The restricted mode launch (RML) bandwidth of an OM5 multimode fiber is _____ MHz-km at 850nm.

The restricted mode launch (RML) bandwidth of OM5 multimode fiber at 850 nm is specified as 4700 MHz-km. This figure is particularly important because it indicates the capacity of the fiber to support high data rates over longer distances. The OM5 fiber is designed to facilitate high-performance applications, including those requiring short-wavelength multiplexing, thereby enhancing data transmission capabilities across various networking scenarios.

In the context of multimode fibers, RML bandwidth is a critical parameter that helps engineers and network designers to select the appropriate fiber type for their specific application needs. OM5 multimode fibers are characterized by their ability to support high rates of data transmission due to their wider effective modal bandwidth, which is crucial for meeting the demands of modern high-speed networking environments.

Thus, recognizing the significance of RML bandwidth helps in making informed decisions when planning and implementing network infrastructure. The correct identification of this bandwidth value emphasizes the advanced capabilities of OM5 fiber in comparison to earlier multimode fiber specifications and enhances understanding of the technology employed in data communications.