Method and apparatus for deploying fiber optic cable to subscriber
First Claim
1. A fiber optic network providing continuous fiber optic service from a central office to a subscriber premises comprising:
- (a) a distribution splitter in communication with a first fiber optic electronic device in the central office through a primary fiber optic strand, wherein the distribution splitter optically divides the primary fiber optic strand into a plurality of secondary fiber optic strands;
(b) a splice case connected to one secondary fiber optic strand of the plurality of secondary fiber optic strands, wherein the splice case diverts the one secondary fiber optic strand from the plurality of secondary fiber optic strands;
(c) a housing that receives the one secondary fiber optic strand, the housing containing;
(i) a local splitter in communication with the one secondary fiber optic strand, wherein the local splitter optically divides the one secondary fiber optic strand into a plurality of local fiber optic strands, and (ii) a connectorized termination connected to one local fiber optic strand of the plurality of local fiber optic strands;
(d) a fiber optic drop in communication with the connectorized termination; and
(e) a second fiber optic electronic device in communication with the fiber optic drop, wherein the second fiber optic electronic device is located in the subscriber premises, wherein the fiber optic network is passive between the first fiber optic electronic device and the second fiber optic electronic device.
1 Assignment
0 Petitions
Accused Products
Abstract
A fiber optic deployment network that delivers uninterrupted fiber optic service from a service provider central office to a subscriber'"'"'s optical network terminal, and as a component of that deployment network, a fiber optic deployment apparatus and method for deploying multiple fiber optic drops from an incoming fiber optic strand spliced from a single fiber optic strand. The deployment apparatus providing splitting and terminating functions in a combined splitter-terminal package thereby simplifying installation of the fiber optic deployment. The splitter-terminal package having a splice case, a splitter and connectorized terminations for connecting and incoming fiber optic strand, splitting the incoming fiber optic stand into a number of outgoing strands and terminating the outgoing strands at connectorized terminations. The splice case separates an incoming fiber optic strand from a primary fiber optic strand, the incoming fiber optic strand connects to the incoming side of the splitter-terminal package, the outgoing side of the splitter-terminal package connects to the fiber optic drops, and the fiber optic drops proceed to the subscriber premises. The fiber optic drops are thereby connector fitted providing continuous fiber optic service throughout the network.
-
Citations
15 Claims
-
1. A fiber optic network providing continuous fiber optic service from a central office to a subscriber premises comprising:
-
(a) a distribution splitter in communication with a first fiber optic electronic device in the central office through a primary fiber optic strand, wherein the distribution splitter optically divides the primary fiber optic strand into a plurality of secondary fiber optic strands;
(b) a splice case connected to one secondary fiber optic strand of the plurality of secondary fiber optic strands, wherein the splice case diverts the one secondary fiber optic strand from the plurality of secondary fiber optic strands;
(c) a housing that receives the one secondary fiber optic strand, the housing containing;
(i) a local splitter in communication with the one secondary fiber optic strand, wherein the local splitter optically divides the one secondary fiber optic strand into a plurality of local fiber optic strands, and (ii) a connectorized termination connected to one local fiber optic strand of the plurality of local fiber optic strands;
(d) a fiber optic drop in communication with the connectorized termination; and
(e) a second fiber optic electronic device in communication with the fiber optic drop, wherein the second fiber optic electronic device is located in the subscriber premises, wherein the fiber optic network is passive between the first fiber optic electronic device and the second fiber optic electronic device. - View Dependent Claims (2, 3, 4, 5, 6, 7, 8, 9, 14, 15)
-
-
10. A method of deploying fiber optic cable from a service provider central office to a subscriber premises comprising the steps of:
-
routing a primary fiber optic strand from an optical line terminal at a central office to a distribution splitter;
optically splitting the primary fiber optic strand into a plurality of secondary fiber optic strands with the distribution splitter;
diverting a secondary fiber optic strand from the plurality of secondary fiber optic strands;
routing the secondary fiber optic strand to a local splitter situated central to a cluster of subscriber premises;
at the local splitter, optically splitting the secondary fiber optic strand into a plurality of local fiber optic strands;
terminating at least one of the plurality of local fiber optic strands with a connectorized termination;
enclosing the local splitter, the plurality of local fiber optic strands, and the connectorized termination in a housing;
connecting a fiber optic drop to the connectorized termination;
routing the fiber optic drop into the subscriber premises; and
terminating the fiber optic drop at an optical network terminal located in the subscriber premises, wherein transmissions between the optical line terminal and the optical network terminal are passive. - View Dependent Claims (11, 12, 13)
-
Specification