Digital transmitter with duty cycle correction

A system comprising:

• a first output port to provide a first in-phase portion of a first transmission (Tx) data to a first mixer cell,
• a second output port to provide a second in-phase portion of a second Tx data to a second mixer cell, the second output port disposed below the first output port along a direction,
• a third output port to provide a first quadrature phase portion of the first Tx data to the second mixer cell, and
• a fourth output port to provide a second quadrature phase portion of the second Tx data to the first mixer cell, the third output port disposed below the fourth output port along the direction.

A method, comprising:

• providing, by a first output port, a first in-phase portion of a first transmission (Tx) data to a first mixer cell,
• providing, by a second output port, a second in-phase portion of a second Tx data to a second mixer cell disposed below the first mixer cell along a direction, the second output port disposed below the first output port along the direction,
• providing, by a third output port, a first quadrature phase portion of the first Tx data to the second mixer cell, and
• providing, by a fourth output port, a second quadrature phase portion of the second Tx data to the first mixer cell, the third output port disposed below the fourth output port along the direction.