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

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

The LiteBeam M5 belongs to Ubiquiti's earlier airMAX M generation rather than the newer airMAX AC family. Its key hardware includes a 23 dBi antenna, one 10/100 Mbps Ethernet port, 25 dBm maximum radio output and 24V passive PoE. This distinction matters when comparing it with the LBE-5AC-GEN2: although both are LiteBeam products, the M5 is the older and lower-throughput platform. 

For installations where approximately Fast Ethernet-class throughput is sufficient, the LBE-M5 remains useful for WISP customer connections, CCTV backhaul, farms, schools, warehouses, estates and remote buildings. Ubiquiti's current product imagery describes it as a 5 GHz airMAX station with 15+ km link-range positioning and up to 100 Mbps throughput, though actual range and speed depend heavily on RF conditions and installation quality. 

Ubiquiti LBE-M5 Key Features

Feature	Specification
Product Name	airMAX LiteBeam M5
Exact 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
Ethernet Interface	1 × 10/100 Mbps RJ45
Maximum Wired Link Speed	100 Mbps
Advertised Throughput	Up to approximately 100 Mbps
Power Method	2-pair passive PoE
Included Power Supply	24V, 0.2A PoE adapter
Supported Input	22–27V DC
Maximum Power Consumption	7W on current specification
Mounting	Pole mount included
Dimensions	362 × 267 × 184 mm
Weight	750 g
Operating Temperature	-40°C to 70°C
Typical Applications	PtP bridge / PtMP CPE / WISP subscriber

Ubiquiti's current technical page lists the above hardware characteristics for the LBE-M5-23. Older Ubiquiti documentation lists 4W maximum consumption, while the current product specification lists 7W, so the current 7W figure is the safer specification for present product documentation.

5 GHz Outdoor Wireless Bridge

The LBE-M5 operates in the 5 GHz band.

Ubiquiti currently lists worldwide hardware operation from:

5150–5875 MHz

with available channels and permitted transmit power dependent on the configured regulatory region. 

This frequency range makes the LBE-M5 suitable for fixed outdoor wireless links rather than ordinary indoor Wi-Fi coverage.

Its directional antenna concentrates radio energy toward another fixed wireless location.

23 dBi High-Gain Directional Antenna

A major feature of the LBE-M5 is its integrated:

23 dBi antenna

Ubiquiti confirms 23 dBi gain in both its current technical specifications and original LiteBeam documentation.

The antenna and radio are integrated into the same assembly.

Instead of broadcasting equally around the device, the LiteBeam focuses the radio link toward a remote wireless site.

A simplified topology looks like this:

Site A                                   Site B

Router                                  Switch
  |                                       |
  |                                       |
LBE-M5  )))))))))) 5 GHz ((((((((((  LBE-M5

This directional design is particularly useful for fixed building-to-building connections.

airMAX TDMA Technology

The LBE-M5 uses Ubiquiti's proprietary:

airMAX TDMA

technology.

Ubiquiti explains that airMAX uses scheduled time slots so connected stations transmit and receive during designated periods instead of competing for airtime in the same way as ordinary Wi-Fi clients. The design is intended to improve airtime efficiency and scalability in outdoor wireless broadband networks. 

This is especially relevant to PtMP deployments where multiple subscriber radios communicate with one central access point.

Ubiquiti LBE-M5 for Point-to-Point Wireless

Two appropriately configured compatible radios can form a point-to-point wireless bridge.

For example:

MAIN BUILDING

Internet
   |
Router
   |
Switch
   |
LBE-M5
   |
   |  5 GHz wireless bridge
   |
LBE-M5
   |
Switch
   |
   +---- Wi-Fi AP
   +---- Computers
   +---- CCTV
   +---- Printers

REMOTE BUILDING

This allows Ethernet network traffic to cross between locations without running a physical data cable across the entire distance.

LBE-M5 for Point-to-Multipoint Networks

The LiteBeam M5 is also suitable as a directional subscriber/CPE device in an appropriately compatible PtMP network.

Conceptually:

                     LBE-M5
                        /
                       /
                      /
Central AP ---------- LBE-M5
                      \
                       \
                        \
                     LBE-M5

Each LiteBeam points toward the central base station.

This architecture can be useful for:

WISPs

farms

estates

schools

CCTV networks

commercial compounds

and:

remote buildings.

Ubiquiti LBE-M5 for WISP Subscribers

One of the natural uses of the LiteBeam M5 is as a customer-premises radio for a Wireless Internet Service Provider.

For example:

WISP BASE STATION
       |
       |
   5 GHz airMAX
       |
       |
     LBE-M5
       |
   PoE Injector
       |
   Wi-Fi Router
       |
Customer Devices

The outdoor LBE-M5 establishes the fixed wireless connection.

The indoor router then provides normal Wi-Fi and Ethernet connectivity to the customer's devices.

Up to 100 Mbps Throughput

This is one of the most important differences between the LBE-M5 and LBE-5AC-GEN2.

Ubiquiti's current product material positions the LiteBeam M5 at:

Up to 100 Mbps throughput. 

The LBE-M5 also has only:

1 × 10/100 Mbps Ethernet interface. 

Therefore, this model should not be marketed as a 450+ Mbps LiteBeam.

That 450+ Mbps figure applies to the newer LBE-5AC-GEN2, not the LBE-M5.

This is an important distinction when selling the two products.

Fast Ethernet Port – Important Limitation

The LBE-M5 provides:

1 × 10/100 Mbps RJ45 port

rather than Gigabit Ethernet.

This means the Ethernet connection itself places a hard ceiling below Gigabit speeds.

For example, even if the radio conditions were theoretically capable of carrying additional wireless capacity, traffic still has to pass through the 100 Mbps Ethernet interface.

Therefore:

LBE-M5 = Fast Ethernet

while:

LBE-5AC-GEN2 = Gigabit Ethernet

This should be clearly communicated to customers comparing the two products.

Does LBE-M5 Support Gigabit Ethernet?

No.

The current Ubiquiti specification explicitly lists:

(1) 10/100 MbE RJ45 port. 

Customers needing higher throughput should consider a newer Gigabit-equipped airMAX AC model.

For example, the LBE-5AC-GEN2 provides Gigabit Ethernet and significantly greater wireless capacity.

24V Passive PoE

The LBE-M5 uses:

2-pair passive PoE

with Ubiquiti specifying:

Pins 4,5 = positive

and:

Pins 7,8 = return.

The current supported input range is:

22–27V DC

and Ubiquiti specifies a:

24V, 0.2A PoE adapter

with the product.

This means the radio can receive power and network connectivity through one Ethernet cable.

Passive PoE Is Not the Same as 802.3af/at

This is an important installation consideration.

The LBE-M5's 24V passive PoE should not automatically be treated as interchangeable with:

802.3af PoE

802.3at PoE+

or:

802.3bt PoE++.

Passive PoE supplies voltage according to its defined wiring arrangement rather than using the same negotiated IEEE mechanism as standard active PoE.

Always verify compatibility before powering the LBE-M5 from a third-party switch or injector.

Typical LBE-M5 PoE Connection

A normal installation looks like:

Router / Switch
      |
      | Ethernet
      |
   LAN Port
 [PoE Injector]
   PoE Port
      |
      | Outdoor Ethernet
      |
   LBE-M5

The PoE injector is normally installed indoors or in an appropriately protected environment.

The outdoor Ethernet cable then runs to the LiteBeam.

Low Power Consumption

Ubiquiti's current technical specification lists maximum power consumption of:

7W. 

Older LiteBeam documentation listed 4W for the LBE-M5-23. Because Ubiquiti's current exact-model technical page now states 7W, installers sizing current power systems should use the current specification unless the exact hardware revision in hand is documented otherwise. 

The relatively low power requirement makes the LiteBeam useful at remote sites.

It can also be incorporated into appropriately engineered solar-powered networks.

Maximum 25 dBm Output Power

Ubiquiti currently specifies:

25 dBm total output power. 

However, maximum hardware output should not be confused with the power that should actually be configured at every site.

Legal operating limits can depend on:

country

frequency

antenna gain

and:

permitted EIRP.

Increasing transmit power also does not automatically fix a poorly designed wireless link.

LBE-M5 Range

Ubiquiti's current product imagery positions the LiteBeam M5 for:

15+ km link range. 

That should be understood as a product-positioning figure rather than a guaranteed distance for every installation.

Actual usable distance depends on:

• the radio at the opposite end

• antenna height

• line of sight

• Fresnel-zone clearance

• interference

• frequency

• transmit power

• regulatory limits

• required throughput

• antenna alignment

• weather and environmental conditions

A 15 km connection with poor Fresnel clearance may perform worse than a much longer properly engineered link.

Line of Sight

The LiteBeam works best when the two wireless sites have a clear path.

Obstacles such as:

buildings

trees

hills

water tanks

billboards

and other structures can weaken or obstruct the signal.

For example:

GOOD

LBE-M5 ------------------------- LBE-M5
          Clear path


POOR

LBE-M5 -------- TREES ---------- LBE-M5
                  ^
             Obstruction

Simply being able to see the approximate direction of the remote site does not guarantee a good wireless link.

Fresnel-Zone Clearance

Long-range wireless links also need adequate Fresnel-zone clearance.

Conceptually:

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

Trees, buildings and terrain entering this zone can degrade signal quality even when there appears to be visual line of sight.

This is why mounting height matters for longer links.

Accurate Antenna Alignment

The 23 dBi directional antenna concentrates radio energy into a relatively narrow direction.

That provides range but makes alignment important.

Poor alignment can cause:

weak signal

reduced modulation

lower throughput

packet loss

and:

unstable connections.

Both ends of a PtP link should therefore be carefully aimed at one another.

Pole Mounting

Ubiquiti supplies a:

Pole mounting kit

with the LBE-M5. 

The current unit measures approximately:

362 × 267 × 184 mm

and weighs:

750 g. 

Its lightweight design helps simplify CPE installations on poles and masts.

The mounting structure itself should still be sufficiently rigid to prevent antenna movement in strong winds.

Outdoor Operating Temperature

Ubiquiti specifies an operating temperature of:

-40°C to 70°C

and operating humidity of:

5% to 95% non-condensing. 

This makes the LBE-M5 suitable for outdoor fixed-wireless installations.

Proper cable, surge and grounding practices remain important.

ESD/EMP Protection

Current Ubiquiti regional specifications list:

±24 kV air/contact ESD/EMP protection. 

This built-in protection should not be interpreted as eliminating the need for good outdoor installation practices.

For exposed sites, consider:

outdoor-rated shielded Ethernet cable

proper grounding

Ethernet surge protection

and:

correct cable entry into the building.

LBE-M5 for Building-to-Building Internet

One of the most practical applications is connecting two buildings.

BUILDING A

Internet
   |
Router
   |
LBE-M5
   |
   | 5 GHz
   |
LBE-M5
   |
Switch
   |
Wi-Fi AP
   |
Users

BUILDING B

The second building can use the internet and LAN resources from the first location without running a copper Ethernet cable across the entire distance.

LBE-M5 for CCTV Backhaul

The LiteBeam can also carry CCTV traffic.

For example:

REMOTE CCTV

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

Because the LBE-M5 has a 100 Mbps Ethernet interface, the total camera bitrate should be considered carefully.

A few cameras may fit comfortably, while a large high-resolution CCTV deployment may be better served by higher-capacity AC equipment.

LBE-M5 for Farms

Large farms often have buildings spread across significant distances.

A LiteBeam connection can be considered for:

farm offices

gatehouses

staff quarters

stores

CCTV points

workshops

and other remote structures.

Where several remote locations need service from one central point, a PtMP architecture may be preferable to several separate PtP links.

LBE-M5 for Schools and Campuses

The LiteBeam can connect remote school buildings such as:

administration blocks

classrooms

libraries

dormitories

laboratories

and:

security gates.

At the remote building, a network switch and conventional Wi-Fi APs can distribute the connection locally.

LBE-M5 for Warehouses

Consider two warehouses separated by an open yard.

A directional wireless bridge could provide:

internet access

CCTV connectivity

inventory-system access

printer connectivity

and:

LAN communication.

The 100 Mbps port should be considered when estimating the total bandwidth needed between the buildings.

LBE-M5 for Hotels and Lodges

Hotels and lodges can use directional wireless links to connect:

cottages

gatehouses

staff areas

restaurants

CCTV locations

and other detached structures.

The LiteBeam provides the backhaul.

A separate access point provides guest or staff Wi-Fi at the destination.

LBE-M5 for Construction Sites

The LBE-M5 can also be useful for temporary network extensions.

Potential locations include:

site offices

security gates

stores

CCTV towers

and:

temporary buildings.

Because the equipment is wireless and pole-mounted, it can be easier to relocate than buried network infrastructure.

Using LBE-M5 with Starlink

The LiteBeam can extend a Starlink LAN between buildings.

Starlink
   |
Router
   |
LBE-M5
   |
   | Wireless
   |
LBE-M5
   |
Switch
   |
Remote Wi-Fi

However, remember the LBE-M5's Fast Ethernet limitation.

If the Starlink connection regularly exceeds 100 Mbps and preserving that higher throughput between buildings is important, a Gigabit-equipped wireless bridge such as an appropriate airMAX AC model would generally make more sense.

The LBE-M5 does not increase Starlink speed.

Using LBE-M5 with Fibre Internet

The same principle applies to fibre:

Fibre ONT
    |
 Router
    |
 LBE-M5
    |
Wireless
    |
 LBE-M5
    |
Remote LAN

If the fibre service is substantially faster than 100 Mbps, the LBE-M5 can become a bottleneck between the sites.

This is an important purchasing consideration.

Using LBE-M5 with MikroTik

A MikroTik router can provide routing and firewall services while LiteBeam radios provide the wireless bridge.

For example:

Internet
   |
MikroTik
   |
Switch
   |
LBE-M5
   |
Wireless Link

There is no requirement for the router and wireless bridge to be the same brand.

Using LBE-M5 with TP-Link

Likewise, TP-Link equipment can be used downstream:

LBE-M5
   |
TP-Link Switch
   |
   +---- Omada AP
   +---- PC
   +---- CCTV

Standard Ethernet interoperability allows the LiteBeam to connect to switches and routers from other manufacturers.

Wireless compatibility between the radios forming the airMAX link is a separate consideration.

LBE-M5 vs LBE-5AC-GEN2

This is probably the most important comparison for buyers.

Feature	LBE-M5-23	LBE-5AC-GEN2
Generation	airMAX M	airMAX AC
Frequency	5 GHz	5 GHz
Antenna Gain	23 dBi	23 dBi
Ethernet	10/100 Mbps	Gigabit
Published Throughput Class	Up to ~100 Mbps	450+ Mbps
Passive PoE	Yes	Yes
Typical Role	CPE / bridge	CPE / higher-speed bridge
Best For	Lower-bandwidth links	Higher-throughput links

The LBE-M5 is therefore not simply another name for the LBE-5AC-GEN2.

They are different generations with significantly different throughput capabilities. Ubiquiti's current catalogue continues to list both models separately. 

LBE-M5 vs NanoStation M5

Both belong to Ubiquiti's airMAX M family, but they use different physical and antenna designs.

The LiteBeam M5 provides:

23 dBi directional gain

which makes it particularly suitable for focused fixed wireless connections.

The NanoStation M5 uses a different integrated panel-style design and may suit other CPE and bridge deployments.

Selection should be based on the actual path, antenna requirement and network topology.

LBE-M5 vs PowerBeam M5

Ubiquiti also continues to list PowerBeam M5 models in its current airMAX catalogue.

The PowerBeam uses a larger dish-style architecture and is generally positioned for more demanding directional links.

The LiteBeam emphasizes:

light weight

compact construction

23 dBi gain

and:

cost-effective fixed wireless connectivity.

For difficult or longer links, link-budget calculations should determine whether a higher-gain product is needed.

LBE-M5 vs LAP-120

These devices perform different roles.

Feature	LBE-M5	LAP-120
Antenna Type	Directional	Sector
Gain	23 dBi	16 dBi
Typical Role	CPE / PtP	PtMP base station
Ethernet	Fast Ethernet	Gigabit
airMAX Generation	M	AC
Coverage	Focused	Broad 120° sector

The LBE-M5 is normally pointed toward one remote location.

The LAP-120 spreads coverage across a sector for multiple subscriber locations.

LBE-M5 vs LAP-GPS

The same distinction applies to LAP-GPS.

The LAP-GPS is designed as a sector access point with GPS synchronization.

The LBE-M5 is a directional CPE/bridge.

For new networks, exact airMAX generation compatibility and desired performance should be checked before combining older M-series CPEs with newer AC infrastructure rather than assuming every airMAX product offers identical interoperability and capacity.

LBE-M5 vs Fibre

Consideration	LBE-M5 Wireless	Fibre
Trenching	Usually unnecessary	Often required
Deployment speed	Potentially faster	Civil works may be needed
Maximum link capacity	Limited	Very high
RF interference	Possible	None
Line of sight	Important	Not required
Physical cable between sites	No	Yes
Relocation	Relatively easy	More difficult
Long-term scalability	Limited	Excellent

For a modest-bandwidth remote connection, LiteBeam can be economical.

For a high-capacity permanent backbone, fibre is usually a different class of infrastructure.

Advantages of Ubiquiti LBE-M5

The LBE-M5 combines a 23 dBi directional antenna with a lightweight outdoor enclosure, making it useful for cost-conscious fixed wireless deployments. Its pole-mounting hardware and included passive-PoE adapter also simplify basic installations.

The airMAX platform makes the device suitable for wireless broadband infrastructure rather than merely acting as a consumer Wi-Fi extender. Its directional antenna is particularly useful for CPE and PtP applications.

The radio also consumes relatively little power and can be useful in remote environments where power availability is limited.

Limitations of Ubiquiti LBE-M5

The most significant limitation is:

10/100 Mbps Ethernet.

For modern networks requiring several hundred megabits between sites, this can be a substantial bottleneck. 

The LBE-M5 is also an older airMAX M-generation product. Buyers planning new higher-capacity networks should compare it carefully against airMAX AC alternatives.

Finally, directional wireless performance depends heavily on alignment, line of sight, Fresnel clearance and spectrum conditions. A 23 dBi antenna cannot compensate for every badly obstructed radio path.

Who Should Buy the Ubiquiti LBE-M5?

The LBE-M5 is particularly relevant where you need:

• an affordable 5 GHz directional bridge

• a WISP subscriber CPE

• a lower-bandwidth building-to-building connection

• CCTV backhaul

• farm connectivity

• school or campus extensions

• remote office connectivity

• a replacement for an existing compatible airMAX M deployment

• a fixed outdoor link where Fast Ethernet capacity is sufficient

For a new high-speed network, compare it carefully with the LBE-5AC-GEN2 before purchasing.

Ubiquiti LBE-M5 Price in Kenya

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

A complete wireless link may also require:

a second compatible radio or base station

outdoor Ethernet cable

surge protection

network switches

routers

mounting infrastructure

and:

professional installation and alignment.

Contact Orbitlink Solutions for the current price and stock availability.

Why Buy Ubiquiti LBE-M5 from Orbitlink Solutions?

Choosing between the LBE-M5 and a newer airMAX AC radio should depend on the required network speed and the equipment already installed. For an existing airMAX M deployment or a link where Fast Ethernet-class capacity is sufficient, the LBE-M5 can remain a practical option.

For a new link expected to carry well over 100 Mbps, a Gigabit-equipped AC model may be more appropriate. This is especially important for modern fibre or Starlink connections where the WAN service itself may exceed the LBE-M5's 100 Mbps Ethernet capability.

Orbitlink Solutions can also help match the radio with suitable outdoor Ethernet cabling, PoE equipment, switches, routers, surge protection and Wi-Fi access points for the complete deployment.

Watch the Ubiquiti LBE-M5 Video

The LBE-M5 should be viewed as a cost-effective directional wireless bridge rather than a modern high-throughput airMAX AC radio. Its 23 dBi antenna provides the focused coverage required for fixed outdoor links, but its 10/100 Mbps Ethernet interface sets an important practical limit. That makes it well suited to applications where approximately 100 Mbps or less is adequate, but less attractive for new links expected to transport several hundred megabits.

For a point-to-point installation, the quality of the radio path matters as much as the hardware. Both endpoints need appropriate mounting height, accurate antenna alignment and sufficient Fresnel-zone clearance. Frequency selection and interference also influence actual throughput. Simply installing two high-gain radios does not guarantee a stable long-distance connection.

For WISP deployments, the LiteBeam M5 can be useful where compatibility with existing airMAX M infrastructure is required. Operators upgrading networks should assess the complete AP/CPE combination before mixing generations because preserving legacy compatibility can affect the capabilities available across the wireless sector.

Frequently Asked Questions About Ubiquiti LBE-M5

What is the Ubiquiti LBE-M5?

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

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

Yes. Ubiquiti's exact current model designation is LBE-M5-23.

What frequency does LBE-M5 use?

It operates in the 5 GHz band. Worldwide hardware support is listed as 5150–5875 MHz, subject to regulatory restrictions. 

What is the antenna gain?

The integrated antenna provides 23 dBi gain.

Does LBE-M5 have Gigabit Ethernet?

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

What throughput does LBE-M5 support?

Ubiquiti's current product material positions it at up to approximately 100 Mbps throughput. Real-world performance varies. 

Does LBE-M5 support 450+ Mbps?

No. Do not confuse it with the LBE-5AC-GEN2. The LBE-M5 has a 100 Mbps Ethernet interface, while the newer AC model belongs to a much higher throughput class. 

What PoE does LBE-M5 use?

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

Is a PoE adapter included?

Ubiquiti's current specification lists an included 24V, 0.2A PoE adapter. 

What is the supported voltage?

The current specification lists 22–27V DC. 

How much power does LBE-M5 consume?

Ubiquiti's current exact-model page lists 7W maximum consumption. Older documentation listed 4W, so hardware/document revision should be considered for an existing unit. 

What is the maximum transmit power?

Ubiquiti specifies 25 dBm, subject to regulatory limitations. 

Can LBE-M5 be used for point-to-point?

Yes. Long-distance wireless broadband bridging is one of the applications Ubiquiti identifies for the LiteBeam family. 

Can LBE-M5 be used as a WISP CPE?

Yes. Its directional outdoor architecture makes it suitable for compatible fixed-wireless subscriber deployments.

Is LBE-M5 a normal Wi-Fi access point?

No. It is an outdoor directional airMAX wireless device, not a conventional Wi-Fi AP for phones and laptops.

Can LBE-M5 connect phones directly?

That is not its intended role. Normally the LiteBeam terminates the outdoor link and feeds an indoor router or Wi-Fi access point.

Can I use LBE-M5 for CCTV?

Yes, provided the total required bandwidth fits within the wireless link and its Fast Ethernet interface.

Can LBE-M5 work with Starlink?

Yes. It can extend the LAN downstream of Starlink, but its 100 Mbps Ethernet port can limit the speed delivered to the remote site.

Can LBE-M5 work with fibre?

Yes, but the same 100 Mbps bottleneck should be considered if the fibre connection is faster.

Can I connect LBE-M5 to MikroTik?

Yes. A MikroTik router or switch can be used on the Ethernet side.

Can I connect it to TP-Link equipment?

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

How far can LBE-M5 reach?

Ubiquiti positions the model for 15+ km links, but there is no guaranteed distance for every installation. The actual result depends on line of sight, Fresnel clearance, alignment, interference, the opposite radio and required throughput.

Is LBE-M5 suitable for a 200 Mbps internet connection?

It can connect to the network, but it cannot transport 200 Mbps through its 100 Mbps Ethernet interface. A Gigabit-equipped model would be more appropriate when preserving speeds above 100 Mbps is required.

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

The LBE-M5 belongs to the older airMAX M generation and has 10/100 Ethernet, while the LBE-5AC-GEN2 belongs to the newer airMAX AC generation and has Gigabit Ethernet with substantially higher throughput capability.

What is the Ubiquiti LBE-M5 price in Kenya?

Contact Orbitlink Solutions for the current price and stock availability.

Buy Ubiquiti LBE-M5 in Kenya

The Ubiquiti airMAX LiteBeam M5 LBE-M5-23 remains a practical outdoor wireless device for users who need a 5 GHz directional bridge, 23 dBi antenna and Fast Ethernet-class connectivity. Ubiquiti continues to list the exact model in its current airMAX catalogue. 

Its strongest applications are lower-bandwidth PtP links, WISP subscriber connections, CCTV backhaul and remote network extensions where approximately 100 Mbps or less is sufficient. For new installations requiring significantly greater throughput, the LBE-5AC-GEN2 or another Gigabit-equipped airMAX product should also be considered.

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