Highlights:

900 MHz Non-Line-of-Sight Performance

The M900S was designed for deployment in areas where foliage obscures line-of-sight between the access point (AP) and subscriber unit (SU). The system offers excellent receiver sensitivity and best-in-class overall system gain for outstanding non-line-of-sight (NLOS)* range. Use of external antennas increases range and fade margin even further. In addition, Spread Spectrum modulation promotes resistance to multipath fading.

Antenna Flexibility

The M900S AP and SU both include an integrated 10 dBi dual polarized patch antenna as well as a connector for an optional external antenna. External antenna options include a 8.5 dBi omni antenna for the AP and a 15 dBi yagi for both the AP and SU. The M900S SU auto-sensing feature allows the firmware to choose the antenna with the strongest signal, or the user can manually select the internal or external antenna.

Speed

The M900S delivers up to 3 Mbps and utilizes Trango's patent pending SmartPolling™ algorithm to dynamically and adaptively poll subscriber units, ensuring the lowest latency for active subscribers.

Image Channel Flexibility

The M900S is configured with four channels, each 6 MHz apart. The user can redefine channels by selecting frequencies in single MHz increments. The SU scans all channels until it associates with a properly configured AP. This allows redundancy of APs as well as a simple and quick method to switch channels on an entire sector.

Interference Mitigation

The M900S offers powerful resistance to interference with the Automatic Repeat Request (ARQ) feature which automatically re-transmits errored packets to mask RF errors to higher layer protocols. In addition, the M900S provides mitigation tools such as dual polarity antennas, automatic SU power leveling, and threshold control.

Integrated Design

The M900S radios are fully weatherized outdoor units featuring Power-over-Ethernet (PoE) designed for quick deployment and easy installation.

Management Features

The M900S offers remote and local management via Telnet, SNMP and HTTP via browser. Powerful tools such as site survey and upstream/downstream CIR/MIR controls allow operators total control and flexibility in managing their network.

* Non-line-of-sight performance may vary due to leaf density, moisture content, and other environmental factors.