Electronic apparatus, optical communication performance verification method thereof, and non-transitory computer-readable recording medium comprising a computer program for performing the method

A non-transitory computer-readable recording medium having a program for performing an optical communication performance verification method on a computer, the optical communication performance verification method comprising:

• generating at least one laser using at least one laser generation device;
• converting the at least one laser into at least one optical signal using an optical modulator, and amplifying the at least one optical signal using a first amplifier;
• identifying a designated optical signal separated using a diplexer from the amplified at least one optical signal;
• and
• converting the designated optical signal into a designated electrical signal using an optical modem and verifying the optical communication performance of an electronic device performing optical communication based on the designated electrical signal,
• wherein the optical communication performance verification method further comprising:
• identifying the designated optical signal separated using the diplexer from the at least one optical signal processed using a first collimator;
• post-processing the designated optical signal processed through a second collimator via a second amplifier and an optical filter;
• and
• converting the post-processed designated optical signal into the designated electrical signal using the optical modem.

An electronic device comprising:

• a memory in which at least one instruction is stored;
• and
• a processor operatively coupled to the memory,
• wherein when executed by the processor, the at least one instruction allows the electronic device to:
• generate at least one laser using at least one laser generation device;
• convert the at least one laser into at least one optical signal using an optical modulator, and amplify the at least one optical signal using a first amplifier;
• identify a designated optical signal separated using a diplexer from the amplified at least one optical signal;
• and
• convert the designated optical signal into a designated electrical signal using an optical modem and verify optical communication performance of the electronic device based on the designated electrical signal,
• wherein when executed by the processor, the at least one instruction further allows the electronic device to:
• identify the designated optical signal separated using the diplexer from the at least one optical signal processed using a first collimator;
• post-process the designated optical signal processed through a second collimator via a second amplifier and an optical filter;
• and
• convert the post-processed designated optical signal into the designated electrical signal using the optical modem.