Telecommunications cabinet with connector storage

1. A fiber optic device for installation in a telecommunications cabinet comprising:

a splitter module including an optical splitter that connects an input fiber to a plurality of optical pigtails, the optical pigtails including optical fibers extending from the splitter module to ends terminated by fiber optic connectors, the fiber optic connectors having longitudinal connector axes extending between first ends of the fiber optic connectors and second ends of the fiber optic connectors, the fiber optic connectors including ferrules that receive the optical fibers, the ferrules being positioned at the first ends of the fiber optic connectors, each ferrule having an end face; and

a connector holder having a front and a rear, the connector holder including a plurality of connector holder openings that extend in an orientation from the front to the rear, the connector holder being separate from the splitter module, the fiber optic connectors being stored in the connector holder openings prior to installation in the telecommunications cabinet, the stored fiber optic connectors being retained within the connector holder openings with the longitudinal connector axes extending from the front to the rear of the connector holder and with the second ends of the fiber optic connectors projecting outwardly from the front of the connector holder, the fiber optic connectors being removable from the connector holder openings by forwardly moving the fiber optic connectors out the front of the connector holder in an orientation along the longitudinal connector axes of the fiber optic connectors, and wherein the fiber optic connectors are the only portions of the optical pigtails positioned within the connector holder openings.

2. The fiber optic device of claim 1 , wherein the fiber optic device is configured to allow the connector holder and the splitter module to be mounted remotely from one another within the cabinet.

3. The fiber optic device of claim 1 , wherein the connector holder and the splitter module have non-complementary shapes such that the connector holder and the splitter module are not intermateable with one another.

4. The fiber optic device of claim 1 , wherein the splitter module includes a splitter housing having a thickness that extends between major sides of the splitter housing, and wherein the front of the connector holder does not have a cross-dimension that matches the thickness of the splitter housing.

5. The fiber optic device of claim 1 , wherein the connector holder openings are ports each sized to store no more than one of the fiber optic connectors.

6. The fiber optic device of claim 1 , wherein all of the fiber optic connectors of the optical pigtails are held in the connector holder prior to installation at the cabinet.

7. The fiber optic device of claim 1 , wherein at least a portion of the connector holder resiliently deforms when one of the fiber optic connectors is inserted into a respective one of the connector holder openings.

8. The fiber optic device of claim 7 , wherein the portion that deforms includes a resilient latching arm within a corresponding one of the connector holder openings.

9. The fiber optic device of claim 1 , wherein the connector holder has a construction capable of retaining the fiber optic connectors in the connector holder openings when the connector holder is oriented such that the longitudinal connector axes are horizontal.

10. The fiber optic device of claim 1 , wherein the splitter module includes a one by thirty-two splitter.

11. The fiber optic device of claim 1 , wherein the connector holder is mountable within the cabinet in an orientation in which the longitudinal connector axes of the fiber optic connectors stored in the connector holder openings are horizontal.

12. The fiber optic device of claim 1 , wherein the connector holder has a construction having at least an exterior portion adapted to resiliently deform to allow the connector holder to be inserted into a mounting opening.

13. The fiber optic device of claim 12 , wherein the exterior portion adapted to resiliently deform includes a resilient latching arm at an end of the connector holder.

14. The fiber optic device of claim 1 , wherein a depth of the connector holder is defined between the front and rear of the connector holder, and wherein the depth is less than a length defined by each of the fiber optic connectors.

15. The fiber optic device of claim 1 , wherein the connector holder openings have front open ends at the front of the connector holder and rear open ends at the rear of the connector holder.

16. The fiber optic device of claim 1 , wherein the connector holder openings are each configured to store no more than one of the fiber optic connectors, wherein the connector holder has a modular construction, wherein the connector holder includes a first side and a second side opposite the first side, wherein the first and second sides extend between the front and the rear of the connector holder, and wherein the connector holder also includes third and fourth opposite sides that extend between the first and second opposite sides, and wherein the third and fourth opposite sides also extend between the front and the rear of the connector holder.

17. The fiber optic device of claim 1 , wherein the end faces of the fiber optic connectors are protected by dust caps mounted on the ferrules or by closed-ended openings in the connector holder.

18. The fiber optic device of claim 1 , wherein the connector holder openings are closed-ended openings which protect the end faces of the ferrules when the fiber optic connectors are stored within the connector holder.

19. The fiber optic device of claim 1 , wherein the splitter module includes a tapered exit member through which at least some of the optical pigtails extend.

20. A fiber optic arrangement for installation in a telecommunications cabinet comprising:

a splitter device including a splitter housing containing an optical splitter, the splitter device also including a plurality of fiber optic cables that extend outwardly from the splitter housing, the fiber optic cables including optical fibers optically connected to the optical splitter, the fiber optic cables having ends terminated by fiber optic connectors having opposite first and second ends, the fiber optic connectors having longitudinal connector axes that extend along lengths of the fiber optic connectors between the first and second ends, the optical fibers having end faces at the first ends of the fiber optic connectors, the fiber optic cables including cable portions that extend from the splitter housing to the second ends of the fiber optic connectors; and

a connector holder having a front and a rear, the fiber optic arrangement being configured such that the connector holder and the splitter housing can be positioned separate from one another when the fiber optic arrangement is installed, the connector holder defining a plurality of connector holder openings having open ends at the front of the connector holder, the fiber optic connectors being stored in the connector holder openings prior to the fiber optic arrangement being installed in the cabinet, the fiber optic connectors being pre-loaded into the connector holder openings from the front of the connector holder through the open ends of the connector holder openings at the front of the connector holder, the connector holder openings each being configured to store no more than one of the fiber optic connectors, the fiber optic connectors being loaded into the connector holder openings through the front of the connector holder by moving the fiber optic connectors along their respective longitudinal connector axes in a direction toward the rear of the connector holder, the fiber optic connectors being removeable from the connector holder openings by moving the fiber optic connectors along their respective longitudinal connector axes out the front of the connector holder, wherein none of the cable portions of the fiber optic cables pass through the connector holder.

21. The fiber optic arrangement of claim 20 , wherein the connector holder and the splitter housing are not intermateable.

22. The fiber optic arrangement of claim 20 , wherein the connector holder openings include rectangular ports each configured to hold no more than one of the fiber optic connectors.

23. The fiber optic arrangement of claim 20 , wherein the connector holder has a construction capable of retaining the fiber optic connectors in the connector holder openings when the connector holder is oriented such that the longitudinal connector axes are horizontal.

24. The fiber optic arrangement of claim 20 , wherein the connector holder includes at least an exterior portion capable of resiliently deforming when the connector holder is mounted at a connector holder mounting location of the cabinet.

25. The fiber optic device of claim 24 , wherein the exterior portion capable of resiliently deforming includes a resilient latching arm at an end of the connector holder.

26. The fiber optic arrangement of claim 20 , wherein the connector holder resiliently deforms when the fiber optic connectors are inserted into the connector holder openings.

27. The fiber optic arrangement of claim 26 , wherein each of the connector holder openings includes at least one resilient latch that resiliently deforms when one of the fiber optic connectors is inserted into a respective one of the connector holder openings.

28. A fiber optic device for installation at an installation location, the fiber optic device comprising:

a splitter device including a splitter housing containing an optical splitter, the splitter device also including a plurality of fiber optic cables that extend outwardly from the splitter housing, the fiber optic cables including optical fibers optically connected to the optical splitter, the fiber optic cables having first ends at the splitter housing and second ends terminated by fiber optic connectors, the fiber optic connectors having opposite first and second ends, the fiber optic cables extending between the second ends of the fiber optic connectors and the splitter housing; and

a connector holder having a front and a rear, the connector holder also including sides that extend between the front and the rear of the connector holder, the connector holder being movable relative to the splitter housing prior to installation, the fiber optic connectors being loaded for storage into the front of the connector holder with the second ends of the fiber optic connectors projecting outwardly from the front of the connector holder and with all the fiber optic cables extending from the second ends of the fiber optic connectors to the splitter housing without passing through the connector holder, the fiber optic connectors being loaded into the connector holder before the connector holder is installed at the installation location, wherein the fiber optic connectors are loaded in the connector holder by plugging the first ends of the fiber optic connectors axially into the connector holder through the front of the connector holder, wherein the fiber optic connectors are removable from the connector holder by axially withdrawing the fiber optic connectors from the connector holder out the front of the connector holder, and wherein the first ends of the fiber optic connectors are protected by closed-ended openings in the connector holder or by dust caps secured to the fiber optic connectors.

29. The fiber optic device of claim 28 , wherein the connector holder defines connector holder openings for holding the fiber optic connectors, and wherein the connector holder openings are each configured to store no more than one of the fiber optic connectors.

30. The fiber optic device of claim 29 , wherein the connector holder has a block-like modular construction that is not mateable with the splitter housing, and wherein the connector holder openings are rectangular ports each sized to store no more than one of the fiber optic connectors.