Since 2009 the reference point for Wi-Fi in Italy
Revolutionary Design
The Bullet M2 Titanium is the latest version of the popular Ubiquiti Bullet. Like its predecessor, Bullet M2 Titanium is a wireless radio with an integrated N-Male connector that can be directly plugged in to any antenna (2,4 GHz) to create a powerful and robust outdoor Access Point, Client, or Bridge.The Bullet M Titanium features a tough weatherproof design. Made from aircraft-grade aluminum, the casing is designed to withstand nature’s harshest elements.
With up to 600 mW (adjustable for use in Europe) of power and enhanced receiver design, the Bullet M2 Titanium is ideal for long-distance links, capable of up to 100+ Mbps real TCP/IP speeds over several kilometers.
The Bullet M2 Titanium is engineered to survive extreme conditions.
Easy to install
The Bullet M2 Titanium eliminates the need to use RF cables and requires no special antenna (course with N-Female connector) or tools to install. No radio card / host board issues. No RF cable quality concerns. No mechanical stability concerns. No enclosure mounting requirements. With the Bullet M Titanium, operators can just plug and go.
Integrated AirMAX technology
The Bullet M2 Titanium can instantly become a powerful TDMA BaseStation utilizing Ubiquiti’s breakthrough airMAX technology.
With airMAX, PtMP networks can scale gracefully while maintaining high throughput and low latency performance
Software
AirOS is a versatile, highly developed Ubiquiti firmware technology. It is exceptionally intuitive and was designed to require no training to operate. Behind the user interface is a powerful firmware architecture that enables high-performance, outdoor multipoint networking.
• Protocol Support
• Channel Shifting
• Spectral Width Adjustment
• ACK Auto-Timing
• AAP Technology
• Multiple VLAN Support
• DHCP Relay
• Multi-Language Support
Integrated on all Ubiquiti M products, airView provides advanced spectrum analyzer functionality: waterfall, waveform, and real-time spectral views allow operators to identify noise signatures and plan their networks to minimize noise interference.
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