Ubiquiti LAP-120 in Kenya – LiteAP AC 5 GHz 16 dBi 120° airMAX Access Point

The Ubiquiti LAP-120, also known as the airMAX LiteAP AC, is a lightweight outdoor 5 GHz sector access point designed primarily for point-to-multipoint (PtMP) wireless networks and long-range wireless broadband links. It integrates a 16 dBi directional sector antenna with a 120° coverage pattern, an airMAX AC radio and a Gigabit Ethernet interface into a compact outdoor unit. 

Unlike a normal UniFi Wi-Fi access point intended to provide Wi-Fi directly to phones and laptops, the LAP-120 belongs to Ubiquiti's UISP/airMAX wireless family. Its typical role is as a sector base station communicating with compatible airMAX subscriber/CPE radios installed at remote locations. Ubiquiti's documentation also supports long-range PtP operation, although its 120° sector antenna makes the product especially relevant to PtMP deployments. 

This makes the LAP-120 suitable for WISPs, estates, farms, schools, factories, CCTV networks, camps, hotels and other environments where one central location needs to distribute network connectivity wirelessly toward several remote sites within a broad sector.

Ubiquiti LAP-120 Key Features

Feature	Specification
Product Name	airMAX Lite AP
Model	LAP-120
Wireless Platform	airMAX AC
Frequency	5 GHz
Worldwide Frequency Range	5150–5875 MHz, subject to local regulation
Antenna Gain	16 dBi
Sector Coverage	120°
Published Throughput	Up to 450+ Mbps real TCP/IP
Ethernet Interface	1 × Gigabit RJ45
Power Method	24V passive PoE, 2-pair
Included PoE Adapter	24V, 0.5A Gigabit PoE
Supported Voltage	20–27V DC
Maximum Power Consumption	8W
Operating Modes	Access Point / Station
Outdoor Temperature	-40°C to 70°C
Wind Survivability	200 km/h
Management	airOS
Typical Application	PtMP sector AP / PtP wireless bridge

Ubiquiti's current technical page continues to list the LAP-120 in its airMAX 5 GHz portfolio. 

5 GHz airMAX AC Wireless

The LAP-120 operates in the 5 GHz band and supports Ubiquiti's proprietary:

airMAX AC

technology.

Ubiquiti's current specifications list worldwide radio support from 5150 to 5875 MHz, although the frequencies and transmit-power levels that can legally be used depend on the regulatory region. 

The device should therefore be configured for the correct country and regulatory requirements during professional installation.

16 dBi Integrated Sector Antenna

A major feature of the LAP-120 is its integrated:

16 dBi antenna

There is no need to purchase a separate sector antenna for a normal LAP-120 installation.

The radio and antenna are integrated into the same enclosure. 

This integrated architecture simplifies installation compared with a separate Rocket radio and external sector antenna combination.

120° Sector Coverage

The 120° sector pattern is central to understanding what the LAP-120 is designed to do.

Rather than concentrating its wireless signal into an extremely narrow beam, the LAP-120 covers a broad sector in front of the antenna.

A simplified view is:

             Remote CPE
                 |
       Remote CPE     Remote CPE
             \         /
              \       /
               \     /
                \   /
               LAP-120
              120° Sector
                   |
             Main Network

This allows one LAP-120 to communicate with multiple appropriately configured subscriber radios positioned within its coverage sector.

LAP-120 for Point-to-Multipoint Wireless

The LAP-120 is particularly useful as the access-point side of a:

Point-to-Multipoint (PtMP)

network.

A typical deployment could be:

                    CPE – Building A
                   /
                  /
Internet → LAP-120 —— CPE – Building B
                  \
                   \
                    CPE – Building C

The LAP-120 acts as the central sector AP, while compatible airMAX CPE devices are installed at the remote sites.

This architecture is widely useful where running fibre or Ethernet individually to each remote location would be difficult or expensive.

What Devices Can Connect to LAP-120?

A PtMP deployment typically pairs the LAP-120 with compatible airMAX subscriber/CPE radios.

Depending on the network design and compatibility requirements, the remote side may use devices from Ubiquiti's airMAX family.

The important distinction is that the LAP-120 is not intended to function like an ordinary Wi-Fi hotspot for phones and laptops.

Its purpose is wireless infrastructure.

For example:

LAP-120
   ↓ wireless
Remote airMAX CPE
   ↓ Ethernet
Network Switch
   ↓
UniFi Wi-Fi AP
   ↓
Phones / Laptops / Tablets

The remote airMAX radio provides the wireless backhaul, while a normal Wi-Fi access point provides client Wi-Fi.

LAP-120 Is Not a Normal UniFi Wi-Fi Access Point

This distinction is particularly important when purchasing the LAP-120.

The device should not be confused with products such as:

UniFi U6+

UniFi U6 Pro

UniFi U7 Pro

or:

UniFi AC Mesh.

Those products are designed to provide conventional Wi-Fi access to client devices.

The LAP-120 is an airMAX outdoor wireless infrastructure radio.

Ubiquiti's current specifications identify it as an airMAX device with Access Point and Station operating modes rather than a UniFi client Wi-Fi AP. 

Up to 450+ Mbps Real TCP/IP Throughput

Ubiquiti's LAP-120 datasheet states:

Up to 450+ Mbps real TCP/IP throughput

for the LiteAP AC platform.

This is more meaningful than simply quoting a wireless PHY link rate because Ubiquiti describes the figure as real TCP/IP throughput.

However, 450+ Mbps should still not be treated as guaranteed performance for every installation.

Actual throughput depends on factors including:

• distance

• channel width

• signal strength

• interference

• number of connected stations

• modulation

• frequency

• antenna alignment

• Fresnel-zone clearance

• configuration

• regulatory limits

• network traffic

A congested or poorly aligned deployment can perform significantly below the published maximum.

Gigabit Ethernet Port

The LAP-120 provides:

1 × 10/100/1000 Mbps RJ45 port

for network connectivity and power. 

Gigabit Ethernet avoids the 100 Mbps wired-port bottleneck found on some older outdoor wireless equipment.

The same Ethernet connection carries network data and passive PoE power to the radio.

24V Passive PoE

The LAP-120 uses:

24V Passive PoE

Ubiquiti specifies 2-pair passive powering using:

Pins 4,5 = positive

and:

Pins 7,8 = return. 

This is important because passive 24V PoE should not automatically be treated as interchangeable with IEEE 802.3af/at PoE.

Always check the output specification of a switch or injector before connecting it to the LAP-120.

Included 24V Gigabit PoE Adapter

Ubiquiti currently specifies an included:

24V, 0.5A Gigabit PoE adapter

with the LAP-120. 

A typical connection is:

Router / Switch
      |
      | Ethernet
      ↓
LAN Port – PoE Injector – PoE Port
                         |
                         | Outdoor Ethernet
                         ↓
                       LAP-120

The injector provides power to the outdoor radio while passing network traffic between the radio and the local network.

Supported Voltage Range

The current Ubiquiti technical specification lists:

20–27V DC

as the LAP-120's supported input range. 

The supplied 24V adapter falls within that range.

When using an alternative power source, both voltage and passive-PoE pinout must be compatible.

Maximum Power Consumption

The LAP-120 has a published maximum consumption of:

8W. 

Its relatively low power requirement can be useful for remote wireless sites, especially where power capacity is limited.

However, complete off-grid or solar-powered systems should be sized around the total site load—not simply the LAP-120's radio consumption.

airOS Management

The LAP-120 uses Ubiquiti's:

airOS

platform.

Ubiquiti's LiteAP documentation describes airOS v8 as the operating system for the airMAX AC platform. 

Supported functions listed in Ubiquiti's current technical documentation include:

Bridging

DHCP

Routing

SNMP

SSH

Ping Watchdog

Web server

Traffic shaping

and:

wireless distance adjustment. 

This gives network administrators considerably more control than a basic consumer wireless extender.

Access Point and Station Modes

Ubiquiti currently lists two operating modes:

Access Point

and:

Station. 

The normal PtMP application uses the LAP-120 as the sector access point.

Station mode provides additional deployment flexibility, although the integrated 120° antenna means the physical antenna characteristics should still be considered when choosing the device for a specific topology.

Long-Range Point-to-Point Mode

Although the LAP-120 is particularly suited to PtMP networks, Ubiquiti's datasheet also lists:

Long-Range Point-to-Point Link Mode. 

This means the radio can participate in PtP deployments.

However, the LAP-120 has a 120° sector antenna.

For a dedicated PtP connection where only two fixed locations need to communicate, a more directional product such as a PowerBeam, LiteBeam or NanoBeam may often be a more natural design choice.

PtP vs PtMP with LAP-120

Deployment	Architecture	LAP-120 Suitability
PtP	Site A ↔ Site B	Supported
PtMP	One AP → several remote sites	Primary strength
Client Wi-Fi	AP → phones/laptops	Not its intended role
WISP Sector	Base station → subscriber CPEs	Excellent use case

The 120° antenna is what makes the LAP-120 particularly useful for sector-based deployments.

Channel Width Options

Ubiquiti's current specification lists support for:

30 MHz

50 MHz

and:

60 MHz

channels among its airMAX-specific features.

The broader product datasheet additionally documents selectable channel widths depending on PtP/PtMP mode.

Channel width influences the balance between:

throughput

spectrum usage

noise tolerance

and:

frequency availability.

A wider channel is not automatically better in a congested RF environment.

Automatic Channel Selection

Ubiquiti's LiteAP AC documentation includes:

Automatic Channel Selection

as one of the airOS wireless features. 

However, professional WISP and business deployments may still benefit from careful spectrum planning rather than relying entirely on automatic configuration.

This is particularly important where several sectors or wireless links operate from the same tower.

airView Spectrum Analysis

The LiteAP AC documentation also includes Ubiquiti's:

airView Spectrum Analyzer

among its diagnostic capabilities. 

Spectrum analysis can help identify activity and interference within the relevant wireless band.

This can assist an installer when choosing a suitable operating channel.

QoS and Traffic Prioritization

Ubiquiti's current specifications list WMM packet classification with:

High

Medium

and:

Low

user-level priorities. 

The platform also supports traffic shaping with burst functionality.

These capabilities can help network operators manage subscriber or application traffic in appropriately designed networks.

Lightweight Outdoor Design

The LAP-120 measures approximately:

452.3 × 78.7 × 54.4 mm

and weighs only:

420 g

excluding the mount. 

Its narrow integrated design is substantially lighter than many conventional radio-plus-sector-antenna combinations.

This can simplify pole installations where reducing equipment weight and wind loading is beneficial.

Pole Mounting

The LAP-120 package includes a:

ball-joint mount

and:

metal strap

for installation. 

The ball-joint design provides adjustment flexibility when aiming the sector.

A correct installation should consider:

azimuth

tilt

coverage area

mounting height

and:

remote CPE locations.

The broad sector still needs to be aimed correctly toward the intended coverage zone.

Wind Survivability

Ubiquiti specifies:

200 km/h wind survivability

and:

77 N wind loading at 200 km/h. 

This rating concerns the device itself.

The pole, mast, brackets and supporting structure must also be appropriately designed for the installation environment.

Outdoor Operating Temperature

The LAP-120 has a specified operating temperature range of:

-40°C to 70°C

with operating humidity of:

5% to 95% non-condensing. 

This wide temperature range is intended for outdoor wireless infrastructure deployments.

ESD and Outdoor Network Protection

Ubiquiti's installation guide recommends:

shielded Category 5 or higher Ethernet cabling

for wired connections and specifies grounding through the AC ground of the PoE system.

Outdoor installations should also consider:

surge protection

proper grounding

weather-resistant cable

UV resistance

and:

correct cable entry practices.

The PoE adapter alone should not be treated as a complete lightning-protection system.

Ubiquiti LAP-120 for WISPs

One of the clearest applications for the LAP-120 is a:

Wireless Internet Service Provider

A WISP can install the LAP-120 on a tower or rooftop and serve several customers within its sector.

For example:

                    Customer 1
                       /
                      /
                     /
Internet → Router → LAP-120 —— Customer 2
                     \
                      \
                       \
                    Customer 3

Each customer uses an appropriately selected compatible CPE radio pointed toward the LAP-120.

The customer's indoor router or Wi-Fi access point then distributes connectivity locally.

LAP-120 for Estates and Compounds

The same PtMP concept can be applied to a large compound.

For example:

                    Gatehouse
                       /
Main Office → LAP-120 —— Warehouse
                       \
                        \
                       Staff House

Instead of running separate fibre cables to every location, the central sector can provide wireless backhaul to multiple remote buildings.

Whether this is preferable to fibre depends on distance, line of sight, capacity requirements and long-term infrastructure plans.

LAP-120 for Farms

Large farms can have structures spread across a wide area.

A LAP-120 sector could potentially serve appropriately positioned remote CPEs at:

farm offices

stores

gatehouses

CCTV locations

staff housing

and other buildings.

The 120° sector pattern is especially useful where several locations are distributed across the same general direction from the base station.

LAP-120 for Schools and Campuses

A school or institutional campus could use the LAP-120 to distribute connectivity from a central building to several remote blocks.

For example:

                  Classroom Block
                       /
                      /
Admin → LAP-120 —— Library
                      \
                       \
                     Gatehouse

Each remote building can then use a switch and conventional Wi-Fi access points to distribute connectivity internally.

LAP-120 for CCTV Backhaul

The LAP-120 can also form part of a PtMP surveillance network.

For example:

Remote CCTV Site A → CPE \
Remote CCTV Site B → CPE  \ 
                           LAP-120 → Main Network → NVR
Remote CCTV Site C → CPE  /
Remote CCTV Site D → CPE /

This can be useful where several camera clusters are spread across a large compound.

The wireless network should be designed around the aggregate CCTV bitrate, not merely the number of cameras.

LAP-120 for Hotels and Resorts

Hotels, lodges and resorts may have:

cottages

gatehouses

conference areas

staff quarters

restaurants

and other buildings separated from the main network.

A PtMP architecture can provide backhaul to several of these locations without trenching a separate cable to each one.

A dedicated Wi-Fi AP can then provide guest or staff Wi-Fi at each remote location.

LAP-120 for Construction Sites

The LAP-120 can also be useful for temporary or semi-permanent networks where several areas need connectivity from one central site.

Examples include:

site offices

security gates

stores

CCTV towers

and:

temporary work areas.

Wireless infrastructure can be easier to relocate as the construction project changes.

Using Ubiquiti LAP-120 with Starlink

The LAP-120 can be used downstream of a Starlink connection.

For example:

Starlink
   ↓
Router
   ↓
Network Switch
   ↓
LAP-120
   ↓ ↓ ↓ Wireless PtMP
CPE A   CPE B   CPE C
 ↓       ↓       ↓
Remote Networks

The LAP-120 does not increase Starlink's internet bandwidth.

It distributes the available network connection wirelessly to remote locations.

Using LAP-120 with Fibre Internet

A fibre network could use:

Fibre ONT
   ↓
Router / Firewall
   ↓
Switch
   ↓
LAP-120
   ↓
Remote airMAX CPEs

The LAP-120 is independent of the upstream internet technology.

It can therefore form part of networks using fibre, Starlink, fixed wireless or another WAN service.

Using LAP-120 with MikroTik

The main router can also be MikroTik.

For example:

Internet
   ↓
MikroTik Router
   ↓
Switch
   ↓
LAP-120
   ↓
airMAX CPEs

MikroTik handles routing and firewall functions while the LAP-120 provides the wireless airMAX sector.

VLANs and other network settings should be configured consistently across the complete infrastructure.

Using LAP-120 with TP-Link

The same applies to TP-Link equipment.

A remote site could use:

LAP-120
   ↓ Wireless
airMAX CPE
   ↓
TP-Link Switch
   ↓
TP-Link Access Points

The entire network does not need to come from one manufacturer.

The important considerations are Ethernet compatibility, network configuration and the wireless compatibility of the airMAX link itself.

LAP-120 vs LiteBeam 5AC

The LAP-120 and LiteBeam 5AC serve different antenna roles.

Feature	LAP-120	LiteBeam 5AC Gen2
Frequency	5 GHz	5 GHz
Wireless Platform	airMAX AC	airMAX AC
Antenna Gain	16 dBi	23 dBi
Antenna Type	120° Sector	Directional
Ethernet	1 × GbE	1 × GbE
PoE	24V Passive	24V Passive
Main Role	PtMP Base Station	CPE / PtP
Published Throughput	450+ Mbps	450+ Mbps

The LAP-120 spreads coverage across a broad sector.

The LiteBeam concentrates its antenna energy much more directionally.

For this reason, the two can serve complementary roles in a PtMP architecture. Ubiquiti lists both within its current airMAX 5 GHz portfolio.

LAP-120 vs PowerBeam 5AC

A PowerBeam uses an integrated dish reflector and is strongly directional.

The LAP-120 uses a broad:

120° sector antenna.

Therefore:

LAP-120 → useful for covering several remote sites within a sector

while:

PowerBeam → useful where energy should be focused toward one particular direction/site.

The correct device depends on the topology rather than one simply being "better" than the other.

LAP-120 vs LAP-GPS

Ubiquiti also offers the:

LAP-GPS

which should not be confused with the standard LAP-120.

Feature	LAP-120	LAP-GPS
Frequency	5 GHz	5 GHz
Antenna Gain	16 dBi	17 dBi
Ethernet	1 × GbE	1 × GbE
GPS	No	Yes
PoE	24V passive	24V passive
Max Consumption	8W	7.1W
Weight	420g	752g

The major distinction is the LAP-GPS's integrated GPS capability. Ubiquiti describes GPS synchronization as useful when co-located LAP-GPS sectors need better frequency reuse and network stability. 

LAP-120 vs Ordinary Wi-Fi Access Point

Feature	LAP-120	Normal UniFi Wi-Fi AP
Main purpose	Wireless backhaul / PtMP	Client Wi-Fi
Phones/laptops	Not intended	Yes
airMAX	Yes	No
UniFi Network	No	Yes
airOS	Yes	No
Directional sector	120°	Usually broad local coverage
Remote CPE architecture	Yes	Not primary purpose
WISP deployment	Yes	Not primary role

This distinction is essential when selecting equipment.

Advantages of Ubiquiti LAP-120

The 120° integrated sector antenna is one of the LAP-120's biggest advantages. A WISP or private network can cover several remote locations from one sector without purchasing a separate radio and sector antenna.

Its lightweight 420 g design also reduces the physical burden on poles and mounting structures compared with larger radio/antenna combinations. 

The Gigabit Ethernet interface and published 450+ Mbps TCP/IP throughput also make it significantly more capable than older Fast Ethernet wireless equipment where the wired interface itself can become the bottleneck. 

Limitations of Ubiquiti LAP-120

The LAP-120 is a specialized wireless infrastructure device. Someone looking simply to provide Wi-Fi to phones and laptops around an office should generally be considering a conventional Wi-Fi access point instead.

Its broad 120° sector is also not necessarily ideal for a dedicated PtP link. Where all wireless energy needs to be focused toward one remote location, a narrower directional radio may be more appropriate.

Finally, the LAP-120 uses 5 GHz wireless spectrum, so interference, line of sight, Fresnel-zone clearance and local regulatory limits can materially affect performance.

Line of Sight for LAP-120

Remote subscriber radios should have a suitable path toward the LAP-120.

Obstacles such as:

buildings

trees

hills

water tanks

and:

other structures

can degrade the radio path.

For longer-distance installations, Fresnel-zone clearance should also be considered rather than relying only on visual line of sight.

LAP-120 Installation Planning

Before installation, determine:

• central LAP-120 mounting location

• locations of remote CPEs

• distance to each remote site

• azimuth of each site

• whether all clients fit inside the intended sector

• antenna height

• line of sight

• Fresnel-zone clearance

• RF interference

• required aggregate throughput

• outdoor cable routes

• power availability

• grounding and surge protection

A PtMP sector should be designed as a system rather than installing the access point first and deciding where customers will connect later.

Ubiquiti LAP-120 Price in Kenya

The price of the LAP-120 in Kenya can vary according to stock availability, supplier source, exchange rates, warranty arrangements and shipping costs.

A complete deployment may also require:

subscriber CPE radios

outdoor Ethernet cable

surge protection

mounting poles

network switches

routers

and:

professional installation/alignment.

Contact Orbitlink Solutions for the current Ubiquiti LAP-120 price and stock availability in Kenya.

Why Buy Ubiquiti LAP-120 from Orbitlink Solutions?

Selecting a sector access point requires more than choosing the antenna with the widest coverage. The LAP-120's 120° pattern needs to match the actual geographic distribution of the remote sites. Where clients are spread in different directions, several sectors or a different network design may be required.

Capacity planning is equally important. The published 450+ Mbps TCP/IP throughput describes the platform's potential, not a guaranteed bandwidth allocation for every subscriber. The central sector's capacity is shared across the wireless network and actual performance depends on RF conditions and configuration.

Orbitlink Solutions can help customers match the LAP-120 with suitable airMAX CPEs, routers, switches, outdoor Ethernet cabling, PoE equipment and other networking components for WISP, CCTV, campus, farm, hotel, warehouse and building-to-building wireless deployments.

Watch the Ubiquiti LAP-120 Video

The LAP-120 is particularly valuable when one central site needs to communicate with several remote locations located within the same general direction. Its 120° integrated sector differentiates it from highly directional radios such as LiteBeam and PowerBeam products. Instead of dedicating the radio to one narrow path, a properly planned LAP-120 installation can serve multiple compatible stations across a broader sector.

The product should therefore be viewed as wireless infrastructure rather than ordinary outdoor Wi-Fi. In a typical deployment, a subscriber radio receives the airMAX link at each remote site and converts it back to Ethernet. A conventional access point can then be installed behind that radio when phones, laptops and tablets need Wi-Fi at the remote location.

The quality of the overall network will depend heavily on installation design. Antenna height, sector orientation, subscriber locations, line of sight, Fresnel clearance, frequency planning and interference all affect real-world performance. For a business or WISP deployment, these factors should be assessed before deciding how many subscribers or remote sites a single sector should serve.

Frequently Asked Questions About Ubiquiti LAP-120

What is the Ubiquiti LAP-120?

The LAP-120 is a 5 GHz airMAX AC outdoor sector access point with an integrated 16 dBi, 120° antenna. 

Is LAP-120 a UniFi access point?

No. It belongs to Ubiquiti's UISP/airMAX wireless family rather than the UniFi Wi-Fi family. 

Can phones connect directly to LAP-120?

It is not intended to operate as a conventional client Wi-Fi AP for phones and laptops. Its normal role is wireless infrastructure communicating with compatible airMAX equipment.

What frequency does LAP-120 use?

It operates in the 5 GHz band.

What is the antenna gain?

The integrated antenna provides 16 dBi gain. 

What is the coverage angle?

The LAP-120 uses a 120° sector antenna. 

What is the maximum throughput?

Ubiquiti publishes up to 450+ Mbps real TCP/IP throughput for the LiteAP AC platform. Real-world performance varies. 

Does LAP-120 have Gigabit Ethernet?

Yes. It has one Gigabit RJ45 interface.

What PoE does LAP-120 use?

It uses 2-pair passive PoE, normally supplied at 24V. 

Does it include a PoE adapter?

Yes. Ubiquiti specifies an included 24V, 0.5A Gigabit PoE adapter. 

What is its maximum power consumption?

Approximately 8W. 

Can LAP-120 be used for point-to-multipoint?

Yes. This is one of its primary applications.

Can LAP-120 be used for point-to-point?

Yes. Ubiquiti's LiteAP AC documentation includes a long-range PtP link mode. 

Is LAP-120 good for WISPs?

Yes. Its airMAX AC platform and 120° sector antenna make it particularly relevant to WISP PtMP networks.

Can I use LAP-120 for CCTV?

Yes. It can form part of a wireless backhaul network connecting remote CCTV sites to a central network.

Can I use LAP-120 with Starlink?

Yes. It can distribute the network downstream of a Starlink connection to remote airMAX stations. It does not increase Starlink's available bandwidth.

Can LAP-120 work with MikroTik?

Yes, on the wired network side. A MikroTik router can handle routing while the LAP-120 provides the airMAX wireless sector.

Can LAP-120 work with TP-Link?

Yes, Ethernet equipment from TP-Link can be used elsewhere in the network. Wireless airMAX compatibility should be assessed separately.

What is the difference between LAP-120 and LAP-GPS?

The standard LAP-120 has a 16 dBi sector antenna and no integrated GPS synchronization. The LAP-GPS has a 17 dBi antenna and integrated GPS functionality. 

Is LAP-120 weather resistant?

It is designed for outdoor operation, with a published operating range of -40°C to 70°C and wind survivability of 200 km/h. Installation still needs appropriate outdoor cabling, grounding and mounting. 

How many clients can LAP-120 support?

Ubiquiti's current technical page does not provide a simple guaranteed subscriber-count figure. Practical capacity depends on traffic demand, RF conditions, channel width, signal quality and service design.

How far can LAP-120 reach?

There is no single guaranteed distance appropriate for every installation. Range depends on the remote CPE, line of sight, Fresnel clearance, antenna height, frequency configuration, interference, regulatory power limits and desired throughput.

What is the Ubiquiti LAP-120 price in Kenya?

Contact Orbitlink Solutions for the current exact-model price and stock availability.

Buy Ubiquiti LAP-120 in Kenya

The Ubiquiti LAP-120 LiteAP AC is a specialized outdoor wireless solution for users who need a broad 120° airMAX sector rather than ordinary client Wi-Fi. Its 5 GHz airMAX AC platform, 16 dBi integrated antenna, Gigabit Ethernet interface, 24V passive PoE and published 450+ Mbps TCP/IP throughput make it suitable for WISPs and private PtMP networks. 

For the best results, the LAP-120 should be selected together with suitable subscriber radios and a proper wireless design. Coverage direction, distance, line of sight, Fresnel clearance, interference and aggregate bandwidth requirements all matter when designing a reliable sector.

Contact Orbitlink Solutions

Orbitlink Solutions
Lyric House, 7th Floor, Room S9, Kimathi Street, Nairobi
Call / Text / WhatsApp: +254 743 720 551
Email: info@orbitlinksolutions.co.ke
Alternative Email: orbitlinksolutions@gmail.com
Opening Hours: Monday–Saturday, 9:00 AM–6:00 PM
Availability: Nairobi pickup and nationwide delivery

 

Contact Orbitlink Solutions for the current Ubiquiti LAP-120 price in Kenya, stock availability and assistance selecting compatible airMAX CPEs, PoE equipment, outdoor cabling, switches, routers and other wireless networking equipment.