Optical test device and connector adapter

1 . An optical test device for testing an optical-fiber cable, the optical test device comprising:

a casing, including measurement components therein;

a test port, comprising fiber interfaces configured to interface with a given number of optical fibers;

a connector adapter removably connectable to the test port, the connector adapter comprising:

a device connector adapted to connect to the test port; and

a fiber-under-test (FUT) connector adapted to connect to an optical-fiber cable, the FUT connector being configured to interface with optical-fiber cables having a number of fibers that is different from the given number of fibers of the test port; and

a processing unit configured to adapt test parameters according to the number of fibers of the optical-fiber cable to be tested,

wherein the connector adapter is shaped and configured as a cartridge, and wherein the casing comprises an adapter receiving cavity, the test port being provided inside the adapter receiving cavity.

2 . The optical test device of claim 1 , wherein the connector adapter is an n-to-m fiber adapter, where n is the number of fiber interfaces of test port and m is the number of fiber interfaces of the FUT connector.

3 . The optical test device of claim 1 , wherein the connector adapter is a fiber gender adapter, where one of the device connector and FUT connector of the connector adapter has a pinned interface and the other connector has an unpinned interface.

4 . The optical test device of claim 1 , wherein the processing unit is configured to automatically detect the type of connector adapter connected to the test port.

5 . The optical test device of claim 1 , wherein the connector adapter comprises a click-out mechanism allowing for a tool-free insertion and removal of the connector adapter from the test device.

6 . The optical test device according to claim 1 , being one of: an MPO-12 native test instrument, an MPO-24 native test instrument, an Optical Loss Test Set (OLTS), a light source, a power meter and an Optical Time Domain Reflectometer (OTDR).

7 . The optical test device of claim 1 , wherein the test device is a native MPO-12 test device, and the connector adapter is an MPO-12 to duplex connector adapter.

8 . The optical test device of claim 1 , wherein the test device is a native MPO-12 test device, and the connector adapter is an MPO-12 to MPO-24 connector adapter.

9 . The optical test device of claim 1 , wherein the processing unit is configured to detect a type of connector adapter connected to the test port based on a reference cable used during a reference setting procedure.

10 . The optical test device of claim 1 , comprising an identification system, allowing the processing unit to detect a type of connector adapter being connected to the test port.

11 . The optical test device of claim 10 , wherein the identification system comprises a tag provided on the connector adapter and a tag sensor provided in the optical test device, the tag providing an indication of the connector adapter type to the processing unit via the tag sensor, the adapting of the test parameters being made based on the connector adapter type detected.

12 . The optical test device of claim 1 , comprising a protection mechanism preventing unauthorized connector adapters from being used with the optical test device.

13 . The optical test device of claim 1 , wherein the processing unit comprises software application with a reference setting assistant module, the reference setting assistant module being adapted based on the connector adapter connected to the test port.

14 . The optical test device of claim 1 , wherein the processing unit comprises a software application configured to exclude fiber interfaces of the test port from being tested or from being reported, based on a type of connector adapter used.

15 . The optical test device of claim 13 , wherein the software application is configured to adapt an optical-fiber test sequence, based on the type of connector adapter used.

16 . The optical test device of claim 13 , wherein the reference setting assistant module is configured to enable reference parameters to be set for an optical-fiber cable having a number of fibers different from the number n of fiber interfaces of the test port using a one-cord reference optical-fiber cable, the software application enabling subsequent testing of the optical-fiber cable using the adjusted reference parameters.

17 . The optical test device of claim 16 , wherein the software application is configured to adjust test parameters of the optical test device by selecting only a subset of the fiber interfaces of the test port to conduct tests or measurements of the optical-fiber cable being tested.

18 . The optical test device of claim 13 , wherein the software application is configured to adapt graphical user interfaces reporting results of the test conducted according to the connector adapter used.

19 . A connector adapter connectable to an optical test device for testing optical-fiber cables, the connector adapter comprising:

a device connector adapted to removably connect to a test port of the optical test device;

a fiber-under-test (FUT) connector adapted connect to an optical-fiber cable, the FUT connector having a number m of fiber interfaces that is different from a number n of fiber interfaces of the test port; and

interconnections between the fiber interfaces of the device connector and the fiber interfaces of the FUT connector, to interface the m fibers of the optical-fiber cable to the n fiber interfaces of the test port; and

an identification device allowing to identify a type of connector adapter being connected to the test port,

wherein the connector adapter is shaped and configured as a cartridge, and wherein the casing comprises an adapter receiving cavity, the test port being provided inside the adapter receiving cavity.

20 . A method for testing an optical-fiber cable with an optical test device, the optical test device having a test port with a number n of fiber interfaces while the optical-fiber cable as a number m of fiber interfaces, the method comprising:

connecting a connector adapter to the optical test device, the connector adapter having a device connector adapted to removably connect to the test port of the test device;

connecting an optical-fiber cable to a FUT connector of the connector adapter; and

adjusting test parameters of the optical test device based on the connector adapter type being connected,

wherein the connector adapter is shaped and configured as a cartridge, and wherein the casing comprises an adapter receiving cavity, the test port being provided inside the adapter receiving cavity.