Compact outdoor 2.4 GHz wireless radio
Ubiquiti PicoStation 2 High Power Pico2-H in Dubai, UAE
A small outdoor airMAX-era access point for targeted 2.4 GHz coverage, basic wireless client use and short-range network extension. FourTeck helps buyers verify the exact PICOM2HP variant, power method, antenna, lifecycle position and practical fit before purchase.
Buyer snapshot
Model: PICOM2HP / Pico2-H naming is commonly used
Radio: 2.4 GHz, up to 28 dBm transmit power
Port: One 10/100 Ethernet interface
Power: Passive PoE, exact injector must be confirmed
Status: Legacy platform; availability and firmware suitability require confirmation
136 × 20 × 39 mm
UV-stabilised plastic
RP-SMA connection
Confirm region and condition
Direct answer for buyers
The Ubiquiti PicoStation 2 High Power is a compact outdoor 2.4 GHz wireless device intended for focused access-point, client or bridge-style deployments rather than modern high-density Wi-Fi. It is most relevant to organisations maintaining an existing airOS-based environment, replacing a like-for-like unit, or supporting a low-bandwidth outdoor link where its older 802.11n design remains acceptable. Before proceeding, confirm the exact model code, regional antenna, passive-PoE injector, firmware position, mounting environment, expected distance, interference conditions and whether a current Ubiquiti alternative would deliver a better lifecycle and performance outcome.
What the PicoStation does
The PicoStation M2 HP combines a 2.4 GHz radio, an external omni-directional antenna connection, a compact outdoor enclosure and Ethernet-based passive power in a very small package. In a suitable configuration, it can provide wireless access in a limited area, operate as a wireless station connecting back to another access point, or participate in a straightforward point-to-multipoint arrangement. Its physical size makes it easy to position on a wall or pole where a larger radio may be visually intrusive.
The unit should not be evaluated as a direct substitute for a modern dual-band business access point. It operates on 2.4 GHz and uses a legacy hardware platform with a single 10/100 Ethernet port. Real-world capacity is influenced by channel congestion, antenna placement, client quality, line of sight, local power limits and software configuration.
Who should consider it
The product is most likely to suit a buyer who already knows why PICOM2HP is required. Examples include replacing a failed unit in an established installation, preserving compatibility with an older wireless design, extending a low-demand connection to a gatehouse or workshop, or supporting a specialist project where compact size and an external omni antenna are useful.
New deployments with many users, video-heavy traffic, dense neighbouring Wi-Fi, high security expectations or a long support horizon should be compared with current Ubiquiti outdoor access points and radios. FourTeck can help distinguish between a like-for-like replacement request and a project that would benefit from redesign.
Business challenges and practical responses
Small outdoor coverage zone
A compact radio can be mounted near the area that needs service, reducing the need to place a large enclosure at a gate, balcony, yard or utility point. The final coverage still depends on obstructions, interference and client-device transmit capability.
Limited cabling options
Passive PoE allows power and data to share the Ethernet run. Buyers must confirm injector voltage, cable quality, surge protection and grounding practice because passive PoE is not interchangeable with every standards-based PoE switch.
Legacy replacement need
When an existing PICOM2HP must be replaced, exact hardware identity matters. Region, antenna gain, firmware and configuration backups should be reviewed before treating any available unit as a direct replacement.
Low-profile installation
The narrow enclosure can fit locations where visual impact is important. Mounting convenience does not remove the need for weatherproof cable routing, sensible orientation and access for future maintenance.
Core capabilities in context
2.4 GHz operation
Useful where 2.4 GHz reach or compatibility is required, but vulnerable to congestion from nearby Wi-Fi, Bluetooth and other devices. A site survey is advisable in busy urban locations.
High transmit power
The documented maximum transmit power is 28 dBm. Actual permitted output is regulated by country, selected antenna and configuration. Higher transmit power alone does not guarantee balanced two-way communication.
External omni antenna
The RP-SMA connector supports the supplied regional antenna. Antenna gain and permitted combinations must be checked, especially where replacement antennas are being considered.
airOS management
Configuration is performed through the airOS interface. Firmware availability, browser compatibility, security settings and interoperability with the existing network should be assessed before deployment.
Product-fit matrix
| Requirement | Suitable when | Confirm before ordering |
|---|---|---|
| Like-for-like legacy replacement | The current design specifically depends on PICOM2HP | Region, firmware, condition, antenna and injector |
| Small outdoor coverage area | User count and bandwidth needs are modest | Interference, mounting height and client capabilities |
| Short wireless bridge or client link | Link budget and line of sight are acceptable | Remote radio compatibility and alignment needs |
| Modern office Wi-Fi | Usually not the preferred choice | Compare current dual-band managed access points |
| High-density or video-heavy traffic | Generally unsuitable | Capacity plan, newer standards and wired uplink speed |
Verified technical information
| Brand | Ubiquiti |
|---|---|
| Official model | PICOM2HP |
| Product type | Compact 2.4 GHz airMAX access point / wireless radio |
| Dimensions | 136 × 20 × 39 mm |
| Weight | 100 g |
| Enclosure | Outdoor UV-stabilised plastic |
| Processor | Atheros MIPS 24KC, 400 MHz |
| Memory | 32 MB SDRAM, 8 MB flash |
| Network interface | One 10/100 Ethernet port |
| Antenna connector | External RP-SMA |
| Included antenna | Regional variation: official documentation lists 5 dBi omni for USA and 2 dBi omni for EU |
| Maximum power consumption | 8 W |
| Maximum transmit power | 28 dBm, subject to regional limits and configuration |
| Power supply | 15 V, 0.8 A PoE adapter listed as included in official guide; verify supplied package |
| Power method | Passive PoE, pairs 4/5 positive and 7/8 negative |
| Operating temperature | -20 to 70 °C |
| Operating humidity | 5 to 95% non-condensing |
| Operating frequency | 2412–2462 MHz in the cited official guide; local channels and power limits apply |
| Availability | Legacy model; contact FourTeck for current UAE options and suitable replacements |
Compatibility and lifecycle notice
PICOM2HP belongs to an older generation of Ubiquiti outdoor wireless products. Buyers should not assume that current UniFi Network applications manage it in the same way as present UniFi access points, or that the latest security and firmware practices available on current platforms are supported. The product is associated with airOS management, and interoperability should be reviewed at the protocol, channel, security and configuration level.
A purchase may involve new-old stock, refurbished stock or used equipment depending on the source. Condition, factory reset status, firmware, power injector, antenna, mount, power cord and regional compliance must therefore be written into the quotation. FourTeck can also review current alternatives where long-term support, higher capacity, dual-band operation or centralised management is more important than exact model continuity.
Purchase and deployment journey
Clarify the requirement
State whether the need is replacement, new coverage, client connectivity or bridging. Share distance, obstacles, users and traffic type.
Verify the exact unit
Confirm PICOM2HP identity, region, antenna, physical condition, firmware and package contents.
Review the radio plan
Check spectrum congestion, channel availability, mounting position, line of sight and expected signal levels.
Plan power and cabling
Validate passive PoE, cable run, Ethernet protection, grounding, weather sealing and surge exposure.
Configure and test
Apply secure management settings, select permitted radio parameters and test throughput, stability and client behaviour.
Compact hardware for constrained mounting points
The PicoStation’s strongest physical characteristic is not raw capacity but its narrow, lightweight form. At 136 mm long and 100 g, the radio can be installed where a larger outdoor access point or customer-premises device may be awkward. This can matter at reception kiosks, guard cabins, service yards, small terraces, equipment sheds and temporary project spaces. Its wall-mount and pole-mount options also give installers flexibility when there is no ceiling structure.
Compact size should not encourage casual placement. Outdoor RF performance depends heavily on height, nearby metal, wall construction, vegetation and the orientation of the attached antenna. A unit fixed behind a metal panel or deep under a roof edge can perform far below expectations. Cable entry should be protected from water, and the device should remain accessible for resets and servicing. In Dubai’s heat, the documented operating range is useful, but direct solar exposure, enclosure colour, ventilation and installation practice remain important.
For a small project, FourTeck can help convert a simple request for “outdoor Wi-Fi” into a practical mounting and cabling plan. This avoids selecting the product solely because it is small, while overlooking user density, spectrum conditions or future replacement needs.
2.4 GHz coverage with realistic expectations
The 2.4 GHz band can travel further through some obstacles than higher-frequency Wi-Fi, and many industrial, handheld and legacy client devices still support it. Those characteristics can make a 2.4 GHz radio useful for low-data-rate outdoor endpoints or basic coverage. The same band is also heavily used and offers fewer non-overlapping channels than 5 GHz. In urban Dubai, apartment districts, warehouses with multiple tenants and commercial areas with many access points can create substantial interference.
The product’s maximum 28 dBm transmit figure should therefore be interpreted carefully. A strong access point does not automatically create a strong connection if the client device transmits at much lower power. The downlink may appear strong while return traffic is weak. Local regulations and selected antenna gain can also reduce the permitted output. A balanced design considers both ends of the link, not only the radio’s headline power.
Where the intended use is a client bridge to another outdoor Ubiquiti radio, the remote model, channel width, wireless mode and security settings must be checked. Where the intended use is direct client access, the number of simultaneous devices and their applications should be modest. Modern applications involving cloud backups, high-resolution video, large file transfer or voice at scale may expose the limits of the platform quickly.
Passive PoE and operational control
Passive Power over Ethernet simplifies the cable route by carrying DC power and Ethernet over one cable, but it differs from negotiated standards such as IEEE 802.3af or 802.3at. The PicoStation documentation lists a 15 V, 0.8 A adapter and passive PoE pin assignments. Connecting the radio to an incompatible power source can lead to non-operation or equipment damage. The exact injector and voltage should be confirmed, particularly when the device is purchased without its original accessories.
Outdoor cable runs also deserve attention. The network should use suitable cable, protected routing and surge mitigation. A small radio mounted on a pole or building edge can be exposed to static discharge and electrical events. Grounding and protection practices should be determined by the site design and local electrical requirements. The Ethernet port is limited to 10/100 Mbps, which is sufficient for the product’s generation but should be recognised when assessing end-to-end capacity.
Operationally, the management address, administrator credentials, configuration backup, wireless settings and recovery procedure should be documented. Because the platform is old, using isolated management networks, strong available security settings and restricted administrative access is sensible. Buyers maintaining several units should confirm whether their current monitoring process can still collect health and availability information from the devices.
Ideal environments and use cases
Gatehouses and small security posts
The radio may extend basic network access to a nearby gate or guard cabin when user count and bandwidth are limited. Camera backhaul should be assessed separately because video reliability and throughput demands can be higher.
Workshops and service yards
A compact outdoor AP can support handheld devices or maintenance terminals in a defined work area. Metal structures and moving vehicles may create reflections or shadowing, so placement testing is valuable.
Legacy wireless replacement
An organisation may need the exact model to restore an existing system with minimal redesign. Configuration backup, remote-end compatibility and the condition of replacement stock become the key procurement issues.
Temporary project connectivity
The unit’s small size may suit a temporary low-demand link where reusable mounting and passive power are practical. Weather protection and secure administration are still required.
Villa or hospitality outdoor edge
It may cover a small courtyard, terrace or service area, although buyers should compare current outdoor Wi-Fi products if guest capacity, roaming and central management are important.
Low-rate industrial endpoints
Some older devices operate only on 2.4 GHz. Compatibility must be tested because wireless standard support alone does not guarantee application stability or security alignment.
Integration and operational considerations
Integration starts with network role. An access point serving clients requires SSID, security, VLAN and DHCP planning. A station or bridge configuration requires compatible settings at the remote radio and a clear understanding of which network segment will be extended. Avoid connecting an unplanned bridge into a production LAN because duplicate DHCP servers, loops or unmanaged broadcast traffic can create wider disruption.
The product’s older software environment deserves a security review. Verify the most suitable available firmware, disable unused services, change default credentials, restrict management access and document the configuration. If the unit is exposed to the internet, the design should be reconsidered; outdoor radios are generally better placed behind an appropriate firewall and management policy. FourTeck’s network configuration services can be discussed where the buyer needs deployment assistance.
For sites already using modern UniFi gateways or switches, do not assume that PICOM2HP adopts and operates like a current UniFi AP. The management model and capabilities differ. Buyers seeking a unified dashboard should review current products through the FourTeck product catalogue and request a comparison.
Questions to resolve before ordering
Is the request for PICOM2HP specifically?
Confirm whether the exact legacy model is essential or whether the objective is simply compact outdoor Wi-Fi.
What is the expected distance?
Provide approximate metres, line of sight, obstacles and the location of the remote client or radio.
How many devices will connect?
User count, application type and simultaneous traffic determine whether this older platform is appropriate.
Which regional variant is offered?
Antenna gain, regulatory settings and package contents can vary. The quotation should identify them.
Is the PoE adapter included?
Confirm voltage, plug type, power cord and whether the supplied injector is original and functional.
What support horizon is needed?
A project expected to operate for years may justify migration to a current product rather than preserving legacy hardware.
Procurement checklist
✓ Exact model code PICOM2HP or documented equivalent naming
✓ Required quantity and acceptable device condition
✓ Regional antenna type and gain
✓ PoE injector voltage and included power cord
✓ Wall or pole mounting accessories
✓ Firmware version and reset status
✓ Deployment distance and line-of-sight information
✓ Client count and expected applications
✓ Wireless mode and remote-end compatibility
✓ Ethernet cable length and outdoor cable type
✓ Surge protection and grounding requirement
✓ Installation, configuration and testing scope
✓ Warranty or return terms for legacy stock
✓ Current-model alternative for comparison
How FourTeck can assist
FourTeck can review whether the request is a strict replacement or a broader connectivity requirement. The review may cover exact model identification, antenna and injector confirmation, quantity, site layout, line of sight, user demand, mounting method, cabling, firmware and the suitability of newer alternatives. This is particularly useful for legacy equipment because a low purchase price can be offset by limited support, missing accessories or an unsuitable radio design.
For an accurate quotation, share photographs of the existing unit and label where possible, the required destination, quantity, expected installation location and whether configuration assistance is needed. Visit the FourTeck contact page to discuss the requirement. Buyers planning a wider network refresh can also review FourTeck business technology solutions.
UAE availability and support guidance
Contact FourTeck to confirm current UAE availability for the Ubiquiti PicoStation 2 High Power Pico2-H. Because this is a legacy platform, supply may depend on remaining vendor or channel inventory, refurbished availability, quantity and the specific regional version. The quotation should state the unit condition, included antenna, PoE injector, power cord, mounting items and any warranty or return guidance that applies to the offered stock.
Delivery and project coordination can be discussed after the exact requirement is confirmed. Installation and configuration should be included in the quotation when required rather than assumed to be part of hardware supply. FourTeck can support requirement review for organisations in Dubai and coordinate suitable options for projects elsewhere in the UAE.
Dubai, Abu Dhabi, Sharjah and Ajman coverage
Businesses across Dubai, Abu Dhabi, Sharjah and Ajman can contact FourTeck for product identification, availability checks, quotation coordination and deployment planning. For a PicoStation replacement, provide the label photograph, installed firmware if known, antenna type, injector details and the purpose of the existing link. For a new project, share the site layout, approximate distance, user count and expected applications. The resulting recommendation may retain PICOM2HP where exact continuity is required or propose a current Ubiquiti outdoor radio where lifecycle, capacity and management are more important.
GCC Availability
FourTeck can assist GCC buyers evaluating the PicoStation M2 HP for an existing installation or comparing it with a current outdoor wireless alternative. Requirement review may include the precise model, regional radio settings, antenna, passive-PoE injector, quantity, destination, installation environment and whether the unit must interoperate with an older airOS network. Quotation and delivery planning can be coordinated for requirements in the United Arab Emirates, Saudi Arabia, Kuwait, Qatar, Bahrain and Oman, subject to the details of each request. Product availability, regulatory suitability, service scope, vendor lead time and shipping arrangements can differ by country and quantity. Buyers should provide the destination country, required unit condition, expected schedule, deployment location and any configuration or installation expectations. For Kuwait-related coordination, the FourTeck Kuwait resource may also be useful.
Africa Availability
Organisations planning wireless projects in Africa can ask FourTeck to evaluate whether PICOM2HP is still the right choice or whether a newer outdoor radio is more appropriate. This is important when equipment must operate for several years, integrate with current management systems or be supported across multiple sites. Availability may depend on destination, quantity, regional radio rules, antenna type, power accessories, shipping arrangements, vendor lead time and the condition of any legacy stock. Buyers should share the exact requirement, deployment country, link distance, user or device count, preferred schedule and any need for configuration, installation or remote support. FourTeck can coordinate guidance for East African requirements through its Kenya technology portal and Uganda technology portal, while broader regional enquiries can use the FourTeck Africa site.
Related products and services to consider
Current outdoor access points
Consider newer dual-band products where user capacity, roaming and ongoing management matter more than exact legacy compatibility.
airMAX bridge radios
A directional current-generation radio may be more suitable for a dedicated building-to-building or point-to-point connection.
PoE and surge protection
Confirm the correct injector, cable and electrical protection instead of assuming any PoE accessory is compatible.
Wireless site assessment
A survey can identify congestion, mounting constraints and the likely performance of 2.4 GHz at the proposed location.
Installation and configuration
Discuss mounting, cabling, secure setup, testing and documentation as a defined project scope.
Why businesses contact FourTeck
Legacy networking requests often look simple but involve hidden dependencies. FourTeck helps clarify the exact model, assess whether a replacement is technically sensible, compare current alternatives, identify required accessories and prepare a quotation around the real deployment. Buyers can also discuss configuration scope, mounting, passive-PoE compatibility, network integration and the information needed for acceptance testing. The aim is to reduce the risk of ordering an incomplete or unsuitable unit, not to assume that every PicoStation listing is identical.
Frequently asked questions
Is Pico2-H the same as PICOM2HP?
Pico2-H is commonly used in listings for the PicoStation M2 HP, while Ubiquiti’s official guide identifies the model as PICOM2HP. Always verify the label on the offered unit.
Is the PicoStation M2 HP a current Ubiquiti product?
It is a legacy product generation. Current availability, firmware position and suitable replacements should be confirmed before purchase.
Can it be used as an outdoor access point?
Yes, it has an outdoor UV-stabilised enclosure and can be configured for access-point use, but coverage and capacity depend on site conditions and client demand.
Does it support 5 GHz Wi-Fi?
No. PICOM2HP is a 2.4 GHz device. Buyers needing dual-band coverage should compare current outdoor access points.
What PoE injector does it use?
The official quick-start guide lists a 15 V, 0.8 A passive-PoE adapter. Confirm the exact supplied injector and never assume compatibility with standards-based PoE.
Is the antenna included?
Official documentation lists an external omni antenna, with gain differing by region. A current quotation must confirm whether the antenna is included and which version is supplied.
Can it connect to modern UniFi management?
The PicoStation is associated with airOS and should not be assumed to operate like a current UniFi access point. Management and compatibility require review.
What information is needed for a quote?
Provide the exact model, quantity, destination, required condition, antenna and injector expectations, intended use, deployment distance and whether installation or configuration is required.
Should I choose a newer alternative?
A newer model is often preferable for fresh deployments requiring better lifecycle, management and capacity. Exact replacement may still make sense in a stable legacy system.
Confirm the right PicoStation option for your site
Share the model label, quantity, deployment purpose and location. FourTeck can check current UAE availability, review the required accessories and compare a current alternative where appropriate.
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