A DVB-T2 receiver comprising: receiving means for receiving an Orthogonal Frequency Division Multiplexing signal obtained by modulating a common packet sequence and data packet sequence, the common packet sequence being made up of packets common to a plurality of streams, and the data packet sequence being made up of packets specific to one of the plurality of streams the plurality of streams being Physical Layer Pipes, PLPs, and the common packet sequence being a common PLP and the data packet sequence being a data PLP, error correction means and a time deinterleaver which comprises: a first time deinterleaver for sorting the common packet sequence, obtained by demodulating the received Orthogonal Frequency Division Multiplexing signal, in the time domain; and a second time deinterleaver for sorting the data packet sequence, obtained by demodulating the received Orthogonal Frequency Division Multiplexing signal, in the time domain; a memory; a control part for switching the output to the error correction means for handling error correction from the first time deinterleaver over to second time deinterleaver if, while the first time deinterleaver supplies its output to the error correction means, the second time deinterleaver completes its writing of a predetermined unit of information to be processed to the memory and for storing information required to resume the output of the first time deinterleaver. receiving means for receiving an Orthogonal Frequency Division Multiplexing signal obtained by modulating a common packet sequence and data packet sequence, the common packet sequence being made up of packets common to a plurality of streams, and the data packet sequence being made up of packets specific to one of the plurality of streams the plurality of streams being Physical Layer Pipes, PLPs, and the common packet sequence being a common PLP and the data packet sequence being a data PLP, error correction means and a time deinterleaver which comprises: a first time deinterleaver for sorting the common packet sequence, obtained by demodulating the received Orthogonal Frequency Division Multiplexing signal, in the time domain; and a second time deinterleaver for sorting the data packet sequence, obtained by demodulating the received Orthogonal Frequency Division Multiplexing signal, in the time domain; a memory; a control part for switching the output to the error correction means for handling error correction from the first time deinterleaver over to second time deinterleaver if, while the first time deinterleaver supplies its output to the error correction means, the second time deinterleaver completes its writing of a predetermined unit of information to be processed to the memory and for storing information required to resume the output of the first time deinterleaver. a first time deinterleaver for sorting the common packet sequence, obtained by demodulating the received Orthogonal Frequency Division Multiplexing signal, in the time domain; and a second time deinterleaver for sorting the data packet sequence, obtained by demodulating the received Orthogonal Frequency Division Multiplexing signal, in the time domain; a memory; a control part for switching the output to the error correction means for handling error correction from the first time deinterleaver over to second time deinterleaver if, while the first time deinterleaver supplies its output to the error correction means, the second time deinterleaver completes its writing of a predetermined unit of information to be processed to the memory and for storing information required to resume the output of the first time deinterleaver.