A print head, comprising: an ejection unit configured to eject liquid when a piezoelectric element is driven; a driving integrated circuit that includes a circuit element and wiring, and that is configured to control driving of the ejection unit; a relay substrate configured to transfer a signal for controlling driving of the piezoelectric element; an energization bump, that is a resin core bump applied to the surface of the driving integrated circuit and comprising an electrode arranged on a surface of the resin core, wherein the energization bump is located between the driving integrated circuit and the relay substrate, is physically coupled to the driving integrated circuit and the relay substrate, and electrically couples the driving integrated circuit and the relay substrate to each other with the electrode arranged on a surface of the resin core; and an inspection bump, that is a resin core bump applied to the surface of the driving integrated circuit and comprising an electrode arranged on a surface of the resin core, wherein the inspection bump is located between the driving integrated circuit and the relay substrate, is physically coupled to the driving integrated circuit and the relay substrate, and does not electrically couple the driving integrated circuit and the relay substrate to each other with the electrode arranged on a surface of the resin core, wherein the energization bump overlaps at least one of the circuit element and the wiring in a plan view, and wherein the inspection bump does not overlap the circuit element and the wiring in the plan view; wherein the energization bump and the inspection bump are equivalent in size; wherein the driving integrated circuit has a rectangular shape having a first short side, a second short side opposite to the first short side, a first long side, and a second long side opposite to the first long side; and the inspection bump includes a plurality of inspection bumps, wherein a first bump of the plurality of inspection bumps is located between the first short side and a first line that connects a midpoint of the first long side and a midpoint of the second long side to each other, wherein a second bump of the plurality of inspection bumps is located between the first line and the second short side, and wherein a line that connects the first bump and the second bump to each other is non-orthogonal to the first line. an ejection unit configured to eject liquid when a piezoelectric element is driven; a driving integrated circuit that includes a circuit element and wiring, and that is configured to control driving of the ejection unit; a relay substrate configured to transfer a signal for controlling driving of the piezoelectric element; an energization bump, that is a resin core bump applied to the surface of the driving integrated circuit and comprising an electrode arranged on a surface of the resin core, wherein the energization bump is located between the driving integrated circuit and the relay substrate, is physically coupled to the driving integrated circuit and the relay substrate, and electrically couples the driving integrated circuit and the relay substrate to each other with the electrode arranged on a surface of the resin core; and an inspection bump, that is a resin core bump applied to the surface of the driving integrated circuit and comprising an electrode arranged on a surface of the resin core, wherein the inspection bump is located between the driving integrated circuit and the relay substrate, is physically coupled to the driving integrated circuit and the relay substrate, and does not electrically couple the driving integrated circuit and the relay substrate to each other with the electrode arranged on a surface of the resin core, wherein the energization bump overlaps at least one of the circuit element and the wiring in a plan view, and wherein the inspection bump does not overlap the circuit element and the wiring in the plan view; wherein the energization bump and the inspection bump are equivalent in size; wherein the driving integrated circuit has a rectangular shape having a first short side, a second short side opposite to the first short side, a first long side, and a second long side opposite to the first long side; and the inspection bump includes a plurality of inspection bumps, wherein a first bump of the plurality of inspection bumps is located between the first short side and a first line that connects a midpoint of the first long side and a midpoint of the second long side to each other, wherein a second bump of the plurality of inspection bumps is located between the first line and the second short side, and wherein a line that connects the first bump and the second bump to each other is non-orthogonal to the first line.