Aerospace Application - Solution to Verify Communications to High Velocity Radio Platforms
Tough reliability and performance requirements inherent in operating environment of satellite and airborne radio communication systems requires careful design and verification process from radio vendors and system integrators. Therefore, it is crucial in laboratory testing to emulate as accurately as possible all the phenomena that will affect the radio devices in their eventual environments. After all, it is the only way to guarantee the functionality of the radio systems.
Solving the Challenge of Aerospace Communication System Testing
The key challenge in product development is verification. How can I be sure my product meets all the tough requirements set for wireless products utilizing high altitude and velocity communication links? EB Aerospace solution has been developed to solve this challenge! And what makes the EB aerospace solution unique is the integration of the functions of an advanced terrestrial channel emulator and satellite channel emulator into one compact and affordable unit.
In satellite-to-ground communication, whether stationary
or mobile, accurate repetition of path loss, delay, Doppler
and terrestrial multipath phenomena are important.
Satellite-to-ground communication is used for data
communication and navigation purposes like example in GPS.
Tactical Data Links
Tactical data links (TDL) are used in defense communication networks. Standards, such as Link-16, are used in communications between aircrafts, ships and ground platforms. TDL's are capable of providing secure and jam-resistant high throughput connections over relatively long distances.
Commercial Aviation - Wireless
Broadband for in-flight services Broadband data to commercial aircrafts is transmitted and received through ground stations. Situations similar to cellular terrestrial network are faced at
higher velocities and with longer distances.