forNET

forNET is a network simulation software developed by Ericsson. It is designed to model and analyze various aspects of telecommunications networks, particularly those involving wireless technologies. The tool allows researchers and engineers to create virtual network environments, configure network elements, and simulate traffic flow and performance under different conditions.

The primary purpose of forNET is to facilitate the evaluation of new network technologies, protocols, and services before their physical deployment. This includes simulating the behavior of cellular networks, such as LTE and 5G, as well as other communication systems. Users can experiment with different network topologies, resource allocation schemes, and interference scenarios to understand their impact on key performance indicators like throughput, latency, and call drop rates.

forNET supports a wide range of simulation capabilities, enabling detailed analysis of radio access networks and core network components. It can be used for capacity planning, performance optimization, and testing the robustness of network designs. The software often integrates with other tools for data visualization and analysis, providing comprehensive insights into network behavior. Its use is prevalent in academic research and industrial development within the telecommunications sector for accelerating innovation and ensuring the efficiency of complex network infrastructures.