An optical fiber cable, comprising: a cable core and a jacket, the jacket covering an outer perimeter of the cable core, wherein the cable core comprises a plurality of intermittently bonded optical fiber tape core wires, each of the plurality of intermittently bonded optical fiber tape core wires comprises three or more single-core covered optical fibers that are multicore optical fibers having a plurality of cores and subjected to application of a cover on an outer periphery, wherein said each of the plurality of intermittently bonded optical fiber tape core wires comprises bonding portions at a plurality of locations two dimensionally in a longitudinal direction and in a width direction, and the bonding portions bond two adjacent single-core covered optical fibers from the said each of the plurality of intermittently bonded optical fiber tape core wires, wherein the plurality of intermittently bonded optical fiber tape core wires are in the cable core in a way that with respect to a k core wire located in the center and an l core wire and an m core wire located on both sides among core wires of three single-core covered optical fibers continuously adjacent in the width direction, a difference (θ) between a core wire twisting direction of the k core wire at a bonding portion connecting the k core wire and the l core wire and a core wire twisting direction of the k core wire at a bonding portion connecting the k core wire and the m core wire is different from when in a flat state, the flat state being a state in which central axes of all of the single-core covered optical fibers in said each of the plurality of intermittent tape core wires are located on one plane when said each of the plurality of the intermittent tape core wires is extended straight, characterized in that the l core wire is located at an end in the width direction of the intermittently bonded optical fiber tape core wire, the intermittently bonded optical fiber tape core wire includes a protruding portion provided on the l core wire, the protruding portion is disposed at a position different from a position of a bonding portion connecting the l core wire and the k core wire with respect to a longitudinal direction of the optical fibers, and the intermittently bonded optical fiber tape core wire is assembled into the cable core so that a projection direction of the protruding portion with respect to a straight line connecting the center of the l core wire and the center of the k core wire in the cross-section of the optical fibers is different from when in the flat state. a cable core and a jacket, the jacket covering an outer perimeter of the cable core, wherein the cable core comprises a plurality of intermittently bonded optical fiber tape core wires, each of the plurality of intermittently bonded optical fiber tape core wires comprises three or more single-core covered optical fibers that are multicore optical fibers having a plurality of cores and subjected to application of a cover on an outer periphery, wherein said each of the plurality of intermittently bonded optical fiber tape core wires comprises bonding portions at a plurality of locations two dimensionally in a longitudinal direction and in a width direction, and the bonding portions bond two adjacent single-core covered optical fibers from the said each of the plurality of intermittently bonded optical fiber tape core wires, wherein the plurality of intermittently bonded optical fiber tape core wires are in the cable core in a way that with respect to a k core wire located in the center and an l core wire and an m core wire located on both sides among core wires of three single-core covered optical fibers continuously adjacent in the width direction, a difference (θ) between a core wire twisting direction of the k core wire at a bonding portion connecting the k core wire and the l core wire and a core wire twisting direction of the k core wire at a bonding portion connecting the k core wire and the m core wire is different from when in a flat state, the flat state being a state in which central axes of all of the single-core covered optical fibers in said each of the plurality of intermittent tape core wires are located on one plane when said each of the plurality of the intermittent tape core wires is extended straight, characterized in that the l core wire is located at an end in the width direction of the intermittently bonded optical fiber tape core wire, the intermittently bonded optical fiber tape core wire includes a protruding portion provided on the l core wire, the protruding portion is disposed at a position different from a position of a bonding portion connecting the l core wire and the k core wire with respect to a longitudinal direction of the optical fibers, and the intermittently bonded optical fiber tape core wire is assembled into the cable core so that a projection direction of the protruding portion with respect to a straight line connecting the center of the l core wire and the center of the k core wire in the cross-section of the optical fibers is different from when in the flat state.