- Model: AM-5AC21-60
- UPC: 81035402142
- EAN: 810354021428
The Sector AirMax AC 21dBi antenna stands as a testament to Ubiquiti Networks' innovation in the realm of wireless network technology. This model is intricately designed to cater to the demanding requirements of modern wireless networks, emphasizing high-speed data transmission and expansive coverage within the 5 GHz frequency band. The incorporation of the 802.11ac wireless standard underscores its capability to support the latest in high-throughput networking, setting a new benchmark for outdoor wireless communication.
For optimal performance, AM-5AC21-60 antenna, is designed to be integrated with Ubiquiti's Rocket Prism 5AC (sold separately).
Integration with Ubiquiti's airMAX ac technology is a cornerstone feature of the AM-5AC21-60, allowing it to seamlessly mesh with compatible airMAX Rocket M5 and Rocket Prism radio series in the 5 GHz frequency band. This synergy unlocks the potential for gigabit-level wireless performance, a critical requirement for supporting data-heavy applications and services. The airMAX ac protocol, with its advanced modulation schemes and intelligent traffic management, dramatically reduces interference, ensuring superior throughput and reduced latency even in densely populated RF environments.
With a formidable gain of 21 dBi, the AM-5AC21-60 excels in its ability to amplify and project wireless signals across considerable distances, substantially enhancing the reach and reliability of network connections. This attribute is particularly critical for establishing long-range point-to-multipoint (PtMP) networks, where the antenna acts as a central hub, facilitating robust connections to numerous client devices scattered across wide geographical expanses. The strategic focus on gain ensures that network operators can maximize coverage while minimizing the number of required installations, optimizing both the efficiency and cost-effectiveness of network infrastructure deployment.
The antenna's 60-degree beamwidth represents a deliberate engineering choice, aimed at achieving a harmonious balance between targeted and wide-reaching coverage. This beamwidth configuration enables the delivery of concentrated wireless connectivity within a specific sector, ensuring that devices within this arc are afforded strong and uninterrupted signal reception. Such directed coverage is invaluable for mitigating interference from external sources, thereby bolstering the signal integrity and overall performance of the network.
