Highly Responsive Fiber Optic Adapter.Excellent environmental reliability.
The ST/PC Fiber Optic Adapter Simplex Multi Mode (MM) Red (Part number: 48417100CAAB) from Canovate is a ST/PC Fiber Optic Adapters.
ST fiber optic adapter is compatible with fiber types including multimode (50/125 microns) fibers. Canovate components comply with both major industry standards – ANSI/TIA/EIA 568-B.3 and IEC 60874 – providing a full range of adapters, and offering user-friendly solutions in vertical and horizontal environments.
A Simplex configuration is a type of cabling arrangement commonly used in data centers and telecommunication networks. It consists of a single cable , terminated with a connector at each end. It is normally used in Half Duplex or Full Duplex data transmitions.
The ST FO Connector is a type of fiber optic connector that uses a 2.5mm ceramic ferrule to align and connect optical fibers. Used in high-speed data communication networks. Provides low insertion loss and high return loss. It features a bayonet-style twist lock and is commonly used in single-mode or mult-imode fiber optic applications. The connector is highly reliable and durable. It is almost obsolette, is not used in new aplications.
PC (Physical Contact), is a type of polishing procedure that makes flat surfacein the ferrule end face. The optical return loss of PC connectors is >-40dB. PC connectors may only be mated with other PC or UPC connectors. It can be identified by the blue boot and is used in single-mode and multi-mode fibers. This polishing procedure is outdated and is replaced by UPC.
Multi mode fiber uses a LED or a VCSEL light source, is a type of optical fiber with a big core diameter that allows several rays of light to propagate. It is used in telecommunications and data transmission systems to transmit signals over small distances with high or medium attenuation and bandwidth to 10Gb/s. Multi mode fiber is ideal for medium-speed and small-distance applications, such as networks backbone and fiber to the desk in an enterprise network. Its large core provoques the dispersion of light, preventing signals to travel further and faster than with singlemode fiber.