Softing IT Networks 230532
Zubehör Singlemode-Messkabel 2m simplex ST/PC-ST/PC content_copy

This product is a singlemode test cable from Softing IT Networks, designed for use in optical networks and measurement applications. It is a simplex cable with a length of 2 meters, equipped with ST/PC connectors at both ends. Such cables are used to connect optical devices, particularly in network operations technology, where precise and reliable signal transmission via fiber optic is required. The ST/PC connector is a standardized, mechanically robust interface suitable for indoor installations and laboratory environments. The PC designation (Physical Contact) refers to the polished end face of the connector, which ensures optimal optical contact and minimizes reflections.

Singlemode test cables are specifically designed for transmitting light signals through single fiber optic cores, enabling high bandwidth and low attenuation. These characteristics make them particularly suitable for long transmission distances and precise measurements in optical network analysis. The cable is configured as simplex, meaning it contains only one fiber optic core and is therefore designed for unidirectional data transmission. The length of 2 meters provides sufficient flexibility for connecting devices in typical working environments without creating unnecessarily long runs.

ST/PC connectors are a widely used connector type in fiber optic technology. The ST connector features a metal ferrule with a screw-on coupling, ensuring a secure and mechanically stable connection. The PC polish (Physical Contact) provides a smooth, flat end face that minimizes reflections at the fiber end, thereby improving signal quality. This connector type is commonly found in older network infrastructures and laboratory environments.

The cable is designed as a test cable, meaning it is intended for use in measurement devices such as OTDRs (Optical Time Domain Reflectometers) or optical power meters. In these applications, high signal integrity and reproducibility are required, making the use of standardized, high-quality cables like this one necessary. The use of singlemode fibers ensures low attenuation and high bandwidth, which is crucial for accurate measurement results.

The cable is typically used in indoor installations, as the ST/PC connector is not designed for outdoor use or extreme environmental conditions. Installation is done by simply plugging the connectors into the corresponding sockets on the devices; no additional tools or mounting aids are required.

The cable is order-specific, meaning it is not kept in stock by default but is manufactured after order placement. As a result, order cancellation is not possible, as production has already been initiated. Delivery includes only the cable; no additional components are provided.

Compatibility is ensured with all devices supporting ST/PC connectors, particularly in optical network measurement and diagnostics. It can be connected to OTDRs, optical power meters, fiber test equipment, and other optical measurement instruments equipped with ST/PC sockets. Use in existing networks based on singlemode fibers is also possible, provided the connectors are compatible.

The function of the cable is to establish a stable optical connection between two points, with signal quality optimized through the use of singlemode fiber and PC-polished connectors. It serves as a bridge between measurement devices and the fiber link under test, enabling precise analysis of optical properties. The application areas include network operations technology, particularly in the maintenance, diagnosis, and installation of fiber optic networks.

Operational advantages arise from the high signal quality, the mechanical stability of the ST/PC connector, and the reliability of the cable in measurement applications. The precise polishing of the connectors minimizes signal losses and reflections, leading to reproducible measurement results. The 2-meter length offers sufficient flexibility for most indoor installations without creating unnecessarily long runs.