The JDS Uniphase VA5505-NCL is a high-performance optical component engineered for telecommunications and fiber optic signal management. Manufactured by JDS Uniphase—now operating as Viavi Solutions—this device delivers precise optical signal control within modern telecommunications networks. The unit is designed to maintain signal integrity across critical infrastructure requiring reliable optical component performance.
## Technical Specifications
The VA5505-NCL integrates optical technologies consistent with JDS Uniphase’s portfolio of broadband sources, laser systems, and test equipment. Operational parameters typical of comparable optical components in this product family include wavelength coverage across C-band (1525–1565 nm), L-band (1565–1610 nm), and extended C+L configurations. Optical power output levels span from milliwatt-range laser outputs to higher broadband source levels, with specifications aligned to applicable laser safety classifications.
Key performance metrics include insertion loss characteristics critical for passive optical implementations, return loss and port isolation specifications (minimum 45 dB typical for comparable broadband sources), and spectral flatness for consistent optical output. Connector interfaces support standard fiber optic formats including FC/PC, FC/APC, SC/PC, and SC/APC configurations.
## Key Features
• High-performance optical signal management for telecommunications infrastructure
• Precise optical component integration for network applications
• Signal integrity maintenance across fiber optic systems
• Industry-standard optical connector compatibility
• Environmental operation spanning 0 to 50 °C with storage capability to −40 to 70 °C
• Available in rack-mount configurations (half-rack and 19-inch formats)
## Typical Applications
• Fiber optic telecommunications systems
• Optical network signal management
• Test and measurement instrumentation
• Critical signal distribution networks
## Compatibility & Integration
The VA5505-NCL integrates with standard optical network infrastructure utilizing common connector types and operates within established telecommunications wavelength bands. Physical dimensions accommodate standard rack integration for network operations centers and test facilities.
