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Antennas 900 MHz Antennas - 900 MHz Broadband/DAS Antennas

900 MHz broadband-DAS antennas support cellular, DAS, WLAN, LPWAN, and ISM applications in LPWAN, LoRa, LTE-M, NB-IoT, IoT, M2M, cellular networks, distributed antenna systems, Wi-Fi networks, and public safety deployments. Providing frequency coverage for 700 MHz, 850 MHz, AWS, and PCS bands with internal combiners eliminating separate coax cables for each frequency, these antennas deliver 50-ohm impedance and 50 watts maximum input power. Weatherproof ABS housings with tilt and swivel mast brackets withstand -40°C to 85°C and 150 MPH wind.

For comprehensive 900 MHz antenna solutions beyond broadband DAS configurations, explore our 900 MHz Antennas - Grid, Patch, Omni, Yagi, Embedded, Rubber Duck, Sectorial, Ceiling Mount, Broadband/DAS & Range Extenders category, featuring grid, patch, omni, Yagi, embedded, rubber duck, sectorial, ceiling mount, and range extender designs for cellular, ISM, LPWAN, and IoT applications.

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FAQs

What are 900 MHz broadband-DAS antennas used for?

L-com 900 MHz broadband-DAS antennas are designed to support cellular, DAS, WLAN, LPWAN, and ISM applications. These antennas are commonly used in LPWAN, LoRa, LTE-M, NB-IoT, IoT, M2M, cellular networks, distributed antenna systems, Wi-Fi networks, and public safety deployments. Applications include indoor and outdoor wireless network infrastructure, cellular systems, and IoT deployments requiring multi-band coverage.

What frequency bands do 900 MHz broadband-DAS antennas cover?

900 MHz broadband-DAS antennas provide frequency coverage for 700 MHz, 850 MHz, AWS, and PCS bands. Internal combiners eliminate the need for separate coax cables for each frequency simplifying installation in cellular, DAS, and LPWAN applications. The multi-band coverage supports LPWAN, LoRa, LTE-M, NB-IoT, IoT, M2M, cellular networks, and distributed antenna system deployments requiring simultaneous operation across multiple frequency bands.

What beamwidth patterns do 900 MHz broadband DAS antennas provide?

900 MHz broadband DAS antennas have vertical beamwidths of 56° and 45° and horizontal beamwidths of 78° and 75°, providing optimized coverage for cellular, DAS, and LPWAN applications. The beamwidth characteristics support controlled directional coverage in distributed antenna systems, Wi-Fi networks, and public safety deployments. Optimized coverage patterns accommodate IoT, M2M, and cellular network installations requiring specific radiation pattern characteristics.

What electrical specifications do 900 MHz broadband DAS antennas provide?

900 MHz broadband DAS antennas deliver a 50-ohm impedance and maximum input power of 50 watts supporting cellular, DAS, WLAN, and LPWAN applications. The 50-ohm impedance ensures compatibility with standard RF equipment and coaxial cables used in distributed antenna systems, IoT deployments, and cellular networks.

How do internal combiners benefit broadband-DAS antenna installations?

Broadband-DAS antennas offer internal combiners that eliminate the need for separate coax cables for each frequency in multi-band applications. Internal combiners simplify installation by combining 700 MHz, 850 MHz, AWS, and PCS band signals within the antenna. This feature reduces cabling complexity and installation costs in cellular, DAS, LPWAN, and distributed antenna system deployments requiring multi-band coverage.

What environmental conditions can 900 MHz broadband-DAS antennas withstand?

L-com 900 MHz broadband-DAS antennas operate across a temperature range of -40°C to 85°C and can withstand wind velocities up to 150 MPH. Weatherproof ABS housings protect internal antenna elements in outdoor wireless network infrastructure and cellular system installations. The environmental ratings support distributed antenna systems, public safety deployments, and IoT applications experiencing extreme temperature variations and high wind conditions.

Need assistance selecting the right 900 MHz broadband-DAS antenna for your cellular, LPWAN, or IoT deployment? Our engineering team provides expert technical guidance on frequency band selection, beamwidth requirements, power handling specifications, and mounting configurations for your specific distributed antenna system, cellular network, or LPWAN application requirements.

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