Introduction to SC adapter
The SC/UPC (Subscriber Connector/Ultra Physical Contact) multimode simplex fiber optic adapter is specifically designed for use with multimode optical fibers. The UPC in the name refers to the type of connector endface finish, which has a ultra-polished physical contact surface. The “simplex” in the name means that this adapter is used for a single strand of optical fiber, rather than a dual-fiber (duplex) connection.
The SC/UPC multimode simplex fiber optic adapter is used in a wide range of applications, including data centers, local area networks (LANs), and other high-speed optical communications systems. It is designed to provide low insertion loss, high return loss, and a high level of stability and reliability in optical connections.
SC Adapter Specifications
| Tipo de conector | SC/UPC |
| Perda de inserção | <0.3dB |
| Perda de retorno | >45dB |
| Durabilidade | >1000 mating cycles |
| Housing Material | Zirconia Ceramic or Plastic |
| Compliance | Telcordia GR-326-CORE, RoHS |
| Modo Fibra | Multimode |
FAQs on SC adapter
What are the features of SC/UPC Multimode Simplex Fiber Optic Adapters?
- Physical Contact (PC) Polish: The SC/UPC adapter features a PC polish, which provides low insertion loss and high return loss, resulting in improved optical signal transmission quality.
- Durable: The SC/UPC multimode simplex fiber optic adapter is designed to be robust and durable, with a high-precision mechanism that ensures a secure and stable connection.
- Low Insertion Loss: The PC polish of the SC/UPC multimode simplex fiber optic adapter results in low insertion loss, which minimizes signal loss and improves transmission quality.
- High Return Loss: The PC polish of the SC/UPC adapter also provides high return loss, which reduces signal reflection and enhances the overall performance of the optical communication system.
- Easy Installation: The SC/UPC multimode simplex fiber optic adapter is easy to install, with a simple and straightforward design that allows for quick and convenient connections.
