Connectivity
5G and Beyond: Next-Generation Connectivity for Industrial IoT
Technical Summary: 5G NR, RedCap, Private Networks and MEC
Technical summary
Executive summary
5G represents more than an evolutionary step—it's an architectural transformation enabling industrial IoT applications that were previously impractical or impossible. This technical summary outlines the 5G IoT implementation landscape, from understanding URLLC, mMTC, and eMBB service categories to practical module selection, antenna design, and security architecture.
Key findings
- 5G RedCap reduces module complexity by 65% while maintaining 150+ Mbps throughput—ideal for mid-tier IoT
- Private 5G networks using CBRS (US) or local private-5G licences (e.g. Germany’s 3.7 GHz band) can achieve <10ms latency for real-time industrial control
- MEC edge computing moves processing into the operator network, cutting round-trip latency compared with distant cloud regions
- 5G network slicing enables dedicated QoS guarantees for critical industrial applications
- NTN (Non-Terrestrial Networks) in Release 17 extends IoT coverage beyond terrestrial networks via satellite
What the paper covers
- 01The 5G IoT Revolution: URLLC, mMTC, and eMBB
- 025G vs LTE-M vs NB-IoT: Making the Right Choice
- 03Private 5G Networks for Industry 4.0
- 045G RedCap: The IoT Game Changer
- 05Edge Computing with 5G MEC
- 06Implementation Guide: 5G Module Selection
- 07Antenna Design for 5G IoT Devices
- 08Security in Cellular IoT
- 09Future: 6G and Satellite-5G Integration
“The convergence of 5G, edge computing, and AI creates an inflection point for industrial IoT. Organizations that master these technologies gain sustainable competitive advantages through operational efficiency and new business models.”
Related services
Related white papers
Related topics
- 5G IoT
- 5G NR
- RedCap
- private 5G
- MEC
- edge computing
- cellular IoT
- URLLC