Learn how modeling and simulation applied within an industrial process, and connected on the 3DEXPERIENCE platform, can speed deployment and reduce risks and costs for 5G industrial deployment.
Industrial manufacturing environments are dynamic with constant movement, and wired networking has typically been preferred due to reliability and lack of interference or blocking. When correctly configured, a private 5G network can match or exceed Ethernet KPIs and bring huge advantages in terms of flexibility and additional services. However, engineering smart 5G capable devices and communication systems for industrial applications come with unique challenges. Poor coverage or positioning, premature failure of equipment, or problems discovered late in the development cycle or installation process all have the potential to cost millions of dollars to rectify.
Engineers can perform a variety of multi-physics simulations in order to ensure a robust design before physical deployment. From wireless antennas to the mounting location of an IIoT device, as well as the design or placement of 5G communication equipment for maximum coverage, all factors can be assessed with modeling and simulation within a process-focused approach. Electromagnetic performance, structural resilience, and thermal performance can all be considered. Dassault Systemes 3DEXPERIENCE platform is ideal for managing the complex 5G deployment process including CAD, requirements, and simulation as well as management and communication of data.
Join us to discover how simulation, virtual early-stage design and the 3DEXPERIENCE platform can speed up deployment while reducing risks and costs for 5G industrial deployment.