Antennas 900 MHz Antennas - 900 MHz Grid Antennas
900 MHz grid antennas deliver high-performance directional connectivity for long-range wireless communication systems providing 15 dBi gain with 18° beamwidth for point-to-point links, backhaul connections, and non-line-of-sight (NLOS) deployments operating within 900 MHz ISM and cellular frequency bands. Featuring integrated N-Female connector with durable die-cast aluminum reflector grid providing structural strength while maintaining lightweight design, these antennas support wireless LAN networks, SCADA systems, and 900 MHz cellular deployments including LPWAN, LoRa, IoT, and M2M communications. Open-frame grid construction minimizes wind loading for outdoor installations.
For comprehensive 900 MHz antenna solutions beyond grid directional 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, broadband/DAS, and range extender designs for LPWAN, LoRa, IoT, SCADA, and cellular applications.
Related Categories:
- 900 MHz Patch Antennas
- 900 MHz Omni Antennas
- 900 MHz Yagi Antenna
- 900 MHz Rubber Duck Antennas
- 900 MHz Range Extenders
FAQs
What are 900 MHz grid antennas used for in wireless communication systems?
900 MHz grid antennas are designed to deliver high-performance directional connectivity for long-range wireless communication systems including point-to-point links, backhaul connections, and non-line-of-sight (NLOS) deployments. These antennas support consistent signal performance across wireless LAN networks, SCADA systems, and 900 MHz cellular deployments operating within the 900 MHz ISM and cellular frequency bands. Applications include LPWAN, LoRa, IoT, and M2M communications where dependable long-range connectivity and strong directional performance are required.
What gain and beamwidth do 900 MHz grid antennas provide?
900 MHz grid antennas provide 15 dBi gain with an 18° beamwidth making them ideal for point-to-point links requiring focused directional coverage. The 15 dBi gain specification supports long-range signal transmission in backhaul connections and non-line-of-sight deployments. The narrow 18° beamwidth concentrates RF energy for precise targeting in wireless LAN networks, SCADA systems, and 900 MHz cellular applications reducing interference from adjacent sources.
What connector type do 900 MHz grid antennas use?
900 MHz grid antennas feature an integrated N-Female connector for secure and efficient RF connections to wireless radios and network equipment in point-to-point and backhaul applications. The N-Female connector interface provides reliable connectivity supporting wireless LAN networks, SCADA systems, and 900 MHz cellular deployments. This standard connector type ensures compatibility with common RF cables and equipment used in LPWAN, LoRa, IoT, and M2M communication installations.
What construction materials ensure 900 MHz grid antenna durability?
900 MHz grid antennas are engineered with durable die-cast aluminum reflector grid providing excellent structural strength while maintaining lightweight design for outdoor installations. The two-piece reflector grid simplifies assembly and helps reduce shipping costs in point-to-point and backhaul deployment projects. UV-stable light gray powder coat finish protects the antenna surface supporting long-term operation in harsh environmental conditions common in SCADA systems and 900 MHz cellular installations.
What mounting hardware is included with 900 MHz grid antennas?
900 MHz grid antennas include tilt-and-swivel mast mounting kit allowing flexible installation and precise alignment for point-to-point links and backhaul connections. The mount can be adjusted from 0° to 20° for optimal signal targeting supporting fine-tuning in NLOS deployments and SCADA systems. Supporting mast diameters ranging from 1.25 inches (31.8 mm) to 2 inches (50.8 mm), the mounting hardware accommodates standard pole sizes used in wireless LAN networks and 900 MHz cellular installations.
What environmental conditions can 900 MHz grid antennas withstand?
900 MHz grid antennas are designed for reliable all-weather operation providing dependable performance in demanding outdoor wireless environments including point-to-point links and backhaul connections. The UV-stable light gray powder coat finish protects against sun exposure and corrosion in NLOS deployments and SCADA system installations. Die-cast aluminum reflector grid construction with open-frame design supports operation in harsh environmental conditions common in wireless LAN networks and 900 MHz cellular deployments experiencing temperature extremes, precipitation, and wind loading.
Need assistance selecting the right 900 MHz grid antenna for your point-to-point link, backhaul connection, or SCADA system installation? Our engineering team provides expert technical guidance on gain specifications, beamwidth requirements, mounting configurations, and environmental considerations for your specific LPWAN, LoRa, IoT, M2M, or 900 MHz cellular application requirements.
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At L-com, we are a global leader in wired and wireless connectivity products, offering a broad range of antennas and RF solutions designed to support reliable signal transmission across demanding wireless network environments. L-com's engineering team can design and build products with low or no minimum order quantities and quick turnaround.
