Cable end connectors

1. A cable end connector, comprising:

a main body portion and male connector portions extending therefrom, the male connector portions being respectively receivable in recesses in an end- portion of a cable connection component, the cable end connector being adapted to display status light signals emitted from between the recesses at the end portion of the cable connection component, the male connector portions having optical connectors to optically couple with a TOSA and ROSA of the cable connection component when the male connector portions are inserted in the cable connection component.

2. The cable end connector of claim 1 , comprising a light guide to collect the light from the signals emitted at the end portion of the cable connection component and guide the light to a display region.

3. The cable end connector of claim 2 , wherein the display region comprises an at least in part transparent or translucent peripheral light guide extending peripherally of the connector and/or cabling.

4. The cable end connector of claim 3 , wherein the peripheral light guide extends about a periphery of a distal end portion of the connector in a region of entry of cabling to the connector, and/or extends about the cabling.

5. The cable end connector of claim 3 , configured for connection to an SFP-type connection component, wherein the peripheral light guide extends about a periphery of a distal end portion of the connector adjacent a region of entry of cabling to the connector, and/or extends about the cabling, to permit visibility of a signal light on the SFP-type connection component with the cable end connector connected with the SFP-type connection component.

6. The cable end connector of claim 1 , configured for connection to an SFP-type connection component, wherein at least a portion of an outer body of the connector comprises a transparent or translucent material to permit visibility of a signal light on the SFP-type connection component with the cable end connector connected with the SFP-type connection component.

7. The cable end connector of claim 1 , comprising an LC connector, wherein at least a portion of the main body of the connector comprises a transparent or translucent material.

8. The cable end connector of claim 1 , wherein the male connector portions comprise respective optical connectors to receive optical signals from optical light sources disposed in recesses in the end portion of the cable connection component.

9. A cable end connector configured to passively visualise light from a light emitter disposed between recesses aligned with a TOSA and ROSA of an connection component when the connector is inserted in the connection component, the cable end connector having male connector portions With optical connectors to optically couple with the TOSA and ROSA of the connection component when the male connector portions are inserted in the recesses of the connection component.

10. The cable end connector of claim 9 , having at least one transparent or translucent part to visualise the light.

11. The cable end connector of claim 9 , comprising a light guide to collect the light from the signals emitted at the end portion of the cable connection component and guide the light to a display region.

12. The cable end connector of claim 11 , wherein the display region comprises an at least in part transparent or translucent peripheral light guide extending peripherally of the connector and/or cabling.

13. The cable end connector of claim 12 , wherein the peripheral light guide extends about a periphery of a distal end portion of the connector in a region of entry of cabling to the connector, and/or extends about the cabling.

14. The cable end connector of claim 9 , further comprising male connector portions having respective optical portions to receive optical signals from optical light sources disposed in recesses in the end portion of the connection component.

15. A cable end connector, comprising:

a main body portion and male connector portions extending therefrom, the male connector portions being respectively receivable in recesses respectively aligned with a TOSA and ROSA in an end portion of a cable connection component, the cable end connector being adapted to permit viewing of light signals emitted from between the recesses at the end portion of the cable connection component, with the cable end connector inserted in the cable connection component, the male connector portions having optical connectors connected to fiber cables to optically couple with the TOSA and ROSA of the cable connection component when the male connector portions are inserted in the recesses of the cable connection component.

16. The cable end connector of claim 15 , comprising a light guide to collect the light from the signals emitted at the end portion of the cable connection component and guide the light to a display region.

17. The cable end connector of claim 16 , wherein the display region comprises an at least in part transparent or translucent peripheral light guide extending peripherally of the connector and/or cabling.

18. The cable end connector of claim 17 , wherein the peripheral light guide extends about a periphery of a distal end portion of the connector in a region of entry of cabling to the connector, and/or extends about the cabling.

19. The cable end connector of claim 15 , configured to permit viewing of the light signals from multiple directions around the periphery of the cable end connector, with the cable end connector inserted in the cable connection component.

20. The cable end connector of claim 15 , wherein the male connector portions comprise respective optical connectors to receive optical signals from optical light sources disposed in recesses in the end portion of the cable connection component.