Method and system for automated test of end-user devices
A test system, for example for set top boxes or game consoles, includes logic to reformat media signals output by a device under test, logic to receive the reformatted media signals and to analyze them for errors, and a pluggable interface coupling and device under test to the logic to reformat the media signals.
1. A system for testing a plurality of types of devices, comprising:
a first removable interface module configured to:
interface with a first type of devices of the plurality of types of devices,
store type information corresponding to the first type of devices of the plurality of types of devices, and
receive media signals from the first type of devices of the plurality of types of devices; and
a programmable multimedia format module coupleable to the first removable interface module and configured to:
determine type information corresponding to the first type of devices of the plurality of types of devices from type information obtained from the first removable interface module, and
test the first type of devices of the plurality of types of devices in response to the type information corresponding to the first type of devices of the plurality of types of devices.
2. The system for testing a plurality of types of devices of claim 1 , wherein the programmable multimedia format module is further configured to:
receive the media signals from the first removable interface module, and
reformat the media signals to create reformatted media signals; and
further comprising test/analysis logic configured to:
receive the reformatted media signals from the programmable multimedia format module, and
analyze the reformatted media signals.
3. The system for testing a plurality of types of devices of claim 1 , further comprising test/analysis logic configured to:
receive the media signals, and
analyze the media signals.
4. The system for testing a plurality of types of devices of claim 1 , further comprising a retainer through which the programmable multimedia format module is coupled to the first removable interface module.
5. The system for testing a plurality of types of devices of claim 1 , further comprising a second removable interface module configured to:
interface with a second type of devices of the plurality of types of devices,
receive media signals from the second type of devices of the plurality of types of devices, and
store type information corresponding to the second type of devices of the plurality of types of devices.
6. The system for testing a plurality of types of devices of claim 1 , further comprising a source signal selector operatively connected to the first removable interface module and configured to select test signals from a plurality of sources and provide selected test signals to the first removable interface module.
7. The system for testing a plurality of types of devices of claim 6 , wherein the source signal selector further comprises an attenuator for attenuating at least one of the test signals provided to the first removable interface module.
8. The system for testing a plurality of types of devices of claim 1 , wherein the interface between the first removable interface module and the first type of devices of the plurality of types of devices comprises aligned connectors that mate with each other.
9. A method for testing a device under test corresponding to one of a plurality of types of devices, comprising the steps of:
determining type information that corresponds to a device under test by reading information stored in an interface module that connects to the device under test,
determining test parameters associated with the type information that corresponds to the device under test,
testing the device under test using the test parameters associated with the type information that corresponds to the device under test,
receiving media signals generated by the device under test,
reformatting the media signals to create reformatted media signals; and
providing the reformatted media signals to test/analysis logic configured to analyze the reformatted media signals.
10. The method for testing a device under test of claim 9 , further comprising the step of instructing a source signal selector to provide source signals from a signal source of a plurality of signal sources.
11. A system for testing a plurality of types of devices, comprising:
a first removable interface module configured to:
interface with a first type of devices of the plurality of types of devices,
store type information corresponding to the first type of devices of the plurality of types of devices, and
receive media signals from the first type of devices of the plurality of types of devices;
a programmable multimedia format module coupleable to the first removable interface module and configured to:
determine type information corresponding to the first type of devices of the plurality of types of devices from the type information stored in the first removable interface module,
test the first type of devices of the plurality of types of devices in response to the type information corresponding to the first type of devices of the plurality of types of devices,
receive the media signals from the first removable interface module; and
a source signal selector operatively connected to the first removable interface module and configured to select test signals from a plurality of sources and provide selected test signals to the first removable interface module.
12. The system for testing a plurality of types of devices of claim 11 , wherein the programmable multimedia format module is further configured to reformat the media signals to create reformatted media signals, and further comprising:
test/analysis logic configured to:
receive the reformatted media signals from the programmable multimedia format module, and
analyze the reformatted media signals.
13. The system for testing a plurality of types of devices of claim 11 , wherein the source signal selector further comprises an attenuator for attenuating at least one of the test signals provided to the first removable interface module.
14. The system for testing a plurality of types of devices of claim 11 , further comprising a retainer through which the programmable multimedia format module is coupled to the first removable interface module.
15. The system for testing a plurality of types of devices of claim 11 , further comprising a slide rack for receiving a device under test and slidably engaging the device under test with the first removable interface module.
16. A method for testing a device under test corresponding to one of a plurality of types of devices, comprising the steps of:
determining type information that corresponds to a device under test by reading information stored in the device under test,
determining test parameters associated with the type information that corresponds to the device under test,
testing the device under test using the test parameters associated with the type information that corresponds to the device under test,
receiving media signals generated by the device under test,
reformatting the media signals to create reformatted media signals; and
providing the reformatted media signals to test/analysis logic configured to analyze the reformatted media signals.
17. The method for testing a device under test of claim 16 , further comprising the step of instructing a source signal selector to provide source signals from a signal source of a plurality of signal sources.