General
Connector type	SC/PC

The product is a mode-transparent SC-SC reference test cable from Softing IT Networks, type WX_AC_EF_MM_REFCORD_SCSC, specifically designed for use in measurement technology within the field of network testers. It is a simplex test cable serving as a reference cable for calibration and validation of optical network measurement devices. The cable construction enables precise and reproducible measurement of optical line parameters, particularly in multimode networks. The cable is equipped with SC/PC connectors at both ends, ensuring a secure and standardized connection to other SC connectors.

Applications
This reference test cable is primarily used in professional network infrastructure environments where high measurement accuracy and repeatability are required. It serves as a calibration aid for optical measurement devices to validate the measurement results of cables, connectors, and other components. The mode-transparent design ensures that the optical properties of the cable remain constant regardless of the mode distribution, which is crucial for the reliability of measurement results. It is particularly suitable for testing multimode networks used in local area networks (LAN) and data centers.

Functions and Features in Detail
The cable is designed as a simplex cable, meaning it contains only one optical fiber for data transmission. The use of SC/PC connectors at both ends ensures a mechanically stable and optically clean connection. The SC connectors are fitted with PC (Physical Contact) polishing, which enables optimal light transmission by minimizing reflections. The cable is designed for multimode networks, achieved through the use of multimode fiber (MMF). The mode-transparent property means the cable exhibits constant optical characteristics regardless of the mode distribution in the fiber, which is essential for calibrating measurement devices.

Technology Explained Simply
The mode-transparent construction of the cable ensures that optical parameters such as attenuation and backscatter remain constant regardless of the mode distribution in the fiber core. This is particularly important when the cable is used as a reference for measurement devices, as measurement results would otherwise depend on the specific mode distribution. The SC/PC connectors are standardized and allow for an easy yet secure connection to other SC connectors. The use of multimode fiber makes the cable suitable for applications requiring high data rates over short to medium distances, such as in local networks or building cabling.

Compatibility and Accessories
The cable is compatible with all devices supporting SC/PC connectors and designed for multimode networks. It can be used as a reference cable in various network testers and measurement devices requiring calibration or validation of measurement results. Using it as a reference cable allows checking the measurement accuracy of devices and ensuring results are reproducible. No special accessories are required, as the cable is designed as a standalone measurement aid.

Installation and Mounting
Installation of the reference test cable involves simply plugging the SC/PC connectors into the corresponding ports of the measurement devices or the network components being tested. It requires no special tools or additional mounting aids. The connection is mechanically stable and optically clean, so no additional adjustments or polishing work are necessary. The cable connection is designed for use in controlled environments such as laboratories or during the commissioning of network infrastructures.

Operational Advantages
The mode-transparent design of the cable ensures high measurement accuracy and reproducibility of results, which is essential for calibrating measurement devices. The use of SC/PC connectors provides a reliable and standardized connection widely used worldwide. The cable is specifically designed for multimode networks, making it particularly suitable for use in local networks and building cabling. The simple handling and direct use without additional adjustments increase efficiency when performing network tests and measurements.