Solutions

Why N2NSOFT ?

N2NSoft has a unique expertise in the design and optimization of large, multi-service, full-IP networks especially in the domain of traffic engineering, traffic control mechanisms, routing and optimization. With NetScale™, we have developed an efficient scalable simulation environment that overcomes the limitations of the traditional simulation techniques and allows significant time saving for in-depth analysis of complex networks. In effect, by allowing the simulation of the full network in your computer, NetScale™ creates a new paradigm for network engineering.

NetScale™s powerful features, combined with N2NSoft™'s expertise in network design, modelling and simulation analysis, are particularly relevant to address the engineering and design issues for the current and next generation IP networks.

Some Case Studies:

• Adaptive routing design and specification and evaluation of the dimensioning gain for an equipment vendor;
• Adaptive traffic control policy: optimization for video unicasts;
• Wireless (UMTS) network optimizations: ATM backhaul dimensioning (UMTS - HSDPA), reliable multi-cast design, Node B configurations, radio scheduling analysis etc.;
• ATM networks for DSL access aggregation for an equipment vendor: equipment parameter design and dimensioning with sensitivity studies for robust conclusions;

Network Simulation

with NetScale™ your network is simulated on your laptop!

Engineering Services

with N2NSoft Engineering Services the network is designed, dimensioned and optimized through its whole lifecycle; network equipments are dimensioned and fine-tuned; engineering rules are produced for efficient operations.

Technology Services

N2NSoft Technology Services provide high touch R&D support to address advanced design topics for networks or network equipments.

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Why N2NSOFT ?

N2NSoft has a unique expertise in the design and optimization of large, multi-service, full-IP networks especially in the domain of traffic engineering, traffic control mechanisms, routing and optimization. With NetScale™, we have developed an efficient scalable simulation environment that overcomes the limitations of the traditional simulation techniques and allows significant time saving for in-depth analysis of complex networks. In effect, by allowing the simulation of the full network in your computer, NetScale™ creates a new paradigm for network engineering.

NetScale™'s powerful features, combined with N2NSoft's expertise in network design, modelling and simulation analysis, are particularly relevant to address the engineering and design issues for the current and next generation IP networks.

Some Case Studies:

• Adaptive routing design and specification and evaluation of the dimensioning gain for an equipment vendor;
• Adaptive traffic control policy: optimization for video unicasts;
• Wireless (UMTS) network optimizations: ATM backhaul dimensioning (UMTS - HSDPA), reliable multi-cast design, Node B configurations, radio scheduling analysis etc.;
• ATM networks for DSL access aggregation for an equipment vendor: equipment parameter design and dimensioning with sensitivity studies for robust conclusions;
• Network configuration optimization for an equipment vendor;
• End-to-end voice and data traffic performance for DSL users over an IP backbone for a major telecom operator.

Key benefits:

• Resource savings on equipment deployment costs;
• Network capacity increase;
• End-to-end performance improvement;
• Improved stability and resilience;
• Time saving;
• Reduction in product and service development effort;
• Faster, more accurate reaction to network events.
• Network configuration optimization for an equipment vendor;
• End-to-end voice and data traffic performance for DSL users over an IP backbone for a major telecom operator.

Key benefits:

• Resource savings on equipment deployment costs;
• Network capacity increase;
• End-to-end performance improvement;
• Improved stability and resilience;
• Time saving;
• Reduction in product and service development effort;
• Faster, more accurate reaction to network events.