Designed with Flexibility in mind

The mTenna CM is intended to be a family of multi-use, modular products that can be deployed in a variety of applications. Typically, the CM would consist of the antenna structure and control electronics, and in some cases the power amplifiers and low noise amplifiers. The CM package would be analogous to a square tile, and is expected to be 30-50 cm on each side and just 1.5-3 cm thick. The CM would be offered to terminal vendors who would add the customer-specific modem and related hardware. The first generation of the CM is expected to have separate transmit and receive panels. The terminal vendor can then mix and match panels as needed to deliver the required performance.


Applications of the CM are expected to include:

  • Commuter trains
  • Intercity trains
  • Commercial trucks
  • Automobiles
  • RVs
  • Buses
  • Recreational vessels
  • Small commercial vessels
  • Cruise ships
  • Merchant vessels
  • Ferries
  • Unattended sensors
  • Homes and small offices

The target specifications for the CM are shown in the table below.

mTenna Module

CM Target Specifications

Specification Parameter (target) Comments
Configuration Tx: 30 cm x 30 cm x 2-3 cm (example)
Rx: 50 cm x 50 cm x 2-3 cm (example)
Other sizes are possible.
Mass 2-5 kg, typically, per panel Depends on size and configuration
Excludes modem, power handling, interfaces, etc.
Power (excludes RF) Beam steering and control electronics ~ 2-3W 0-5 W for heater for certain applications
Packaging efficiency 90% Aperture area divided by the package footprint
Frequencies (typical) Rx: 1 GHz total range in the 20 GHz band
Tx: 1 GHz total in the 30 GHz band
Instantaneous bandwidth ~100 MHz
Polarization LH or RH Circular User selectable
EIRP (broadside) 37.5 dBW for 1 W RF
43.5 dBW for 4 W RF
G/T (broadside) 8.3 dB/K for a 30 cm receive panel
12.7 dB/K for a 50 cm receive panel
Tracking precision Designed to meet ITU, FCC, ETSI and other regulatory requirements
Scan range +/-65 deg from broadside
All azimuth
Time to change beam direction is independent of angle
Beam steering rate 20-30 deg/sec, elevation and azimuth Higher speeds may be possible
Operating temp range -54 to 85 deg C Depends on application