A critical requirement established for this project is achieving a precise optical power reading target of $-20\text{ dBm}$ across the entire end-to-end link. Maintaining this exact signal level guarantees high-speed stability without the risk of attenuation dropouts or optical receiver overload. To ensure this parameter is strictly met during the upcoming execution phase, the technical team has mandated the use of a calibrated Fiber Optic Power Meter and specialized Light Source set on-site. Testing insertion loss post-termination and utilizing visual fault locators will allow the team to verify connector cleanliness and eliminate microscopic bends that could degrade performance.