A method for connecting a number of users with at least one signal bearing optical fiber (110 1÷z; 210 1÷10) contained in an optical cable (105; 205), wherein the at least one signal bearing optical fiber is an optical fiber portion of an optical fiber contained in the optical cable and coupled directly with an Optical Line Terminal and able to bear the optical signal from the Optical Line Terminal to a user, the method comprising the steps of: a) interrupting said at least one signal bearing optical fiber (110 1÷z; 210 1÷10) at a first branch point (115 x|1; 215p 1÷5), obtaining a first optical fiber segment (110 x|1; 210i 1÷10) of said at least one signal bearing optical fiber (110 1÷z; 210 1÷10) upstream of said first branch point (115 x|1; 215p 1÷10) and a second optical fiber segment (110 x|2; 210 9|1÷10) of said at least one signal bearing optical fiber (110 1÷z; 210 1÷10) downstream of said first branch point (115 x|1; 215p 1÷10); b) providing an optical splitter (120 x|1; 220 9|1÷32) at the branch point (115 x|1; 215p 1÷10), the optical splitter (120 x|1; 220 9|1÷32) comprising an input and two outputs; c) coupling the first optical fiber segment (110 x|1; 210i 9) of said at least one signal bearing optical fiber ( 110 1÷z; 210 1÷10) with the input of the optical splitter (120 x|1; 220 9|1÷10); d) coupling a first output of the optical splitter (120 x|1; 220 9|1÷32) with a first user; e) coupling a second output of the optical splitter (120 x|1; 220 9|1÷32) with an idle downstream optical fiber segment (110 x|2; 210 9|1÷8) of an interrupted optical fiber (110 x; 210 1÷8) contained in the optical cable (105; 205), in which said idle downstream optical fiber segment ( 210 9|1÷8) of an interrupted optical fiber (210 1÷8) is an idle optical fiber segment (210 9|1÷8) of a further interrupted optical fiber (210 1÷8) which, upstream the respective interruption, is a signal bearing optical fiber directly coupled with an Optical Line Terminal and f) coupling said idle downstream optical fiber segment (110 x|2; 210 9|1÷8) with at least one further user at a further branch point (215s 9|1÷8) downstream the first branch point (115 x|1; 215p 1÷10). a) interrupting said at least one signal bearing optical fiber (110 1÷z; 210 1÷10) at a first branch point (115 x|1; 215p 1÷5), obtaining a first optical fiber segment (110 x|1; 210i 1÷10) of said at least one signal bearing optical fiber (110 1÷z; 210 1÷10) upstream of said first branch point (115 x|1; 215p 1÷10) and a second optical fiber segment (110 x|2; 210 9|1÷10) of said at least one signal bearing optical fiber (110 1÷z; 210 1÷10) downstream of said first branch point (115 x|1; 215p 1÷10); b) providing an optical splitter (120 x|1; 220 9|1÷32) at the branch point (115 x|1; 215p 1÷10), the optical splitter (120 x|1; 220 9|1÷32) comprising an input and two outputs; c) coupling the first optical fiber segment (110 x|1; 210i 9) of said at least one signal bearing optical fiber ( 110 1÷z; 210 1÷10) with the input of the optical splitter (120 x|1; 220 9|1÷10); d) coupling a first output of the optical splitter (120 x|1; 220 9|1÷32) with a first user; e) coupling a second output of the optical splitter (120 x|1; 220 9|1÷32) with an idle downstream optical fiber segment (110 x|2; 210 9|1÷8) of an interrupted optical fiber (110 x; 210 1÷8) contained in the optical cable (105; 205), in which said idle downstream optical fiber segment ( 210 9|1÷8) of an interrupted optical fiber (210 1÷8) is an idle optical fiber segment (210 9|1÷8) of a further interrupted optical fiber (210 1÷8) which, upstream the respective interruption, is a signal bearing optical fiber directly coupled with an Optical Line Terminal and f) coupling said idle downstream optical fiber segment (110 x|2; 210 9|1÷8) with at least one further user at a further branch point (215s 9|1÷8) downstream the first branch point (115 x|1; 215p 1÷10).