Trexo Global & PatSnap Whitepaper - Exploring the Revolutionary Potential of 6G Technology

Introduction

By 2030, the 6G market is expected to reach a valuation of more than $40 billion. From 2023-2030, the projected compound annual growth rate is 34.2%, suggesting a meteoric rise. In this report we explore what 6G technology is, why it’s essential, and how it’s poised to disrupt the communications industry.

6G: the sixth generation of wireless communication

6G represents the sixth generation of wireless communication systems, offering faster speeds, increased capacity, and ultra-low latency compared to 5G. Its goal is to establish a ubiquitous network environment, seamlessly connecting humans, devices, and machines.

6G’s anticipated features include terabits-per-second data rates, enabling seamless streaming, AR/VR/MR applications, and extensive IoT connectivity. Sustainability and energy efficiency are paramount, as 6G aims to reduce the environmental impact of wireless networks while delivering advanced connectivity. It is expected to use different radio access network architectures (D-RAN, C-RAN and Open RAN) and novel frequency bands, potentially into the terahertz range, to accommodate rising demand.

The essential need for 6G

Demand for data continues to grow exponentially in bandwidth-intensive applications such as ultra-high-definition video streaming and virtual and augmented reality. Sub-millisecond latency is essential for real-time applications such as controlling high-speed autonomous drones and remote surgery, where even the slightest lag has a substantial impact.

6G also focuses on robust connectivity for the Internet of Things, accommodating a massive number of interconnected devices, sensors, and systems, and enabling advanced IoT applications, smart cities, and machine-to-machine communication at scale.

Potential uses

• Holographic communication, real-time interaction as if participants were physically present in the same room.
• Smart transportation, real-time data exchange to enhance traffic management, improve navigation, and prevent accidents.
• E-health and remote surgery, complex procedures performed remotely with real-time visuals and advanced haptic feedback.
• Smart cities, interconnected traffic lights, environmental sensors, public services, and energy grids.
• Virtual and augmented reality, seamless, high-fidelity experiences for training, education, and gaming.
• Internet of Automated Things, improved supply chain management, precision agriculture, and smart home automation.

Patent trends

Using PatSnap’s advanced patent analytics, we analyzed 6G filing trends, geographic distribution, and the major players in the race. Patent publications surged, tripling from 2021-2022, a testament to the dynamic nature of the 6G landscape and a continuous influx of innovative ideas.

While China, the United States, and Korea are prominent contributors to 6G development, the United States’ leading position, closely followed by WIPO and China, underscores the pivotal role of research, innovation, and strategic alliances in shaping the future of global communication technology. Top assignees include Samsung Electronics, Vivo Mobile, Apple, NTT Docomo, Intel, Ericsson, and ZTE, while new entrants such as Honor Device, Shenzhen Transsion, and NXP are building fast-growing positions.

Anticipated release and commercialization

The development and deployment of new generations of wireless technology takes several years, and 6G is no exception. Industry experts and researchers are working to develop and standardize the technology, with initial deployments or trials speculated around 2030-2035.

Key sectors set to benefit include telecommunications, healthcare, manufacturing and industrial automation, transportation, entertainment, environmental monitoring via smart sensors, and the energy sector through smart grid management and distribution.