A fiber optic cable (100, 400) comprising: a plurality of optic fibers (107, 107a-107d, 407, 407a-407g) extending between a first end (100a, 400a) of the fiber optic cable (100, 400) and a second end (100b, 400b) of the fiber optic cable (100, 400); and a pressure fitting (101, 401) defining an internal through-hole (109, 409), comprising: a pressure ferrule (104, 404), a bushing (108, 408), a first pressure plug (102, 402), and a second pressure plug (102, 402), wherein the first pressure plug (102, 402) is disposed within the pressure ferrule (104, 404) on a first side of the pressure fitting (101, 401) and the bushing (108, 408) and the second pressure plug (102, 402) are disposed within the pressure ferrule (104, 404) on a second side of the pressure fitting (101, 401), wherein a portion of each of the plurality of optic fibers (107, 107a-107d, 407, 407a-407g) at the first end (100a, 400a) of the fiber optic cable (100, 400) extends through the internal through-hole (109, 409) of the pressure fitting (101, 401) and the pressure fitting (101, 401) is retained at the first end (100a, 400a) of the fiber optic cable (100, 400), the pressure fitting (101, 401) creating at least one of a pressure or chemical barrier at the first end (100a, 400a) of the fiber optic cable (100, 400) that prevents migration of fluids into or out of the cable, wherein the plurality of optic fibers (107, 107a-107d, 407, 407a-407g) are configured in a randomizing arrangement within the internal through-hole (109, 409) of the pressure fitting (101, 401) to randomize the plurality of optic fibers (107, 107a-107d, 407, 407a-407g) in the second end (100b, 400b) of the cable (100, 400). a plurality of optic fibers (107, 107a-107d, 407, 407a-407g) extending between a first end (100a, 400a) of the fiber optic cable (100, 400) and a second end (100b, 400b) of the fiber optic cable (100, 400); and a pressure fitting (101, 401) defining an internal through-hole (109, 409), comprising: a pressure ferrule (104, 404), a bushing (108, 408), a first pressure plug (102, 402), and a second pressure plug (102, 402), wherein the first pressure plug (102, 402) is disposed within the pressure ferrule (104, 404) on a first side of the pressure fitting (101, 401) and the bushing (108, 408) and the second pressure plug (102, 402) are disposed within the pressure ferrule (104, 404) on a second side of the pressure fitting (101, 401), a pressure ferrule (104, 404), a bushing (108, 408), a first pressure plug (102, 402), and a second pressure plug (102, 402), wherein the first pressure plug (102, 402) is disposed within the pressure ferrule (104, 404) on a first side of the pressure fitting (101, 401) and the bushing (108, 408) and the second pressure plug (102, 402) are disposed within the pressure ferrule (104, 404) on a second side of the pressure fitting (101, 401), wherein a portion of each of the plurality of optic fibers (107, 107a-107d, 407, 407a-407g) at the first end (100a, 400a) of the fiber optic cable (100, 400) extends through the internal through-hole (109, 409) of the pressure fitting (101, 401) and the pressure fitting (101, 401) is retained at the first end (100a, 400a) of the fiber optic cable (100, 400), the pressure fitting (101, 401) creating at least one of a pressure or chemical barrier at the first end (100a, 400a) of the fiber optic cable (100, 400) that prevents migration of fluids into or out of the cable, wherein the plurality of optic fibers (107, 107a-107d, 407, 407a-407g) are configured in a randomizing arrangement within the internal through-hole (109, 409) of the pressure fitting (101, 401) to randomize the plurality of optic fibers (107, 107a-107d, 407, 407a-407g) in the second end (100b, 400b) of the cable (100, 400).