A preconnectorized optical cable, comprising: - an optical cable having an optical transmission element comprising at least one optical waveguide, a plurality of tensile elements, and a cable jacket; and - a plug connector, the plug connector being attached to an end section of the cable, thereby connectorizing the at least one optical waveguide, the plug connector comprising: - a tensile element securing component for securing the tensile elements, the tensile element securing component comprising an inner crimp component and an outer crimp component, - a connector assembly for securing the at least one optical waveguide, and - a crimp body having a longitudinal passageway for passing the optical transmission element therethrough, a cable clamping portion, and a connector assembly clamping portion, wherein the cable clamping portion secures the tensile element securing component, and the connector assembly clamping portion secures the connector assembly, - wherein the inner crimp component has a front face at which the tensile elements protrude out of the cable jacket and the inner crimp component, - wherein a free space is provided between the front face of the inner crimp component and the outer crimp component to enable the tensile elements to move in the free space, when the optical cable is bent, - wherein the inner crimp component is configured as a tube to receive the optical cable such that the cable jacket is surrounded by the inner crimp component and the outer crimp component is configured as a hollow body to receive the inner crimp component, - wherein the tensile elements protrude out of the cable jacket and the inner crimp component and are folded back around the front face of the inner crimp component and are arranged on an outer surface of the inner crimp body, - wherein the front face of the inner crimp component narrows to form an abutment means inside the tube of the inner crimp component, wherein the cable is arranged in the tube of the inner crimp component until the cable jacket abuts on the abutment means, - wherein the tensile elements are crimped on the outer surface of the inner crimp component by the outer crimp component being crimped on the inner crimp component, - wherein the inner crimp component comprises a first portion and a second portion, - wherein the outer crimp component comprises a first portion and a second portion, and - wherein the first portion of the inner crimp component is arranged within the first portion of the outer crimp component, - wherein the second portion of the outer crimp component comprises a flange to secure the tensile element securing component in the cable clamping portion of the crimp body. - an optical cable having an optical transmission element comprising at least one optical waveguide, a plurality of tensile elements, and a cable jacket; and - a plug connector, the plug connector being attached to an end section of the cable, thereby connectorizing the at least one optical waveguide, the plug connector comprising: - a tensile element securing component for securing the tensile elements, the tensile element securing component comprising an inner crimp component and an outer crimp component, - a connector assembly for securing the at least one optical waveguide, and - a crimp body having a longitudinal passageway for passing the optical transmission element therethrough, a cable clamping portion, and a connector assembly clamping portion, wherein the cable clamping portion secures the tensile element securing component, and the connector assembly clamping portion secures the connector assembly, - wherein the inner crimp component has a front face at which the tensile elements protrude out of the cable jacket and the inner crimp component, - wherein a free space is provided between the front face of the inner crimp component and the outer crimp component to enable the tensile elements to move in the free space, when the optical cable is bent, - wherein the inner crimp component is configured as a tube to receive the optical cable such that the cable jacket is surrounded by the inner crimp component and the outer crimp component is configured as a hollow body to receive the inner crimp component, - wherein the tensile elements protrude out of the cable jacket and the inner crimp component and are folded back around the front face of the inner crimp component and are arranged on an outer surface of the inner crimp body, - wherein the front face of the inner crimp component narrows to form an abutment means inside the tube of the inner crimp component, wherein the cable is arranged in the tube of the inner crimp component until the cable jacket abuts on the abutment means, - wherein the tensile elements are crimped on the outer surface of the inner crimp component by the outer crimp component being crimped on the inner crimp component, - wherein the inner crimp component comprises a first portion and a second portion, - wherein the outer crimp component comprises a first portion and a second portion, and - wherein the first portion of the inner crimp component is arranged within the first portion of the outer crimp component, - wherein the second portion of the outer crimp component comprises a flange to secure the tensile element securing component in the cable clamping portion of the crimp body.