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The Enclosed Dipoles with Black Anodized Reflector are available in 2-, 4-, or 8- dipole configurations. These antennas can be adjusted from 60º to 160º. All our antennas can be completely customized to your particular applications. • These antennas have 1/4 wave spacing to the reflector. • Broadband antennas are ideal for trunking or cellular applications. • Reflector is field adjustable and has 6 positions: 60º, 75º, 90º, 105º, 130º and 160º. • Weatherproof radome to ensure continuous service during severe environmental conditions. • Heavy-duty versions are available. Please, contact our Technical Support team for consultation. DOWNLOAD PDF -
The Enclosed Dipoles with Black Anodized Reflector are available in 2-, 4-, or 8- dipole configurations. These antennas can be adjusted from 60º to 160º. All our antennas can be completely customized to your particular applications. • These antennas have 1/4 wave spacing to the reflector. • Broadband antennas are ideal for trunking or cellular applications. • Reflector is field adjustable and has 6 positions: 60º, 75º, 90º, 105º, 130º and 160º. • Weatherproof radome to ensure continuous service during severe environmental conditions. • Heavy-duty versions are available. Please, contact our Technical Support team for consultation. DOWNLOAD PDF
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The Enclosed Dipoles with Black Anodized Reflector are available in 2-, 4-, or 8- dipole configurations. These antennas can be adjusted from 60º to 160º. All our antennas can be completely customized to your particular applications. • These antennas have 1/4 wave spacing to the reflector. • Broadband antennas are ideal for trunking or cellular applications. • Reflector is field adjustable and has 6 positions: 60º, 75º, 90º, 105º, 130º and 160º. • Weatherproof radome to ensure continuous service during severe environmental conditions. • Heavy-duty versions are available. Please, contact our Technical Support team for consultation. DOWNLOAD PDF
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Designed for compact, close frequency installations. Ideal for very closely spaced frequency transmitters
- Ideal for intermodulation panels, providing extra protection with their second harmonic filters, when physical space is at a premium or is constrained, and for providing extra isolation between two very close transmitters
- High isolation: minimizes intermodulation products
- Low loss: maximizes system performance
- Continuous power:
- Physical size and materials used maximizes the performance across the operating band
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Designed for compact, close frequency installations. Ideal for very closely spaced frequency transmitters
- Ideal for intermodulation panels, providing extra protection with their second harmonic filters, when physical space is at a premium or is constrained, and for providing extra isolation between two very close transmitters
- High isolation: minimizes intermodulation products
- Low loss: maximizes system performance
- Continuous power:
- Physical size and materials used maximizes the performance across the operating band
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Designed for compact, close frequency installations. Ideal for very closely spaced frequency transmitters
- Ideal for intermodulation panels, providing extra protection with their second harmonic filters, when physical space is at a premium or is constrained, and for providing extra isolation between two very close transmitters
- High isolation: minimizes intermodulation products
- Low loss: maximizes system performance
- Continuous power:
- Physical size and materials used maximizes the performance across the operating band
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Designed for compact, close frequency installations. Ideal for very closely spaced frequency transmitters
- Ideal for intermodulation panels, providing extra protection with their second harmonic filters, when physical space is at a premium or is constrained, and for providing extra isolation between two very close transmitters
- High isolation: minimizes intermodulation products
- Low loss: maximizes system performance
- Continuous power:
- Physical size and materials used maximizes the performance across the operating band
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Designed for compact, close frequency installations. Ideal for very closely spaced frequency transmitters
- High isolation: minimizes intermodulation products
- Low loss: maximizes system performance
- Continuous power:
- Physical size and materials used maximizes the performance across the operating band
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Dielectric resonator technology resulting in higher performance than standard RF cavities in a much smaller package
- Available for the 764-776, 851-869 and 935-941 MHz bands
- Designed for tight channel spacing
- Lowest insertion loss, high isolation for maximum coverage and reduced interference
- Star configuration
- Compact, robust design for rapid installations, increased mobility and ease of maintenance
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Dielectric resonator technology resulting in higher performance than standard RF cavities in a much smaller package
- Available for the 764-776, 851-869 and 935-941 MHz bands
- Designed for tight channel spacing
- Lowest insertion loss, high isolation for maximum coverage and reduced interference
- Easy field expandability with X-Pass technology - one channel at a time
- Compact, robust design for rapid installations, increased mobility and ease of maintenance
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Fully expandable and reconfigurable
- Features X-Pass, plug-and-play technology
- Designed to offer engineers and technicians many options when designing or upgrading a site
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Designed for easy installation, reducing coaxial runs, and in-building applications with multi-band antennas
- Allows multiple bands to share the same transmission lines
- Available in VHF, UHF and 800/900 MHz bands
- Can be Tower-Mounted (TM), Rack-Mounted (RM) or stand alone
