VPIlinkConfigurator™
VPIlinkConfigurator™ enables the rapid design of optical transport networks through the use of automated placement and provisioning of equipment as well as a thorough analysis of every aspect of link performance.
VPIlinkConfigurator provides a simple interface for component placement and performance analysis with maps displaying many different parameters including optical power, OSNR, dispersion and nonlinear distortion levels for XPM and SPM.
The combination of an intuitive graphical presentation and a powerful scripting interface make this platform a fully customizable automated link design and analysis tool. All aspects of the design process including the equipment libraries and characteristics and all link engineering rules and methodologies are controlled thus making optical network designs uniform across an organization. Using VPIlinkConfigurator enables rapid response to RFP′s without the mobilization of the entire engineering team.
Network topologies such as linear links, hubbed-rings and branched-networks are supported natively. More complex topologies such as ring and mesh can be handled with simple scripting.
A powerful API enables interfacing with third party software such as common office applications and databases in addition to custom applications. Using this automation approach, network topologies, channel plans etc. can be extracted from other applications. Similarly, the results of the design, including equipment configuration and detailed performance, can be supplied to other applications to generate BOMs and any other report.
Interconnected links containing nodes that serve as traffic branching and re-entry points are shown in a two-dimensional topology display which allows visualizing details of nodes, repeater huts and fiber routes.
Applications
- Define libraries representing characteristics of equipment families based on generic templates for all common component types.
- Configure systems by optimizing node and hut locations, fiber types and equipment.
- Design green/brown fields for branched networks, linear-ADM/OADM, and hub-rings.
- Support cascadable OADMs and port-based receivers
- Synthesize alternative solutions using real terminal equipment and vendor components.
- Predict limitations on systems performance including optical amplifier characteristics, dispersion, crosstalk, PMD, nonlinearities and interchannel power transfer.
- Formulate and test design strategies to account for component interworking restrictions, proprietary design techniques and configuration rules.
- Chart signal power, noise and degradations along the link with uncertainty and min/max limits.
- Reconfigure designs and adjust parameters manually, investigate automatically updated charts.
- Generate Bill of Materials and performance reports in customizable format
- and many more. (Explore application examples in detail!)
Cost and performance breakdowns reveal hidden system margins.
Reports can be presented in customized format exported in many different formats.