CPE00019
KEESUN
CPE00019
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For professional wireless networks demanding high stability and maximum data throughput, the key lies in exploiting the spatial diversity offered by dual-polarization technology. Our 5.8GHz 10dBi CPE Dual-Polarized Aluminum Antenna is meticulously engineered to provide superior performance in Point-to-Point (PTP) and Point-to-Multi-Point (PTMP) bridge applications. By simultaneously transmitting and receiving signals on both horizontal and vertical polarities, this antenna effectively doubles the potential capacity of the wireless link while dramatically improving link budget and resilience to multipath interference.
The most significant feature of this CPE antenna is its dual-polarization capability, a critical technology for modern high-speed wireless backhaul.
Spatial Diversity and MIMO Readiness: This antenna is specifically designed to support MIMO (Multiple-Input Multiple-Output) radio systems, particularly those operating under standards like IEEE 802.11ac and 802.11n. By having two separate antenna elements integrated into a single unit—one for Vertical Polarization (V Pol) and one for Horizontal Polarization (H Pol)—it can transmit two distinct data streams simultaneously over the same frequency channel. This effectively doubles the data throughput compared to single-polarized systems.
10dBi High Gain: The antenna offers a robust 10dBi gain at the 5.8GHz frequency band (5150-5850 MHz). This medium-to-high gain is perfectly suited for short-to-medium distance links where a tightly focused beam is less desirable, such as PTMP installations where wider coverage is needed, or for shorter PTP links requiring high link reliability and moderate distance.
Mitigation of Multipath Interference: Dual polarization greatly enhances the link's resistance to fading and signal degradation caused by multipath interference. The system can intelligently combine the two independently received signals, which improves the overall Signal-to-Noise Ratio (SNR) and ensures a more stable, reliable connection in busy urban or reflective environments.
5.8GHz Band Clarity: Operating exclusively in the 5.8GHz spectrum helps avoid the congestion found in the 2.4GHz band. The wider, cleaner channels available at 5.8GHz are fundamental to achieving the high throughput potential of the dual-polarized, high-gain design.
As an essential piece of outdoor networking infrastructure, the antenna's physical construction is engineered to endure continuous exposure to the elements without performance degradation.
Corrosion-Resistant Aluminum: The primary radiating elements and reflector components are crafted from high-grade aluminum alloy. Aluminum provides an optimal balance of light weight, excellent RF conductivity, and exceptional resistance to rust and corrosion, ensuring the antenna maintains its precise electrical tuning over years of outdoor service.
All-Weather Enclosure: The integrated CPE unit and antenna elements are protected by a sealed, UV-stabilized plastic radome and enclosure, achieving a superior IP65 or IP67 weather resistance rating. This complete protection against dust and water ingress is non-negotiable for reliable outdoor operation in all seasons.
Superior Thermal Management: The metallic structure aids in passive heat dissipation, crucial for the integrated radio unit often housed within the CPE. This effective thermal management helps maintain peak electronic performance even in intense heat.
Vibration and Wind Load Resistance: The mounting structure and aluminum housing are robustly designed to withstand high winds and vibration, maintaining precise alignment and structural integrity even in severe weather conditions.
Ease of deployment is a cornerstone of this dual-polarized CPE antenna, offering flexibility and efficiency for network installers.
Integrated Radio Housing: Like most CPE units, the antenna is designed to house the wireless radio directly. This integrated approach drastically minimizes the cable runs, eliminating the significant signal loss (insertion loss) that occurs with long coaxial cable assemblies between a separate antenna and radio.
Dual RF Ports: The unit is equipped with two separate RF connection ports, typically SMA or N-Type Female connectors (or internal connections to the integrated radio), clearly labeled for H-Pol and V-Pol feeds. This dedicated separation ensures correct connectivity to the dual-chain MIMO radio.
PoE Deployment Advantage: Utilizing Power over Ethernet (PoE), the CPE requires only a single standard Ethernet cable for both power delivery and data transmission, simplifying tower or rooftop installations and reducing cabling complexity.
Adjustable Mounting Bracket: A heavy-duty, multi-axis adjustable mounting bracket is included, allowing installers to fine-tune the antenna's azimuth and elevation. This precise alignment is paramount for maximizing the performance of high-gain, directional links.
This 5.8GHz 10dBi CPE Dual-Polarized Aluminum Antenna is the smart, durable investment for any organization looking to establish a high-capacity, interference-resistant wireless bridge. It provides the technological foundation needed to reliably deliver high bandwidth over challenging outdoor links.
For professional wireless networks demanding high stability and maximum data throughput, the key lies in exploiting the spatial diversity offered by dual-polarization technology. Our 5.8GHz 10dBi CPE Dual-Polarized Aluminum Antenna is meticulously engineered to provide superior performance in Point-to-Point (PTP) and Point-to-Multi-Point (PTMP) bridge applications. By simultaneously transmitting and receiving signals on both horizontal and vertical polarities, this antenna effectively doubles the potential capacity of the wireless link while dramatically improving link budget and resilience to multipath interference.
The most significant feature of this CPE antenna is its dual-polarization capability, a critical technology for modern high-speed wireless backhaul.
Spatial Diversity and MIMO Readiness: This antenna is specifically designed to support MIMO (Multiple-Input Multiple-Output) radio systems, particularly those operating under standards like IEEE 802.11ac and 802.11n. By having two separate antenna elements integrated into a single unit—one for Vertical Polarization (V Pol) and one for Horizontal Polarization (H Pol)—it can transmit two distinct data streams simultaneously over the same frequency channel. This effectively doubles the data throughput compared to single-polarized systems.
10dBi High Gain: The antenna offers a robust 10dBi gain at the 5.8GHz frequency band (5150-5850 MHz). This medium-to-high gain is perfectly suited for short-to-medium distance links where a tightly focused beam is less desirable, such as PTMP installations where wider coverage is needed, or for shorter PTP links requiring high link reliability and moderate distance.
Mitigation of Multipath Interference: Dual polarization greatly enhances the link's resistance to fading and signal degradation caused by multipath interference. The system can intelligently combine the two independently received signals, which improves the overall Signal-to-Noise Ratio (SNR) and ensures a more stable, reliable connection in busy urban or reflective environments.
5.8GHz Band Clarity: Operating exclusively in the 5.8GHz spectrum helps avoid the congestion found in the 2.4GHz band. The wider, cleaner channels available at 5.8GHz are fundamental to achieving the high throughput potential of the dual-polarized, high-gain design.
As an essential piece of outdoor networking infrastructure, the antenna's physical construction is engineered to endure continuous exposure to the elements without performance degradation.
Corrosion-Resistant Aluminum: The primary radiating elements and reflector components are crafted from high-grade aluminum alloy. Aluminum provides an optimal balance of light weight, excellent RF conductivity, and exceptional resistance to rust and corrosion, ensuring the antenna maintains its precise electrical tuning over years of outdoor service.
All-Weather Enclosure: The integrated CPE unit and antenna elements are protected by a sealed, UV-stabilized plastic radome and enclosure, achieving a superior IP65 or IP67 weather resistance rating. This complete protection against dust and water ingress is non-negotiable for reliable outdoor operation in all seasons.
Superior Thermal Management: The metallic structure aids in passive heat dissipation, crucial for the integrated radio unit often housed within the CPE. This effective thermal management helps maintain peak electronic performance even in intense heat.
Vibration and Wind Load Resistance: The mounting structure and aluminum housing are robustly designed to withstand high winds and vibration, maintaining precise alignment and structural integrity even in severe weather conditions.
Ease of deployment is a cornerstone of this dual-polarized CPE antenna, offering flexibility and efficiency for network installers.
Integrated Radio Housing: Like most CPE units, the antenna is designed to house the wireless radio directly. This integrated approach drastically minimizes the cable runs, eliminating the significant signal loss (insertion loss) that occurs with long coaxial cable assemblies between a separate antenna and radio.
Dual RF Ports: The unit is equipped with two separate RF connection ports, typically SMA or N-Type Female connectors (or internal connections to the integrated radio), clearly labeled for H-Pol and V-Pol feeds. This dedicated separation ensures correct connectivity to the dual-chain MIMO radio.
PoE Deployment Advantage: Utilizing Power over Ethernet (PoE), the CPE requires only a single standard Ethernet cable for both power delivery and data transmission, simplifying tower or rooftop installations and reducing cabling complexity.
Adjustable Mounting Bracket: A heavy-duty, multi-axis adjustable mounting bracket is included, allowing installers to fine-tune the antenna's azimuth and elevation. This precise alignment is paramount for maximizing the performance of high-gain, directional links.
This 5.8GHz 10dBi CPE Dual-Polarized Aluminum Antenna is the smart, durable investment for any organization looking to establish a high-capacity, interference-resistant wireless bridge. It provides the technological foundation needed to reliably deliver high bandwidth over challenging outdoor links.