The restricted mode launch (RML) bandwidth of an OM5 multimode fiber at 935 nm is?

The restricted mode launch (RML) bandwidth of an OM5 multimode fiber at 935 nm is indeed 3500 MHz-km. OM5 fiber is designed to support an extended range of wavelengths for multimode applications, including short-wave wavelengths like 850 nm and longer wavelengths such as 950 nm, making it suitable for high-performance data center networks.

The RML bandwidth specifically measures how much data a fiber optic cable can transmit over a kilometer without significant degradation. For OM5 fiber, the RML bandwidth is optimized for high-speed transmission, particularly at the operational wavelengths around 850 nm to 950 nm which are significant for high-speed multimode applications.

OM5 standard fibers are designed to support advanced applications such as short wavelength division multiplexing (SWDM) which requires a higher bandwidth to accommodate the simultaneous transmission of multiple wavelengths. This higher bandwidth capability is crucial for supporting modern high-speed networks that use multimode fibers and increasingly demand greater data rates.

Understanding these technical specifications and the properties of OM5 fiber is essential for professionals involved in the installation and management of fiber optic networks, particularly in environments where high data throughput is required.