Ubiquiti LBE-M5-23 in Kenya – airMAX LiteBeam M5 23 dBi Outdoor Wireless CPE & Bridge

The Ubiquiti LBE-M5-23, officially known as the airMAX LiteBeam M5, is a lightweight outdoor 5 GHz directional wireless bridge and CPE designed for point-to-point (PtP), point-to-multipoint (PtMP), WISP subscriber and remote network connections. Ubiquiti currently describes the exact model as a compact outdoor 5 GHz bridge with an integrated 23 dBi directional antenna. 

The LBE-M5-23 belongs to Ubiquiti's airMAX M generation. Its current specifications include a 23 dBi antenna, one 10/100 Mbps Ethernet port, 25 dBm maximum output power, 24V passive PoE adapter and 22–27V supported input range. It is therefore important not to confuse the LBE-M5-23 with the newer LBE-5AC-GEN2, which uses airMAX AC and Gigabit Ethernet. 

Ubiquiti positions the LiteBeam M5 for fixed outdoor wireless connections, with official product imagery indicating 15+ km link-range positioning and up to 100 Mbps throughput. Those figures are not guarantees for every installation: actual distance and throughput depend on line of sight, Fresnel-zone clearance, interference, alignment, the opposite radio and regulatory settings.

Ubiquiti LBE-M5-23 Key Features

Feature	Specification
Product Name	airMAX LiteBeam M5
Model	LBE-M5-23
Wireless Family	airMAX M
Primary Frequency	5 GHz
Worldwide Frequency Range	5150–5875 MHz, subject to regulation
Antenna Gain	23 dBi
Maximum Output Power	25 dBm
Network Interface	1 × 10/100 Mbps RJ45
Throughput Positioning	Up to approximately 100 Mbps
Link-Range Positioning	15+ km, installation dependent
Power Method	2-pair passive PoE
Included Power Supply	24V, 0.2A PoE adapter
Supported Voltage	22–27V DC
Maximum Power Consumption	7W in current specification
Dimensions	362 × 267 × 184 mm
Weight	750 g
Mounting	Pole mount included
Operating Temperature	-40°C to 70°C
Operating Humidity	5–95% non-condensing
Typical Applications	PtP bridge, PtMP CPE, WISP subscriber, CCTV backhaul

Ubiquiti's current exact-model specifications confirm the physical dimensions, Fast Ethernet interface, passive-PoE requirements, antenna gain and output power. 

5 GHz airMAX Wireless Technology

The Ubiquiti LBE-M5-23 operates on the 5 GHz wireless band.

Ubiquiti's current worldwide specification lists:

5150–5875 MHz

although the frequencies actually available to the installer depend on country and regulatory settings. 

The LBE-M5-23 is therefore intended for fixed outdoor wireless infrastructure rather than general-purpose indoor Wi-Fi.

Its directional antenna concentrates wireless energy toward another fixed radio.

23 dBi High-Gain Directional Antenna

One of the defining features of the LBE-M5-23 is its integrated:

23 dBi antenna

Ubiquiti confirms this antenna gain in both its current technical specification and LiteBeam datasheet.

The directional antenna makes the LiteBeam particularly suitable for connecting fixed locations.

For example:

Building A                              Building B

Router                                    Switch
  │                                         │
LBE-M5-23  )))))))))) 5 GHz (((((((((  LBE-M5-23

Unlike an omnidirectional access point, the LiteBeam is designed to focus its RF energy toward a particular remote location.

Ubiquiti LBE-M5-23 for Point-to-Point Wireless

A pair of appropriately configured compatible radios can create a point-to-point wireless bridge.

A typical installation could look like:

MAIN BUILDING

Internet
   │
Router
   │
Switch
   │
LBE-M5-23
   │
   │       5 GHz Wireless Bridge
   │
LBE-M5-23
   │
Switch
   ├── Wi-Fi Access Point
   ├── Computers
   ├── CCTV
   └── Printers

REMOTE BUILDING

The bridge effectively transports Ethernet traffic between the two locations without requiring a continuous physical network cable between them.

This can be useful where trenching fibre or Ethernet would be expensive, disruptive or impractical.

LBE-M5-23 for Point-to-Multipoint Networks

The LiteBeam can also serve as a directional subscriber/CPE radio in an appropriately compatible point-to-multipoint network.

Conceptually:

                        LBE-M5-23
                            /
                           /
                          /
Central airMAX AP -------- LBE-M5-23
                          \
                           \
                            \
                        LBE-M5-23

The central access point covers an area while each LiteBeam is aimed back toward the base station.

This architecture is commonly relevant to:

• Wireless Internet Service Providers

• farms

• schools

• estates

• CCTV networks

• industrial compounds

• remote offices

• lodges and hotels

LBE-M5-23 as a WISP Subscriber CPE

The LBE-M5-23 is particularly useful as the outdoor radio at a customer's premises.

A typical arrangement is:

WISP Base Station
        │
        │
   5 GHz airMAX
        │
        ▼
    LBE-M5-23
        │
    PoE Injector
        │
   Customer Router
        │
   ┌────┴─────┐
 Wi-Fi      Ethernet

The LiteBeam handles the outdoor fixed-wireless connection.

The customer's router or access point handles normal Wi-Fi for phones, computers, TVs and other devices.

Up to 100 Mbps Throughput

Ubiquiti's official product imagery positions the LBE-M5-23 at:

Up to 100 Mbps throughput.

This is a crucial specification when comparing the product with newer airMAX AC equipment.

The LiteBeam M5 also has:

1 × 10/100 Mbps Ethernet port. 

Therefore, this product should not be advertised as a 450+ Mbps LiteBeam.

The 450+ Mbps performance class belongs to newer products such as the LBE-5AC-GEN2.

10/100 Mbps Fast Ethernet Port

The LBE-M5-23 has:

1 × 10/100 MbE RJ45

according to Ubiquiti's current specification. 

This means the wired connection is Fast Ethernet rather than Gigabit Ethernet.

That is an important purchasing consideration.

If a customer has:

50 Mbps internet

the interface may be perfectly adequate.

If a customer wants to transport:

200 Mbps, 300 Mbps or more

between buildings, the LBE-M5-23's 100 Mbps Ethernet interface becomes a bottleneck.

Does LBE-M5-23 Have Gigabit Ethernet?

No.

The exact Ubiquiti specification lists a single:

10/100 MbE RJ45 port. 

Customers who require higher throughput should consider a Gigabit-equipped airMAX AC product such as the LBE-5AC-GEN2 or another suitable model.

This is especially important when extending modern fibre or Starlink connections that can exceed 100 Mbps.

24V Passive PoE

The LBE-M5-23 uses:

2-pair passive PoE

with:

Pins 4,5 = positive

and:

Pins 7,8 = return. 

Ubiquiti's current specification lists a supported voltage range of:

22–27V DC

and an included:

24V, 0.2A PoE adapter. 

This allows one Ethernet cable to carry both network connectivity and power to the outdoor radio.

Passive PoE Compatibility

The LBE-M5-23's passive PoE should not automatically be treated as interchangeable with IEEE:

802.3af PoE

802.3at PoE+

or:

802.3bt PoE++.

Before connecting the LiteBeam to a PoE switch or alternative injector, check:

• voltage

• polarity

• pinout

• power method

• device compatibility

The included Ubiquiti adapter is the straightforward power option for a standard installation.

Typical PoE Installation

Router / Network Switch
          │
          │ Ethernet
          ▼
     ┌─────────────┐
     │ PoE Injector│
     └─────────────┘
          │
          │ 24V Passive PoE
          │
          ▼
      LBE-M5-23

The injector can remain indoors while an outdoor-rated Ethernet cable runs to the LiteBeam.

7W Maximum Power Consumption

Ubiquiti's current LBE-M5-23 technical specification states:

7W maximum power consumption. 

There is an important documentation difference worth noting.

An older Ubiquiti LiteBeam datasheet lists 4W, whereas Ubiquiti's current exact-model technical page lists 7W. 

For current product planning, the 7W current specification is the more conservative figure. For an older unit already in service, installers can verify the exact hardware revision and documentation associated with that unit.

25 dBm Maximum Output Power

The current Ubiquiti specification lists:

25 dBm total output power. 

This represents hardware capability, not necessarily the legal or desirable configuration for every deployment.

Actual operating power depends on factors including:

country regulations

selected frequency

antenna gain

and:

permitted EIRP.

Higher transmit power is also not a substitute for correct antenna alignment and clean spectrum.

15+ km Link-Range Positioning

Ubiquiti's product imagery identifies the LiteBeam M5 with:

15+ km link range.

This should not be interpreted as a guaranteed 15 km connection in every environment.

Distance depends heavily on:

• the radio at the opposite end

• line of sight

• Fresnel-zone clearance

• antenna height

• interference

• channel width

• frequency

• regulatory limits

• alignment

• desired throughput

A properly engineered long-distance link can perform well, while even a much shorter link can perform poorly when trees, buildings or terrain obstruct the RF path.

Line of Sight

For reliable fixed-wireless performance, the two sites should ideally have clear line of sight.

Good path

LBE-M5-23 --------------------------- LBE-M5-23
                CLEAR

Obstructed path

LBE-M5-23 -------- TREES ------------ LBE-M5-23
                    ▲
               Obstruction

Trees can be particularly problematic because foliage contains water and can significantly affect 5 GHz signals.

Fresnel-Zone Clearance

A professional wireless link should consider more than visual line of sight.

The RF path has a surrounding region known as the:

Fresnel zone

Conceptually:

               Fresnel Zone
           /----------------\
          /                  \
LBE-M5-23 -------------------- LBE-M5-23
          \                  /
           \----------------/

Terrain, trees, rooftops and other structures entering this zone can degrade signal quality.

For longer links, appropriate mounting height can therefore make a major difference.

Antenna Alignment

Because the LBE-M5-23 has a high-gain directional antenna, accurate alignment is important.

Poor alignment can lead to:

lower received signal

reduced modulation

packet loss

lower throughput

and:

unstable connections.

Both ends of a PtP link should therefore be aligned carefully.

Ubiquiti's installation documentation provides adjustment procedures for aiming the LiteBeam.

Pole-Mount Installation

The current LBE-M5-23 measures:

362 × 267 × 184 mm

and weighs approximately:

750 g. 

Ubiquiti includes a pole mount with the device.

Its lightweight construction makes the LiteBeam practical for installation on:

masts

poles

rooftop structures

and:

wireless towers.

The supporting structure should still be rigid enough to maintain alignment during wind.

Wall Mounting Option

Ubiquiti's installation documentation also shows that the LiteBeam can be wall mounted using the optional:

NBE-WMK wall-mount kit

which is sold separately.

This can be useful where a pole installation is not practical.

The mounting surface should be structurally stable and provide an unobstructed RF path toward the remote radio.

Outdoor Environmental Rating

The current technical specification lists an operating temperature of:

-40°C to 70°C

with:

5–95% non-condensing humidity. 

Ubiquiti also specifies ±24 kV air/contact ESD/EMP protection on current regional product documentation. 

For outdoor installations, this built-in protection should still be supplemented by good installation practices.

Outdoor Cabling and Surge Protection

A professional installation should consider:

outdoor-rated Ethernet cable

shielding where appropriate

proper grounding

Ethernet surge protection

and:

safe cable entry into the building.

The radio's built-in protection should not be treated as a complete lightning-protection system.

This becomes especially important on exposed rooftops, towers, poles and rural sites.

LBE-M5-23 for Building-to-Building Internet

A common application is sharing a network between two buildings.

BUILDING A

Internet
   │
Router
   │
LBE-M5-23
   │
   │ 5 GHz Wireless
   │
LBE-M5-23
   │
Switch
   ├── Wi-Fi AP
   ├── CCTV
   └── Computers

BUILDING B

The remote building can use the main site's network without trenching a cable between the buildings.

LBE-M5-23 for CCTV Backhaul

The LiteBeam can also transport IP-camera traffic.

REMOTE CCTV SITE

IP Cameras
    │
PoE Switch
    │
LBE-M5-23
    │
    │ Wireless Bridge
    │
LBE-M5-23
    │
Main Network
    │
   NVR

However, remember that the radio has a 100 Mbps Ethernet interface. 

The combined bitrate of all cameras and other traffic should therefore be calculated before deployment.

LBE-M5-23 for Farms

The LiteBeam can be used to extend networking to remote farm facilities such as:

offices

stores

gatehouses

staff quarters

workshops

CCTV locations

and:

remote equipment areas.

Where several locations need connectivity, a PtMP network may be more efficient than installing a separate PtP pair for every building.

LBE-M5-23 for Schools and Campuses

Potential school and campus applications include connecting:

administration blocks

libraries

laboratories

dormitories

classroom blocks

and:

security gates.

At each remote building, Ethernet can feed a network switch and conventional Wi-Fi access points.

LBE-M5-23 for Warehouses

The LiteBeam can bridge networks between warehouses separated by:

roads

yards

parking areas

or:

open land.

The wireless connection can carry traffic for:

internet

inventory systems

CCTV

printers

and:

general LAN access.

LBE-M5-23 for Hotels and Lodges

Hotels, lodges and resorts can use directional wireless backhaul between:

main buildings

cottages

restaurants

conference areas

gatehouses

and:

staff facilities.

The LiteBeam carries the backhaul connection.

A separate Wi-Fi access point provides local wireless coverage to users at the remote location.

Using LBE-M5-23 with Starlink

The LBE-M5-23 can extend a network downstream of Starlink:

Starlink
   │
Router
   │
LBE-M5-23
   │
   │ Wireless Bridge
   │
LBE-M5-23
   │
Switch
   │
Remote Wi-Fi

However, its 10/100 Mbps Ethernet port means it can become a bottleneck if the Starlink connection is delivering speeds substantially above 100 Mbps. 

For a higher-throughput Starlink extension, a Gigabit-equipped wireless bridge may be more appropriate.

Using LBE-M5-23 with Fibre

The same principle applies to fibre:

Fibre ONT
    │
Router
    │
LBE-M5-23
    │
5 GHz Link
    │
LBE-M5-23
    │
Remote LAN

A 50 Mbps fibre connection may fit comfortably within the radio's wired-interface class.

A 200 Mbps or 500 Mbps connection cannot be transported at full speed through a 100 Mbps Ethernet port.

Using LBE-M5-23 with MikroTik

A MikroTik router can provide:

routing

firewalling

DHCP

bandwidth management

and other network functions while the LiteBeam handles the outdoor wireless link.

For example:

Internet
   │
MikroTik Router
   │
Switch
   │
LBE-M5-23
   │
Wireless Bridge

The router does not need to be manufactured by Ubiquiti.

Using LBE-M5-23 with TP-Link

TP-Link equipment can similarly be used downstream:

LBE-M5-23
    │
TP-Link Switch
    │
 ┌──┴──────────────┐
Omada AP          CCTV

The Ethernet side is standards-based.

Compatibility between the outdoor radios forming the wireless link should be assessed separately.

LBE-M5-23 vs LBE-5AC-GEN2

This is the most important comparison for many buyers.

Feature	LBE-M5-23	LBE-5AC-GEN2
Wireless Generation	airMAX M	airMAX AC
Frequency	5 GHz	5 GHz
Antenna Gain	23 dBi	23 dBi
Ethernet	10/100 Mbps	Gigabit Ethernet
Throughput Class	Up to ~100 Mbps	450+ Mbps class
Passive PoE	Yes	Yes
Main Role	CPE / PtP	CPE / higher-capacity PtP
Best Fit	Lower-bandwidth links	Higher-bandwidth links

Ubiquiti continues to list LBE-M5-23 and LBE-5AC-GEN2 as separate models in its wireless catalogue. 

For customers buying equipment for a new high-speed connection, this distinction matters considerably.

LBE-M5-23 vs NanoStation M5

Both devices belong to Ubiquiti's older airMAX M generation, but their antenna and physical designs differ.

The LiteBeam M5 emphasizes:

23 dBi directional gain

lightweight construction

and:

focused long-range CPE/bridge applications.

The NanoStation M5 uses a different integrated panel-style architecture.

The right choice depends on the link requirement rather than product name alone.

LBE-M5-23 vs PowerBeam M5

Ubiquiti also continues to list PowerBeam M5 models alongside LiteBeam M5 in its current UISP wireless catalogue.

The PowerBeam family uses a larger dish-style directional architecture.

The LiteBeam emphasizes:

low weight

simple installation

23 dBi antenna gain

and:

cost-effective fixed wireless connectivity.

For difficult long-distance links, a proper link-budget calculation should determine the required antenna and radio.

LBE-M5-23 vs Fibre Optic Cable

Factor	LBE-M5-23 Wireless	Fibre
Trenching	Usually unnecessary	Often required
Deployment	Potentially quick	Civil work may be needed
Capacity	Limited	Very high
RF interference	Possible	None
Line of sight	Important	Not required
Cable between sites	No	Yes
Relocation	Relatively easy	More difficult
Long-term scalability	Limited	Excellent

The LBE-M5-23 can be very practical for a modest-bandwidth link.

For permanent high-capacity infrastructure, fibre offers substantially greater scalability.

Advantages of Ubiquiti LBE-M5-23

The LiteBeam M5 combines a 23 dBi directional antenna, compact outdoor construction and passive PoE, making it a practical fixed-wireless device for lower-bandwidth links. Its 750 g weight and included pole mount also simplify many CPE installations. 

Its directional antenna provides much more focused wireless connectivity than a normal omnidirectional Wi-Fi router, making it useful for building links, subscriber connections and CCTV backhaul.

Ubiquiti also continues to list the LBE-M5-23 in its current UISP wireless catalogue, which is useful for networks maintaining or expanding existing airMAX M infrastructure. 

Limitations of Ubiquiti LBE-M5-23

The biggest limitation is its:

10/100 Mbps Ethernet interface.

This means it is not the ideal choice when a new link needs several hundred megabits of throughput. 

It also belongs to an older airMAX M generation. For new higher-capacity deployments, newer airMAX AC equipment should be compared before purchase.

Finally, the 15+ km product positioning does not eliminate normal RF engineering requirements. Long-distance links still depend on line of sight, Fresnel clearance, alignment, interference and regulatory limits.

Who Should Buy the Ubiquiti LBE-M5-23?

The LBE-M5-23 is particularly suitable for:

• WISP subscriber installations

• existing airMAX M networks

• building-to-building bridges

• CCTV backhaul

• farm network extensions

• schools and campuses

• remote offices

• warehouses

• hotels and lodges

• construction sites

• lower-bandwidth Starlink extensions

• lower-bandwidth fibre extensions

For a new network requiring more than 100 Mbps, consider a Gigabit-equipped airMAX model instead.

Ubiquiti LBE-M5-23 Price in Kenya

The price of the Ubiquiti LBE-M5-23 in Kenya can vary according to availability, supplier source, exchange rates and warranty arrangements.

A complete installation may also require outdoor Ethernet cable, surge protection, a second compatible radio or base station, routers, switches, mounting hardware and professional alignment.

Contact Orbitlink Solutions for current price and stock availability.

---

Why Buy Ubiquiti LBE-M5-23 from Orbitlink Solutions?

The correct outdoor wireless radio should be selected according to the required throughput, distance, line of sight and equipment at the opposite end. For an existing airMAX M deployment or a link where Fast Ethernet-class capacity is sufficient, the LBE-M5-23 can remain a practical solution.

For a new link carrying a modern high-speed fibre or Starlink connection, the 100 Mbps Ethernet interface should be considered before purchasing. A newer airMAX AC model may provide more room for future bandwidth requirements.

Orbitlink Solutions can also help match the LBE-M5-23 with suitable PoE equipment, outdoor Ethernet cabling, routers, switches, surge protection and wireless access points.

Watch the Ubiquiti LBE-M5-23 Video

The LBE-M5-23 is best viewed as a cost-effective directional outdoor bridge or subscriber radio rather than a high-speed modern Wi-Fi access point. Its 23 dBi antenna concentrates the connection toward another fixed wireless site, while Ethernet at the destination can feed a conventional router, switch or access point. The separation between backhaul and local Wi-Fi is important when designing a complete network.

For point-to-point installations, equipment selection is only one part of achieving a reliable link. Antenna height, accurate alignment, Fresnel clearance, channel selection, interference levels and the characteristics of the remote radio all affect performance. A professionally aligned LiteBeam can therefore outperform a more expensive radio installed on a poor RF path.

The 100 Mbps Ethernet interface is the key capacity consideration. It can be entirely adequate for many CCTV, WISP, school, farm and remote-building applications, but it should not be selected for a new 200–500 Mbps bridge with the expectation that it will deliver the full WAN speed. For those applications, moving to Gigabit-equipped airMAX AC equipment is generally the more appropriate architecture. 

Frequently Asked Questions About Ubiquiti LBE-M5-23

What is Ubiquiti LBE-M5-23?

The LBE-M5-23 is a 5 GHz airMAX outdoor directional wireless bridge/CPE with a 23 dBi integrated antenna. 

Is LBE-M5-23 the same as LiteBeam M5?

Yes. Ubiquiti's current official product name is airMAX LiteBeam M5, model LBE-M5-23. 

What frequency does LBE-M5-23 use?

It operates on 5 GHz, with Ubiquiti listing worldwide hardware support from 5150–5875 MHz subject to local regulations. 

What is the antenna gain?

The integrated directional antenna has 23 dBi gain. 

Does LBE-M5-23 have Gigabit Ethernet?

No. It has one 10/100 Mbps Ethernet port. 

What is the LBE-M5-23 throughput?

Ubiquiti positions the product at up to approximately 100 Mbps throughput. Actual performance depends on the link.

Does LBE-M5-23 support 450+ Mbps?

No. That higher throughput class applies to newer airMAX AC equipment such as LBE-5AC-GEN2. The LBE-M5-23 itself has a 100 Mbps Ethernet interface. 

What PoE does LBE-M5-23 use?

It uses 2-pair passive PoE, with pins 4/5 positive and 7/8 return. 

Is a PoE adapter included?

Yes. Ubiquiti's current specification lists a 24V, 0.2A PoE adapter as included. 

What voltage does LBE-M5-23 support?

The current specification lists 22–27V DC.

How much power does it consume?

Ubiquiti's current technical page lists 7W maximum consumption. An older datasheet lists 4W, so older hardware/document revisions can differ. 

What is the maximum output power?

The current specification lists 25 dBm. 

How far can LBE-M5-23 reach?

Ubiquiti's official product imagery positions it for 15+ km links, but actual usable range depends on line of sight, Fresnel clearance, interference, alignment and the opposite radio.

Can two LBE-M5-23 radios make a wireless bridge?

Yes, compatible and correctly configured units can be used as part of a fixed point-to-point wireless bridge.

Can LBE-M5-23 be used for WISP internet?

Yes. Directional CPE/subscriber deployments are one of the natural uses for the LiteBeam M5.

Is LBE-M5-23 a Wi-Fi router?

No. It is an outdoor directional airMAX radio. A separate router or Wi-Fi AP is normally used for phones, laptops and other local clients.

Can LBE-M5-23 be used for CCTV?

Yes. It can carry CCTV traffic across a wireless bridge, provided the required aggregate bandwidth fits within the link's capacity.

Can LBE-M5-23 work with Starlink?

Yes. It can extend a LAN downstream of Starlink, but its 100 Mbps Ethernet port limits how much throughput can cross the LiteBeam connection.

Can it work with fibre?

Yes. The same Fast Ethernet limitation should be considered when the fibre service exceeds 100 Mbps.

Can LBE-M5-23 connect to MikroTik?

Yes. MikroTik routers and switches can be used on the Ethernet side of the network.

Can TP-Link equipment be used behind it?

Yes. Standard Ethernet routers, switches and access points can be connected downstream.

What is the difference between LBE-M5-23 and LBE-5AC-GEN2?

The LBE-M5-23 uses the older airMAX M platform and Fast Ethernet, while LBE-5AC-GEN2 uses airMAX AC, Gigabit Ethernet and offers a substantially higher throughput class.

Is the LBE-M5-23 still listed by Ubiquiti?

Yes. Ubiquiti's current UISP wireless catalogue still lists the airMAX LiteBeam M5 LBE-M5-23.

What is the Ubiquiti LBE-M5-23 price in Kenya?

Contact Orbitlink Solutions for current price and stock availability.

Buy Ubiquiti LBE-M5-23 in Kenya

The Ubiquiti airMAX LiteBeam M5 LBE-M5-23 is a practical outdoor wireless solution where a 5 GHz directional connection, 23 dBi antenna and Fast Ethernet-class capacity are appropriate. Ubiquiti's current specifications confirm its 23 dBi antenna, 10/100 Ethernet interface, passive-PoE powering and compact pole-mounted design. 

For WISP subscriber installations, CCTV links, farms, schools and remote buildings where approximately 100 Mbps or less is sufficient, it can provide a cost-effective wireless alternative to running a physical cable. For new higher-capacity links, compare it with LBE-5AC-GEN2 and other Gigabit-equipped airMAX options before purchase.

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 LBE-M5-23 price in Kenya, stock availability and assistance selecting compatible airMAX radios, outdoor Ethernet cabling, passive-PoE equipment, routers, switches and other wireless networking equipment.