The Agilent/Keysight 86060C is a precision optical switch designed for signal routing in lightwave test and measurement systems. It enables calibration and verification of optical transceivers and components across high-speed communication networks. The device uses a stepper motor architecture to deliver repeatable switching across multiple input/output configurations, supporting both single-mode and multi-mode fiber with remote control via GPIB and RS-232 interfaces.
Technical Specifications
Optical Parameters
• Wavelength range: 1280–1650 nm (single-mode fiber)
• Fiber compatibility: 9/125 µm single-mode, 62.5/125 µm and 50/125 µm multi-mode
• Insertion loss: <0.2 dB (1×6 @ 1550 nm), <0.6 dB (2×4), <1.0 dB (1×8 @ 1550 nm)
• Polarization dependent loss: <0.03 dB (1×6), <0.05 dB (2×4 and 1×8)
• Return loss: 58 dB (2×8 configuration)
Switching Performance
• Minimum cycle life: 10 million switching cycles
• Temperature stabilization for improved repeatability and insertion loss stability
Available Configurations
• 1×6: single input, 6 connectorized channels
• 1×8: single input, 8 connectorized channels
• 2×4: two inputs, four outputs
• 2×8: two inputs, eight outputs
• Compact 4–8 channel variants with 1–2 inputs
– Key Features
• Precision stepper motor switching architecture
• SCPI-compatible command set for automated systems
• Front or rear panel connectorized outputs; rear panel fiber outputs available
• Standard connector types: SC/PC and FC/PC
• GPIB and RS-232 control interfaces
– Typical Applications
Optical transceiver calibration and component verification in R&D and production test environments. Integration into automated test systems for high-speed communication device characterization.
– Compatibility & Integration
Designed for use with Keysight optical test instruments including optical attenuators, lightwave multimeters, and OTDRs. Direct integration into automated test setups via standard control interfaces.
