Description
What Is airFiber 11 Low-Band Backhaul Radio with Dish Antenna?
The airFiber 11 Low-Band Backhaul Radio with Dish Antenna is a professional wireless backhaul solution designed for high-capacity, long-distance point-to-point networking. It is made for Internet Service Providers, Wireless Internet Service Providers, telecom operators, enterprises, and network professionals who need a reliable connection between two fixed locations.
Operating in the 11 GHz frequency band, this system provides an alternative to heavily used lower-frequency wireless bands. The complete solution combines a professional airFiber radio with a high-gain directional dish antenna, making it suitable for tower-to-tower links, ISP backhaul, remote site connectivity, and enterprise network expansion.
The airFiber 11 Low-Band is not designed as a normal WiFi access point. Instead, it creates a focused wireless bridge between two locations. With proper RF planning, clear line of sight, accurate antenna alignment, and suitable licensing, it can become a powerful part of a professional network backbone.
airFiber 11 Low-Band Key Features
The airFiber 11 Low-Band Backhaul Radio provides several features for demanding outdoor wireless deployments.
AF11-Complete-LB Main Features
- Professional 11 GHz wireless backhaul system
- Point-to-point wireless architecture
- High-capacity wireless connectivity
- Includes a high-gain dish antenna
- 35 dBi antenna gain
- 10.7–11.7 GHz operating range
- Up to 1.2+ Gbps throughput
- Up to 300+ km maximum listed range
- 2.5° horizontal beamwidth
- 2.5° vertical beamwidth
- SISO and MIMO operation
- 128-bit AES encryption
- GPS synchronization support
- Multiple channel bandwidth options
- Gigabit Ethernet connectivity
- Passive PoE support
- Professional outdoor construction
- Suitable for ISP and WISP networks
- Designed for long-distance wireless backhaul
Actual performance depends on the complete link design, frequency regulations, distance, antenna alignment, interference, terrain, weather, and other environmental factors.
airFiber 11 Low-Band Specifications
The following airFiber 11 Low-Band specs provide an overview of the system’s major technical characteristics.
| Feature | Specification |
|---|---|
| Product | airFiber 11 Low-Band Backhaul Radio with Dish Antenna |
| Model | AF11-Complete-LB |
| Frequency | 10.7–11.7 GHz |
| Maximum Throughput | 1.2+ Gbps |
| Maximum Listed Range | 300+ km |
| Antenna | AF-11G35 |
| Antenna Gain | 35 dBi |
| HPOL Beamwidth | 2.5° |
| VPOL Beamwidth | 2.5° |
| Polarization | H/V |
| Encryption | 128-bit AES |
| Operating Modes | SISO / MIMO |
| Ethernet | Gigabit Ethernet |
| Power | Passive PoE / Terminal Block |
| Maximum Power Consumption | 36W |
| Radio Weight | Approx. 2.3 kg |
| Dish Weight with Mount | Approx. 11.85 kg |
| Dish Dimensions | Approx. 811 × 811 × 460 mm |
| Operating Temperature | -40°C to 55°C |
| Wind Survivability | Up to 200 km/h |
airFiber 11 Low-Band 11 GHz Wireless Backhaul
The airFiber 11 Low-Band 11 GHz system is designed specifically for professional wireless backhaul.
Backhaul refers to the connection that carries network traffic between important network locations. For example, an ISP may need to connect its main data center to a remote tower. Instead of installing fiber between the two locations, a properly engineered wireless backhaul link can provide the required connection.
The 11 GHz band can be useful for professional operators that need an alternative to congested wireless frequencies. Since this equipment is designed for fixed infrastructure, it is especially suitable for dedicated links between known locations.
airFiber 11 Low-Band 1.2+ Gbps Throughput
One of the main advantages of the AF11-Complete-LB is its listed throughput of more than 1.2 Gbps.
This capacity makes the system suitable for applications that require more than a basic wireless connection. It can support network backhaul, internet distribution, business connectivity, tower aggregation, and other high-bandwidth applications.
Actual throughput will vary according to distance, channel bandwidth, RF conditions, modulation, antenna alignment, interference, and network configuration.
Therefore, professional link planning should always be completed before installation.
airFiber 11 Low-Band 35 dBi Dish Antenna
The included AF-11G35 dish antenna provides 35 dBi gain. Its high-gain directional design concentrates wireless energy toward the remote endpoint.
The antenna also has a narrow beamwidth of approximately 2.5°, making accurate alignment extremely important.
This focused design is useful for long-distance point-to-point communication because the antenna is designed to concentrate its RF energy rather than provide wide-area coverage.
For best results, both ends of the wireless link should be carefully aligned and installed at an appropriate height.
airFiber 11 Low-Band Long-Range Connectivity
The airFiber 11 Low-Band is designed for long-distance wireless communication, with Ubiquiti listing a maximum range of more than 300 km under suitable conditions.
However, the maximum range should not be considered a guaranteed operating distance.
A real-world wireless link depends on:
- Distance between locations
- Antenna height
- Line of sight
- Fresnel-zone clearance
- Transmit power
- Antenna gain
- Frequency
- Channel width
- Interference
- Weather
- Terrain
- Regulatory restrictions
For very long links, professional RF planning is essential.
airFiber 11 Low-Band for ISP and WISP Networks
The airFiber 11 Low-Band for ISP and WISP networks is suitable for connecting wireless towers, distribution sites, and remote network locations.
A WISP can use the system as part of its network backbone. For example, a central network location can be connected to a remote tower through a dedicated airFiber link. The tower can then distribute internet service to customers through separate wireless access equipment.
ISPs can also use the system to connect important infrastructure where fiber deployment is difficult or costly.
airFiber 11 Low-Band Point-to-Point Connectivity
The AF11-Complete-LB is designed for fixed point-to-point connectivity.
A typical deployment requires one wireless unit at each end of the link. The two antennas are positioned toward one another to create a focused communication path.
This makes the system suitable for:
- Tower-to-tower links
- Building-to-building connections
- Data center backhaul
- Remote office networking
- ISP infrastructure
- WISP backhaul
- Rural broadband
- Enterprise network extensions
Because the antenna has a very narrow beam, professional installation and precise alignment are important.
airFiber 11 Low-Band SISO and MIMO
The airFiber 11 Low-Band supports both SISO and MIMO configurations.
The system uses specialized duplexer hardware to support its radio configuration. SISO and MIMO can provide different options depending on the network’s capacity requirements, available spectrum, and deployment design.
MIMO configurations may be useful where additional capacity is required and the radio environment supports the required polarization and frequency arrangement.
Network engineers should select the configuration according to the specific link design and local spectrum requirements.
airFiber 11 Low-Band Channel Bandwidth
The system supports multiple channel bandwidth options, giving network operators flexibility when designing wireless links.
Available configurations can include narrow and wider channel widths depending on the region and regulatory requirements.
A wider channel can provide greater capacity when sufficient clean spectrum is available, while a narrower channel may be useful in environments where spectrum is limited or interference must be carefully managed.
The correct channel configuration should always follow local licensing and frequency-planning requirements.
airFiber 11 Low-Band Outdoor Design
The airFiber 11 Low-Band Backhaul Radio with Dish Antenna is designed for outdoor telecommunications infrastructure.
The radio supports operation across a wide temperature range, while the included dish is designed to withstand demanding outdoor conditions.
The dish and mounting hardware should be installed on a properly engineered pole or tower. Because the antenna has a relatively large physical surface area, wind loading must be considered during installation.
Professional grounding and surge protection should also be considered for outdoor deployments.
airFiber 11 Low-Band Installation
A successful airFiber 11 Low-Band setup begins with proper site planning.
Before installation, technicians should check the distance between both locations and confirm that a suitable wireless path exists.
The installation process generally includes:
- Select suitable mounting locations.
- Confirm line of sight.
- Check Fresnel-zone clearance.
- Verify frequency and licensing requirements.
- Install the mounting hardware.
- Attach the dish and radio.
- Connect Ethernet and power.
- Precisely align both antennas.
- Configure the wireless link.
- Test signal strength and throughput.
- Monitor the connection for stability.
Accurate alignment is especially important because the included 35 dBi antenna has a narrow beam.
Why Buy airFiber 11 Low-Band in Pakistan?
The airFiber 11 Low-Band price in Pakistan depends on supplier availability, warranty, import costs, model configuration, and current market conditions.
If you want to buy airFiber 11 Low-Band online, it is a strong option for professional wireless backhaul projects that require long-distance and high-capacity connectivity.
The airFiber 11 Low-Band available in Pakistan can be useful for telecom companies, ISPs, WISPs, enterprises, and network installers.
Before purchasing, make sure the intended 11 GHz frequency and equipment configuration are permitted for your deployment. Licensed wireless spectrum is subject to local regulatory requirements.
For more professional networking equipment, routers, switches, wireless products, and IT solutions, visit the IT.BIZ.PK online shop.
Applications of airFiber 11 Low-Band
The airFiber 11 Low-Band Backhaul Radio can be used in several professional networking environments.
ISP Backhaul
Connect remote network locations, towers, and distribution points to a central ISP infrastructure.
WISP Tower Connectivity
Create dedicated wireless connections between WISP towers and network aggregation sites.
Building-to-Building Networks
Connect offices, warehouses, campuses, and commercial buildings without installing physical fiber between them.
Rural Broadband
Provide wireless backhaul to remote locations where traditional wired infrastructure is difficult to deploy.
Telecom Infrastructure
Use professional 11 GHz wireless links for fixed infrastructure and network aggregation.
Enterprise Connectivity
Connect remote business locations to headquarters, private data centers, or other network facilities.
Frequently Asked Questions About airFiber 11 Low-Band
What is airFiber 11 Low-Band Backhaul Radio with Dish Antenna?
The airFiber 11 Low-Band Backhaul Radio with Dish Antenna is a professional 11 GHz point-to-point wireless system designed for long-range, high-capacity network backhaul.
What is the maximum throughput of airFiber 11 Low-Band?
The AF11-Complete-LB has a listed maximum throughput of more than 1.2 Gbps. Actual performance depends on link conditions and configuration.
What is the range of airFiber 11 Low-Band?
The system has a listed maximum range of 300+ km under suitable conditions. Real-world range depends on link budget, terrain, antenna alignment, Fresnel clearance, interference, and regulatory restrictions.
What frequency does airFiber 11 Low-Band use?
The airFiber 11 Low-Band operates in the 11 GHz spectrum, with the listed operating range of 10.7–11.7 GHz, subject to regional regulations.
What antenna comes with AF11-Complete-LB?
The AF11-Complete-LB includes an AF-11G35 35 dBi dish antenna, designed for highly directional point-to-point wireless communication.
Is airFiber 11 Low-Band suitable for WISP networks?
Yes. It is designed for professional wireless backhaul and can connect WISP towers, distribution points, and remote network sites.
Does airFiber 11 Low-Band require line of sight?
Yes. A properly engineered line-of-sight path with suitable Fresnel-zone clearance is important for reliable long-distance performance.
Where can I buy airFiber 11 Low-Band in Pakistan?
You can buy airFiber 11 Low-Band in Pakistan from professional networking equipment suppliers and online IT stores. Compare the current airFiber 11 Low-Band price in Pakistan, warranty, availability, and technical specifications before ordering.
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