AirFiber MLO PtMP 30° horn antenna by IsoHorns

This is the world’s only high-performance asymmetrical 30° horn antenna operating from 4.9 to 7.125 GHz, including the entire Wi-Fi 6E 6 GHz band and Wi-Fi 7 MLO frequency range. WISPs use this 30° sector to provide 3 times the capacity, 3 times the signal, one-third the noise, and twice the range of a comparable 90° sector antenna. This is how WISPs around the world scale the capacity of their towers and networks.

Capacity

Signal Strength

Reduced Noise

Distance

WISPs report IsoHorns antennas provide 50% faster subscriber download speeds compared to horn antennas from RF Elements

Ubiquiti, airFiber MLO PtMP, Rocket LTU, Rocket Prism AC, Cambium Networks, ePMP 3000L, ePMP 4600L (6 GHz), Telrad, Telrad BreezeAIR AXE (6 GHz)

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This 2x2 horn antenna is perfect for the following radios

BreezeAIR AXE (6GHz)

Objectively better antennas

Antenna parameters are standardized metrics used across the wireless industry to assess the radio frequency (RF) performance of antennas. IsoHorns antennas consistently exhibit superior performance in these objective measurements. When compared using these standardized metrics, IsoHorns antennas not only measure favorably, but frequently surpass competing products in every measured aspect of performance.

Frequency Range

VSWR

Gain

Front-to-back ratio

Isolation

Comparison

Model Number

Frequency Range

Gain

Azimuth Beam Width

Front-to-Back Ratio

Isolation

VSWR Max

Connector

Waveguide

WB6-A30

4900 - 7200 MHz

21 dBi

30°

40 dB

33 dB

1.6

RP-SMA male pigtails

Included

WB6-A30

4900-7200 MHz

21 dBi

30°

40 dB

33 dB

1.6

RP-SMA male pigtails

Included

UISP-Horn

5150 - 6875 MHz

19.5 dBi

30°

2.0

Proprietary waveguide

Included

AH2030-TP

5180 - 6000 MHz

20.5 dBi

30°

Proprietary waveguide

Not included

AH30-CC

5180 - 6000 MHz

20.5 dBi

30°

N Female

Included

The airFiber MLO PtMP 30° horn antenna by IsoHorns is a revolutionary antenna

designed specifically to meet the growing demand for higher capacity, lower noise, and improved performance in wireless internet service provider (WISP) networks. Operating in the 4.9 to 7.125 GHz range, it covers the full Wi-Fi 6e band and supports Wi-Fi 7 MLO (Multi-Link Operation) frequencies, making it a future-proof solution for the latest wireless technologies.

Key Features and Benefits:

High Performance: Unlike traditional sector antennas, this asymmetrical 30° horn antenna delivers focused, directional coverage, significantly reducing interference and providing higher signal strength. This enables WISPs to optimize their network efficiency and performance by utilizing targeted beams.
Expanded Frequency Range: The ability to operate across 4.9 to 7.125 GHz allows service providers to deploy it in both licensed and unlicensed bands, including the 6 GHz spectrum, essential for Wi-Fi 6e and Wi-Fi 7.
Higher Capacity and Lower Noise: Compared to standard 90° sector antennas, this 30° horn antenna provides 3x the capacity, enabling WISPs to support more customers or higher data throughput, 3x the signal, offering stronger and more reliable connections, even at longer distances, and 1/3rd the noise, greatly reducing interference from neighboring antennas or competing networks, improving overall network stability and user experience.
Flexibility: This antenna is compatible with various radios, making it a versatile solution for WISPs using different equipment.

Ubiquiti:

airFiber MLO PtMP: Ideal for multi-link operations in point-to-multipoint configurations.
Rocket LTU: A powerful radio for high-performance fixed wireless applications.
Rocket Prism AC: A reliable radio for gigabit wireless networks using AC technology.

Cambium Networks:

ePMP 3000L: Suitable for WISP deployments needing scalability and efficiency in mid-band frequencies.
ePMP 4600L (6 GHz): A cutting-edge solution for using the 6 GHz band to deliver faster and more stable connections.

Telrad:

BreezeAIR AXE (6 GHz): A robust solution for 6 GHz deployments, particularly in regions where licensed spectrum is crucial.

Why This Antenna is Crucial for WISPs?

As WISPs worldwide aim to expand their networks and increase capacity, this 30° sector antenna offers a crucial advantage. By delivering more focused and high-capacity coverage, it enables operators to:

Reduce Interference

The smaller 30° beamwidth ensures that WISPs can deploy more antennas on the same tower without worrying about overlapping signals and interference.

Maximize Tower Efficiency

This design allows multiple antennas to coexist on the same site, increasing the overall network capacity while maintaining high performance.

Future-proof Their Networks

With support for Wi-Fi 7 MLO and 6 GHz frequencies, this antenna is ready for the next wave of wireless technology, ensuring long-term scalability and performance.

In conclusion, the airFiber MLO PtMP 30° horn antenna by IsoHorns is an essential tool for WISPs looking to upgrade their infrastructure, reduce noise, and expand their service offerings across the latest wireless bands and technologies.

WISPs avoid Wi-Fi Noise by Operating Outside the 5.15 to 5.85 GHz Range

One of the key advantages of the airFiber MLO PtMP 30° horn antenna is its ability to avoid the congested 5.15 to 5.85 GHz frequency range, which is heavily used by standard Wi-Fi networks and other wireless devices, leading to significant interference, or noise. By operating in the 4.9 to 7.125 GHz range, this antenna provides WISPs with cleaner spectrum options to minimize interference and maximize network performance.

In the USA, this strategy not only includes avoiding the 5.15 to 5.85 GHz band but also takes advantage of the 6 GHz band, which offers a large swath of newly available unlicensed spectrum under Wi-Fi 6E and Wi-Fi 7, significantly reducing competition for bandwidth.
Globally, this approach also covers the 4.9 to 5.15 GHz band, which in some regions is used for public safety and other licensed applications. By steering clear of this range, WISPs can further reduce interference risks.

Operating outside of the crowded 5 GHz band allows WISPs to :

Reduce noise levels: The heavily congested 5 GHz spectrum is prone to interference from neighboring networks and devices, leading to degraded performance. By avoiding this range, WISPs can deliver cleaner, more reliable signals to their customers.
Enhance overall performance: With less competition for spectrum, WISPs can offer more stable and higher throughput connections, improving user experience.
Increase deployment flexibility: Using the 4.9 GHz, 6 GHz, and even portions of the 7 GHz spectrum gives WISPs more flexibility to design their networks with minimal interference, allowing for greater scalability and efficiency.

By operating in these less crowded frequencies, the airFiber MLO PtMP 30° horn antenna offers WISPs a powerful solution to minimize Wi-Fi noise and ensure their networks deliver consistent, high-quality service.

High-Quality Antennas for Wi-Fi 6E and Wi-Fi 7

Importance of High-Quality Antennas

With the advent of Wi-Fi 6E and Wi-Fi 7 technologies, newer radios are designed to support significantly higher modulation rates, enabling faster data speeds, lower latency, and greater efficiency. These radios utilize advanced techniques such as 1024-QAM in Wi-Fi 6E and 4096-QAM in Wi-Fi 7, pushing wireless performance to unprecedented levels. However, achieving these high modulation rates is only possible with the support of high-quality antennas like the airFiber MLO PtMP 30° horn antenna.

Higher Modulation Rates Require Precision

The higher the modulation rate, the more sensitive the radio becomes to signal quality, including factors like signal-to-noise ratio (SNR) and interference. A lower-quality antenna may not deliver the signal clarity needed to maintain these higher modulations, leading to reduced throughput and lower overall performance.

Performance Demands of Wi-Fi 6E and Wi-Fi 7

These newer Wi-Fi standards operate in expanded frequency ranges, including the 6 GHz band, which offers a wider channel bandwidth (up to 160 MHz in Wi-Fi 6E and 320 MHz in Wi-Fi 7). To fully leverage these larger channels and the higher modulation rates, WISPs need antennas with:

Superior signal strength to maintain high data rates over longer distances.
Reduced noise and interference to preserve signal integrity, especially in dense deployments.
Wideband coverage to handle the extended frequency ranges without signal degradation.

The Role of the airFiber MLO PtMP 30° Horn Antenna

This antenna is specifically designed to meet the demands of modern wireless networks. Its asymmetrical design, high isolation, and focused beamwidth allow it to maintain signal clarity, even in noisy environments. This ensures that Wi-Fi 6E and Wi-Fi 7 radios can operate at their maximum potential, achieving the highest modulation rates and delivering the fastest possible connections to end-users.

Range Advantage of a 30° Horn Over a 90° Horn

One of the key benefits of the airFiber MLO PtMP 30° horn antenna is its significantly longer range compared to a traditional 90° sector antenna. While both types of antennas serve to focus and direct wireless signals, the narrower beamwidth of the 30° horn provides several important advantages for WISPs, including approximately twice the range compared to a 90° horn.

Key Advantages

Narrow Beamwidth for Focused Signal Strength: A 30° horn antenna concentrates the signal into a much tighter beam than a 90° sector antenna. This focused beam results in a stronger signal over a longer distance, effectively doubling the range in many deployments.
Lower Path Loss: Because the signal is more concentrated in a 30° horn, it experiences less path loss over distance, allowing the radio to maintain a higher signal-to-noise ratio (SNR) at longer distances, critical for supporting higher modulation rates.
Improved Long-Distance Performance: The airFiber MLO PtMP 30° horn antenna provides reliable service to subscribers at greater distances, which is beneficial for rural areas where fewer towers are deployed.
Efficiency in Network Design: By deploying 30° horns with twice the range of 90° horns, WISPs can reduce the number of antennas needed, simplifying network design and lowering infrastructure costs.

Range Advantage of a 30° Horn Over a 90° Horn

Key Benefits

Video Demonstration

Polar Radiation Plot Vertical

Polar Radiation Plot Horizontal

Rectangular Radiation Plot Vertical

Rectangular Radiation Plot Horizontal

Specifications

Antenna Size

600mm (2 ft)

Polarization

Dual Linear (H/V)

Azimuth Beam Width -6 dB

30°

Frequency Range

4900 to 7200 MHz

VSWR

< 1.6

Gain (dBi)

Return Loss

> 12.7 dB

Front to back ratio (db)

Isolation

>30 dB

Antenna Connection

RP-SMA male pigtails

Elevation Beam width -6 dB

RP-SMA male pigtails

Gross Weight

7.2 kgs/set

Wind Survivability

200 km/h (124 mph)

Wind Loading

200 km/h (124 mph)

Weatherproofing

IP67

Materials

Horn antenna: Powder coated die cast aluminum alloy,Hardware: Zinc coated stainless steel,Mount clamps: Aluminum alloy,Radome: UV stabilized polycarbonate

Mounting

Mechanical adjustment: ±25° elevation Pole compatibility: 40 to 60 mm (1.5 to 2.25 inches)

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