LabMU-RF allows RF analysis and recreation of conditions of terrestrial RF channels, thus focusing on the basis of RF DVB-T transmission and reception

by experimenting with the different channel models, and observing the pros and cons of COFDM modulation. Ideal for understanding COFDM modulation techniques

Key Benefits

• Configuration of up to 6 paths for multipath reception simulation (simulation of Gaussian, Rice and Rayleigh channels)

• Selectable C/N at modulator RF output from 3 to 40 dB

• DVB-T/H RF analysis with spectrum diagram, constellation diagram, impulse response, and visual receiver status indication

• Level/quality indicators: Level, C/N, BER, MER, PER

• 2RU chassis fits up to 6 independent RF DVB-T/H COFDM analyzers

• Visual GUI controllable from LabMU Client application

LabMU-RF-CS

Simulation of real terrestrial channel conditions by addition of hostilities to the generated COFDM RF signal at modulation:

• Noise generation

• Multipath simulation by generation of echoes with selectable amplitude, delay, phase, and doppler

LabMU-RFA

RF DVB-T/H analysis that enables to identify existing DVB-T/H multiplexes, and evaluation of the quality of the received DVB-T signal by using standard analysis tools, such as spectrum diagram, constellation diagrams, impulse response and level/quality indicators (C/N, BER, etc)

Applications in LabMU

• DVB-T RF analysis of content transmission in faulty terrestrial channels

• Education in COFDM modulation technique and selection of modulation parameters, depending on channel properties

• Overview and in-depth analysis of DVB-T RF principles

• Terrestrial transmission channel impulse response analysis

• Hierarchical modulation display for educational/investigation purposes

• RF equipment testing under hostile reception conditions

Download LabMU-RF Commercial Brochure

See LabMU-RF in action

Screenshots of LabMU-RF