Cable enclosure structurally configured to connect different fiber optic connector types with an adapter while minimizing cable bends so as to mitigate signal loss

A fiber optic cable enclosure structurally configured to connect different fiber optic connector types with an adapter so as to mitigate signal loss, comprising:

• a housing portion structurally configured to define an interior cavity;
• a holding portion disposed in the interior cavity and structurally configured to alternatively hold an SC fiber optic adapter and an LC duplex fiber optic adapter;
• wherein the housing portion includes a first side wall portion and a second opposite side wall portion;
• wherein the housing portion is structurally configured to receive a fiber distribution cable in a pass through configuration;
• wherein the first side wall portion is structurally configured to include a first cable receiving port that is structurally configured to receive a cable having a first diameter in a sealed configuration, and the second side wall portion is structurally configured to include a second cable receiving port structurally configured to receive a cable having a second diameter, smaller than the first diameter, in a sealed configuration;
• wherein the first cable receiving port is structurally configured to be aligned with a center of the holding portion;
• wherein the second cable receiving port is structurally configured to be offset from the first cable receiving port and from a center of the holding portion;
• and
• wherein the first cable receiving port is structurally configured to sealingly receive and align a cable having the first diameter and terminated with an SC connector with a port of an SC adapter held by the holding portion, and the second cable receiving port is structurally configured to sealingly receive and align a cable having the second diameter and terminated with an LC connector with a port of an LC adapter held by the holding portion such that the enclosure is structurally configured to permit alternative use with an SC terminated cable and SC adapter and an LC terminated cable and LC adapter while minimizing bending of the SC terminated cable and the LC terminated cable so as to mitigate signal loss.

A fiber optic cable enclosure structurally configured to connect different fiber optic connector types with an adapter so as to mitigate signal loss, comprising:

• a housing portion structurally configured to define an interior cavity;
• a holding portion disposed in the interior cavity and structurally configured to alternatively hold an SC fiber optic adapter and an LC duplex fiber optic adapter;
• wherein the housing portion includes a first side wall portion structurally configured to include a first cable receiving port that is structurally configured to receive a first cable in a sealed configuration, and a second side wall portion structurally configured to include a second cable receiving port structurally configured to receive a second cable in a sealed configuration;
• wherein the first cable receiving port is structurally configured to be aligned with a center of the holding portion;
• wherein the second cable receiving port is structurally configured to be offset from the first cable receiving port and from a center of the holding portion;
• and
• wherein the first cable receiving port is structurally configured to sealingly receive and align a cable terminated with an SC connector with a port of an SC adapter held by the holding portion, and the second cable receiving port is structurally configured to sealingly receive and align a cable terminated with an LC connector with a port of an LC adapter held by the holding portion such that the enclosure is structurally configured to permit alternative use with an SC terminated cable and SC adapter and an LC terminated cable and LC adapter while minimizing bending of the SC terminated cable and the LC terminated cable so as to mitigate signal loss.