Ubiquiti PicoStation 2 Pico2 in Dubai, UAE
A compact airOS-era outdoor radio for buyers maintaining a matching installation, replacing a known unit or assessing whether a legacy PicoStation remains appropriate. FourTeck helps identify the exact model, review power and antenna requirements, and compare suitable current alternatives before quotation.
Confirm the exact hardware first
PicoStation 2, PicoStation 2HP and PicoStation M2HP have different radio generations and specifications. Share the label, part number, photos and intended use for an accurate response.
Direct answer for buyers
The Ubiquiti PicoStation 2 Pico2 name usually refers to a compact outdoor 2.4 GHz radio from Ubiquiti’s earlier PicoStation range, although the wording can be used loosely for more than one version. It was mainly deployed as an outdoor access point, client station, bridge or small wireless endpoint. It is most relevant to organisations supporting an existing compatible installation rather than designing a new high-capacity Wi-Fi network. Before proceeding, confirm whether the required device is PicoStation 2, PicoStation 2HP or PicoStation M2HP, and verify the regional antenna, PoE supply, firmware, radio mode and condition.
What it does
The PicoStation platform combines a compact outdoor enclosure, a 2.4 GHz radio, an external omnidirectional antenna and a single Fast Ethernet interface. In the M2HP generation, Ubiquiti documented airOS operation and support for access-point or station roles in a very small installation footprint.
A passive PoE arrangement allows both data and power to use the Ethernet cable, which can simplify mounting on a wall, pole or other suitable position. The practical result depends heavily on line of sight, interference, channel planning, client capability, antenna variant and local radio limits.
Who should consider it
The strongest case is a controlled replacement where an organisation already has a known PicoStation unit and needs the same form factor, software behaviour or mounting arrangement. It can also be relevant for test labs, legacy wireless links, specialist equipment integration and maintenance inventories.
A new deployment should normally be compared with current Ubiquiti access points or outdoor radios offering newer security, management, radio efficiency and support options. FourTeck can help separate a genuine compatibility requirement from a request that would be better met by a modern alternative.
Business challenges and practical responses
A failed legacy endpoint
A like-for-like replacement may reduce configuration changes, but only when the model, firmware generation, antenna and power method match. A visually similar device is not automatically compatible.
Outdoor coverage in a small area
An omnidirectional radio can serve a yard, entrance, kiosk or service area, but coverage should be based on a site survey and client capability rather than a headline distance figure.
Power at a remote mounting point
Passive PoE reduces the need for a separate mains outlet at the radio, yet it must not be confused with standards-based 802.3af or 802.3at PoE. Injector voltage and pinout require confirmation.
Unclear product naming
Pico2 is often used as shorthand. FourTeck asks for a label photo, MAC label, part number and existing power adapter details before preparing a bill of materials.
Core capabilities to evaluate
Compact outdoor form
The narrow enclosure and external antenna can fit locations where a larger access point is inconvenient. Mounting strength, cable entry and weather exposure still require proper planning.
Flexible airOS roles
Depending on the exact generation and firmware, the device can support access-point, station, bridge and related wireless modes. Required interoperability should be tested before deployment.
Single-cable power
Passive PoE can simplify installation, although the injector, voltage, polarity and cable quality are part of the system and must match the radio.
External omni antenna
The RP-SMA antenna arrangement supports omnidirectional coverage around the device. Antenna gain and included model can vary by region and hardware version.
Product-fit decision matrix
| Requirement | Suitable when | Confirm before ordering |
|---|---|---|
| Like-for-like replacement | The existing unit and required replacement share the same model and radio generation. | Label, part number, antenna, injector, firmware and configuration backup. |
| Small outdoor access area | Basic 2.4 GHz service is sufficient and expected client load is modest. | Interference, security policy, client count, throughput target and coverage survey. |
| Wireless station or bridge endpoint | The peer device and selected wireless mode are known to interoperate. | Protocol mode, channel width, encryption and remote-end settings. |
| New business Wi-Fi deployment | Usually only after comparing modern alternatives and documenting the reason for choosing legacy hardware. | Lifecycle, patching, security, management, spare availability and migration plan. |
| Passive PoE installation | The installer understands the exact voltage and passive pinout. | Injector model, cable length, surge protection and grounding. |
Verified technical information for PicoStation M2HP
The table below reflects Ubiquiti documentation for the PicoStation M2HP, which is the model most often associated with a Pico2 enquiry. It must not be applied to PicoStation 2 or PicoStation 2HP without checking the exact hardware.
| Brand | Ubiquiti |
|---|---|
| Model reference | PicoStation M2HP / PICOM2HP; confirm against label |
| Product type | Compact indoor/outdoor 2.4 GHz wireless radio |
| Processor | Atheros MIPS 24KC, 400 MHz |
| Memory | 32 MB SDRAM, 8 MB flash |
| Network interface | One 10/100 Ethernet port |
| Antenna connection | External RP-SMA |
| Included antenna | Regional variant; official quick-start documentation lists different gain by market |
| Maximum transmit power | Up to 28 dBm, subject to region, antenna and regulatory settings |
| Power consumption | Up to 8 W |
| Power supply | 15 V, 0.8 A passive PoE adapter was documented as included; verify actual package and region |
| Dimensions | 136 × 20 × 39 mm |
| Weight | 100 g |
| Enclosure | Outdoor UV-stabilised plastic |
| Operating temperature | -20°C to 70°C according to official documentation |
| Management | Legacy airOS generation; firmware and browser compatibility should be confirmed |
| Availability | Legacy and potentially discontinued; contact FourTeck for current options |
Compatibility and dependency notice
Do not connect an unknown passive PoE injector to this radio or connect the radio to a PoE source merely because the plug fits. Passive PoE is not automatically compatible with IEEE 802.3af, 802.3at or 802.3bt. Confirm voltage, polarity and pin assignment from the exact device label and power adapter.
Wireless interoperability can also depend on airOS version, airMAX settings, channel width, regulatory country code, encryption method and the capabilities of the remote device. A backup of the working configuration is valuable when replacing an existing unit. Where the old radio is inaccessible, record the SSID, mode, IP addressing, VLAN use, channel, security method and peer-device settings before making changes.
A sensible purchase and deployment journey
Identify the unit
Send clear photos of the front, rear label, antenna connector and power adapter. Include the current configuration purpose.
Define the outcome
State whether the objective is replacement, repair stock, coverage extension, client mode, bridging or migration.
Review radio conditions
Check distance, obstruction, noise, mounting height, cable route, client type and expected traffic.
Confirm the bill of materials
Include radio, correct antenna, injector, mounting hardware, outdoor cable, surge protection and grounding items.
Plan configuration and testing
Document IP settings, firmware, wireless parameters and acceptance tests before the radio is mounted.
Compact hardware and outdoor placement
The PicoStation M2HP was notable for putting a complete outdoor radio into a very narrow enclosure. That physical simplicity can still be valuable where an existing bracket, cabinet, kiosk or pole was designed around the PicoStation format. The included external antenna projects above the enclosure, while the Ethernet connection enters the lower part of the device. This arrangement keeps installation visually discreet compared with larger panel radios.
Compact size does not remove the normal requirements of an outdoor network installation. Cable drip loops, weather-resistant connectors, strain relief, surge protection, grounding and a suitable mounting structure remain important. In Dubai and other UAE environments, direct solar exposure, heat, dust and salt-laden air near the coast can affect cables, connectors and mounting hardware. The radio’s published operating range should not be treated as a complete site-survivability assessment. The installation should account for enclosure exposure, cable type, injector location, equipment-room temperature and maintenance access.
An omnidirectional antenna radiates around the installation rather than focusing energy toward one remote point. That can be useful for local access coverage, but it is not always the best choice for a point-to-point link. A directional radio may provide better interference control and link budget for a fixed remote endpoint. FourTeck can help compare the existing PicoStation arrangement with a directional bridge or current outdoor access point when the original design no longer meets the operational requirement.
Legacy airOS management and operational control
PicoStation M-series radios use an earlier airOS management environment. For a replacement project, the most important management question is often not whether the interface is familiar, but whether the available firmware and browser combination can be administered safely within the organisation’s current practices. Older firmware may rely on cryptographic methods, browser behaviour or management workflows that are no longer preferred. The device should therefore be placed inside a controlled management design rather than exposed directly to the public internet.
A configuration review should record the radio mode, network mode, bridge or router behaviour, management address, subnet, gateway, DNS settings, VLAN configuration, wireless security, country setting, transmit power and channel width. For a station or bridge role, document the remote peer and any airMAX dependency. This information helps determine whether a replacement can be staged in the workshop and then installed with minimal disruption.
Configuration migration is not always as simple as importing an old backup. Hardware generation and firmware differences can make a backup unsuitable for another model. A safer process is to preserve the old configuration for reference, build a clean configuration on the confirmed replacement and test it against the target network. When the device is part of an operational system such as a gate, metering link, CCTV uplink or remote control point, acceptance testing should include the end application rather than only a successful wireless association.
Radio performance, interference and realistic expectations
Ubiquiti’s historic documentation described the PicoStation M2HP as capable of more than 100 Mbps throughput and medium-range operation under favourable conditions. These figures should be understood as platform capability statements rather than guaranteed business results. Real throughput depends on channel width, signal quality, interference, protocol overhead, client capability, packet size, radio mode and the amount of airtime shared with other devices. A single 10/100 Ethernet port also defines the wired interface ceiling.
The 2.4 GHz band is widely used by Wi-Fi, Bluetooth and many non-Wi-Fi devices. In a busy office district, warehouse cluster, accommodation site or residential area, available airtime may be much lower than expected. Increasing transmit power is not a complete solution because the client device must still transmit back to the access point, and excessive power can worsen contention or create an imbalanced link. Antenna placement, channel selection and the use of a narrower channel can be more valuable than simply selecting the highest power setting.
For a point-to-point or point-to-multipoint application, line of sight and Fresnel-zone clearance matter. Trees, metal structures, vehicles and temporary construction can reduce or vary performance. For direct client access, the radio must be judged against the weakest client types, which may be handheld scanners, phones, sensors or embedded controllers with small antennas. FourTeck can help define a realistic acceptance target based on required application bandwidth, latency sensitivity, coverage area and the actual endpoint devices.
Suitable environments and use cases
Legacy site replacement
A business may need the same radio to restore a link while a wider network migration is being planned. The replacement should be tested with the existing peer and application.
Gatehouse or service kiosk
The compact enclosure can serve a small operational location where only modest bandwidth is required and a suitable wired uplink is available.
Outdoor equipment connection
A station-mode device may connect a remote controller, meter or terminal when the application and remote wireless system are confirmed compatible.
Workshop and lab testing
System integrators may retain legacy radios to reproduce customer environments, validate settings or prepare a controlled transition to newer hardware.
Temporary continuity measure
A matching spare can restore service for a limited period, provided the organisation also addresses lifecycle, security and future support risk.
Not ideal for dense modern Wi-Fi
High client density, current enterprise authentication, centralised management and high throughput generally point toward a newer platform.
Integration and operational considerations
A PicoStation does not operate in isolation. Its wired side connects to a switch, router, firewall, controller or application network, and that connection may carry management, user and device traffic. Before replacement, verify whether the Ethernet port is untagged or uses VLANs, whether the radio bridges traffic transparently, and whether MAC-address filtering, DHCP reservations or firewall rules reference the old unit. A new radio may require updates to network-access controls or monitoring systems.
The 10/100 Ethernet interface is adequate for many legacy control and access applications, but it can become a bottleneck for a modern high-traffic use case. Cabling should be outdoor-rated where exposed, and shielded cable plus appropriate surge protection may be required by the site design. Grounding and lightning-protection strategy should be reviewed by a qualified installer, especially on elevated poles and rooftop locations.
Security assessment is equally important. Confirm whether the installed application depends on older wireless encryption or a fixed legacy peer. Where an obsolete security method is present, replacing the radio with another identical unit may restore service without reducing the underlying risk. FourTeck can help document the dependency and propose a staged migration in which the immediate continuity need and the long-term security objective are handled separately.
Questions to resolve before ordering
Provide the full label, not only Pico2. The radio may be PicoStation 2, 2HP or M2HP.
A replacement prioritises compatibility; a new design should compare current alternatives.
Confirm voltage, passive pinout, mains plug and whether the original injector is reusable.
Access point, station, transparent bridge and routed operation involve different settings.
Regional packages and existing installations may use different antenna gain or accessories.
State application type, throughput, latency tolerance, client count and availability target.
Procurement checklist
✓ Exact product label and model code
✓ Required quantity and intended spare ratio
✓ New, refurbished or acceptable-condition requirement
✓ Antenna type and regional gain variant
✓ Correct passive PoE injector and mains plug
✓ Mounting bracket and weatherproofing items
✓ Outdoor Ethernet cable and surge protection
✓ Existing firmware and configuration backup
✓ Wireless mode, channel width and encryption
✓ Peer radio or client compatibility
✓ Installation height and cable distance
✓ Dubai, UAE or export destination
✓ Configuration, testing and migration scope
✓ Warranty and return terms for the quoted condition
How FourTeck can assist
FourTeck can review the product label, existing topology and operational purpose before preparing a quotation. This is particularly valuable for a legacy product because the name used in an enquiry may not identify the precise radio generation. Our team can help organise the requirement into a clear bill of materials covering the radio, antenna, injector, mounting and network accessories, while marking any item that depends on availability or condition.
For a replacement, FourTeck can discuss configuration staging, backup review, addressing, wireless parameters and acceptance testing. For a new requirement, we can help compare the PicoStation concept with current outdoor wireless options based on coverage, management, security, throughput, environmental exposure and integration needs. Installation and configuration are separate scope items and should be included in the quotation when required.
Explore the broader FourTeck technology product range, review available network planning and support services, or send the model details to FourTeck for a requirement-specific response.
UAE availability and support guidance
Contact FourTeck to confirm current UAE availability for the exact PicoStation model. Because this is a legacy product family, availability may depend on remaining channel inventory, refurbished units, condition, quantity, regional version and vendor lead time. A quotation should clearly identify whether the offered item is new, previously deployed, open-box or otherwise condition-specific, together with the included antenna, injector and mounting items.
Delivery and project coordination can be discussed after the exact requirement is confirmed. For business deployment, share the site location, mounting height, cable route, existing network, desired radio role and target completion window. Installation and configuration scope should be included in the quotation when required. FourTeck can also help evaluate a current replacement when sourcing the legacy model is not practical or when the organisation wants to reduce lifecycle risk.
Dubai, Abu Dhabi, Sharjah and Ajman coverage
FourTeck can coordinate product enquiries and project discussions for organisations in Dubai, Abu Dhabi, Sharjah and Ajman. The process begins with confirmation of the exact model and application rather than an assumption based on the Pico2 name. Site access, installation method, power availability, configuration needs and delivery arrangements vary by project. Share the destination, quantity and expected use so the response can distinguish product supply from optional installation, testing and migration assistance.
GCC Availability
FourTeck can assist organisations planning legacy wireless replacements or current outdoor-network alternatives across the GCC. A regional request should identify the destination country, exact product label, quantity, antenna requirement, power-adapter requirement and intended deployment. This information is especially important for the PicoStation range because radio limits, antenna packages, mains plugs and available condition may differ. Requirement review, quotation coordination, configuration scope, installation planning and migration guidance can be discussed for projects in the United Arab Emirates, Saudi Arabia, Kuwait, Qatar, Bahrain and Oman. Product availability, service visits, delivery schedules and vendor lead times vary by country, model, quantity and project conditions. FourTeck does not assume that a legacy item is locally stocked. Buyers should also confirm whether a modern alternative is acceptable when an exact replacement cannot be sourced within the expected project timeline. Visit FourTeck Kuwait for relevant regional contact options.
Africa Availability
FourTeck can help organisations in African markets assess whether a PicoStation replacement is technically necessary or whether a current Ubiquiti outdoor radio is more suitable. Regional procurement planning should include the destination country, exact hardware revision, quantity, acceptable condition, antenna and injector requirements, deployment schedule and support expectations. Availability and fulfilment can depend on model, licensing region where applicable, power standards, shipping arrangements, vendor lead time and local project conditions. For installations in East Africa or other regions, buyers should also consider outdoor cabling, surge protection, local mounting conditions and access to replacement spares. FourTeck can coordinate requirement review, quotation guidance and configuration scope without promising local inventory or a fixed delivery outcome. Organisations can review FourTeck Africa technology support, Kenya project assistance or Uganda technology enquiries for regional coordination.
Related products and services to consider
Current outdoor access points
Suitable when the goal is a new managed Wi-Fi deployment rather than exact legacy compatibility.
Directional wireless bridges
Worth evaluating for fixed point-to-point links where focused coverage and interference control matter.
Outdoor network cabling
Cable category, shielding, UV resistance, grounding and surge protection should match the site design.
Configuration and migration support
Useful when replacing a legacy radio, preserving network behaviour or moving to a current platform.
Why businesses contact FourTeck
Legacy wireless sourcing can fail when a quotation is based on an informal product name alone. FourTeck focuses first on requirement clarification: exact model identification, power method, antenna, firmware generation, radio role, existing peer device and project objective. This reduces the chance of receiving hardware that looks correct but cannot be integrated.
Businesses also contact FourTeck for bill-of-material guidance, compatibility review, quotation coordination, installation planning and migration discussion. We separate confirmed product facts from configuration-dependent behaviour and explain where availability, condition or regional variation must be checked. Learn more about FourTeck or discuss the wider network requirement through the FourTeck UAE contact team.
Frequently asked questions
Is PicoStation 2 the same as PicoStation M2HP?
No. The names are often used loosely, but PicoStation 2, PicoStation 2HP and PicoStation M2HP belong to different versions. Confirm the product label before ordering.
Is the Ubiquiti PicoStation M2HP still a current product?
It is generally treated as a legacy or discontinued platform. Current availability and condition must be confirmed for each enquiry.
Can it be used as an outdoor access point?
The M2HP was designed for indoor or outdoor use and can operate in access-point roles, but client load, security, interference and lifecycle suitability should be reviewed.
Does it use standard PoE?
The documented M2HP power method is passive PoE. Do not assume compatibility with standards-based PoE switches. Verify voltage and pinout.
Which antenna is included?
The antenna is an external omnidirectional type, but gain and regional package can vary. The quotation should identify the supplied antenna.
Can an old configuration backup be restored?
Possibly, but restoration should only be attempted on a matching model and appropriate firmware. A clean, verified configuration is often safer.
Is it suitable for a new company Wi-Fi network?
Usually a current managed access point is a better starting point. The PicoStation is most compelling when exact legacy compatibility is required.
What information is needed for a quote?
Send the exact model label, quantity, condition preference, antenna, injector, destination, deployment role and required installation or configuration scope.
Can FourTeck help select a replacement?
Yes. FourTeck can compare the existing function with current outdoor access points or bridge radios and help define a practical migration path.
Send the PicoStation label for an accurate quotation
Share the model photo, required quantity, existing use and destination. FourTeck will help confirm whether a matching legacy unit or a current replacement is the better route.
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