We all know what a smart phone can do on 5G when it’s available, so what’s next?
6G of course! And you can bet they are building the 6G network equipment right now in labs around the world. It will be here before you know it, so below is a list of the Who, When and Why of 6G:
Who is leading the 6G push?
Telecommunications companies like Nokie, Ericsson and Huawei
Technology Companies like Samsung and Qualcomm
Research Institutions and Universities like MIT, the University of Oulu, Industry Alliances and Consortiums, Next G Alliance, and the 6G Research and Innovation Group
Various governments such as the U.S., NTIA and the European Commission
What is the current timeline for 6G?
Research and Development (2020-2025) – Initial research into foundational technologies and standardization discussions
Prototyping and Testing (2025-2028) – Field trials and refinement of standards based on real-world testing
Finalization of Standards (2028-2029) – Completion of global standards and preparations for commercial rollout
Commercial Rollout (2030 and Beyond) – Initial deployment of 6G networks, starting in urban areas
Evolution and Expansion (2030-2040) – Continuous improvements and emergence of new applications driven by 6G capabilities
What are the key aspects of 6G technology?
Higher Speeds and Capacity – Expected data rates significantly higher than 5G, potentially reaching 100 Gbps or more
Lower Latency – Aiming for microsecond-level latency for real-time applications
Enhanced Connectivity – Supporting a vast number of connected devices, including IoT
Integration of AI and Machine Learning – Utilizing AI for network optimization and management
Terahertz Frequencies – Exploring higher frequency bands for additional bandwidth
Holographic Communication – Enabling real-time 3D holographic interactions
Global Coverage – Ensuring connectivity in rural and remote areas through integrated networks
Sustainability and Energy Efficiency – Focusing on reducing the carbon footprint of network operations
