NetVersant OSP Network Design & Optimization Platform
Changing the Game in Network Upgrades Using Machine Learning and Automated Design
Ever increasing demands in the network for greater bandwidth capacity and speed brought on by new services, IoT and coming 5G deployments, mean operators are having to invest aggressively in upgrading their access infrastructure to Fiber Deep Node+X and FTTH architectures to keep up and stay ahead of their fiber-based competition.
Until now, to re-engineer the HFC Network, operators have had to rely solely on manual design and analysis processes to get the job done.
However, manual processes are very time and labor intensive, leaving operators to struggle with limited design options, reduced accuracy and inefficient use of equipment such as nodes and power supplies. The resulting sub-optimal designs drive up capital expenditure and take longer to construct. And, given the industry’s shortage of experienced network planners/engineers, it is taking far too much time to produce network designs using strictly manual effort.
NetVersantTM changes the game for operators in Fiber Deep Node+X and FTTH design by delivering:
- Technically compliant, cost-optimized preliminary designs for the optimal placement of the new nodes, coaxial cable and fiber cable
- A highly responsive management decision tool allowing for detailed answers to ‘what if’ scenarios by virtue of the ability to run multiple design rules for large-scale network upgrades in hours and days, not weeks and months
- Significant time and cost savings in the preliminary and detailed design phases by using automation to do what it’s best at and maximizing the effectiveness of valuable network planners
NetVersantTM can be deployed efficiently to quickly return value. A Pilot deployment can typically be accomplished in 90 days to demonstrate the power of NetVersantTM when fully utilized.
To learn more, contact us for a demo.