Ensuring the promises of reliable and efficient communications brings new challenges to the design of 5G products. 5G connectivity requires high throughput, low latency, and exceptional coverage at a reasonable cost, all while reducing energy consumption. As networks and applications grow, the precise simulation of antennas in their environment is the key to developing the next generation of broadband products. Altair 5G simulation solutions support and enable the innovation and deployment of wireless connectivity technology improving communication, assuring compatibility, and reducing energy consumption and emission.
Creating a dedicated campus network with unified connectivity, optimized services, and secure communication within a specific area is a challenge for private network operators. To deliver the increased speed, low latency, and other benefits promised by 5G, telecom system integrators, engineers, and consulting companies must have efficient 5G development tools.
Altair provides integrated simulation of 5G antennas and 5G networks, that help to understand the use case, define the requirements for the 5G infrastructure, and create a usage plan to apply for the frequency spectrum. Taking a holistic simulation approach, campus network planners avoid interferences upfront and prevent radio wave leakage in surrounding areas.
How can you actively drive the network license application process, to realize 5G applications quicker? Altair enables optimized 5G network planning in complex environments like urban outdoor-indoor scenarios. The possibility of exact representation from single antennas up to complete systems interacting with their infrastructure and environment allow a unique prediction quality and efficient network realization.
The openness of Altair’s 5G network simulation tools allows for a smooth integration into existing planning environments. With integrated empirical wave propagation models, we can help accelerate the network license application process.