The JDS Uniphase SC2E40084+27XF003SC is a 2×8 programmable fiber optic switch engineered for high-performance optical communication systems and component testing. This benchtop/rack-mount device delivers non-blocking switching architecture using expanded beam lens technology with precision stepper motor alignment, enabling any input-to-output connection with minimal signal degradation. Operating across the 1270–1670 nm wavelength range over 9/125 µm singlemode fiber, the switch provides typical insertion loss of 0.4 dB with 0.003 dB repeatability and return loss exceeding 65 dB. Internal temperature control ensures operational stability across extended measurement cycles.
## Technical Specifications
• Configuration: 2×8 non-blocking fiber optic switch (E Configuration)
• Fiber Type: 9/125 µm singlemode fiber
• Optical Interface: SC/PC connectors
• Wavelength Range: 1270–1670 nm
• Insertion Loss: 0.4 dB (typical, singlemode with 3 & 4 inputs)
• Repeatability: 0.003 dB
• Return Loss: > 65 dB
• Switching Technology: Expanded beam collimating lens with stepper motor positioning
• Temperature Control: Internal active stabilization
## Key Features
• Non-blocking E Configuration allows simultaneous routing of any input to any output
• Multi-interface control: front panel numeric keypad, GPIB, and RS232 serial
• Collimating lens design minimizes insertion loss and enhances repeatability
• CE and cCSAus compliance
• Scalable to up to 180 channels within SC Series architecture
## Typical Applications
• Fiber optic component characterization and benchtop testing
• Optical communication system validation
• Research and development environments requiring flexible routing
• Multi-wavelength signal management across extended C- and L-band ranges
## Compatibility & Integration
The SC2E40084+27XF003SC integrates with GPIB and RS232 control interfaces for remote automation and system integration. Designed exclusively for 9/125 µm singlemode fiber with SC/PC terminations, it supports wavelengths spanning 1270–1670 nm, covering standard telecom bands.
