Ubiquiti airMAX Rocket

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Ubiquiti Rocket ac R5AC-Lite 802.11n 500 Mbit/s Wireless Bridge - R5AC-LITE-US

Now: $137.36
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Ubiquiti Rocket Prism ac Full-Band 5 GHz 802.11ac 500 Mbit/s Wireless Bridge - RP-5AC-GEN2-US

Now: $236.37
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Ubiquiti Rocket 2AC Prism R2AC - Wireless Access Point - AirMax Ac - AirMax Ac - DC Power - R2AC-PRISM

Now: $183.69
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Ubiquiti Rocket M M2 802.11n 150 Mbit/s Wireless Bridge - ROCKETM2-US

Now: $77.03
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Ubiquiti Rocket PRISM RP-5AC-GEN2 - Wireless Access Point - AirMax Ac

Now: $215.68
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Ubiquiti Rocket Ac R5AC-LITE - Wireless Access Point - AirMax Ac

Now: $117.33
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Ubiquiti Rocket PRISM R2AC - Wireless Access Point - AirMax Ac - AirMax Ac - R2AC-PRISM-US

Now: $204.17
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Ubiquiti Rocket M M5 802.11n 150 Mbit/s Wireless Bridge - ROCKETM5-US

Now: $81.41
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The airMAX® technology developed by Ubiquiti has been extensively tested and deployed in countless locations across the globe, showcasing exceptional performance capabilities specifically designed for outdoor environments. With a proven track record of successful implementations, this technology has garnered widespread recognition and trust from users worldwide. Its ability to consistently deliver outstanding performance in challenging outdoor conditions sets it apart from other solutions in the market. Ubiquiti's airMAX® technology has truly established itself as a reliable and efficient choice for organizations seeking top-notch connectivity solutions in outdoor settings. The Time Division Multiple Access (TDMA) airMAX protocol is a cutting-edge technology that offers unparalleled scalability, exceptional throughput, and minimal latency in unlicensed multipoint networks. This innovative protocol has revolutionized the way data is transmitted and received, providing users with a highly efficient and reliable network solution. By utilizing TDMA, airMAX enables multiple users to share the same frequency band, maximizing spectral efficiency and minimizing interference. This advanced protocol divides time into discrete slots, allowing each user to transmit and receive data within their allocated time slot.