- RF Engineers & Network Designers – Technical deep dive on propagation modelling and service validation
- System Integrators – Learn how to deliver construction-ready designs
- IT/OT Decision-Makers – Understand the business case and risk reduction
- Plant Managers & Operations Leaders – See how private networks enable automation
- Enterprise Architects – Learn about scalability for multi-plant deployments
- Why manufacturing/factories are the hardest RF environments
Metallic density, mixed zones, and moving parts create unique challenges - Who is deploying private LTE/5G in manufacturing
387+ identified companies including Ford, Tesla, BMW, Airbus, Hitachi - The six typical manufacturing use cases
Cobots, AGV/AMR, computer vision, worker devices, IIoT sensors, mission-critical PTT with their specific KPIs - How Atoll models propagation inside a "metal box"
Advanced ray tracing with up to 3 reflections, horizontal & vertical diffraction, and cross-floor propagation - Unified outdoor and indoor planning
Evaluate outdoor signal penetration, design indoor systems, and compare dominance in one project - From coverage to service availability
Effective Service Areas (ESA) combining coverage, quality, capacity, and latency for 4G/LTE, 5G SA, and 5G NSA - Reports and handoff to construction
Link budget, bill of materials, antenna reports, wiring reports, IFC export - Key takeaways and Q&A
Three things to do differently, six questions to ask any planning tool
Webinar Key Takeaways
From coverage predictions to service availability: planning private 5G/LTE for manufacturing
How to model propagation in metallic environments
See how enabling up to three reflections and horizontal and vertical diffraction changes coverage predictions in the hangar and adjoining offices demonstrated.
How to assess indoor and outdoor coverage together
Learn how to evaluate outdoor signal penetration, compare indoor and outdoor predictions, and identify which cells dominate different areas of the building.
How to evaluate service availability beyond signal coverage
See how Effective Service Areas combine coverage, quality, capacity and latency criteria, demonstrated through an AGV/AMR service and mission-critical video on a 5G RedCap wearable.
Why Manufacturers choose forsk TO PLAN THEIR PRIVATE WIRELESS NETWORK
Plan for the services your manufacturing network needs to support
Private mobile network planning
Atoll One brings indoor and outdoor planning together, with advanced ray tracing to model propagation in metallic environments. Evaluate coverage, quality, capacity and latency through Effective Service Areas, then prepare the design for installation with visual wiring reports and open IFC export.
Own your data: Keep your RF designs and 3D venues in an open, exportable format, ready to share with construction teams and use beyond the planning tool.
Frequently asked Questions
Yes. Atoll enables unified indoor and outdoor network planning, including evaluating outdoor signal penetration before deploying indoor infrastructure, designing the indoor system, and viewing combined dominance to see instantly who is served by outdoor vs. indoor cells.
Atoll One supports ray tracing with up to three reflections, horizontal and vertical diffraction, and inter-floor diffraction. The webinar compares reflection settings in a hangar and adjoining offices, using propagation path analysis and difference maps to show how the predictions change.
Effective Service Areas combine coverage, quality, downlink and uplink capacity, and latency criteria in a single analysis. The webinar demonstrates this for an AGV/AMR service on 5G SA, with traffic load and a shadowing margin included in the assessment.
Yes. The webinar compares an AGV/AMR configuration with mission-critical video on a 5G RedCap wearable using the same building and radios. In the demonstrated wearable configuration, the absence of MIMO gain means quality fails in some areas where coverage and latency pass—showing why device characteristics matter.
Yes. The webinar presents Effective Service Area analysis as available for 4G/LTE, 5G Standalone and 5G Non-Standalone configurations. The AGV/AMR example shown uses 5G Standalone.
Yes. Atoll One supports open IFC export of RF designs and 3D venues, including equipment, for handoff to building-design and teams. Visual wiring reports, bills of materials and connection reports support installation, while open-format export allows your design data to be used beyond the planning tool.