Prospects for Optical Communication and Terahertz Systems and Devices for Ultra-High-Speed and Large-Capacity Transmission
Although 5G services have just begun, discussions about Beyond 5G and 6G are already gaining momentum. Beyond 5G/6G is expected to provide functionalities such as ultra-high-speed transmission at Tbps levels, connecting anywhere and to anything. It is crucial to highly integrate the wireless technologies that connect users to base stations with the optical fiber communication technologies that support the networks between base stations. Optical fiber communication is expanding its application range from long-distance communication connecting continents to communication within data centers and between chips. On the other hand, wireless communication is expanding due to its flexibility, but the existing radio frequency bands are already used for various services, making the scarcity of frequency resources a challenge. In this seminar, we would like to address technologies for integrating various transmission media, including wireless transmission technologies that comprehensively utilize not only microwaves, which have been widely used, but also the terahertz band, from the perspective of hardware and manufacturing.
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basic information
Date and Time: 2021/08/31 (Tue) 13:00 - 16:30 [WEB Exclusive Seminar] *You can attend the seminar from home or while at work. [Program] 1. Overseas Trends Surrounding Beyond 5G and Japan's Position Characteristics of domestic and international networks and future predictions Research trends in Europe, the U.S., and Japan 2. 6G - Next Generation Communication Technology - 2-1. Expectations for 6G 2-2. Challenges to Realizing 6G 2-3. Key Technologies for Realizing 6G Development of Terahertz and Millimeter Waves New Optical Communication Bands 3. Overview of Communication Systems 3-1. Development of Communication Networks 3-2. Multiplexing and Multi-Valuing 3-3. Waveform Transfer via Networks For the continuation of the program, please see "Applications/Examples of Achievements" below.
Price information
45,100 yen (including tax) *Includes materials *For those who do not wish to receive email notifications, the tuition fee is "45,100 yen × number of participants" *For those who wish to receive email notifications (free of charge): ★If applying as one person, 39,600 yen ★If applying for two people at the same time, 45,100 yen for two (second person free) ★If applying for three people at the same time, 66,000 yen for three ★If applying for four or more people at the same time, the tuition fee for three people plus 19,800 yen for each additional person beyond three *Applications for two or more people at the same time are limited to the same organization. *For two or more participants, a separate application is required for each participant.
Price range
P2
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Applications/Examples of results
**Program** 4 Development of High-Speed Devices 4-1 Acceleration of Electronic and Optical Devices 4-2 Transmitting Light and Radio Waves to Necessary Locations 4-3 Devices for High-Speed Communication 4-4 New Measurement Technologies 5 Design Examples of Terahertz Systems 5-1 Application Fields of Terahertz Communication 5-2 Design Examples of 300/500GHz Transmission Systems 5-3 Radio Wave Interference in the Terahertz Band 5-4 Research Trends in Terahertz Devices 5-5 International Standardization of the Terahertz Band 6 New Optical Fiber Transmission Technologies 6-1 Advances in Spatial Multiplexing Technology 6-2 Utilization of Multimode Fibers 6-3 Device Technologies for Integrating Wireless and Optical Systems
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Company information
S&T Publishing publishes technical books aimed at researchers and engineers.