TP-Link Point-to-Point Wireless Solutions in Kenya

TP-Link Point-to-Point wireless solutions are designed to create long-distance network links between two locations without running fibre or Ethernet cable across the entire distance. Using directional outdoor CPE radios installed at both ends of the link, organisations can transmit internet, LAN traffic, CCTV feeds, VoIP and other network services from one building or site to another.

TP-Link's Pharos outdoor wireless family includes models such as the CPE210, CPE510 and CPE710, covering both 2.4GHz and 5GHz applications. The radios use directional antennas to concentrate wireless energy toward the remote site rather than broadcasting equally in every direction, making them suitable for point-to-point and point-to-multipoint outdoor links.

These systems are commonly used in Kenya for building-to-building internet links, schools, farms, CCTV networks, warehouses, offices, hotels, gated communities, factories, construction sites and remote Starlink distribution. Successful installation requires proper line of sight, suitable mounting height, accurate antenna alignment and appropriate model selection for the required distance and bandwidth.

What Is a TP-Link Point-to-Point Wireless Link?

A point-to-point wireless link connects Site A directly to Site B.

A typical installation looks like:

Internet / Router → TP-Link CPE at Site A )))))) TP-Link CPE at Site B → Switch / Router / Access Point

The two outdoor radios are aimed directly at one another.

For example, if a fibre or Starlink connection is available in the main office but another building several hundred metres or kilometres away has no internet connection, two compatible TP-Link outdoor CPE units can be used to bridge the LAN between the buildings.

The result behaves much like a long Ethernet cable running through the air.

TP-Link Point-to-Point Wireless Key Features

Feature	Details
Application	Building-to-building wireless bridge
Network Types	Point-to-Point and Point-to-Multipoint
Common Frequencies	2.4GHz and 5GHz
Directional Antennas	Yes
Outdoor Installation	Yes
Passive PoE	Supported on common Pharos CPE models
Central Management	Pharos Control
Web Management	PharOS
MIMO	Supported
MAXtream TDMA	Supported on compatible Pharos equipment
Weather Protection	Model dependent
Long-Distance Links	Supported
Pole Mounting	Supported
CCTV Backhaul	Suitable
Internet Extension	Suitable
Starlink Distribution	Suitable
Fibre Extension	Suitable
WISP Applications	Suitable

TP-Link's Pharos range supports centralised management through Pharos Control, while PharOS provides device-level configuration. MAXtream TDMA is designed especially for outdoor point-to-multipoint environments where multiple compatible Pharos stations share network capacity. 

Popular TP-Link Point-to-Point Wireless Models

Model	Band	Wireless Rate	Antenna	Published Long-Range Positioning	Best Use
CPE210	2.4GHz	300Mbps	9dBi	5km+	Budget / obstruction-prone links
CPE510	5GHz	300Mbps	13dBi	15km+	Medium/long-range PtP
CPE710	5GHz	867Mbps	23dBi	Up to around 30km on regional documentation	High-capacity long-distance PtP

These manufacturer distance figures represent system-level design targets or test conditions, not guaranteed usable link distances. Real-world performance depends heavily on clear line of sight, Fresnel-zone clearance, interference, legal transmit-power limits, mounting height and antenna alignment.

TP-Link CPE210

The TP-Link CPE210 is a 2.4GHz 300Mbps outdoor CPE with a built-in 9dBi 2×2 dual-polarised directional antenna. TP-Link positions it for point-to-point, point-to-multipoint and outdoor wireless coverage applications, with system-level optimisation for links beyond 5km under suitable conditions. 

CPE210 Key Specifications

Specification	TP-Link CPE210
Frequency	2.4GHz
Wireless Rate	Up to 300Mbps
Antenna	9dBi directional
MIMO	2×2
Published Range	5km+
Ethernet	10/100Mbps on referenced version
Power	24V Passive PoE
Pharos Control	Yes
MAXtream	Yes
Point-to-Point	Yes
Point-to-Multipoint	Yes

TP-Link states that the passive PoE adapter can support cable runs of up to about 60 metres / 200 feet and allows remote reset.

Best Uses for CPE210

The CPE210 is particularly useful for shorter or budget outdoor links where 2.4GHz is suitable. Because 2.4GHz is often more congested than 5GHz, installers should first perform a spectrum and site assessment before choosing it for a busy urban area.

TP-Link CPE510

The TP-Link CPE510 is a 5GHz 300Mbps outdoor CPE with a built-in 13dBi 2×2 dual-polarised directional antenna.

TP-Link describes it as optimised for outdoor wireless transmission beyond 15km under appropriate conditions. It supports point-to-point and point-to-multipoint deployments and includes Pharos MAXtream and Pharos Control. 

CPE510 Key Specifications

Specification	TP-Link CPE510
Frequency	5GHz
Wireless Rate	Up to 300Mbps
Antenna Gain	13dBi
MIMO	2×2
Published Range	15km+
Ethernet	10/100Mbps on referenced hardware
Passive PoE	Yes
MAXtream TDMA	Yes
Pharos Control	Yes
Outdoor Use	Yes

One important limitation is that common CPE510 versions use a 10/100Mbps Ethernet port, so even though the wireless PHY rate is rated at 300Mbps, Fast Ethernet can constrain real-world wired throughput. 

TP-Link's US support pages currently show several CPE510 hardware revisions and note that hardware availability varies by region, so customers should check the exact version before installation or firmware upgrades. 

TP-Link CPE710

The TP-Link CPE710 is a significantly higher-performance option for demanding point-to-point links.

It provides 5GHz 802.11ac wireless rates up to 867Mbps and uses a 23dBi directional 2×2 MIMO antenna designed for long-distance transmission. 

CPE710 Key Specifications

Specification	TP-Link CPE710
Frequency	5GHz
Wireless Standard	802.11ac
Maximum Wireless Rate	867Mbps
Antenna	23dBi directional
MIMO	2×2
Channel Width	Up to 80MHz
Weather Protection	IP65
ESD Protection	15kV
Lightning Protection	6kV
Passive PoE	Yes
Pharos Control	Yes

TP-Link's regional documentation positions the CPE710 for very long-distance applications, with some pages citing links of up to around 30km under suitable conditions. It also features IP65 weather protection, 15kV ESD protection and 6kV lightning protection. 

Its 867Mbps 802.11ac radio also gives it considerably more wireless capacity than the 300Mbps CPE210 and CPE510.

CPE210 vs CPE510 vs CPE710

Feature	CPE210	CPE510	CPE710
Frequency	2.4GHz	5GHz	5GHz
Wi-Fi Class	N300	N300	AC867
Maximum Wireless Rate	300Mbps	300Mbps	867Mbps
Antenna Gain	9dBi	13dBi	23dBi
MIMO	2×2	2×2	2×2
Published Range Positioning	5km+	15km+	Long-range / up to ~30km regional claim
Ethernet	Fast Ethernet	Fast Ethernet	Higher-performance platform
Pharos Control	Yes	Yes	Yes
MAXtream	Yes	Yes	Pharos platform
Best Use	Budget links	Medium/long links	High-capacity long links

For a new installation where throughput matters, the CPE710 is generally the stronger long-distance option. The CPE210 and CPE510 remain useful where cost is more important or existing installations need matching hardware. 

2.4GHz vs 5GHz for Point-to-Point Links

Choosing the correct frequency is important.

Feature	2.4GHz	5GHz
Typical TP-Link Example	CPE210	CPE510 / CPE710
Interference	Usually higher	Often lower
Available Channel Capacity	Lower	Higher
Obstacle Tolerance	Generally better	More sensitive
Directional Long-Range Use	Yes	Excellent
High-Speed PtP	Limited	Preferred

For clear line-of-sight installations, 5GHz is generally preferred for high-performance point-to-point links because it offers greater channel capacity and typically less congestion than 2.4GHz.

However, site conditions and local frequency regulations must always be considered.

Point-to-Point vs Point-to-Multipoint

TP-Link Pharos equipment can be used in both network designs.

Point-to-Point

A dedicated link between two locations:

Building A CPE )))))) Building B CPE

Common applications include:

• Connecting two offices

• Connecting a home and gatehouse

• Connecting two school buildings

• Extending internet to a warehouse

• CCTV backhaul

• Extending Starlink to another building

Point-to-Multipoint

One central access point communicates with multiple remote stations:

Main AP → Client 1
Main AP → Client 2
Main AP → Client 3

TP-Link's MAXtream TDMA technology is specifically designed to improve throughput, capacity and latency in compatible point-to-multipoint Pharos deployments. 

TP-Link Point-to-Point for Starlink

TP-Link outdoor CPE equipment can be used to carry a Starlink connection from one building to another.

For example:

Starlink → Router/Switch → TP-Link CPE )))))) TP-Link CPE → Remote Router/AP

This can be useful when the Starlink dish is installed at a main house, office or elevated building while internet is also required at:

• Staff quarters

• Guardhouse

• Warehouse

• Farm office

• Classroom

• Workshop

• Guest house

• Remote CCTV station

The wireless bridge carries network traffic between the locations while a normal access point or router at the far end provides Wi-Fi to users.

TP-Link Point-to-Point for CCTV

Point-to-point wireless is widely useful for CCTV projects.

Consider a remote gate located 800 metres from the main building.

Instead of trenching fibre or Ethernet across the property:

Remote Cameras → PoE Switch → CPE )))))) CPE → Main Network → NVR

This allows cameras to transmit video traffic back to the recorder across the wireless bridge.

Bandwidth calculations should be performed before installation, particularly where multiple high-resolution cameras are involved.

TP-Link Point-to-Point for Farms

Large farms often contain buildings located hundreds of metres or several kilometres apart.

Point-to-point links can connect:

• Main office

• Farmhouse

• Dairy unit

• Greenhouses

• Workshops

• Worker accommodation

• Security posts

• Irrigation control points

Directional outdoor radios can eliminate the need to purchase separate internet subscriptions for every building where the topology and regulations allow one network to be extended.

TP-Link Point-to-Point for Schools and Campuses

Educational institutions can use wireless bridges between:

• Administration block

• Classrooms

• Dormitories

• Library

• Computer lab

• Security gate

• Staff quarters

A properly designed link can carry both internet and internal LAN traffic across the campus.

TP-Link Point-to-Point for Hotels

Hotels, resorts and lodges can use outdoor CPE links to connect remote structures such as:

• Guest cottages

• Reception

• Restaurant

• Conference centre

• Security gate

• Staff quarters

• Remote accommodation blocks

Once the point-to-point link reaches the remote building, an indoor or outdoor TP-Link access point can distribute Wi-Fi to guests.

TP-Link Point-to-Point for Warehouses and Factories

Industrial sites frequently contain separate warehouses and production buildings.

A point-to-point network can carry:

• ERP traffic

• CCTV

• Internet

• VoIP

• Access-control systems

• Barcode terminals

• Staff Wi-Fi

• Network printers

Where cable installation would require trenching roads or yards, a wireless bridge can be significantly easier to deploy.

Line of Sight Is Critical

Long-distance wireless requires good line of sight.

The antennas should ideally be able to see each other without buildings, hills, trees or other major obstructions.

But visual line of sight alone is not always enough.

The radio link also requires adequate Fresnel-zone clearance, particularly for longer distances.

Trees or buildings entering the Fresnel zone can cause:

• Reduced throughput

• Higher latency

• Packet loss

• Unstable connections

• Link drops

Professional site surveys are therefore strongly recommended for long-distance installations.

Antenna Alignment

Directional CPE devices must be accurately aimed at each other.

A few degrees of misalignment can make a major difference, especially when using higher-gain antennas such as the CPE710's 23dBi directional system.

Installers should monitor:

• Received signal strength

• Noise floor

• Signal-to-noise ratio

• CCQ/link quality

• Throughput

• Channel utilisation

The best installation is not simply the one with the highest transmit power; correct alignment and a clean frequency are often more important.

Passive PoE Installation

TP-Link Pharos CPE devices commonly use Passive PoE, allowing power and Ethernet data to travel along the same network cable.

A typical arrangement is:

Router/Switch → PoE Injector → Outdoor Ethernet Cable → CPE

This makes it possible to mount the CPE high on:

• Masts

• Rooftops

• Towers

• Walls

• Poles

without installing a conventional mains power socket beside the radio.

Power requirements vary by model and hardware revision, so installers should use the correct TP-Link PoE specification for the exact device rather than assuming all passive-PoE adapters are interchangeable.

Weather Protection

Outdoor CPE radios are designed for exterior deployment, but weather ratings vary by model.

For example, TP-Link rates the CPE710 as IP65, with 15kV ESD and 6kV lightning protection. 

Correct installation should still include:

• Proper grounding

• Outdoor-rated Ethernet cable

• Drip loops

• Surge protection where appropriate

• Secure pole mounting

• Proper weather sealing

• Correct cable routing

Weather resistance does not mean the equipment should be submerged or installed without proper electrical protection.

Pharos Control

Pharos Control is TP-Link's centralised management platform for compatible Pharos outdoor devices.

Administrators can use it for functions including:

• Device discovery

• Status monitoring

• Configuration

• Firmware management

• Network maintenance

TP-Link released Pharos Control 2.0.8 in August 2025 with additional device-account and security improvements, showing that the management platform continues to receive support. 

PharOS

Individual TP-Link Pharos CPE radios are managed through PharOS, TP-Link's web-based operating interface for these outdoor wireless products.

Depending on the model and hardware revision, supported modes can include:

• Access Point

• Client

• Bridge

• Repeater

• AP Router

• AP Client Router / WISP

Not every hardware revision exposes exactly the same modes, so the specific model documentation should be checked before deployment. 

How Far Can TP-Link Point-to-Point Wireless Reach?

There is no single guaranteed distance.

Manufacturer positioning includes:

Model	TP-Link Published Positioning
CPE210	5km+
CPE510	15km+
CPE710	Very long range; some regional material cites up to ~30km

A successful 10km link can sometimes outperform a badly installed 500m link.

Distance is only one part of the design.

Factors such as antenna height, Fresnel clearance, interference, terrain and channel availability often matter more.

How Many CPE Units Do You Need?

A normal point-to-point bridge requires:

2 compatible radios.

Location	Equipment
Site A	1 × CPE
Site B	1 × CPE
Total	2 × CPE units

Buying one CPE does not by itself create a complete building-to-building bridge unless the opposite end already has compatible equipment.

This is important when preparing project quotations.

TP-Link Point-to-Point Wireless Price in Kenya

Current Kenyan marketplace prices vary by model, seller and hardware revision. Recent Jumia listings showed approximately KES 5,605–8,500 for CPE210, around KES 7,885–11,000 for CPE510, and roughly KES 14,300–19,000 for CPE710. 

A recent TDK Kenya listing showed the CPE210 at KES 6,350 excluding VAT. 

Model	Recent Kenya Market Reference
CPE210	Approx. KES 5,600–8,500
CPE510	Approx. KES 7,900–11,000
CPE710	Approx. KES 14,300–19,000

These are market-reference prices, not fixed Orbitlink Solutions prices.

For your website, the recommended wording is:

Price: Contact Orbitlink Solutions for the current TP-Link point-to-point wireless price in Kenya and a quotation based on your required link distance.

A complete point-to-point project should also budget for two radios, mounting hardware, outdoor Ethernet cable, network switches if required, surge protection and installation/alignment.

Which TP-Link Point-to-Point CPE Should You Choose?

Requirement	Recommended Starting Point
Shorter budget link	CPE210
5GHz medium-distance link	CPE510
High-capacity long-distance link	CPE710
CCTV between buildings	CPE510 or CPE710 depending bandwidth
Starlink to remote building	CPE510 / CPE710
Farm connectivity	CPE510 / CPE710
Higher throughput	CPE710
Congested 2.4GHz environment	Prefer suitable 5GHz model
Point-to-Multipoint	Pharos/MAXtream-compatible design

The correct choice should be based on distance, throughput, spectrum conditions and line of sight, not distance alone.

Advantages and Limitations

Advantages	Limitations
Long-distance wireless connectivity	Clear line of sight strongly preferred
Avoids long cable runs	Trees/buildings can degrade links
Suitable for CCTV	Requires alignment
Suitable for Starlink extension	Weather installation must be correct
Point-to-Point support	Frequency interference affects performance
Point-to-Multipoint support	Some older models use Fast Ethernet
Passive PoE	PoE standards vary by model
Directional antennas	Advertised distance is not guaranteed
Outdoor construction	Professional survey recommended
Pharos management	Regulations must be followed

Watch: TP-Link Point-to-Point Wireless Setup

TP-Link point-to-point wireless provides a practical way of extending a network between physically separated locations without laying fibre across the entire route. Two outdoor directional radios are normally mounted with line of sight between them, with one unit connected to the source network and the second connected to the remote site's switch, router or access point. This makes the technology useful for offices, schools, farms, hotels, warehouses and CCTV installations.

The choice of CPE matters considerably. The CPE210 offers 2.4GHz N300 performance with a 9dBi antenna, while the CPE510 moves to 5GHz with a 13dBi directional antenna. For higher-capacity and considerably longer-distance links, the CPE710 combines 5GHz 802.11ac, an 867Mbps theoretical rate and a 23dBi directional antenna. 

For Kenyan installations, successful deployment should begin with a proper site assessment rather than simply selecting the radio with the largest advertised distance. The installer needs to consider line of sight, Fresnel clearance, interference, required bandwidth, mast height, cable routing, grounding and the required connection at the far end. When designed correctly, TP-Link Pharos equipment can provide a cost-effective alternative to trenching cable between remote buildings.

Frequently Asked Questions About TP-Link Point-to-Point Wireless

What is TP-Link point-to-point wireless?

It is a wireless bridge created between two locations using directional outdoor radios such as TP-Link Pharos CPE devices.

How many radios do I need?

A normal point-to-point link requires two radios, one at each end.

Can TP-Link CPE connect two buildings?

Yes. Building-to-building connectivity is one of the main applications for TP-Link's Pharos outdoor CPE family.

Can I extend Starlink to another building?

Yes. A pair of compatible CPE radios can bridge the network from the building with Starlink to a remote building, assuming proper line of sight and network design.

Can TP-Link point-to-point carry CCTV traffic?

Yes. It can bridge IP-camera traffic from a remote location to a central network or NVR, provided the link has sufficient bandwidth.

What is the range of the TP-Link CPE210?

TP-Link describes the CPE210 as system-level optimised for more than 5km under appropriate conditions. 

What is the range of the TP-Link CPE510?

TP-Link describes the CPE510 as optimised for more than 15km outdoor transmission under suitable conditions. 

How fast is the CPE710?

The CPE710 supports a theoretical 867Mbps on 5GHz using 802.11ac. 

What antenna does the CPE710 use?

It uses a 23dBi directional 2×2 MIMO antenna. 

Is CPE710 weatherproof?

Yes. TP-Link rates it IP65, with 15kV ESD and 6kV lightning protection. 

Is 5GHz better than 2.4GHz for point-to-point?

For many clear-line-of-sight links, 5GHz is preferable because of greater available capacity and potentially lower interference, but the best choice depends on the site.

Do point-to-point antennas need line of sight?

For reliable long-distance operation, clear line of sight and adequate Fresnel-zone clearance are strongly recommended.

Can trees affect the signal?

Yes. Trees, especially wet foliage, can severely degrade long-distance wireless links.

Can I install the radios inside a building?

For a long-distance outdoor bridge, the radios should normally be mounted outside with an unobstructed path between sites.

Does TP-Link CPE use PoE?

Common Pharos models use Passive PoE, but voltage and hardware details should be checked for the exact model and revision. 

Can I use one CPE for several remote sites?

Yes, a properly designed point-to-multipoint network can use one central AP and several client stations. MAXtream is specifically intended to improve compatible Pharos PtMP deployments.

Is CPE510 Gigabit?

Common CPE510 versions use a 10/100Mbps Ethernet interface, so the wired port can limit throughput. 

What is the best TP-Link CPE for high-speed long-distance links?

Within the models compared here, CPE710 is the strongest performance option, with 867Mbps 5GHz 802.11ac and a 23dBi directional antenna. 

Can TP-Link point-to-point connect offices across a road?

Yes, provided mounting, line of sight and local deployment requirements are satisfied.

Can it replace fibre?

For some building-to-building situations it can provide a much easier alternative, although fibre remains preferable where maximum predictable capacity, electrical isolation and long-term performance are required.

How much does TP-Link point-to-point wireless cost in Kenya?

Recent individual-radio market references range from roughly KES 5,600 for entry-level CPE210 listings to around KES 19,000 for some CPE710 listings. A complete PtP connection normally requires two radios plus installation equipment. 

Buy TP-Link Point-to-Point Wireless in Kenya

TP-Link point-to-point wireless systems offer an effective way to connect remote buildings, offices, schools, CCTV sites, farms, warehouses and Starlink installations without laying a physical cable across the entire distance. Options range from the economical CPE210 through the 5GHz CPE510 to the higher-performance AC867 CPE710.

For reliable results, the correct radio must be selected according to distance, required throughput, line of sight, interference and network topology. Longer links should be professionally surveyed and aligned rather than relying only on manufacturer maximum-distance figures.

Contact Orbitlink Solutions

Orbitlink Solutions
Address: Lyric House, Kimathi Street, Nairobi
Phone: +254 743 720 551
Email: info@orbitlinksolutions.co.ke
Opening Hours: Monday–Saturday, 9:00 AM–6:00 PM
Availability: Nairobi pickup and nationwide delivery

Contact Orbitlink Solutions for current TP-Link point-to-point wireless prices in Kenya, equipment selection, CPE210, CPE510 and CPE710 availability, Starlink building-to-building links, CCTV wireless bridges, outdoor network design, Ethernet cabling and professional point-to-point installation.