Systems devices and methods for advanced cable testing

A system for testing at least one cable, wherein the at least one cable comprises one or more wires, the system comprises:

• a first electrical circuit board comprising:
• an output connector configured to be connected to a first end of the one or more wires of the at least one cable;
• a first processor connected via a first signal driver to the output connector;
• an oscillator circuit coupled to the first processor, wherein the oscillator circuit is configured to provide a clock signal to the first processor;
• an energy source configured to supply input voltage to the first electrical circuit board;
• wherein said first processor comprises a plurality of signal generation modules, said plurality of signal generation modules are configured to:
• generate and transmit one or more test signals through the one or more wires of the at least one cable;
• a second electrical circuit board comprising:
• an input connector connected to a second end of the one or more wires of the at least one cable, wherein the input connector is configured and enabled to receive the one or more test signals from the first electrical circuit board;
• an Analog-to-Digital Converter (ADC) and a signal driver, the ADC having an input connection coupled to an input circuit and an output connection coupled to a second processor, and the signal driver having an output connection coupled to the second processor and an input connection coupled to the input circuit;
• an SPXT (single pole, X throw) switch configured to connect the input connector to the input circuit;
• a second oscillator circuit coupled to the second processor, wherein the second oscillator circuit is configured to provide a second clock signal to the second processor;
• a second energy source configured to supply a second input voltage to the second electrical circuit board;
• wherein the second processor is configured and enabled to:
• monitor the input connector to determine that the first electrical circuit board transmitted the one or more test signals;
• upon detecting variations in electrical signals at the input connector, synchronize receipt of one or more test signals at each time interval;
• analyze the one or more test signals using one or more signal measurement logic methods to yield data, said data comprising intermediate test results or final test results which relate to one or more faults in said at least one cable or characteristics of the at least one cable.