Ubiquiti UniFi U6+ Access Point in Kenya

 

The Ubiquiti UniFi U6+ is a compact dual-band WiFi 6 access point designed for small and medium-sized businesses, offices, shops, clinics, restaurants, apartments and homes that need centrally managed UniFi wireless networking at a relatively affordable level. Ubiquiti positions the U6+ as a four-spatial-stream WiFi 6 AP that improves on the U6 Lite with higher performance and dual-band WiFi 6 support.

The U6+ uses 2×2 MU-MIMO on both 5GHz and 2.4GHz, delivering theoretical PHY rates of up to 2.4Gbps on 5GHz and 573.5Mbps on 2.4GHz. Ubiquiti also lists a Gigabit Ethernet uplink, 140m² manufacturer coverage rating, 300+ maximum associated clients, PoE power and 9W maximum consumption. 

One of the most important distinctions between the U6+ and the older U6 Lite is that the U6+ supports WiFi 6 on both 2.4GHz and 5GHz, while maintaining the same compact 160mm-class form factor. Ubiquiti continues to list the U6+ in its current UniFi WiFi portfolio as a value-oriented WiFi 6 model. 

Ubiquiti U6+ Key Features

Feature	Specification
Product Name	UniFi U6+
Model	U6+
Wi-Fi Generation	WiFi 6
Bands	2.4GHz + 5GHz
Spatial Streams	4
5GHz MIMO	2×2 DL/UL MU-MIMO
2.4GHz MIMO	2×2 DL/UL MU-MIMO
5GHz Max PHY Rate	2.4Gbps
2.4GHz Max PHY Rate	573.5Mbps
5GHz Channel Width	Up to 160MHz
Ethernet Uplink	1 × Gigabit RJ45
Coverage Rating	140m² / 1,500ft²
Maximum Client Rating	300+
5GHz Antenna Gain	5.4dBi
2.4GHz Antenna Gain	3dBi
Max TX Power	23dBm on both bands
Power Method	PoE
Voltage Range	44–57V DC
Maximum Consumption	9W
Mounting	Ceiling / Wall
Dimensions	Ø160 × 33mm
Management	UniFi Network
Best For	Small/medium offices, homes and commercial Wi-Fi

 

Dual-Band WiFi 6

The U6+ supports WiFi 6 / 802.11ax on both 2.4GHz and 5GHz. Its supported wireless standards also include WiFi 5 and WiFi 4 for backward compatibility with older devices. 

This allows one U6+ to serve a mixed network containing:

• Modern WiFi 6 smartphones

• Laptops

• Tablets

• Smart TVs

• POS terminals

• Printers

• IoT devices

• Older Wi-Fi clients

For performance-focused devices, 5GHz is normally preferable, while 2.4GHz remains useful for longer reach and legacy or IoT equipment.

5GHz WiFi 6 Performance

On 5GHz, the U6+ provides:

2×2 DL/UL MU-MIMO

WiFi 6

up to 160MHz channels

up to 2.4Gbps theoretical PHY rate

5.4dBi antenna gain

23dBm maximum transmit power

 

The 2.4Gbps figure is a radio-link rate, not a guaranteed internet speed.

Actual user throughput will normally be lower because of wireless overhead, interference, distance, client capability, channel width and the AP's Gigabit Ethernet uplink.

2.4GHz WiFi 6 Performance

The 2.4GHz radio also supports WiFi 6 and provides:

2×2 DL/UL MU-MIMO

up to 40MHz channel width

up to 573.5Mbps theoretical PHY rate

3dBi antenna gain

23dBm maximum TX power

 

This gives the U6+ an advantage over the U6 Lite, whose 2.4GHz implementation belongs to an older Wi-Fi generation.

2.4GHz remains useful for:

• IoT equipment

• Older clients

• Devices farther from the AP

• Printers

• POS terminals

Four Spatial Streams

The U6+ has four total spatial streams:

2 streams on 5GHz

plus

2 streams on 2.4GHz. 

This places the U6+ below the U6 Pro's six-stream radio architecture but makes it well suited to value-focused business and home deployments.

For moderate-density environments, four spatial streams can provide a strong balance between cost, capacity and power consumption.

Gigabit Ethernet Uplink

The U6+ includes one Gigabit RJ45 interface. 

A typical installation looks like:

Internet

↓

Router / Gateway

↓

PoE Switch

↓

U6+

↓

Wireless Clients

The Ethernet cable carries both data and PoE power when connected to a suitable PoE source.

Can the U6+ Deliver 2.4Gbps Internet?

Not through its wired uplink.

The 5GHz radio supports a theoretical PHY rate of up to 2.4Gbps, but the AP itself connects to the wired network through 1GbE. 

The 2.4Gbps radio figure mainly provides additional wireless capacity and protocol headroom.

For networks specifically targeting multi-gigabit wired throughput, newer UniFi models with 2.5GbE or 10GbE interfaces are more appropriate.

PoE Powered Access Point

The U6+ uses Power over Ethernet and supports an input range of 44–57V DC. 

This allows one Ethernet cable to provide:

Data + Power

to the access point.

For ceiling installations, this is significantly cleaner than installing a separate mains socket next to each AP.

PoE Switch or PoE Adapter

A typical professional deployment is:

Router

↓

PoE Switch

↓

U6+

Ubiquiti currently lists its 15W PoE Adapter as an accessory for the U6+. 

For multiple APs, a PoE switch is usually more convenient.

The switch's total PoE budget should be checked before installing several access points.

Low 9W Power Consumption

One of the U6+'s strengths is relatively low power usage.

Ubiquiti currently specifies a maximum consumption of only 9W. 

For example, four U6+ access points would have a theoretical combined AP load of:

4 × 9W = 36W

before adding design margin and any other PoE devices.

This can make the U6+ attractive where multiple APs need to be deployed from a modest PoE switch.

140m² Coverage Rating

Ubiquiti currently lists a nominal coverage area of:

140m²

or

1,500ft². 

This is a manufacturer planning specification rather than a guaranteed real-world result.

Actual coverage varies according to:

• Concrete walls

• Stone

• Metal

• Glass

• Furniture

• Neighbouring Wi-Fi

• Mounting location

• Client radios

• Channel selection

A site survey or on-site signal testing is preferable for business installations.

300+ Maximum Client Rating

Ubiquiti lists the U6+ with a 300+ maximum associated-client specification. 

This does not mean 300 users can simultaneously perform high-bandwidth tasks at maximum speed.

There is a major difference between:

Associated devices

and

simultaneously active high-throughput devices.

Usable capacity depends on:

• Airtime

• Traffic type

• Signal quality

• Interference

• Channel width

• Client capabilities

• Internet bandwidth

For dense auditoriums or conference environments, a higher-capacity design may be preferable.

U6+ Antenna Gain

Ubiquiti specifies:

Band	Antenna Gain
2.4GHz	3dBi
5GHz	5.4dBi

The higher 5GHz antenna gain helps support the U6+'s 140m² manufacturer coverage positioning.

Maximum transmit power is specified at 23dBm on both bands, subject to regional regulations. 

Compact Design

The U6+ measures approximately:

160mm diameter × 33mm depth. 

The compact design is suitable for:

• Offices

• Homes

• Clinics

• Shops

• Restaurants

• Classrooms

• Reception areas

The AP is relatively unobtrusive when ceiling mounted.

Ceiling and Wall Mounting

The U6+ supports both:

Ceiling mounting

and

Wall mounting

with mounting hardware included. 

Ceiling mounting is generally preferable for broad room coverage because the radio pattern is designed around access-point-style placement.

Wall mounting can still work well where ceiling access is difficult or the room layout requires it.

UniFi Network Management

The U6+ is managed through UniFi Network.

Ubiquiti currently specifies UniFi Network version 7.3.76 or later. 

Administrators can centrally manage:

• SSIDs

• VLANs

• Connected clients

• Radio settings

• Guest networks

• Captive portals

• Schedules

• Roaming features

• Band steering

• Meshing

• Authentication

• Client isolation

This centralized management becomes especially useful when several APs are deployed across one property.

Wireless Meshing

The U6+ supports wireless meshing. 

This allows an AP to connect wirelessly to another compatible UniFi AP where wired backhaul is not available.

However, whenever possible, a wired Ethernet connection is preferable.

Recommended

PoE Switch → Ethernet → U6+

Alternative

Wired UniFi AP → Wireless Mesh → U6+

Wireless meshing consumes radio airtime for backhaul and may reduce usable client capacity.

Band Steering

Band steering is supported on the U6+. 

This can help encourage compatible devices toward 5GHz where appropriate, reducing congestion on 2.4GHz.

The client device still participates in deciding which band to use.

Fast Roaming

The U6+ supports:

802.11k

802.11v

802.11r

 

These technologies help compatible client devices move more efficiently between multiple access points.

A typical office might have:

Reception U6+

↓

Open Office U6+

↓

Meeting Room U6+

Users can remain on the same SSID while roaming through the building.

Roaming is still partly controlled by the client device.

Passpoint / Hotspot 2.0

Ubiquiti lists Passpoint / Hotspot 2.0 among the U6+'s supported features. 

This can be useful for enterprise, hospitality and public wireless deployments that use more sophisticated authentication and network-discovery methods.

Captive Portal

The U6+ supports UniFi captive portal functionality including:

• Custom branded landing pages

• Voucher authentication

• Payment-based authentication

• External portal servers

• Password authentication

• Guest isolation

 

This is useful for:

Hotels

Restaurants

Cafés

Clinics

Reception areas

Shared offices

Private Pre-Shared Keys

The U6+ supports Private Pre-Shared Key (PPSK) functionality. 

This allows different users or groups to use different Wi-Fi passwords while connecting to the same SSID.

PPSK can help simplify network segmentation without creating a large number of separate visible network names.

Dynamic RADIUS VLAN Assignment

Ubiquiti also supports dynamic RADIUS-assigned VLANs on the U6+. 

A user can therefore be placed into a network according to their authenticated identity rather than purely according to the SSID they joined.

For example:

Staff Login

↓

RADIUS Authentication

↓

Staff VLAN

This can be useful in enterprise environments.

VLAN Support

The official U6+ datasheet confirms 802.1Q VLAN support. 

A business could build:

VLAN	Purpose
10	Management
20	Staff
30	Guests
40	IoT
50	POS
60	CCTV

The U6+ carries wireless traffic into these networks.

The router or firewall should control traffic between VLANs.

Client Isolation

The U6+ supports both:

Guest network isolation

and

client-device isolation.

This is valuable on public Wi-Fi where connected guests should not be able to communicate directly with other client devices.

Wi-Fi Speed Limiting

UniFi allows Wi-Fi speed limits to be applied to U6+ deployments. 

For example:

Staff Network → Full bandwidth

Guest Network → Limited bandwidth

This can help ensure guest users do not consume all available internet capacity.

U6+ for Small Offices

Ubiquiti specifically positions the U6+ for small and medium-sized businesses. 

A typical office network could be:

Fibre / Starlink

↓

Router / Gateway

↓

PoE Switch

↓

U6+ APs

↓

Staff + Guest Devices

The AP can provide separate staff, guest and IoT networks while being centrally managed through UniFi.

U6+ for Medium-Sized Offices

The U6+ can also work well across medium-sized offices when several units are deployed.

For example:

U6+ – Reception

U6+ – Open Office

U6+ – Meeting Area

U6+ – Management Area

Multiple lower-cost APs placed correctly can often provide better coverage and roaming than one excessively powerful AP trying to cover the entire building.

U6+ for Homes

For homes requiring dedicated access points, the U6+ provides a strong balance of:

• Dual-band WiFi 6

• Compact size

• Low power consumption

• UniFi management

• Gigabit Ethernet

A larger home might use:

Ground Floor U6+

•  

Upper Floor U6+

with Ethernet backhaul to both APs.

U6+ for Apartments

The U6+ can be deployed across apartment common areas, corridors, lounges and reception spaces.

For individual hotel-style rooms or apartment units, an in-wall UniFi model may sometimes provide better room-level coverage.

U6+ for Restaurants and Cafés

A U6+ network can support separate wireless services for:

POS

Management

Staff

Guests

Using VLANs can help keep business-critical systems separated from customer Wi-Fi.

The AP itself provides wireless connectivity, while the gateway or firewall controls the actual network-security policy.

U6+ for Clinics

A clinic can use separate SSIDs for:

Staff

Administration

Guests

IoT

The U6+'s support for VLANs, guest isolation and centralized management makes it practical for smaller professional environments.

U6+ for Schools

The U6+ can work well for smaller classrooms, administrative areas and moderate-density education environments.

For high-density lecture halls or large student populations, models with stronger radio architecture may be more appropriate.

U6+ for Hotels

The U6+ can be useful in:

• Lobby areas

• Corridors

• Reception

• Restaurants

• Business centres

• Small meeting spaces

For individual rooms, in-wall APs may provide better coverage architecture.

U6+ for Starlink

The U6+ can distribute a Starlink connection across a building or compound.

A typical topology is:

Starlink

↓

Router / Gateway

↓

PoE Switch

↓

U6+ APs

The APs improve wireless coverage and capacity.

They do not increase the bandwidth available from Starlink itself.

U6+ for Fibre Internet

The U6+ works well with Gigabit-class fibre.

A typical deployment is:

Fibre ONT

↓

Router

↓

Gigabit PoE Switch

↓

U6+

Because its wired interface is 1GbE, businesses building new multi-gigabit networks should also compare newer UniFi models with 2.5GbE uplinks.

U6+ vs U6 Lite

This is one of the most important comparisons.

Feature	U6+	U6 Lite
Wi-Fi	WiFi 6 on both bands	WiFi 6 mainly on 5GHz
Spatial Streams	4	4
5GHz PHY	2.4Gbps	1.2Gbps
2.4GHz PHY	573.5Mbps	300Mbps
Coverage	140m²	115m²
Clients	300+	300+
Ethernet	1GbE	1GbE
Max Power	9W	Higher
Best Fit	Small/medium business	Entry-level/legacy U6

Ubiquiti explicitly states that the U6+ improves on the U6 Lite with higher performance and dual-band WiFi 6 support. (

For a new installation, the U6+ is generally the more capable of the two.

U6+ vs U6 Pro

Feature	U6+	U6 Pro
Spatial Streams	4	6
5GHz MIMO	2×2	4×4
5GHz PHY	2.4Gbps	4.8Gbps
2.4GHz	2×2	2×2
Coverage	140m²	140m²
Clients	300+	250+
Uplink	1GbE	1GbE
Max Power	9W	13W
Best Fit	Value / SMB	Higher-density professional

The U6+ has lower power consumption and strong value positioning, while the U6 Pro offers a significantly stronger 4×4 5GHz radio.

For busy offices with many actively transmitting 5GHz devices, the U6 Pro can still be the better technical choice.

U6+ vs U6 Long-Range

The U6 Long-Range is designed for broader coverage and higher radio capacity.

The U6+ focuses more on affordability, compact size and lower power consumption.

A larger property should not automatically choose the Long-Range model, however.

Several correctly placed U6+ APs can often provide better signal consistency and roaming than one AP attempting to cover multiple rooms through heavy walls.

U6+ vs U7 Lite

The U7 Lite belongs to Ubiquiti's newer WiFi 7 generation.

For a completely new deployment, buyers should compare:

U6+

against

U7 Lite

based on:

• Current price

• Client-device support

• Expected network lifetime

• Switch infrastructure

• Required capacity

The U6+ remains relevant where WiFi 6 and Gigabit Ethernet are sufficient.

U6+ vs U7 Pro

The U7 Pro moves into a higher class with:

WiFi 7

6GHz support

2.5GbE uplink

and a more advanced radio architecture.

The U6+ is more appropriate where:

• Budget matters

• Gigabit infrastructure is already installed

• WiFi 6 is sufficient

• Client density is moderate

For a new multi-gigabit network, U7-class hardware offers more expansion headroom.

U6+ vs Wi-Fi Range Extender

The U6+ is designed as a proper network access point rather than a plug-in range extender.

Preferred:

Router

↓

PoE Switch

↓

Ethernet

↓

U6+

rather than:

Router → Wi-Fi → Range Extender

A wired access point normally provides more predictable backhaul capacity.

The U6+ can still use wireless meshing where Ethernet genuinely cannot be installed. 

Advantages of Ubiquiti U6+

The U6+ provides:

• Dual-band WiFi 6

• Four spatial streams

• 2.4Gbps theoretical 5GHz PHY rate

• 573.5Mbps theoretical 2.4GHz PHY rate

• Up to 160MHz channels

• 140m² manufacturer coverage

• 300+ manufacturer client rating

• Gigabit Ethernet

• PoE power

• Low 9W maximum consumption

• Ceiling and wall mounting

• Wireless meshing

• Band steering

• 802.11k/v/r roaming

• Passpoint

• Captive portal

• PPSK

• Dynamic VLAN assignment

• VLAN support

• Guest isolation

• Centralized UniFi management

 

Limitations of Ubiquiti U6+

The main limitations are:

Gigabit Ethernet Only

The U6+ uses a 1GbE uplink. 

No 6GHz

It does not provide 6GHz capability.

No WiFi 7

It is a WiFi 6 access point.

2×2 Radios

Both radios are 2×2, so it does not provide the 4×4 5GHz architecture found on the U6 Pro.

Indoor-Oriented Design

For exposed outdoor installations, a purpose-built UniFi outdoor AP should be selected.

Who Should Buy the Ubiquiti U6+?

The U6+ is particularly suitable for:

Small offices

Medium-sized offices

Homes

Retail shops

Restaurants

Clinics

Classrooms

Apartments

Reception areas

Small hotels

Existing Gigabit UniFi networks

It offers a strong balance of price, WiFi 6 performance, coverage and low power consumption.

Typical U6+ Network Architecture

A professional deployment could look like:

Fibre / Starlink

↓

Router / Gateway

↓

Managed PoE Switch

↓

U6+ Access Points

↓

Staff / Guest / IoT Devices

For multiple areas:

PoE Switch

├── U6+ – Reception
├── U6+ – Office
├── U6+ – Meeting Room
└── U6+ – Common Area

All access points can then be managed through UniFi Network.

Ubiquiti U6+ Price in Kenya

Ubiquiti's US store currently lists the U6+ at US$129 before the displayed regional surcharge, while the EU store lists a different regional price. These are manufacturer-store reference prices and not Orbitlink Solutions Kenya prices. 

Kenya pricing can vary according to:

• Exchange rates

• Freight

• Taxes

• Distributor pricing

• Stock availability

• Warranty

• Accessories

Contact Orbitlink Solutions for the current Ubiquiti U6+ price and stock availability in Kenya.

Why Buy Ubiquiti U6+ from Orbitlink Solutions?

The U6+ is especially attractive where a site requires a current-generation WiFi 6 access point but does not need the higher radio capacity of the U6 Pro or the multi-gigabit infrastructure associated with many WiFi 7 deployments.

Its combination of dual-band WiFi 6, 140m² manufacturer-rated coverage, 300+ client rating, 9W power consumption and centralized UniFi management makes it a strong candidate for many small and medium commercial environments. 

Orbitlink Solutions can also help match the U6+ with compatible PoE switching, routers, structured cabling and additional access points so the entire network is designed as one system rather than treating the AP as an isolated device.

Watch the Ubiquiti U6+ Video

The U6+ sits in an important position within Ubiquiti's UniFi range because it improves on the older U6 Lite without moving into the higher-cost radio architecture of the U6 Pro. Its two 2×2 WiFi 6 radios provide up to 2.4Gbps on 5GHz and 573.5Mbps on 2.4GHz, while the AP remains compact and relatively power-efficient at a maximum of 9W. 

Its specifications also show why published wireless speed figures need context. The 5GHz radio can negotiate up to 2.4Gbps under the right conditions, but the wired uplink is Gigabit Ethernet. The U6+ should therefore be viewed as a capable Gigabit-class managed AP with substantial wireless headroom rather than as a device that will deliver 2.4Gbps internet throughput to a single client. 

For many small and medium offices, that balance is practical. A business already using Gigabit switching may gain little from paying for a multi-gigabit AP unless the entire wired infrastructure is also being upgraded. In those environments, the U6+ can provide dual-band WiFi 6, UniFi management and strong coverage without unnecessarily increasing switching and PoE requirements.

Frequently Asked Questions About Ubiquiti U6+

What is the Ubiquiti U6+?

The U6+ is a compact dual-band UniFi WiFi 6 access point with four spatial streams, Gigabit Ethernet and PoE. 

Is U6+ WiFi 6?

Yes. It supports WiFi 6 / 802.11ax. 

Does U6+ support WiFi 6 on 2.4GHz?

Yes. Both the 2.4GHz and 5GHz radios support WiFi 6. 

Does U6+ support 5GHz?

Yes. It provides a 2×2 5GHz WiFi 6 radio.

Does U6+ support 6GHz?

No.

Is U6+ WiFi 7?

No. It is WiFi 6.

What is the maximum 5GHz rate?

Ubiquiti specifies up to 2.4Gbps at 160MHz. 

What is the maximum 2.4GHz rate?

Ubiquiti specifies up to 573.5Mbps at 40MHz. 

Is U6+ 2×2 or 4×4?

Each radio is 2×2, giving four total spatial streams. 

Does U6+ have Gigabit Ethernet?

Yes. It has one GbE RJ45 port. 

Does U6+ have 2.5GbE?

No.

How much area can U6+ cover?

Ubiquiti currently rates it at approximately 140m² / 1,500ft². Real coverage depends on the site. 

How many users can U6+ support?

Ubiquiti lists 300+ maximum associated clients. 

Does 300+ clients mean 300 heavy users?

No. The figure refers to associated clients, not guaranteed simultaneous high-bandwidth performance.

Does U6+ use PoE?

Yes. 

What voltage does U6+ support?

Ubiquiti specifies 44–57V DC. 

How much power does U6+ use?

Maximum consumption is 9W. 

Does U6+ come with a PoE injector?

A PoE adapter should not automatically be assumed to be included. Ubiquiti lists a 15W PoE Adapter as an accessory. 

Can U6+ be ceiling mounted?

Yes. Ceiling and wall mounts are included. 

Can U6+ be wall mounted?

Yes. 

Does U6+ support mesh?

Yes. Wireless meshing is supported.

Does U6+ support fast roaming?

Yes. It supports 802.11k, 802.11v and 802.11r. 

Does U6+ support VLANs?

Yes. Ubiquiti documents 802.1Q VLAN support. 

Does U6+ support WPA3?

Yes. Ubiquiti lists WPA/WPA2/WPA3 security support. 

Can U6+ provide guest Wi-Fi?

Yes. It supports captive portal, guest isolation and several authentication options. 

Can U6+ work with MikroTik routers?

Yes. It can operate behind MikroTik or other third-party gateways as long as DHCP, VLAN and firewall configuration is correct.

Can U6+ work with Starlink?

Yes. It can distribute connectivity from a network using Starlink.

Can multiple U6+ access points use the same SSID?

Yes. Multiple UniFi APs can be centrally managed and use common SSIDs.

Is U6+ better than U6 Lite?

For a new installation, the U6+ is generally more capable. Ubiquiti explicitly states that it improves on the U6 Lite with higher performance and dual-band WiFi 6.

Is U6+ better than U6 Pro?

Not in every respect. The U6 Pro has a more powerful 4×4 5GHz radio and six spatial streams. The U6+ offers lower power consumption and value-focused positioning.

Should I buy U6+ or U7 Lite?

The U6+ is suitable where WiFi 6 and Gigabit Ethernet meet the requirement. U7 Lite is worth considering for a new network where WiFi 7 support and longer-term upgrade headroom matter.

What is the Ubiquiti U6+ price in Kenya?

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

Buy Ubiquiti UniFi U6+ in Kenya

The Ubiquiti UniFi U6+ is a strong value-focused access point for organizations that need dual-band WiFi 6, 140m² manufacturer-rated coverage, 300+ client capacity, PoE and centralized UniFi management without moving to a more expensive enterprise or WiFi 7 platform. Ubiquiti continues to list the U6+ in its current flagship WiFi portfolio as an “outstanding value” option. 

Its principal limitation is the Gigabit Ethernet uplink, which makes it best suited to Gigabit-class networks rather than new multi-gigabit infrastructure. For many offices, shops, homes, clinics and smaller hospitality environments, that balance can be entirely appropriate.

Official Ubiquiti Resources

Ubiquiti U6+ official technical specifications

Ubiquiti U6+ official product page

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 U6+ price in Kenya, stock availability, compatible PoE switches, structured cabling, UniFi configuration and professional wireless network deployment.