【衝撃】スマホ充電は年1回！2030年に日本が開発の半導体が世界を変える！【IOWN】

Summary

The video introduces the revolutionary 'Io' concept developed by NTT, which promises to transform global networks by using advanced optical technologies. By 2030, Io aims to provide ultra-fast, low-energy, high-capacity networks, overcoming current communication system limitations. It envisions a future with flying cars, space travel, and even one-time annual smartphone charging. This innovation, supported by major corporations like Sony and Microsoft, aims to reshape industries from healthcare to finance and energy. With ambitious goals for sustainability, Io is positioned to be a game-changer for both technology and the environment.

Takeaways

• 😀 The 'Io' concept is a next-generation optical network developed by NTT, aiming to overcome current infrastructure limits with high-speed, low-latency, energy-efficient, and high-capacity communication.
• 😀 'Io' stands for Innovative Optical and Wireless Network, and it is expected to revolutionize various sectors, including healthcare, finance, education, transportation, and energy by 2030.
• 😀 The global data usage is increasing exponentially, with Japan's data traffic rising 190 times over the past two decades and worldwide data increasing 90 times in 15 years, pushing current networks to their limits.
• 😀 'Io' technology will help overcome the challenges of increasing data traffic and energy consumption by using light-based semiconductors, which are faster and more energy-efficient than traditional systems.
• 😀 One potential outcome of 'Io' technology is that smartphones may only need charging once a year, eliminating the need for portable chargers and reducing concerns in emergencies or disasters.
• 😀 NTT is collaborating with several global companies, including Sony, Nokia, and Microsoft, through the 'Io Global Forum' to push forward the development of 'Io' technology.
• 😀 The 'Io' initiative draws lessons from the past, particularly the i-mode service, which was a success in Japan but failed globally due to lack of ecosystem development outside Japan.
• 😀 The goal of 'Io' is to increase communication capacity by 125 times compared to 4G, reduce power consumption by 1/100, and reduce latency by 1/200, with some goals already achieved, such as ultra-low latency.
• 😀 By 2025, NTT plans to begin the prototype development of photonic fusion devices that will enable high-speed, low-power, light-based communication systems.
• 😀 NTT is establishing new organizations globally to promote 'Io' and expand business opportunities, with support from the Japanese government and defense sectors for its potential applications in national security.

Q & A

What is the 'AIO' concept introduced by NTT?

The 'AIO' concept, introduced by NTT, stands for 'Innovative Optical Wireless Network'. It is a futuristic network technology using advanced optical semiconductors, aiming to achieve low latency, low power consumption, high capacity, and high quality, overcoming the limits of current communication infrastructure.

What technological advancements does the AIO concept promise?

The AIO concept promises advancements such as ultra-fast internet speeds, the ability to display large-scale data with minimal energy usage, and transforming the way data is transmitted and processed. It also envisions futuristic applications like flying cars, space tourism, and reducing the frequency of smartphone charging.

How will the AIO concept impact daily life?

The AIO concept is expected to significantly improve daily life by enabling faster communication, reducing energy consumption, and improving the quality of digital content. It will also make tasks such as smartphone charging less frequent, offer immersive entertainment experiences, and lead to innovations across healthcare, education, and energy sectors.

How will the AIO technology contribute to achieving carbon neutrality?

The use of optical semiconductors in the AIO technology will enable faster data transmission with much lower energy consumption compared to current systems. This will play a key role in achieving carbon neutrality by 2040, as the technology is energy-efficient and has a minimal carbon footprint.

What are some potential applications of AIO in entertainment and technology?

AIO technology is expected to significantly enhance digital experiences, including internet browsing and streaming video content. Users will experience high-speed connections with minimal latency, making immersive virtual experiences such as real-time entertainment and interactive media more accessible.

Why is AIO seen as a solution to current infrastructure limitations?

AIO addresses the limitations of current communication infrastructures by using light-based semiconductors, which allow for much faster data transmission and lower energy consumption compared to existing systems. This is crucial as data traffic is expected to grow exponentially, and current networks will be unable to handle this increased demand.

How does the AIO project compare to past innovations like iMode?

The AIO project is seen as a significant step forward, building on lessons from previous projects like NTT's iMode. While iMode was a popular mobile internet service in Japan, it failed to expand globally due to its isolated ecosystem. AIO aims for a global approach, collaborating with various companies to create an open and widely adopted network.

What collaborations are being made to advance the AIO technology?

NTT is collaborating with major companies such as Sony, Intel, NEC, Microsoft, Nokia, Toyota, and KDDI to advance AIO technology. This includes the establishment of the AIO Global Forum, which focuses on creating innovative optical and wireless network solutions and promoting international cooperation.

What are the long-term goals for the AIO project by 2030?

By 2030, the AIO project aims to revolutionize communication technology by increasing network capacity by 125 times, reducing device power consumption by 1/100, and minimizing latency by 1/200. The goal is to create a global network that will support an increasingly data-intensive world, with improved energy efficiency and greater connectivity.

How is the AIO project being supported financially?

The AIO project is receiving financial support from several Japanese government organizations, including the Ministry of Economy, Trade, and Industry (METI). It has secured over 450 million yen in funding for its research and development phase, with a focus on innovative technologies such as optical-electrical fusion interfaces and low-latency computing solutions.