Enables optical link engineering with easy equipment placement and configuration
Systemwide performance analysis including fiber impairments and equipment limitations
Built-in reporting tools providing BOM and performance reports
A future-proof platform utilizing a fully expandable technology-agnostic approach
Uniform results across an organization by using controlled equipment libraries and link design methodologies
Creates linear, branched, hub, ring and mesh topologies
Enables visibility of regeneration points
Automated wavelength allocation
Supports OADMs, WSS based ROADMs, banded designs, transponders, multilane and pluggable optics
Generates BOM including racks and power supplies
Enables performance analysis
Automatically places and configures passive and active components
Deals with fiber impairments
Intuitive interface provides process flow, facilities and equipment view
Macros eliminate repetitive or complex tasks such as routing primary and protecting channels
Equipment is shown inside its facility
Topology Editor permits visualization of channel parameters such as route, bit rate and length
Display detailed component connections including parallel structures (banded etc.) inside facilities
Metrics are plotted as longitudinal variations along the route or as spectra at each location
Metrics are updated instantly to reflect any change in the design
Limits and uncertainties are plotted, for example, the receiver sensitivity and overload