A method for synchronizing a first device and a second device, the first device and the second device being connectable via a wireless link, wherein the first device comprises a first transmitter coil, a second transmitter coil, and a third transmitter coil, the method comprising: generating, at the first device, a synchronization signal comprising a sequence of signals, wherein each of the signals in the sequence has a first frequency; transmitting the sequence of signals from the first device to the second device wherein transmitting of signals from the first device to the second device comprises: transmitting, from the first transmitter coil, the synchronization signal to the second device as a first signal in the sequence; transmitting, from the second transmitter coil, the synchronization signal to the second device as a second signal in the sequence; and transmitting, from the third transmitter coil, the synchronization signal to the second device as a third signal in the sequence; performing, at the second device, signal processing of the sequence of signals to determine relative phase information of each of the signals in the sequence, characterized in that performing signal processing of the sequence of signals comprises: generating a reference signal at the second device; selecting one of the first transmitter coil, the second transmitter coil, and the third transmitter coil of the first device; determining a phase offset associated with the selected transmitter coil based on the signal in the sequence transmitted by the selected transmitter coil and the generated reference signal; and determining, for each of the two other transmitter coils, a phase offset associated with the transmitter coil, wherein determination of the phase offset is based on: the determined phase offset associated with the selected transmitter coil and a phase shift between the signal transmitted from the respective transmitter coil in the sequence and the generated reference signal; and synchronizing, based on the determined relative phase information, the first device and the second device by correcting phase offset of subsequent individual signals transmitted from the first device to the second device wherein synchronizing the first device and the second device comprises: synchronizing the phase difference between the first device and the second device based on the determined phase offsets associated with the first to third transmitted coils. generating, at the first device, a synchronization signal comprising a sequence of signals, wherein each of the signals in the sequence has a first frequency; transmitting the sequence of signals from the first device to the second device wherein transmitting of signals from the first device to the second device comprises: transmitting, from the first transmitter coil, the synchronization signal to the second device as a first signal in the sequence; transmitting, from the second transmitter coil, the synchronization signal to the second device as a second signal in the sequence; and transmitting, from the third transmitter coil, the synchronization signal to the second device as a third signal in the sequence; performing, at the second device, signal processing of the sequence of signals to determine relative phase information of each of the signals in the sequence, characterized in that transmitting, from the first transmitter coil, the synchronization signal to the second device as a first signal in the sequence; transmitting, from the second transmitter coil, the synchronization signal to the second device as a second signal in the sequence; and transmitting, from the third transmitter coil, the synchronization signal to the second device as a third signal in the sequence; performing, at the second device, signal processing of the sequence of signals to determine relative phase information of each of the signals in the sequence, characterized in that generating a reference signal at the second device; selecting one of the first transmitter coil, the second transmitter coil, and the third transmitter coil of the first device; determining a phase offset associated with the selected transmitter coil based on the signal in the sequence transmitted by the selected transmitter coil and the generated reference signal; and determining, for each of the two other transmitter coils, a phase offset associated with the transmitter coil, wherein determination of the phase offset is based on: the determined phase offset associated with the selected transmitter coil and a phase shift between the signal transmitted from the respective transmitter coil in the sequence and the generated reference signal; and synchronizing, based on the determined relative phase information, the first device and the second device by correcting phase offset of subsequent individual signals transmitted from the first device to the second device wherein synchronizing the first device and the second device comprises: synchronizing the phase difference between the first device and the second device based on the determined phase offsets associated with the first to third transmitted coils.