Abstract
With the advent of DVB-T in most European countries, the European Union has decided to end all analogue television broadcasts in its member countries until 2012. This analogue switch- ofi, as well as the increased spectral e-ciency of the DVB-T protocol will create a surplus of spectrum in the UHF band, part of which is to be used by mobile communications systems. In order for this \digital dividend to be shared e-ciently, the coexistence and interference parameters between DVB-T and other services (designated as IMT- Advanced by the International Telecommunications Union) have to be studied. In this paper a generic 5MHz interfering signal is broadcasted in close proximity to a stationary DVB-T receiver. Various DVB-T parameters are then measured and analyzed for difierent frequency values and power levels of the interfering signal.
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