The JDS Uniphase SB1C10081+27XF000SC is a 1×8 optical fiber switch engineered for signal routing in telecommunications and data networking infrastructure. It directs optical signals across eight output channels from a single input, enabling rapid reconfiguration of fiber optic test paths and network topologies. The switch employs JDS Uniphase expanded beam lens technology with precision stepper motor alignment to achieve low insertion loss and exceptional return loss performance. Single-mode fiber compatibility across the C-band and L-band wavelength range makes it suitable for broadband testing applications.
## Technical Specifications
• **Configuration:** 1 input × 8 output channels
• **Switching Technology:** Expanded beam lens with precision stepper motor alignment
• **Fiber Type:** Single-mode (9/125 µm)
• **Wavelength Range:** 1270 nm to 1670 nm
• **Insertion Loss:** 0.4 dB typical (excluding connectors, after 1 hour thermal stabilization)
• **Repeatability:** 0.003 dB typical
• **Return Loss:** > 65 dB typical (based on 1 m pigtail)
• **Connector Type:** ST Bulkhead
• **Power Fuse:** (5×20) mm, T1A / 250 V slow-blow
• **Temperature Control:** Internal mechanism stabilization
## Key Features
• Front-panel manual control for direct operation
• GPIB (IEEE 488.1) and RS232 serial interfaces for remote automation
• Low repeatability enables precise multi-channel switching in test loops
• High return loss minimizes backrefection artifacts in measurement systems
• Benchtop and rack-mount form factors
## Typical Applications
• Fiber optic network testing and validation
• Optical signal routing in test automation
• Wavelength-selective channel switching across C-band and L-band
• Network reconfiguration and monitoring
## Compatibility & Integration
The SB1C10081 operates within the SB series family, which includes C, D, E, and F configurations. This C-configuration model provides single common input architecture. Standard ST connectors interface with conventional fiber jumper assemblies. GPIB and RS232 control enables integration with automated test equipment and network management platforms.
