation and broad equipment compatibility, but it is commonly busy. Wi-Fi networks, Bluetooth devices, wireless cameras, industrial equipment and neighbouring links can all contribute to contention or noise. A radio specification alone cannot predict the usable throughput at a particular site. Channel width, signal quality, interference, retransmissions, protocol overhead and remote-radio capability all influence the result.
For a business link, the requirement should be expressed in operational terms. A few telemetry devices may need little capacity but require stable connectivity. A surveillance link may generate continuous traffic and need careful upstream planning. A remote office may require consistent two-way performance and low enough latency for voice or cloud applications. These are different design problems even when the same radio is considered.
A spectrum review and link budget are recommended before committing to hardware. The transmit power should not simply be set to its maximum. Excess power can create imbalance, increase interference and breach regional limits when combined with antenna gain. The target is a reliable, compliant link with sufficient fade margin, not the highest visible signal figure. Where 2.4 GHz is heavily occupied, FourTeck may recommend evaluating 5 GHz or a newer integrated bridge system.
Outdoor power, protection and serviceability
The BM2-Ti uses 24 V passive PoE, allowing the radio to receive power over the same Ethernet cable used for data. This can simplify outdoor placement because a separate mains connection is not required at the antenna. The installer must nevertheless use the correct injector or compatible passive-PoE source and verify polarity, cable quality and distance. Passive PoE should not be assumed to be interchangeable with standards-based PoE.
Outdoor copper cabling can carry damaging electrical surges caused by nearby lightning activity or differences in ground potential. A shielded outdoor-rated Ethernet cable, compatible surge protector and correct grounding approach should be planned for both equipment protection and safer maintenance. Local electrical and building requirements take precedence, and a qualified installer should assess exposed roof, pole and mast locations.
Serviceability also deserves attention. Mount the injector and network equipment where they can be accessed without unnecessary disruption. Keep a record of management addresses, credentials, firmware, channel settings, antenna direction and cable routes. For a legacy deployment, consider holding a tested spare or defining a migration plan, because future replacement availability may be uncertain. FourTeck can include installation planning, configuration scope and documentation requirements in the quotation when requested.
Ideal business environments and use cases
Remote building link
Connect a guard room, workshop, store or office to a main network when a clear wireless path exists and civil work is disproportionate to the requirement.
Agricultural or yard connectivity
Support cameras, sensors, access control or operational devices across a farm, yard or compound, subject to terrain, foliage and interference assessment.
Legacy subscriber replacement
Replace a failed matching endpoint in an existing network after confirming firmware, security and wireless compatibility.
Specialised antenna project
Use a separately selected directional, sector or omnidirectional antenna where an integrated antenna product does not match the required pattern.
Temporary operational site
Create a planned temporary link for events, construction or project work, provided mounting, safety, frequency and removal requirements are managed.
Low-to-moderate bandwidth endpoint
Serve applications whose actual traffic can be supported by the 10/100 Ethernet interface and the available wireless conditions.
Integration and operational considerations
The radio should be treated as one component of a complete network path. Upstream switching, IP addressing, VLAN design, routing, firewall rules, DHCP, monitoring and remote management must be considered. A transparent bridge may be simple, but it can extend broadcast domains and expose remote equipment to the same network conditions as the local site. Routing or segmentation may be preferable where the remote location has different security or operational requirements.
Management access should be restricted to trusted administrators. Default credentials should be changed, configuration backups retained and unnecessary services disabled where the software permits. Firmware compatibility should be tested before upgrading a production link, particularly when two endpoints use older hardware. A change window and rollback plan are sensible for links that carry surveillance, access-control or business traffic.
Where the BM2-Ti connects to an existing antenna, inspect the antenna, connector and mounting hardware rather than assuming they remain serviceable. Corrosion, water ingress, movement and cable damage can reduce performance even when the radio powers on normally. Periodic signal, noise, error and traffic reviews can identify deterioration before it becomes a full outage.
Questions to resolve before requesting a quotation
Replacement projects need exact compatibility details; new links require broader platform comparison.
Provide frequency, gain, pattern, connector type, model and mounting arrangement.
Share coordinates, elevation, obstacles and any available site-survey data.
Describe real applications, peak traffic, camera count, users and future growth.
Confirm the passive-PoE injector, cable length, surge protection and grounding plan.
State whether supply only, pre-configuration, installation, alignment, testing or documentation is needed.
Procurement checklist
☐ Confirm the exact BM2-Ti model and required quantity.
☐ Record whether the purchase is for replacement, expansion or a new design.
☐ Confirm the remote radio model and firmware.
☐ Specify antenna model, gain, beamwidth and connector details.
☐ Verify installation height, pole or bracket requirements and wind exposure.
☐ Confirm 24 V passive-PoE equipment and package contents.
☐ Include shielded outdoor Ethernet cable and surge protection.
☐ Review grounding and local electrical requirements.
☐ Define required throughput and application traffic.
☐ Check line of sight, Fresnel clearance and interference.
☐ Confirm local frequency and transmit-power compliance.
☐ Decide whether configuration, alignment and testing are included.
☐ Request current availability, condition, warranty guidance and lead time.
☐ Compare a current-generation alternative for long-term projects.
How FourTeck supports the requirement
FourTeck can help translate a site requirement into a clearer bill of materials. The review can cover the exact radio model, compatible antenna type, passive-PoE arrangement, outdoor cable, surge protection, mounting accessories and configuration scope. For an existing link, sharing screenshots of wireless settings and the remote endpoint can reduce compatibility uncertainty.
For new deployments, the discussion should start with the business outcome rather than the device name. FourTeck can help compare the BM2-Ti with newer Ubiquiti wireless products or other suitable network approaches based on distance, capacity, spectrum, support horizon and available mounting. Visit the FourTeck product area for related technology categories, or review available installation and configuration services.
A quotation can be structured for supply only or can include agreed assistance such as pre-configuration, site coordination, installation planning, antenna alignment, testing and handover documentation. Scope and availability depend on the project, location and selected equipment. Use the FourTeck contact page to submit the site details.
UAE availability and support guidance
Contact FourTeck to confirm current UAE availability of the Ubiquiti Bullet M2 Titanium BM2-Ti. Supply may depend on model revision, quantity, source, condition and vendor lead time, particularly because the product belongs to an established generation. The quotation should clearly identify whether the item is new, replacement stock or another condition, along with package contents and warranty guidance.
For projects in Dubai, Abu Dhabi, Sharjah and Ajman, FourTeck can discuss delivery coordination, configuration scope, installation planning and related network components after the exact requirement has been reviewed. Availability of onsite work depends on location, access, mounting conditions and project scope. Buyers should not schedule mast access or service downtime until equipment and implementation dates are confirmed.
GCC Availability
FourTeck can assist organisations planning outdoor wireless requirements across the GCC, including the United Arab Emirates, Saudi Arabia, Kuwait, Qatar, Bahrain and Oman. Support can begin with a review of the requested BM2-Ti quantity, existing airMAX environment, antenna requirement, destination and intended deployment schedule. For a legacy model, it is especially important to confirm whether the project requires an exact replacement or can accept a newer alternative. Quotation coordination may cover radio hardware, compatible antennas, passive-PoE equipment, surge protection, cabling, configuration and installation planning where applicable. Product availability, warranty terms, delivery schedules, service visits and vendor lead times can vary by country, model, quantity and project conditions. Buyers should provide the destination country, exact product requirement, remote-endpoint details, quantity and target timeline so FourTeck can advise on practical sourcing and deployment options. For Kuwait-related enquiries, the FourTeck Kuwait resource may also be relevant.
Africa Availability
Organisations planning outdoor wireless connectivity in Africa can contact FourTeck for product evaluation, quotation coordination and deployment guidance. The BM2-Ti may arise in replacement projects, established airMAX networks or specialised antenna installations, but current availability and suitability should be assessed before it is specified for a new rollout. Fulfilment can depend on the destination country, quantity, hardware revision, power accessories, shipping arrangements, regulatory requirements, vendor lead time and local installation conditions. Buyers should share the destination, link purpose, required quantity, antenna information, expected schedule and any need for configuration or support. FourTeck can then help determine whether the exact model, a compatible replacement or a newer platform is more appropriate. Regional information is available through FourTeck Africa, with additional resources for Kenya technology projects and Uganda business requirements. Local inventory, customs outcomes and onsite coverage must be confirmed for each project.
Related products and services to evaluate
Compatible outdoor antennas
Directional, sector or omnidirectional choices should be selected by frequency, gain, pattern, connector and mounting requirement.
Outdoor surge protection
Ethernet protection and grounding components should be considered for exposed cable routes and mast installations.
Newer airMAX bridge options
Current-generation integrated radios may offer a clearer lifecycle, easier antenna matching or higher practical capacity.
Wireless site assessment
A path and spectrum review can help validate visibility, interference, mounting and expected link performance.
Configuration and alignment
Pre-configuration, compliant radio settings, antenna alignment and testing can be scoped where required.
Network security integration
Segmentation, firewall policy, monitoring and secure management may be needed around the wireless link.
Why businesses contact FourTeck
Buyers often need more than a part number. They need to know whether the radio matches the existing endpoint, whether the proposed antenna is mechanically and electrically suitable, whether the passive-PoE arrangement is correct and whether the project should continue with a legacy platform. FourTeck supports requirement clarification, bill-of-material review, compatibility discussion, quotation coordination, installation planning and configuration scoping without making unsupported assumptions about stock or project outcomes.
The goal is to reduce avoidable procurement errors. A lower-cost radio is not economical when the antenna connector is wrong, the link path is obstructed, the power source is incompatible or the platform cannot meet the capacity requirement. Sharing accurate site information allows a more useful recommendation and quotation.
Frequently asked questions
What is the Ubiquiti BM2-Ti used for?
It is used as a 2.4 GHz outdoor airMAX radio for applications such as wireless bridges, subscriber links and antenna-specific access-point deployments. The exact role depends on configuration, antenna and network design.
Does the BM2-Ti include an antenna?
No integrated coverage antenna is specified. The device uses an N-type connector and must be paired with a suitable external antenna selected for the required frequency, pattern, gain and mounting.
Can it be powered from a standard PoE switch?
Do not assume so. The official specification lists 24 V passive PoE. The power source, polarity and cable arrangement must be confirmed before connection because passive PoE differs from standards-based 802.3af or 802.3at power.
Is the PoE adapter included?
The official quick-start specification lists a 24 V, 0.5 A Gigabit PoE adapter as included. Package contents can vary by source or condition, so the quotation should confirm exactly what is supplied.
Is BM2-Ti suitable for a new high-speed link?
It should be compared with newer alternatives. Its single 10/100 Ethernet interface, 2.4 GHz platform and lifecycle position may not suit projects requiring high capacity, modern management or a long replacement horizon.
How far can the radio connect?
There is no universal distance guarantee. Reach depends on antenna gain, link geometry, line of sight, Fresnel clearance, interference, transmit limits, channel width and the remote endpoint. A link budget and survey are required.
Can FourTeck configure the radio?
Configuration support can be discussed and included in the quotation where required. Buyers should provide addressing, wireless role, remote-radio details, channel plan, security settings and management requirements.
What information is needed for a quote?
Provide quantity, destination, replacement or new-project status, antenna model, remote endpoint, required throughput, link distance, mounting needs, power accessories and any installation or configuration scope.
Is the BM2-Ti currently available in Dubai?
Current availability must be confirmed. It can vary by quantity, source, hardware revision, condition and lead time. FourTeck can review the requirement and advise whether the exact model or an alternative can be quoted.
What warranty applies?
Warranty guidance depends on the source, product condition, region and quotation terms. Request written confirmation of warranty coverage before ordering, especially for an established or limited-availability model.
Review the radio, antenna and deployment as one system
Send FourTeck the site details, existing airMAX information and required quantity. The team can help confirm current UAE availability, compatible components, configuration scope and a practical alternative where the BM2-Ti is not the best long-term choice.
