In the telecommunications industry different transmission media are used which allow sending and receiving information with particular characteristics and structures that provide lower or higher transmission speed, distance, available bandwidth, frequency spectrum for propagation through the channel and data quality; The model proposed in this research uses fiber optic networks based on optical packet switching to improve network performance by sending bursts that are optically switched at the nodes generating high volumes of data that will allow to know the behavior of mechanisms containment in optical burst switching (OBS) distributed networks. From there, the proposed methodology considered transmission parameters that offered alternatives for massive data transport by deepening the interconnection of optical lines that contribute to improve the use of wavelengths due to their high speed in the process of establishing and releasing routes for bursts in transit; the simulation of the interconnection monitoring and its particularities were focused on measurements implemented from the mechanisms containment to evaluate the behavior of the transmission parameters and to recognize the potential of the optical fiber, which resulted in a 250% increase in transmission speed and a management to support the requirements for handling large volumes of bandwidth under the OBS technique.