A liquid ejecting head comprising: a head chip in which two or more nozzle groups, each being configured by a plurality of nozzles, are disposed in a reference direction on a liquid ejecting surface and a first inlet that is disposed on the surface side opposite to the liquid ejecting surface to communicate with one of the nozzle groups and a second inlet that communicates with the other nozzle group are disposed in the reference direction, wherein the head chip includes a pressure generating unit disposed between the first inlet and the second inlet to generate pressure change in a flow path in the head chip; a wiring member with one end portion connected to the pressure generating unit, and the other end portion extending in the direction opposite to a direction of liquid ejection from the nozzles; a first connection flow path that is connected to the first inlet; a second connection flow path that is connected to the second inlet; and a wiring substrate to which the other end portion of the wiring member is connected between the first connection flow path and the second connection flow path, wherein the second connection flow path includes an extending flow path that extends from a position in the reference direction of the second inlet away from the first inlet in a direction having a vector component in the reference direction, wherein the wiring substrate is arranged on the opposite side of the extending flow path to the first inlet in the direction of liquid ejection from the nozzles, and characterized in that the wiring substrate extends from a part of the wiring substrate between the first connection flow path and the second connection flow path in the reference direction to a part of the wiring substrate beyond the second connection flow path in the reference direction, and wherein the liquid ejecting head includes a first head chip having two or more said nozzle groups and a second head chip having two or more said nozzle groups, wherein a said first inlet and a said second inlet are respectively disposed in each of the first head chip and the second head chip, and wherein the first head chip and the second head chip are disposed in the reference direction so that the first inlet of the first head chip is on the second head chip side and the first inlet of the second head chip is on the first head chip side. a head chip in which two or more nozzle groups, each being configured by a plurality of nozzles, are disposed in a reference direction on a liquid ejecting surface and a first inlet that is disposed on the surface side opposite to the liquid ejecting surface to communicate with one of the nozzle groups and a second inlet that communicates with the other nozzle group are disposed in the reference direction, wherein the head chip includes a pressure generating unit disposed between the first inlet and the second inlet to generate pressure change in a flow path in the head chip; a wiring member with one end portion connected to the pressure generating unit, and the other end portion extending in the direction opposite to a direction of liquid ejection from the nozzles; a first connection flow path that is connected to the first inlet; a second connection flow path that is connected to the second inlet; and a wiring substrate to which the other end portion of the wiring member is connected between the first connection flow path and the second connection flow path, wherein the second connection flow path includes an extending flow path that extends from a position in the reference direction of the second inlet away from the first inlet in a direction having a vector component in the reference direction, wherein the wiring substrate is arranged on the opposite side of the extending flow path to the first inlet in the direction of liquid ejection from the nozzles, and characterized in that the wiring substrate extends from a part of the wiring substrate between the first connection flow path and the second connection flow path in the reference direction to a part of the wiring substrate beyond the second connection flow path in the reference direction, and wherein the liquid ejecting head includes a first head chip having two or more said nozzle groups and a second head chip having two or more said nozzle groups, wherein a said first inlet and a said second inlet are respectively disposed in each of the first head chip and the second head chip, and wherein the first head chip and the second head chip are disposed in the reference direction so that the first inlet of the first head chip is on the second head chip side and the first inlet of the second head chip is on the first head chip side.