A transmission device, comprising: a transmission symbol generator unit configured to generate on a basis of a predetermined number of transition signals (TxF0-TxF6, TxR0-TxR6, TxP0-TxP6) each of which indicates a transition in a sequence of transmission symbols (+x, -x, +y, -y, +z, -z), transmission symbol signals (Tx10-Tx16, Tx20-Tx26, Tx30-Tx36) that are equal in number to the predetermined number, which are generated by signal generator units within the transmission symbol generator unit that are equal in number to the predetermined number, the signal generator units being provided in association with the predetermined number of transition signals (TxF0-TxF6, TxR0-TxR6, TxP0-TxP6), and each of the signal generator units is configured to generate one of the predetermined number of the transmission symbol signals (Tx10-Tx16, Tx20-Tx26, Tx30-Tx36), and each of the signal generator units, wherein the signal generator units are sequentially coupled, is configured to generate the transmission symbol signal (Tx10-Tx16, Tx20-Tx26, Tx30-Tx36), on a basis of the transition signal (TxF0-TxF6, TxR0-TxR6, TxP0-TxP6) associated with the relevant signal generator unit and on a basis of the transmission symbol signal (Tx10-Tx16, Tx20-Tx26, Tx30-Tx36) generated by an antecedently connected signal generator unit, wherein the signal of the antecedendy connected signal generator unit is divided between the output of the transmission symbol generator unit and the subsequent signal generator unit, and the transmission symbol generator unit includes a first flip flop unit, the first flip flop unit is configured to perform a sampling of the transmission symbol signal (Tx16, Tx26, Tx36) generated by the last signal generator unit in the sequence, and supplying a result (D16, D26, D36) of the sampling to the first signal generator unit in the sequence; wherein the first signal generator unit in the sequence is configured to generate the transmission symbol signal (TxlO, Tx20, Tx30), on the basis of the transition signal (TxF0, TxR0, TxP0) associated with the first signal generator unit and on the basis of the result (D16, D26, D36) of the sampling from an antecedent generation cycle of the transmission symbol generator unit; a serializer unit that is configured to serialize the predetermined number of the transmission symbol signals (Tx10-Tx16, Tx20-Tx26, Tx30-Tx36), to generate a serial signal (Tx1-Tx3); and a driver unit (16A-16C) that is configured to operate on a basis of the serial signal (Tx1-Tx3). a transmission symbol generator unit configured to generate on a basis of a predetermined number of transition signals (TxF0-TxF6, TxR0-TxR6, TxP0-TxP6) each of which indicates a transition in a sequence of transmission symbols (+x, -x, +y, -y, +z, -z), transmission symbol signals (Tx10-Tx16, Tx20-Tx26, Tx30-Tx36) that are equal in number to the predetermined number, which are generated by signal generator units within the transmission symbol generator unit that are equal in number to the predetermined number, the signal generator units being provided in association with the predetermined number of transition signals (TxF0-TxF6, TxR0-TxR6, TxP0-TxP6), and each of the signal generator units is configured to generate one of the predetermined number of the transmission symbol signals (Tx10-Tx16, Tx20-Tx26, Tx30-Tx36), and each of the signal generator units, wherein the signal generator units are sequentially coupled, is configured to generate the transmission symbol signal (Tx10-Tx16, Tx20-Tx26, Tx30-Tx36), on a basis of the transition signal (TxF0-TxF6, TxR0-TxR6, TxP0-TxP6) associated with the relevant signal generator unit and on a basis of the transmission symbol signal (Tx10-Tx16, Tx20-Tx26, Tx30-Tx36) generated by an antecedently connected signal generator unit, wherein the signal of the antecedendy connected signal generator unit is divided between the output of the transmission symbol generator unit and the subsequent signal generator unit, and the transmission symbol generator unit includes a first flip flop unit, the first flip flop unit is configured to perform a sampling of the transmission symbol signal (Tx16, Tx26, Tx36) generated by the last signal generator unit in the sequence, and supplying a result (D16, D26, D36) of the sampling to the first signal generator unit in the sequence; wherein the first signal generator unit in the sequence is configured to generate the transmission symbol signal (TxlO, Tx20, Tx30), on the basis of the transition signal (TxF0, TxR0, TxP0) associated with the first signal generator unit and on the basis of the result (D16, D26, D36) of the sampling from an antecedent generation cycle of the transmission symbol generator unit; a serializer unit that is configured to serialize the predetermined number of the transmission symbol signals (Tx10-Tx16, Tx20-Tx26, Tx30-Tx36), to generate a serial signal (Tx1-Tx3); and a driver unit (16A-16C) that is configured to operate on a basis of the serial signal (Tx1-Tx3).