NTT

Season's greetings from all of us at #NTT! 🎅🎄 As the year comes to a close, we would like to express our heartfelt gratitude to our clients, colleagues and partners for their trust and partnership. We look forward to achieving even greater things together in the year ahead and beyond!

Have you heard of NTT’s Embodied Knowledge AI? It’s a new way of thinking about sports training that bridges the gap between delayed feedback and real-time coaching. Its potential is huge. Learn more about it in our latest article. #NTT #AI #LLM #Sports #Technology

Industry analyst Jim Glade attended R&D Forum 2024 in Tokyo where NTT revealed applications for its Active Noise Control (ANC) technology. NTT’s Personalized Sound Zone (PSZ) technology is the ultimate private sound space through which open-ear headphones reduce select ambient noise while simultaneously selecting desired outside sounds to amplify to the listener. Applications include headrest headphones in cars which can help cancel out unwanted noises while amplifying important sounds that can help drivers be safer. During his presentation at R&D Forum 2024, Shingo Kinoshita, senior vice president and head of research and development planning at NTT shared NTT's approach to research and development, “Do research by drawing from the fountain of knowledge and provide specific benefits to society through commercial development.’ Goro Yoshida, the first director of the Electrical Communication Laboratory, spoke these words in 1950. After more than 70 years, those words still live on as the DNA of NTT Laboratories. Learn more about the exhibits on display at R&D Forum 2024 here: https://lnkd.in/gG3Rm2vA #PersonalizedSoundZone #Knowledge #PSZ #NTT

Central to NTT's Industry AI Cloud is the Innovative Optical and Wireless Network (#IOWN), a next-generation communications infrastructure. Kitty Wheeler from Technology Magazine highlighted one such example of the Industry AI Cloud from the NTT R&D Forum 2024: NTT demonstrated the first international connection of its IOWN All-Photonics Network (APN). The demonstration, conducted in collaboration with Chunghwa Telecom, Taiwan's largest telecommunications company, showcased a virtual reality proof-of-concept connecting Taipei and Tokyo and featured an ultra-low-latency interactive immersive video show, allowing users in both Taiwan and Japan to join a virtual space to watch virtual reality (VR) performances and interact with each other. Read more about the initiative here: https://lnkd.in/g8X6h_3Y https://lnkd.in/g6UMQqH7 #IOWNAPN #IndustryAICloud #ChunghwaTelecom #NTT #AI #VR

NTT and Tokyo Broadcasting System Television, Inc. (TBS) are leveraging the NTT IOWN APN with high-capacity and low-latency to connect remote production and filming sites. This new approach overcomes key challenges with conventional video production technology, including: the impossibility of simultaneously transmitting multiple camera images in a large capacity from a filming location to a remote production base; large delays in camera control signals and headset audio information disrupting communication between a crew and remote producer; and the difficulty of maintaining a stable communication environment. Learn more about the research behind the technology here: https://bit.ly/3VASBtM #TokyoBroadcastingSystem #IOWNAPN #PrecisionTimeProtocol #NTT #IOWN

At the International AI Policy: Outlook for 2025 at Center for Strategic and International Studies (CSIS), Abhijit Dubey, CEO of NTT DATA, Inc., shared transformative insights on AI’s immense potential and the urgent need for responsible innovation. From addressing sustainability challenges to ethical AI governance, learn how NTT is shaping a secure and sustainable AI future.

Using multicore fibre cables and massive MIMO signal processing, NTT has achieved stable signal transmission at rates of up to 455 Tbit/s in a field test with hardsh simulated environmental effects. In his article following the announcement, Nick Flaherty from EE News Europe shaed that while in traditional optical network architecture, data flows down a single core, multiple cores can transmit signals in parallel, increasing the number of channels and capacity. This technology is expected to be a fundamental technology for realizing future terrestrial optical transmission systems with transmission capacity more than 50 times that of conventional systems. Learn more about how NTT achieved the world's first stable transmission experiment with the record field capacity more than 50 times that of the current system here: https://lnkd.in/g7gZZbTT #MulticoreFiberCable #MIMO #OpticalTransmission #Capacity

NTT’s 2024 R&D Forum had a special focus on #IOWN INTEGRAL. IOWN refers to NTT’s Innovative Optical and Wireless Network technology – and the Integral part has two meanings: “integration” and “indispensable.” This reflects NTT’s commitment to integrating IOWN across a wide range of areas from networks to AI, making it indispensable for realising a sustainable future. NTT is dedicated to reducing energy consumption, promoting carbon neutrality, minimizing environmental impact and improving well-being. Learn more about NTT's cutting-edge technologies that are contributing to a more sustainable future here: https://lnkd.in/eH5DiGZC #TechForGood #IOWNIntegral #Sustainability

Happy New Year! Let's make 2025 amazing! 🌠

At the NTT R&D Forum, Nov. 25-29 in Tokyo, Japan, our latest initiatives were on full display. These included five world's first R&D breakthroughs in photonic networking, remote video production, optical fiber innovation and Personalized Sound Zone open-ear headphones. The theme of this year’s forum centered around IOWN INTEGRAL, reflecting NTT’s dedication implementing IOWN across a wide range of applications. Notably, NTT President and CEO Akira Shimada discussed the company’s development of the Industry AI Cloud to advance industry-specific AI applications empowered by the IOWN. Read more here to learn about specific exhibits on display such as the evolution of tsuzumi, NTT’s Large Language Model, the emergence of an optical quantum computer with high-performance optical devices and the future of datacentre exchange to highlight the future of data centre exchanges enabled by IOWN and the All-Photonics Network (APN). https://lnkd.in/dZq-wTg7 #IOWNINTEGRAL #TechforGood #APN #IOWN #LLM