TP-LINK
TP-Link Omada EAP100-Bridge Kit 300Mbps Outdoor Wireless Bridge – 500m, PoE, IP65
- SKU:
- EAP100BRIDGEKIT
- UPC:
- 1210002603775
- MPN:
- EAP100-BRIDGE KIT
- Availability:
- Free Click & Collect in Peterborough. UK delivery also available
Description
TP-Link Omada EAP100-Bridge KIT – 300Mbps 2.4GHz Outdoor Wireless Bridge for Up to 500m
The TP-Link Omada EAP100-Bridge KIT is a preconfigured indoor/outdoor wireless bridge kit designed to extend an Ethernet network between separate locations without running a physical network cable across the entire distance. Operating on the 2.4GHz band with wireless link rates of up to 300Mbps, it provides point-to-point wireless transmission over distances of up to 500 metres / 1,640 feet under suitable installation conditions.
Designed for farms, workshops, warehouses, offices, CCTV installations, parking areas, construction sites, outbuildings and other hard-to-wire locations, the EAP100-Bridge KIT combines 8dBi directional antennas, 2x2 MIMO, plug-and-play auto-pairing and app-guided alignment to simplify long-distance network installation.
Each bridge provides three 10/100Mbps Fast Ethernet ports, allowing wired devices such as IP cameras, NVR equipment, switches or other network hardware to connect at the remote location. Flexible power options include 802.3af PoE, passive PoE and 12V DC, while an IP65 weather-resistant enclosure, wide -40°C to +70°C operating range and 6kV lightning protection help make the system suitable for demanding outdoor deployments.
The EAP100-Bridge KIT can operate independently or integrate with the TP-Link Omada SDN platform for centralised monitoring and management through supported Omada controllers, the Omada app or web interface.
Model: TP-Link Omada EAP100-Bridge KIT | Wireless Band: 2.4GHz | Wireless Rate: Up to 300Mbps | Maximum Advertised Bridge Distance: Up to 500m
Key Features of the TP-Link Omada EAP100-Bridge KIT
- Preconfigured point-to-point wireless bridge kit for connecting two network locations
- Up to 500m / 1,640ft wireless transmission under suitable conditions
- 2.4GHz wireless connectivity
- Up to 300Mbps wireless signal rate
- Supports IEEE 802.11b/g/n
- 2x2 MIMO wireless architecture
- Integrated 8dBi dual-polarised directional antennas
- Approximate 70° horizontal and vertical antenna beamwidth
- Plug-and-play auto-pairing for easier initial deployment
- LED signal indicators to help with alignment
- Omada app-guided antenna alignment
- Integrated speed test for installation verification
- 3 x 10/100Mbps Fast Ethernet ports per bridge unit
- 802.3af PoE support
- Supports 24V / 48V passive PoE
- Supports 12V DC power
- IP65 weather-resistant enclosure
- 6kV lightning / surge protection on Ethernet interfaces
- Operating temperature range of approximately -40°C to +70°C
- Pole mounting support with mounting hardware included
- Standalone management or Omada SDN centralised management
- Management through supported web interface and Omada app
- Low maximum power consumption of approximately 4.8W when powered by PoE
What Is the TP-Link EAP100-Bridge KIT Used For?
A wireless network bridge connects Ethernet networks in two physically separate locations using a directional wireless link.
Instead of installing a long Ethernet cable between buildings or digging trenches for network cabling, one EAP100 bridge can be installed at the main network location and the second at the remote location. The two units communicate wirelessly with each other and carry network traffic across the link.
This can be particularly useful where running fibre or Ethernet cabling would be difficult, disruptive or expensive.
Typical EAP100-Bridge Applications
- Connecting a house to a detached garage or workshop
- Providing network connectivity to farm buildings, barns and agricultural equipment
- Connecting CCTV cameras at remote locations
- Linking offices in separate buildings
- Connecting warehouses and storage areas
- Extending a network across a car park
- Connecting construction-site network equipment
- Providing Ethernet connectivity to remote gate or entrance systems
- Connecting network equipment in an outbuilding
- Remote monitoring and surveillance installations
Up to 500m Point-to-Point Wireless Connection
The EAP100-Bridge KIT is designed for wireless transmission over distances of up to approximately 500 metres / 0.31 miles / 1,640 feet.
Its integrated directional antennas concentrate wireless energy towards the remote bridge rather than distributing the signal equally in every direction, helping provide a stronger long-distance link between two correctly aligned units.
Does the TP-Link EAP100 Really Work at 500 Metres?
500 metres is TP-Link's advertised maximum transmission distance under suitable conditions. Real-world range and performance depend heavily on installation conditions.
For the best results, the two bridge units should have a clear line of sight with careful antenna alignment. Buildings, trees, walls, terrain, vehicles, radio interference and incorrect positioning can reduce the achievable distance and throughput.
The Omada app's alignment tools and the built-in signal LEDs can help installers position the two units for a stronger connection.
Preconfigured Plug-and-Play Bridge Pair
The EAP100-Bridge KIT is supplied as a preconfigured bridge kit, reducing the amount of manual configuration required for a standard point-to-point installation.
TP-Link's auto-pairing system allows the Main AP and Client AP to establish their wireless bridge link when correctly installed and powered.
Do I Need to Manually Pair the Two Bridges?
For a normal point-to-point installation, the bridge kit is preconfigured for automatic pairing. Power the two devices, position them towards each other and use the signal indicators or Omada app to optimise their alignment.
The units also include a physical Pair/Reset control and Main AP / Client AP role selection for configuration and troubleshooting.
App-Guided Alignment for Easier Installation
Correct alignment is one of the most important parts of installing a directional wireless bridge. The EAP100-Bridge KIT supports Omada app-guided alignment with real-time signal-strength information.
This is particularly useful when the bridges are mounted tens or hundreds of metres apart, where visually judging the ideal antenna angle can be difficult.
Built-In Installation Speed Test
The Omada app can also perform an instant transmission speed test, helping installers verify bridge performance after alignment.
This makes it easier to identify whether poor performance is being caused by alignment, interference or another network issue before completing the installation.
8dBi Directional Antennas with 2x2 MIMO
Each EAP100-Bridge unit uses internal 2x2 dual-polarised directional MIMO antennas with a peak antenna gain of approximately 8dBi at 2.4GHz.
The directional antenna design helps focus the wireless connection towards the corresponding bridge, making the system more suitable for point-to-point links than a conventional omnidirectional indoor access point.
TP-Link specifies an approximate 70° horizontal and 70° vertical beamwidth, giving installers a practical alignment window while still providing directional gain.
2.4GHz WiFi with Up to 300Mbps Wireless Link Rate
The EAP100-Bridge KIT uses the 2.4GHz frequency band and supports IEEE 802.11b/g/n WiFi standards.
Wireless link rates range up to a theoretical maximum of 300Mbps using 2x2 MIMO and 40MHz channel width.
Is 300Mbps the Actual Internet Speed?
No. The advertised 300Mbps figure is the maximum theoretical wireless physical-layer signal rate rather than a guaranteed real-world file-transfer or internet speed.
Actual throughput is lower and varies according to interference, distance, antenna alignment, channel width, network overhead and environmental conditions.
In addition, the EAP100's wired network interfaces are 10/100Mbps Fast Ethernet, so a wired connection through an individual Ethernet port cannot operate at Gigabit Ethernet speeds.
Does the EAP100-Bridge KIT Have Gigabit Ethernet?
No. The EAP100-Bridge KIT provides three 10/100Mbps Fast Ethernet ports rather than Gigabit Ethernet ports.
This makes it particularly suitable for CCTV cameras, monitoring equipment, internet access and other applications that do not require a Gigabit wired connection.
If your application requires sustained throughput above 100Mbps through a single Ethernet connection, a bridge equipped with Gigabit Ethernet should be considered instead.
Three Ethernet Ports for Cameras and Network Devices
Each bridge unit provides three Fast Ethernet ports, making the EAP100 particularly useful in surveillance and remote-network installations.
Multiple wired devices can be connected without necessarily requiring a separate network switch immediately beside the bridge.
What Can Be Connected to the Ethernet Ports?
Compatible Ethernet devices can include:
- IP CCTV cameras
- Network video recorders and surveillance equipment
- Network switches
- Desktop computers
- Printers
- Access points
- Building-control equipment
- Door-entry and gate-control systems
- IoT gateways
- Other Ethernet network devices
Connected devices must still have their own appropriate power supply unless powered separately through compatible equipment.
Flexible PoE and DC Power Options
The EAP100-Bridge KIT supports multiple power methods to make installation easier in locations where a conventional mains socket may not be available directly beside the bridge.
Supported power options include:
- IEEE 802.3af Power over Ethernet
- 24V passive PoE
- 48V passive PoE
- 12V DC input
PoE allows electrical power and network data to travel through the same Ethernet cable, reducing the amount of cabling needed at the bridge location.
Can the EAP100 Be Powered by a PoE Switch?
Yes. The bridge supports standard IEEE 802.3af PoE, allowing it to be powered from a compatible PoE switch or suitable PoE injector.
TP-Link also supports passive PoE options. Always confirm the voltage and PoE method before connecting third-party power equipment.
Can It Be Used with Solar Power?
TP-Link lists the EAP100's 12V DC input as compatible with suitable TP-Link solar power supply systems. This can make the bridge useful for certain remote surveillance installations where mains electricity is difficult to provide.
Solar power equipment is not automatically included with the EAP100-Bridge KIT and should be selected separately according to installation requirements.
IP65 Weather-Resistant Outdoor Design
The EAP100 is designed for both indoor and outdoor installation and uses an IP65-rated enclosure.
An IP65 rating provides protection against dust ingress and water jets when the product is correctly installed according to the manufacturer's instructions.
Can the TP-Link EAP100 Be Installed Outside?
Yes. Outdoor networking is one of the primary applications for the EAP100-Bridge KIT.
TP-Link specifies an operating temperature range from approximately -40°C to +70°C, making the bridge suitable for a wide range of outdoor temperatures.
Correct mounting, weatherproof cable routing, grounding and installation practices remain important for reliable long-term outdoor use.
6kV Lightning and Surge Protection
TP-Link specifies up to 6kV surge/lightning protection on the Ethernet interfaces, helping protect the networking hardware in outdoor installations.
The product also includes electrostatic discharge protection rated at up to approximately 15kV air discharge and 8kV contact discharge.
Does Lightning Protection Mean No Grounding Is Required?
No. Integrated surge protection does not replace proper outdoor network installation.
TP-Link advises that effective protection against lightning and electrostatic discharge depends on correct product setup, grounding and suitable cable shielding. Professional network installation should be considered for exposed or high-risk outdoor locations.
Omada SDN Centralised Management
The EAP100-Bridge KIT forms part of the TP-Link Omada business networking ecosystem.
It can be managed in standalone mode or integrated with supported Omada controllers for centralised network monitoring and management.
Supported management options can include:
- Omada app
- Web-based management
- Omada Hardware Controller
- Omada Software Controller
- Supported Omada cloud-management environments
- SNMP
- SSH
- Local and remote system logging
Do I Need an Omada Controller?
No, not for basic standalone operation. The bridge can operate and be managed in standalone mode.
An Omada controller becomes useful where centralised monitoring, remote management and integration with a larger Omada network are required.
Useful Network Management Features
Beyond basic bridging, the EAP100 supports a range of business networking functions including:
- Automatic Channel Selection
- Channel optimisation
- Antenna alignment tools
- Integrated speed testing
- Multiple SSIDs
- Guest network support
- SSID and client rate limiting
- VLAN support
- Rogue access point detection
- Static IP and DHCP client operation
- Wireless scheduling
- Scheduled reboot
- Firmware upgrades
- Backup and restore
Ideal Wireless Bridge for CCTV & Surveillance
One of the strongest applications for the EAP100-Bridge KIT is connecting remote IP surveillance equipment back to a main network.
For example, cameras installed on a remote building, entrance, parking area or farm structure can connect by Ethernet to the remote bridge. The bridge then carries the network traffic wirelessly back to the main site.
The combination of three Ethernet ports, outdoor protection, PoE power options and directional antennas makes the EAP100 particularly suited to this type of installation.
Can I Use the EAP100 Bridge with IP Cameras?
Yes. TP-Link specifically positions the EAP100-Bridge KIT for surveillance and remote-network applications.
Always calculate the combined bandwidth required by connected cameras, especially where several high-resolution cameras will transmit continuously across the same bridge link.
Suitable for Farms, Workshops & Outbuildings
Running Ethernet cable between distant buildings can be impractical, particularly across roads, yards or agricultural land.
A correctly installed EAP100 wireless bridge can provide a network link between the main premises and locations such as:
- Barns
- Workshops
- Garages
- Farm buildings
- Storage sheds
- Remote offices
- Gate houses
- Warehouses
The remote site can then connect compatible Ethernet networking equipment to the bridge.
2.4GHz Versus 5GHz Wireless Bridges
The EAP100 operates exclusively on the 2.4GHz band. It is not a dual-band or 5GHz bridge.
2.4GHz can offer useful propagation characteristics and compatibility, but it is also widely used by WiFi networks and other wireless equipment, so interference levels can be higher in congested locations.
Installers should assess the local radio environment when choosing between a 2.4GHz bridge such as the EAP100 and a higher-performance 5GHz bridge.
Does the EAP100 Support 5GHz?
No. The TP-Link Omada EAP100-Bridge KIT is a 2.4GHz-only wireless bridge.
Customers requiring 5GHz operation should select a compatible Omada wireless bridge designed specifically for the 5GHz band.
Is the EAP100 a WiFi Router?
No. The EAP100-Bridge KIT is primarily a wireless network bridge, not a broadband modem/router.
Its main role is to transport network connectivity between locations. A router or gateway is still normally required at the main network to provide internet routing, DHCP and firewall functions.
Does the EAP100 Replace an Ethernet Cable?
In suitable situations, the EAP100-Bridge KIT can provide a wireless alternative to installing a long Ethernet cable between two locations.
However, a dedicated wired or fibre connection can still provide higher throughput, lower latency and greater immunity from wireless interference. The bridge is particularly valuable where physical cabling is difficult or uneconomical.
Who Is the TP-Link EAP100-Bridge KIT Best For?
- CCTV installers connecting remote network cameras
- Farms and agricultural sites requiring network connectivity between buildings
- Home users connecting detached garages and workshops
- Small businesses linking separate offices or storage buildings
- Warehouses and industrial sites
- Construction sites
- Car parks and remote entrances
- Network installers requiring a simple pre-paired bridge
- Existing TP-Link Omada network users
- Locations where trenching or installing Ethernet/fibre is impractical
Important Things to Know Before Buying
- This is a 2.4GHz wireless bridge, not a 5GHz or dual-band model.
- The advertised wireless signal rate is up to 300Mbps.
- The three Ethernet ports are 10/100Mbps Fast Ethernet, not Gigabit Ethernet.
- The advertised 500m range is not guaranteed and depends on environment, interference and alignment.
- A clear line of sight between bridge locations is strongly recommended for long-distance links.
- The kit is primarily designed for connecting networks between separate locations.
- It does not replace your broadband modem or main internet router.
- Outdoor installations should use appropriate weather-resistant Ethernet cabling and correct grounding practices.
- The IP65 rating applies when the unit is correctly installed.
- The supplied passive PoE power equipment should be used according to TP-Link's installation instructions.
- Actual network throughput will be lower than the theoretical 300Mbps wireless signal rate.
TP-Link Omada EAP100-Bridge KIT Technical Highlights
- Brand: TP-Link / Omada
- Model: EAP100-Bridge KIT
- Product Type: Indoor / outdoor wireless network bridge kit
- Primary Application: Point-to-point network bridging
- Wireless Band: 2.4GHz
- Wireless Standards: IEEE 802.11b/g/n
- Maximum Wireless Signal Rate: Up to 300Mbps
- Channel Width: 20MHz / 40MHz
- Wireless Architecture: 2x2 MIMO with 2 spatial streams
- Antenna Type: Internal dual-polarised directional MIMO antennas
- Antenna Gain: Up to 8dBi
- Approximate Beamwidth: 70° horizontal / 70° vertical
- Advertised Transmission Distance: Up to 500m / 1,640ft
- Ethernet Ports: 3 x 10/100Mbps Fast Ethernet
- PoE: IEEE 802.3af PoE
- Passive PoE: 24V / 48V supported
- DC Input: 12V
- Maximum Power Consumption: Approx. 4.8W using PoE
- Weather Protection: IP65
- Ethernet Surge / Lightning Protection: Up to ±6kV
- Operating Temperature: -40°C to +70°C
- Operating Humidity: 10%–90% non-condensing
- Dimensions Per Main Unit: Approx. 79 x 60.3 x 224mm
- Weight Per Main Unit: Approx. 0.27kg
- Management: Standalone / supported Omada SDN management
- Mounting: Outdoor pole mounting; TP-Link UK also lists wall mounting support
- Colour: White
What's Included?
- TP-Link Omada EAP100-Bridge KIT preconfigured bridge equipment
- Installation guide
- Pole mounting kit
- Passive PoE power adapter
- Power cord
Why Choose the TP-Link Omada EAP100-Bridge KIT?
The TP-Link Omada EAP100-Bridge KIT provides a straightforward way to extend an Ethernet network to a remote location without installing a continuous data cable between buildings.
Its preconfigured point-to-point pairing, 8dBi directional antennas, app-assisted alignment and signal indicators simplify installation, while up to 500m wireless transmission makes it useful for outbuildings, farms, CCTV systems, workshops, warehouses, car parks and remote offices.
Three Fast Ethernet ports provide connections for multiple wired devices, while 802.3af PoE, passive PoE and 12V DC power options give installers flexibility when deciding how the bridge will be powered.
For outdoor deployments, the combination of an IP65 enclosure, -40°C to +70°C operating range and 6kV Ethernet surge protection helps provide reliable operation in demanding environments. Integration with the Omada SDN ecosystem also makes the EAP100-Bridge KIT particularly useful for businesses and installers already using TP-Link Omada networking equipment.
Specification
TP-Link Omada EAP100-Bridge KIT Specifications
The TP-Link Omada EAP100-Bridge KIT is a preconfigured 2.4GHz indoor/outdoor wireless bridge kit designed for point-to-point network links of up to 500 metres under suitable conditions. The kit contains two EAP100-Bridge units, each featuring 2x2 MIMO, an 8dBi directional antenna and three 10/100Mbps Fast Ethernet ports.
General Information
| Brand | TP-Link Omada |
| Model | EAP100-Bridge KIT |
| Manufacturer Part Number | EAP100-BRIDGE KIT |
| Product Type | Indoor / outdoor wireless network bridge kit |
| Primary Application | Point-to-point wireless Ethernet bridging |
| Bridge Units Included | 2 |
| Preconfigured Pair | Yes – supports plug-and-play point-to-point auto-pairing |
| Installation Environment | Indoor / outdoor |
| Colour | White |
Wireless Specifications
| Wi-Fi Generation | Wi-Fi 4 / 802.11n |
| Wireless Standards | IEEE 802.11b/g/n |
| Wireless Band | 2.4GHz only |
| Frequency Range | 2.400–2.4835GHz ISM, subject to regional restrictions |
| Maximum Wireless Data Rate | Up to 300Mbps |
| 802.11n Data Rate Range | 6.5Mbps to 300Mbps |
| Channel Width | 20MHz / 40MHz |
| Spatial Streams | 2 spatial streams |
| MIMO | 2x2 MIMO |
| Radio Technology | OFDM |
| Modulation | 64-QAM, 16-QAM, QPSK, BPSK |
| 5GHz Support | No |
Wireless Bridge Performance
| Advertised Transmission Distance | Up to 500m / 1,640ft / approx. 0.31 mile |
| Point-to-Point (PtP) | Yes |
| Point-to-Multipoint (PtMP) | Supported; TP-Link datasheet specifies PtMP value of 3 |
| Automatic Pairing | Yes, preconfigured kit |
| Antenna Alignment Tool | Yes |
| Integrated Speed Test | Yes |
| Automatic Channel Selection | Yes |
| Channel Optimisation | Yes |
Antenna Specifications
| Antenna Type | Internal dual-polarised directional MIMO antenna |
| Antenna Configuration | 2x2 |
| Peak Antenna Gain | 8dBi at 2.4GHz |
| Horizontal Beamwidth | 70° |
| UK / CE Maximum Transmit Power | Up to 20dBm EIRP at 2.4GHz, subject to local regulations |
| Transmit Power Adjustment | 1dBm increments |
Ethernet & Network Interfaces
| Ethernet Ports per Bridge | 3 |
| Ethernet Port Speed | 10/100Mbps Fast Ethernet |
| Gigabit Ethernet | No |
| PoE-Capable Ethernet Port | 1 x 10/100Mbps PoE input port per bridge |
| LAN Status LEDs | 3 per bridge |
Power Specifications
| IEEE PoE Support | IEEE 802.3af PoE |
| Passive PoE | 24V or 48V passive PoE |
| DC Power Input | 12V DC supported |
| Maximum Power Consumption – AC/DC | 3.9W per unit |
| Maximum Power Consumption – PoE | 4.8W per unit |
| Standby Power – AC/DC | 1.4W per unit |
| Standby Power – PoE | 1.6W per unit |
Outdoor Protection & Environmental Specifications
| Weather Protection | IP65 when correctly pole-mounted |
| Ethernet Surge / Lightning Protection | ±6kV |
| ESD Air Discharge Protection | ±15kV |
| ESD Contact Discharge Protection | ±8kV |
| Operating Temperature | -40°C to +70°C |
| Storage Temperature | -40°C to +70°C |
| Operating Humidity | 10%–90%, non-condensing |
| Storage Humidity | 5%–90%, non-condensing |
| Maximum Operating Altitude | Up to 2,000m / 6,561ft |
| Maximum Storage Altitude | Up to 2,000m / 6,561ft |
| Windproof Rating | No dedicated windproof rating specified |
Physical Specifications
| Dimensions per Bridge | 79 x 60.3 x 224mm (D x W x H) |
| Weight per Bridge | Approx. 0.27kg / 270g |
| Shipping Package Dimensions | 280 x 245 x 106mm |
| Shipping Weight | Approx. 1.5kg |
| Mounting Method | Pole mounting |
| Pole Mounting Kit Included | Yes – one mounting kit per bridge |
Controls & Status Indicators
| Pair / Reset Button | Yes |
| Role Selection Switch | Main AP / Client AP |
| System LED | 1 per bridge |
| LAN LEDs | 3 per bridge |
| Signal LEDs | 3 per bridge |
| Signal Strength Indication | Yes – additional illuminated LEDs indicate stronger signal when operating as Client AP |
Management
| Standalone Management | Yes |
| Omada SDN Management | Yes |
| Omada Controller | Supported |
| Omada Essential | Supported |
| Omada App | Supported |
| Web Management | Yes |
| SSH | Yes |
| SNMP | SNMP v1, v2c and v3 |
| System Logs | Yes |
| Scheduled Reboot | Yes |
| Wireless Schedule | Yes |
| Firmware Upgrade | Yes |
| Configuration Backup & Restore | Yes |
Network Features
| Maximum Associated Wireless Clients | 8 |
| Guest Network | Yes |
| SSID Rate Limiting | Yes |
| Client Rate Limiting | Yes |
| Rogue AP Detection | Yes |
| SSID VLAN | Yes |
| Dynamic VLAN | Yes |
| Management VLAN | Yes |
| Static IP / DHCP Client | Yes |
| IPv4 | Yes |
| LLDP | Yes |
Wireless Security
| WPA | WPA-Personal / Enterprise |
| WPA2 | WPA2-Personal / Enterprise |
| RADIUS Accounting | Supported |
Internal Hardware
| Flash Memory | 64Mbit |
| DRAM | 512Mbit |
Package Contents
| EAP100-Bridge Units | 2 |
| Passive PoE Adapters | 2 |
| Power Cords | 2 |
| Mounting Kits | 2 |
| Installation Guide | 1 |
Important 300Mbps Speed Note
The advertised up to 300Mbps figure is the maximum IEEE 802.11n wireless physical-layer link rate. It is not a guaranteed internet speed or file-transfer throughput. Actual wireless throughput will be lower and varies with distance, interference, obstacles, alignment, network traffic and other environmental factors.
Important Ethernet Speed Note
Each EAP100-Bridge has three 10/100Mbps Fast Ethernet ports. The ports are not Gigabit Ethernet. A single wired Ethernet connection through the bridge is therefore limited by its Fast Ethernet interface as well as normal networking overhead.
Important 500m Range Note
TP-Link specifies an advertised wireless transmission distance of up to 500 metres / 1,640 feet. This figure is based on testing under suitable conditions and is not guaranteed in every installation.
For long-distance links, a clear line of sight, correct antenna alignment and low radio interference are strongly recommended. Buildings, trees, terrain, vehicles and other obstructions can reduce signal strength, range and throughput.
Important IP65 & Outdoor Installation Note
TP-Link specifies an IP65 weather-resistant enclosure for pole-mounted installation. Outdoor installations should follow TP-Link's installation instructions and use appropriate outdoor-rated cabling, grounding and cable shielding.
The built-in lightning and electrostatic-discharge protection does not remove the need for correct grounding and professional outdoor installation practices.
Important PoE Note
The EAP100-Bridge supports IEEE 802.3af PoE and 24V / 48V passive PoE. The kit also includes two passive PoE adapters. Always confirm the required PoE standard and voltage before connecting third-party PoE equipment.
Important 2.4GHz Note
The EAP100-Bridge KIT is a 2.4GHz-only Wi-Fi 4 wireless bridge. It does not support 5GHz Wi-Fi. Customers requiring higher wireless throughput, Gigabit Ethernet or a 5GHz bridge should consider an alternative Omada bridge model designed for those requirements.
Important Management Note
The EAP100-Bridge KIT can operate in standalone mode. An Omada Controller is therefore not required for a basic point-to-point bridge installation. Omada SDN integration can be used where centralised or remote network management is required.
Return
FAQ: Frequenlty Asked Questions
TP-Link Omada EAP100-Bridge KIT 300Mbps Outdoor Wireless Bridge FAQ
The TP-Link Omada EAP100-Bridge KIT is a preconfigured 2.4GHz point-to-point wireless bridge kit designed to extend a wired network between buildings or remote locations without running a continuous Ethernet cable between them. The kit uses directional 8dBi antennas and supports wireless transmission distances of up to 500 metres under suitable line-of-sight conditions.
Each EAP100-Bridge provides three 10/100Mbps Ethernet ports, flexible 802.3af PoE / passive PoE / DC power options, an IP65 weatherproof enclosure, Omada management and app-guided alignment. Below are answers to the most common questions buyers ask about real throughput, garages and outbuildings, CCTV cameras, line of sight, PoE, VLANs, Omada Controller, point-to-point and point-to-multipoint operation, outdoor mounting and the differences between the EAP100, EAP115, EAP211 and EAP215 bridge kits.
1. What is the TP-Link Omada EAP100-Bridge KIT?
The EAP100-Bridge KIT is a pair of outdoor wireless bridge units designed to carry a network connection wirelessly from one location to another. A common installation connects one bridge to the router or main network in a house and the second bridge to a switch, camera, access point or other Ethernet device in a garage, barn, workshop or remote building.
2. What is the exact model, Memox SKU and product code?
The manufacturer model is TP-Link Omada EAP100-Bridge KIT. The Memox SKU is EAP100BRIDGEKIT and the product UPC/GTIN shown on the Memox listing is 1210002603775.
3. What are the main specifications of the EAP100-Bridge KIT?
Key specifications include 2.4GHz IEEE 802.11b/g/n wireless, up to 300Mbps wireless link rate, up to 500m transmission distance, internal 2×2 dual-polarised 8dBi directional antennas, three 10/100Mbps Ethernet ports, IP65 weatherproofing, 6kV lightning protection, 802.3af PoE, passive PoE/DC power options and Omada management.
4. Does the kit include two wireless bridge units?
Yes. The EAP100-Bridge KIT is supplied as a matched bridge pair consisting of a Main AP and a Client AP. They are preconfigured to automatically form a point-to-point connection when powered on.
5. What does a point-to-point wireless bridge actually do?
A point-to-point or PtP bridge behaves like a wireless replacement for the Ethernet cable between two locations. One bridge connects to the source network and sends the network wirelessly to the second bridge, which makes the connection available again through Ethernet at the remote site.
6. Can I use the EAP100-Bridge to get internet to a detached garage?
Yes. This is one of its main use cases. Connect the Main AP to your home router or switch and mount the Client AP on the detached garage with clear line of sight back to the Main AP. Devices in the garage can then connect through the Client AP's Ethernet ports or through additional networking equipment.
7. Is it suitable for a barn, shed, workshop or guest house?
Yes. TP-Link specifically positions its bridge products for farms, barns, remote offices, parking areas, surveillance locations and other hard-to-wire buildings. The EAP100 is particularly suitable where the required link is within approximately 500m and bandwidth requirements are below Fast Ethernet speeds.
8. What is the maximum wireless distance of the EAP100-Bridge?
TP-Link advertises wireless transmission of up to 500 metres / 1,640 feet / approximately 0.31 mile under suitable conditions.
9. Will it definitely work at 500 metres?
500m is an advertised laboratory-based maximum rather than a guaranteed distance. Real performance depends on line of sight, antenna alignment, trees, buildings, interference, installation height and the local radio environment.
10. Do the two bridge units need clear line of sight?
Clear line of sight is strongly recommended. TP-Link advises positioning the bridges where there is an unobstructed path because trees, walls, buildings and large metal structures weaken the wireless signal and can significantly reduce performance.
11. Will the bridge work through trees?
It may work through light foliage at short distances, but trees—especially when wet or densely covered with leaves—can significantly attenuate a 2.4GHz wireless link. For the most reliable long-distance connection, mount the two units high enough to maintain a clear path between them.
12. Will it work through walls?
2.4GHz generally penetrates building materials better than 5GHz, but this product uses directional antennas and is designed primarily for bridge links with clear line of sight. Mounting both units outdoors with their front faces aimed toward each other normally provides much better performance than trying to transmit through several walls.
13. What is the Fresnel zone and why does it matter for a wireless bridge?
The Fresnel zone is the area surrounding the direct radio path between the two antennas. Even when you can visually see the opposite bridge, nearby trees, roofs or structures can intrude into this zone and reduce signal quality. Raising the bridge units can therefore improve reliability even when basic line of sight already exists.
14. How should the two EAP100 bridges be aligned?
The units contain directional antennas, so the front faces should point toward each other. The EAP100 also provides signal LEDs and Omada app-guided alignment with visual signal-strength feedback to help achieve the best orientation.
15. What do the signal LEDs mean?
On the Client AP, the signal LEDs indicate wireless link strength. More illuminated signal LEDs generally indicate a stronger bridge connection. They are useful during physical alignment before finalising the mounting position.
16. Does the Omada app help with bridge alignment?
Yes. TP-Link provides app-guided alignment that displays signal information while you physically adjust the bridge. The app also includes an instant speed-test function to help verify the completed installation.
17. Is the EAP100-Bridge really 300Mbps?
The wireless radio has a maximum 802.11n physical link rate of up to 300Mbps. This is not the same as a guaranteed 300Mbps usable network throughput.
18. Can I get 300Mbps internet through the EAP100-Bridge?
No, not through its wired Ethernet ports. Each EAP100 has only 10/100Mbps Fast Ethernet ports, so a wired path through the bridge is limited by the 100Mbps Ethernet interface even though the wireless radio can negotiate at up to 300Mbps.
19. What real Ethernet speed should I expect?
The Ethernet interfaces negotiate at a maximum of 100Mbps, and actual TCP/IP transfer speeds will be somewhat below that after protocol and wireless overhead. Signal quality and radio interference can reduce throughput further.
20. Why does a 300Mbps bridge only have 100Mbps Ethernet ports?
The 300Mbps figure is the wireless PHY rate, which includes wireless protocol overhead and is not equivalent to application throughput. TP-Link designed the EAP100 as a cost-effective bridge for surveillance, IoT and moderate-bandwidth links rather than a Gigabit-class building-to-building backbone.
21. Is the EAP100-Bridge suitable for a 300Mbps, 500Mbps or Gigabit internet connection?
It can extend access to those internet services, but devices across the bridge will not receive the full service speed because the bridge's Fast Ethernet ports are limited to 100Mbps. Choose a Gigabit bridge such as an appropriate EAP211 or EAP215 model if you need substantially more than 100Mbps across the wireless link.
22. Is the EAP100-Bridge suitable for CCTV cameras?
Yes. Remote camera monitoring is one of TP-Link's documented applications. Typical IP cameras use far less than 100Mbps individually, so the EAP100 can be a practical way to connect remote cameras to an NVR when the combined camera traffic fits comfortably within the bridge's available bandwidth.
23. Can I connect multiple IP cameras at the remote end?
Yes. The Client AP provides multiple Ethernet ports, and a network switch can also be connected if you need more ports. Make sure the combined camera bitrates remain within the practical bridge bandwidth.
24. Do the LAN2 and LAN3 ports provide PoE power to cameras?
No. On the EAP100-Bridge, LAN1 is a PoE input used to power the bridge. LAN2 and LAN3 provide Ethernet data connectivity but are not PoE-output ports. PoE cameras therefore need a separate PoE switch, PoE injector or their own compatible power supply.
25. Can I connect a PoE switch to the Client AP?
Yes. A PoE switch can be connected to one of the Client AP's data ports. The switch can then provide power and Ethernet to cameras, access points or other PoE devices in the remote building.
26. Can I connect a normal unmanaged Ethernet switch to the remote bridge?
Yes. The bridge can carry network traffic to a normal Ethernet switch, allowing several wired devices to share the remote connection. If detailed device visibility inside Omada is important, TP-Link recommends using a compatible Omada switch.
27. Why might devices connected directly to the bridge not appear correctly in Omada topology?
TP-Link states that non-Omada devices connected directly to the bridge's wired LAN ports may not be recognised individually by the Omada Controller. Connecting those devices through an Omada switch can provide better topology and connection-status visibility.
28. Can I connect another WiFi access point at the remote building?
Yes. A common topology is router → Main EAP100 → wireless bridge → Client EAP100 → switch → normal WiFi access point. This allows the bridge to carry the backhaul while a dedicated access point provides normal local WiFi coverage inside the remote building.
29. Can the EAP100 itself provide WiFi to phones and laptops?
Yes. TP-Link documents a WiFi Extension scenario and the bridge supports multiple SSIDs. However, the default bridge-management SSID is intended for access and configuration, so a service SSID should be configured when you want normal wireless clients to access the network.
30. Does the EAP100 use 2.4GHz or 5GHz?
The EAP100-Bridge operates on the 2.4GHz band only using IEEE 802.11b/g/n.
31. What are the advantages of using 2.4GHz for this bridge?
2.4GHz generally offers better obstacle penetration and propagation than higher-frequency 5GHz links. This can be useful in rural or surveillance installations, although clear line of sight is still strongly preferred for a reliable long-range bridge.
32. What are the disadvantages of using 2.4GHz?
The 2.4GHz band is often more congested because it is shared with WiFi networks, Bluetooth devices and other equipment. In a busy residential environment, a 5GHz bridge may provide more available spectrum and higher throughput when line of sight is good.
33. What antennas are built into the EAP100-Bridge?
Each unit uses internal 2×2 dual-polarised directional MIMO antennas rated at 8dBi on 2.4GHz.
34. What is the antenna beamwidth?
TP-Link specifies approximately 70° horizontal and 70° vertical beamwidth. This is wider than the more tightly focused antennas used on some of TP-Link's longer-distance bridge models.
35. Is the EAP100-Bridge plug and play?
Yes for a basic point-to-point connection. The two units in the kit are preconfigured as Main and Client and should automatically form their bridge after they are powered on. Advanced settings remain available if you need to change the network configuration.
36. Do I need an Omada Controller to use the EAP100-Bridge?
No. The bridge can operate in standalone mode and be managed through its local web interface or suitable Omada app workflow. An Omada Controller is optional for a simple installation.
37. What does adding an Omada Controller give me?
An Omada Controller allows centralised configuration, monitoring and remote management of compatible Omada network devices. This is particularly useful where the bridge is part of a larger Omada network containing gateways, switches and access points.
38. Can I manage the EAP100 remotely through the cloud?
Yes when it is deployed through the appropriate Omada SDN / controller environment with cloud access. Basic local bridge operation does not require cloud connectivity.
39. Does the bridge support VLANs?
Yes. TP-Link lists VLAN functionality among the EAP100's wireless/security features. This makes the bridge useful in networks that need to carry separated traffic such as CCTV, guest or management networks, provided the surrounding switches/router are configured correctly.
40. Can VLAN-tagged traffic pass between two buildings?
Yes when the bridge and connected networking equipment are correctly configured. In an Omada deployment, ensure the VLAN configuration is consistent across the router, switches and bridge path. Testing the configuration before permanent outdoor mounting is recommended.
41. Does the EAP100-Bridge support multiple SSIDs?
Yes. TP-Link lists support for up to eight configured SSIDs, together with features including guest networks, rate limiting, wireless scheduling and SSID broadcast control.
42. Is this only a point-to-point bridge or can it do point-to-multipoint?
The current Omada bridge platform supports point-to-point and point-to-multipoint configurations. However, TP-Link specifically recommends using the EAP100 primarily for PtP rather than PtMP networking when possible.
43. How many Client bridges can one EAP100 Main AP support in point-to-multipoint mode?
TP-Link's current 2026 guidance states that the EAP100-Bridge platform supports up to approximately one Main AP to three Client APs in supported multi-bridge deployments. Hardware/firmware version support should be checked before expanding an existing kit.
44. PtP vs PtMP – which setup is better for the EAP100?
Point-to-point is the preferred setup when you simply need to connect one remote building or camera location because the wireless resources are dedicated to one link. PtMP can connect several remote sites, but all clients share the Main AP's radio capacity and TP-Link currently recommends PtP for the EAP100 where practical.
45. Does the EAP100 require a router or DHCP server?
A normal installation should have a router or other DHCP server on the network to assign IP addresses to bridge units and connected clients. The bridge itself is not intended to replace your internet router.
46. Is the EAP100-Bridge a router?
No. It is primarily a network bridge/access-point device. Your existing router normally remains responsible for functions such as internet routing, NAT, DHCP and firewalling.
47. Does the EAP100 support Power over Ethernet?
Yes. The LAN1 PoE-IN port supports standards-based 802.3af PoE. Current TP-Link documentation also lists passive PoE and 12V DC power options, although the exact supplied power accessories can vary with hardware revision and region.
48. Which Ethernet port is used for PoE input?
LAN1 is the PoE-IN port. It carries network data and input power when connected to compatible PoE power-sourcing equipment. LAN2 and LAN3 are Ethernet data ports.
49. How much power does each EAP100-Bridge consume?
TP-Link specifies a maximum power consumption of approximately 4.8W per bridge unit.
50. Can I power it from a TP-Link solar system?
Yes. TP-Link specifically describes the EAP100's 12V DC input as compatible with suitable TP-Link solar power supply systems, which can be useful for cameras and networking equipment in remote locations without normal mains power.
51. Is the EAP100-Bridge weatherproof?
Yes. The bridge itself carries an IP65 rating, making it resistant to dust and water jets when correctly installed. IP65 does not mean it is designed to be submerged in water.
52. Can the EAP100 be left outside in rain?
Yes when correctly installed according to TP-Link's outdoor installation instructions. Ensure cable entries, covers, Ethernet cabling, grounding and mounting are properly completed. Any indoor-rated power adapter or injector should remain in a suitable dry location.
53. Can the bridge be installed in direct sunlight?
The EAP100 is designed for outdoor use and TP-Link specifies an operating range from approximately -40°C to +70°C. Direct sun can still increase enclosure temperature, so normal outdoor installation practices and adequate ventilation should be followed.
54. What is the operating temperature range?
TP-Link specifies approximately -40°C to +70°C (-40°F to +158°F), making the bridge suitable for a wide range of outdoor environments.
55. Does the EAP100 have lightning protection?
TP-Link specifies 6kV lightning protection. This does not eliminate the need for proper installation. TP-Link states that effective lightning and ESD protection depends on correct grounding and suitable shielded cabling.
56. Do I need to ground an outdoor EAP100-Bridge?
Proper grounding is strongly recommended for outdoor installations. The bridge has a grounding terminal, and TP-Link recommends grounding practices such as an appropriate grounding conductor and/or shielded Ethernet cabling according to the installation environment and local electrical requirements.
57. What Ethernet cable should I use outdoors?
Use good-quality outdoor-rated Cat5e or better Ethernet cable. For installations where lightning/ESD exposure is a concern, shielded cable with suitable grounding is strongly advisable. Avoid low-quality CCA cable, especially when PoE power is being carried over longer distances.
58. What are the dimensions of each bridge?
Each EAP100-Bridge measures approximately 79 × 60 × 224mm. Its narrow vertical enclosure is designed for wall or pole installation.
59. Can the EAP100 be mounted on a pole or wall?
Yes. TP-Link supports pole and wall mounting, with pole-mounting hardware supplied with the kit. The bridges should be mounted securely and aimed directly toward each other.
60. EAP100-Bridge vs running an Ethernet cable – which is better?
If a properly installed cable or fibre run is practical, a wired connection normally provides higher bandwidth, lower latency and less sensitivity to wireless interference. The EAP100 is particularly valuable when trenching, drilling or running cable between buildings would be expensive, difficult or impractical.
61. Is fibre better than a wireless bridge between two buildings?
Fibre is generally the strongest long-term option for very high bandwidth and electrical isolation between buildings, but installation may require trenching and specialist termination. The EAP100 offers a much simpler alternative when approximately Fast-Ethernet-class performance is sufficient.
62. EAP100-Bridge vs WiFi mesh – which is better for an outbuilding?
A dedicated directional bridge is generally more appropriate when you need a fixed building-to-building backhaul. Mesh access points are designed primarily to provide client WiFi coverage and can lose performance when the wireless backhaul also has to serve clients. A common approach is to use the EAP100 for the bridge and install a separate access point at the remote building.
63. EAP100-Bridge vs EAP115-Bridge – what is the difference?
The EAP100 uses 2.4GHz WiFi 4/N300, is rated for up to approximately 500m and has three Fast Ethernet ports. The EAP115-Bridge is a longer-range 5GHz 300Mbps model rated for distances up to approximately 5km and also uses Fast Ethernet ports.
Choose the EAP100 for shorter, cost-effective links where 2.4GHz is useful. Consider the EAP115 where a much longer 5GHz link is required.
64. EAP100-Bridge vs EAP211-Bridge – which should I choose?
The EAP100 provides 2.4GHz N300, up to 500m range and 10/100Mbps Ethernet. The EAP211-Bridge provides significantly faster 5GHz WiFi 5/AC867 connectivity, approximately 1km rated range and three Gigabit Ethernet ports.
Choose the EAP100 when sub-100Mbps practical throughput is sufficient. Choose an EAP211 when you need faster building-to-building networking or want to make better use of broadband connections above 100Mbps.
65. EAP100-Bridge vs EAP215-Bridge – what is the difference?
The EAP215 is a higher-performance long-range bridge with 5GHz AC867 wireless, Gigabit Ethernet and a rated transmission distance up to approximately 5km. It is more suitable for demanding, long-range or high-throughput links, while the EAP100 targets shorter and more cost-sensitive installations.
66. Why does my bridge link keep disconnecting?
Check line of sight, antenna alignment, signal LEDs, 2.4GHz interference, Ethernet cables, power supply and firmware. Trees moving in the wind, changing foliage, poor mounting and crowded WiFi channels can cause intermittent outdoor bridge links even when the units remain within the advertised distance.
67. Why is my bridge connection much slower than expected?
First remember that the Ethernet ports are limited to 100Mbps. If performance is substantially below that, use the Omada alignment and speed-test tools, check signal strength, verify clear line of sight, examine 2.4GHz channel congestion and test the Ethernet cabling at both ends.
68. Why has an Ethernet port negotiated at only 10Mbps instead of 100Mbps?
A 10Mbps negotiation can indicate an Ethernet cable, connector, termination or switch-port problem. Test a known-good short cable and another network port. Outdoor cable damage, moisture or poor terminations can also cause the link to fall back to a lower Ethernet speed.
69. What warranty does Memox list for the EAP100-Bridge KIT?
The current Memox product page lists a 3-year warranty for the TP-Link Omada EAP100-Bridge KIT, subject to the applicable warranty terms and your UK statutory consumer rights.
70. Who is the TP-Link EAP100-Bridge KIT best for?
The EAP100-Bridge KIT is particularly suitable for homes, farms, garages, sheds, workshops, small businesses, CCTV systems, parking areas and remote buildings where running a physical network cable is difficult and practical throughput below 100Mbps is sufficient.
It is especially attractive where you want a pre-paired, affordable Omada-compatible outdoor bridge with PoE power options, app-guided alignment and straightforward installation.
71. Who should NOT choose the EAP100-Bridge KIT?
Choose another bridge if you need more than approximately 100Mbps wired throughput, Gigabit Ethernet, a link substantially beyond 500m, 5GHz-only operation, downstream PoE output directly from the bridge, or a high-performance backbone for large NAS transfers.
For faster or longer links, consider TP-Link's EAP211, EAP215 or another appropriate Gigabit-class Omada bridge.