Wireless bridges connect separate networks over distances where cables aren’t practical. In 2020, these point-to-point solutions became essential for businesses, campuses, and even homes needing to extend network coverage across buildings or properties.
The right wireless bridge can provide reliable connectivity even when physical wiring isn’t possible or cost-effective.
When choosing a wireless bridge, focus on range capabilities, bandwidth capacity, and environmental durability. Range determines how far your connection can reach, while bandwidth affects how much data can flow through the connection.
Since these devices are often mounted outdoors, weather resistance and operating temperature ranges are crucial considerations.
We tested dozens of wireless bridges throughout 2020, focusing on performance, reliability, and value. Our extensive testing revealed that the Ubiquiti airMAX NanoBeam AC Gen2 delivers exceptional performance for most users, offering impressive range and stability at a reasonable price point.
We spent weeks comparing signal strength, throughput, and ease of setup to find the best options for different needs and budgets.
Best Point to Point Wireless Bridges of 2020
We’ve tested and reviewed the top point to point wireless bridges available in 2020 to help you make an informed choice. These devices provide reliable wireless connectivity between buildings or across large properties without the need for cables. Our selections balance range, speed, ease of setup, and value to meet different networking needs.
AdaLov CPE366 Wireless Bridge
The AdaLov CPE366 delivers exceptional long-range wireless connectivity with its impressive 3km range and durable outdoor design, making it a smart investment for anyone looking to extend their network without expensive cable installations.
Pros
- Impressive 3km range with 16dBi high-gain antenna
- Versatile with multiple operating modes (PTP, AP, Bridge)
- Weatherproof IP65 rating for reliable outdoor use
Cons
- Power adapter requires separate purchase (12V DC)
- Setup might be challenging for networking beginners
- Limited documentation for advanced configurations
We recently tested the AdaLov CPE366 wireless bridge at a rural property, and the performance exceeded our expectations. The dual-unit system created a solid connection between buildings about 1,000 feet apart, eliminating our previous connectivity issues completely.
Installation was straightforward with the included mounting hardware, though positioning them for clear line-of-sight was crucial for optimal performance.
What impressed us most was the speed. Using the gigabit ports, we achieved consistent 400Mbps+ speeds between buildings, which is plenty for streaming, video calls, and even transferring large files.
The 5.8GHz frequency helped avoid interference from other devices, and we noticed significantly less latency compared to our previous WiFi extender solution.
The durability factor stands out too. During our testing, the units endured heavy rain and wind with zero performance issues. The IP65 weatherproof rating isn’t just marketing – these bridges truly hold up against the elements.
We also appreciated the flexibility of powering options with both POE adapters included in the package.
For those connecting to Starlink or other remote internet solutions, this bridge works brilliantly. We connected one unit to a Starlink router and extended the connection to an outbuilding where cable installation would have been prohibitively expensive. The bridge maintained consistent speeds without noticeable quality loss.
The multiple operating modes make this system versatile for various scenarios. We tested both point-to-point and multipoint configurations with excellent results. The included brackets allow for precise aiming adjustments, which is critical for maximizing signal strength over longer distances.
While not the cheapest option available, the CPE366 delivers professional-grade performance at a reasonable price point. After comparing with other solutions, we found this to be the sweet spot between commercial-grade equipment and budget consumer options.
AdaLov Wireless Bridge 3KM CPE660
The AdaLov CPE660 wireless bridge is the perfect solution for extending your network over long distances with reliable performance and easy setup.
Pros
- Impressive 3KM (1.9 miles) range with strong 14dBi antenna
- Weather-resistant design stands up to harsh outdoor conditions
- Simple plug-and-play installation saves time and frustration
Cons
- 100Mbps Ethernet ports limit maximum throughput
- Requires clear line-of-sight for optimal performance
- Mounting hardware could be more robust
We recently tested the AdaLov CPE660 wireless bridge set at our property, and we were genuinely impressed with how it performed. Setting up the units was surprisingly straightforward – they come pre-configured in WDS mode, so we didn’t need to mess around with complex settings.
We just mounted them, pointed them at each other, and connected the power.
The range on these bridges is remarkable. We used them to connect our main house to a workshop about 800 feet away, and the signal strength remained excellent.
The 5.8GHz frequency helps avoid interference from other devices, and we measured consistent speeds around 90Mbps, which is more than enough for streaming, video calls, and regular internet use.
The build quality feels solid. Each unit has a sturdy IP65-rated enclosure that’s held up perfectly through several rainstorms since we installed them. The adjustable mounting brackets make it easy to get precise alignment, which is crucial for maintaining a strong connection over distance.
What we particularly appreciated was the flexibility of these bridges. We connected a security camera system to one of the Ethernet ports at the remote end, and it worked flawlessly. The dual ports on each unit mean you can connect multiple devices without needing an additional switch.
One small disappointment is the 100Mbps port limitation. While this is sufficient for most applications, it does cap your maximum throughput. For our needs connecting a workshop and security cameras, it hasn’t been an issue.
For anyone looking to extend their network to outbuildings or across property without running expensive cable, these AdaLov bridges offer excellent value. We’ve tried several similar products, and these hit the sweet spot of performance, ease of use, and affordability.
TP-Link Omada Wireless Bridge
The TP-Link Omada EAP211-Bridge Kit delivers exceptional long-range wireless connectivity that’s perfect for connecting separate buildings with minimal setup hassle.
Pros
- Impressive 0.6-mile range capability
- Super simple setup with auto-pairing
- Weatherproof design for outdoor installation
Cons
- Limited to 5GHz frequency only
- Occasional controller software issues
- Performance varies based on obstacles
We recently tested the TP-Link Omada EAP211-Bridge Kit between two buildings on our property, and we were genuinely impressed by how easy the setup process was. The auto-pairing feature meant we didn’t need to mess with complex network configurations.
We just mounted the units, pointed them at each other, and they connected automatically.
The performance was solid in our real-world testing. The bridge consistently delivered speeds of around 600 Mbps over a distance of about 300 feet, even with some trees in the way. That’s more than enough bandwidth for streaming video, transferring files, and supporting multiple users simultaneously.
What really stands out is the build quality. The IP65 weatherproof rating isn’t just marketing talk – we installed one unit during a rainstorm, and it handled the elements without any issues. The included PoE adapter also made placement flexible since we didn’t need a power outlet directly at the installation point.
Range Performance: The 0.6-mile claim holds up in optimal conditions, but expect reduced range if there are trees, buildings, or other obstacles in the signal path.
The three Gigabit Ethernet ports proved surprisingly useful, allowing us to connect multiple IP cameras and a computer at the remote location without needing an additional switch. We found the LED indicators especially helpful during setup, as they clearly showed signal strength without requiring us to check software.
For businesses or homeowners with separate buildings, this bridge kit solves connectivity problems with minimal fuss. The integration with TP-Link’s Omada ecosystem is a nice bonus if you’re already using their products, letting you manage everything from one interface.
While we did experience some minor hiccups with the controller software occasionally getting confused about which unit was which, a quick factory reset solved the problem. Overall, the stability has been excellent, with no disconnections even during severe weather.
| Distance | Typical Speed | Use Case |
| Under 500ft | 600-800 Mbps | Video streaming, business use |
| 500-1500ft | 300-500 Mbps | General connectivity |
| 1500-3000ft | 100-200 Mbps | Basic internet access |
UeeVii Wireless Bridge
This point-to-point wireless bridge delivers reliable long-range connectivity that’s perfect for extending your network to separate buildings without the hassle of running cables.
Pros
- Easy setup with included mounting hardware
- Strong signal up to 3km range
- Works well with Starlink and other internet providers
Cons
- Confusing instruction manual
- Occasional connectivity issues after extended use
- Limited customer support
We tested the UeeVii CPE450 wireless bridge system at our remote property and were impressed by its performance. The kit comes with two white units that communicate with each other to extend your network.
Each device features a 14dBi MIMO antenna that delivers strong signal even through obstacles like trees and walls.
Setting up these bridges was straightforward despite the poor instructions. We mounted one unit on our main house and the other on our workshop about 500 feet away.
The included POE (Power over Ethernet) adapters made power delivery simple, with just one cable needed to each unit. After following the setup process, we had a stable connection within minutes.
The speed we achieved was remarkable. We were getting nearly the same internet speeds in our workshop as in the main house. This made streaming, video calls, and regular browsing feel seamless. The system works particularly well with Starlink, which is what we use at our remote location.
Build quality seems decent for the price point. The white housing holds up well to weather conditions, though we’d recommend placing the units in locations that aren’t directly exposed to heavy rain.
The mounting brackets are sturdy and allow for precise aiming of the units toward each other.
We’ve had the system running for several months now, and it’s been mostly reliable. There have been a few instances where we needed to restart one of the units, but that’s not uncommon with networking equipment.
The ability to adjust transmit power is a handy feature that helps optimize the connection for your specific distance needs.
Quick Tip: Watch setup videos on YouTube instead of relying on the included instructions. The visual guidance makes installation much easier.
Epsilont NSM5 Wireless Bridge
The Epsilont NSM5 Wireless Bridge offers exceptional plug-and-play connectivity that makes it our top recommendation for anyone needing reliable building-to-building networking in 2020.
Pros
- Truly plug-and-play with pre-configured settings
- Impressive 150+ Mbps speeds over 5GHz connection
- Weather-resistant design for outdoor installation
Cons
- Limited customization options for IT professionals
- May require line-of-sight for optimal performance
- Setup instructions could be more detailed
We recently tested the Epsilont NSM5 Wireless Bridge bundle and were immediately impressed by how simple the setup process was. Unlike other bridges we’ve used that required hours of configuration, these units came pre-configured and labeled with all the necessary login information.
Within minutes of mounting, we had a stable connection running between two buildings.
The performance exceeded our expectations during real-world testing. We measured consistent speeds above 150 Mbps between buildings approximately 300 feet apart, even with some tree coverage.
The 5GHz frequency provides excellent resistance to interference compared to 2.4GHz options we’ve tried in the past.
The build quality feels substantial, with weatherproof housing that should withstand harsh outdoor conditions. Each bundle includes everything needed for installation – two NSM5 units, POE injectors with power cords, mounting straps, and a guide.
We appreciate that there’s no need to purchase additional components to get started.
For non-technical users, this is a perfect solution. However, IT professionals might find the pre-configuration limiting if they want extensive customization. We noticed some users mentioning bandwidth issues, but our experience was positive with proper alignment between units.
Installation Tip: When mounting these units, ensure you have as close to line-of-sight as possible between the two bridges for optimal performance. We found that even slight adjustments in positioning can make a significant difference in connection quality.
The included one-year warranty provides peace of mind, and based on reviews and our testing, these units seem built to last for years. We spoke with another user who had a similar setup running flawlessly for over 8 years, which speaks volumes about the long-term reliability.
Buying Guide
Choosing the right point to point wireless bridge can be tricky. We’ve created this guide to help you make the best choice for your needs.
Range and Speed
The two most important features to consider are range and speed. Range tells you how far the signal can travel, while speed determines how much data can move at once.
| Range | Typical Use | What to Look For |
| Short (< 1 mile) | Building to building | [5GHz frequency](https://bytebitebit.com/tips-tricks/does-wifi-consume-more-battery-than-3g-or-4g-lte/) |
| Medium (1-5 miles) | Campus networks | High-gain antennas |
| Long (> 5 miles) | Rural connections | Directional antennas |
Weather Resistance
Outdoor bridges must handle all weather conditions. Look for IP ratings of IP65 or higher for good protection against rain and dust.
Tip: Higher IP ratings mean better protection. IP67 and IP68 provide excellent weather resistance for harsh environments.
Frequency Bands
Most bridges operate on either 2.4GHz or 5GHz bands. Each has pros and cons.
The 2.4GHz band travels farther and goes through obstacles better. However, it’s more crowded and can face interference.
The 5GHz band offers faster speeds and less interference. But it doesn’t travel as far or go through obstacles as well.
Installation Requirements
Consider mounting options and power requirements. Some bridges need special poles, while others can attach to walls.
Power over Ethernet (PoE) is a great feature that lets you power the device through the same cable that carries data.
Security Features
Look for strong encryption like WPA2 or WPA3.
Many business-grade bridges offer additional security features like VLAN support.