Abstract: A connector for fibre optic cable. The connector includes an elongate body having first and second ends and an annular opening at the first end for receiving the fibre optic cable. The connector also has an insertion section for inserting into an end of the fibre optic cable, the insertion section having a smaller diameter and a smaller cross-sectional area than the elongate body and an annular opening for receiving a portion of the fibre optic cable.

Abstract: An optical fiber connector including an insertion member having first and second annular portions, the first portion having a larger outside dimension than the second portion. When the connector is inserted on the fiber optic cable, the first portion of the insertion member underlies the insulation and fiber sleeves of the cable whereas the second portion of the insertion member underlies not only the insulation and fiber sleeves but also the outer shell of the cable. A ferrule is employed to mechanically stabilize the cable about the first and second portions of the insertion member of the connector. The cable, including its outer shell, is firmly held in position. Preferably, the ferrule includes one or more openings therein to even more firmly hold the outer shell in position.

Abstract: An outer conductor attachment apparatus for use with a coaxial cable connector. The apparatus comprises a truncated cone shaped member having a longitudinal passage extending therethrough for insertion of the inner conductors of a coaxial cable. Adjacent the larger end of the cone shaped member, there is an annular groove. An annular locking ring sized to fit into the groove, is expandable so that it can be slid over the cone shaped member and into the groove. A clamping member is securable over the cone shaped member and the ring to clamp the outer conductor between the outer surface of the cone shaped member and the inner surfaces of the clamping member and locking ring.