Please check the details of each seminar and register to attend.
EXPO COMM Wireless Japan 2023 × Wireless Technology Park 2023 Seminar 5/26 (FRI)
| Seminar Venue A | Seminar Venue B | Seminar Venue C | |
|---|---|---|---|
| 10:00 | |||
| 10:10 | |||
| 10:20 | 10:20 ～ 12:30B3-1WJWTP The latest trends in Wi-SUN as global adoption accelerates Wi-SUN FAN, Route IoT, and Enhanced HAN in the spotlight | ||
| 10:30 | 10:30 ～ 12:30A3-1WJWTP Circulation: A new approach to the Circular Economy for mobile.Nomura Research Institute Ltd. Shunichi Kita National Association of Mobile-phone Distributors Michihiro Matano Kingfisher Geogiann Reigle | ||
| 10:40 | |||
| 10:50 | |||
| 11:00 | |||
| 11:10 | |||
| 11:20 | 11:20 ～ 11:40C3-1WJWTP Great Wi-Fi network in 3 stepsEkahau Inc. Ekahau Sales EngineerJulius Gervin Ang | ||
| 11:30 | |||
| 11:40 | |||
| 11:50 | |||
| 12:00 | |||
| 12:10 | |||
| 12:20 | |||
| 12:30 | |||
| 12:40 | |||
| 12:50 | |||
| 13:00 | |||
| 13:10 | |||
| 13:20 | 13:20 ～ 13:40A3-2WJWTP New features of Wireless InSite ~Accelerate the simulation based on R&D for Beyond 5G and 6G~KOZO KEIKAKU ENGINEERING Inc. Hirokazu Yamakura | 13:20 ～ 13:40B3-2WJWTP Latest regulatory information on Wi-Fi 6E compliant products in Japan, North America and EuropeUL Japan Inc. Osamu Watatani | 13:20 ～ 13:40C3-2WJWTP IoT = New NormDigi International K.K. Regional DirectorShoho Egawa |
| 13:30 | |||
| 13:40 | |||
| 13:50 | |||
| 14:00 | |||
| 14:10 | |||
| 14:20 | 14:20 ～ 14:40A3-3WJWTP A New Approach to Improving the Wireless Environment: Beyond Radio Propagation with Network SimulationKOZO KEIKAKU ENGINEERING Inc. Kaede Toya | 14:20 ～ 14:40B3-3WJWTP Realization of high-speed/quality communication infrastructure with Ubiquiti UniFi and 60GHz wireless repeater SikluSonet International Corp. Tasuku Sato | 14:20 ～ 14:40C3-3WJWTP The usecase of fiber/copper hybrid cables and future of the technologySenko Advance Co., Ltd. Naoki Oe |
| 14:30 | |||
| 14:40 | |||
| 14:50 | |||
| 15:00 | |||
| 15:10 | |||
| 15:20 | 15:20 ～ 15:40A3-4WJWTP Effective approach to wireless interfaces test with IoT wireless testerKeysight Technologies Japan K.K. Yukio Komuro | 15:20 ～ 15:40B3-4WJWTP Remote Monitoring of Social Infrastructure Evolving with Surveillance Cameras and AI amnimo Inc. Development Dept. ManagerAtsushi Wada | 15:20 ～ 15:40C3-4WJWTP Kozo Yokoyama |
| 15:30 | |||
| 15:40 | |||
| 15:50 | |||
| 16:00 | |||
| 16:10 | |||
| 16:20 | 16:20 ～ 16:40A3-5WJWTP Smart Device application’s diversity and possibility using Realtek Semiconductor’s latest IoT Wi-Fi SoCRealtek Semiconductor JAPAN Corp (sponsored by Ryoyo Electro) Technical Support DirectorTatsuya Koyama | 16:20 ～ 16:40B3-5WJWTP Wi-Fi 7 & All Scenarios Apartment High-Speed Network SolutionRuijie Networks Co., Ltd. Pre-sales EngineerMengxi Jia | |
| 16:30 | |||
| 16:40 | |||
| 16:50 | |||
| 17:00 | |||
| 17:10 | |||
| 17:20 | |||
| 17:30 | |||
| 17:40 | |||
| 17:50 |
EXPO COMM Wireless Japan 2023 × Wireless Technology Park 2023
Seminar 5/26 (FRI)
5/26/2023 (FRI) 10:30 ～ 12:30A3-1WJWTPSeminar Venue A
Circulation: A new approach to the Circular Economy for mobile.
The current mobile experience economy is bad for Consumers, Carriers, and the planet.
Introducing Kingfisher’s transformational new model
• The need for a new circular approach for mobile
• Circulation – A innovative new model that has a positive impact for carriers, consumers and the planet
• Driving superior profits, sustainably, with anytime upgrades
• Circulation isn’t a compromise, it’s a game changer
• Getting started – how can carriers adopt this new approach
Nomura Research Institute Ltd.
Shunichi Kita
National Association of Mobile-phone Distributors
Michihiro Matano
Kingfisher
Geogiann Reigle
5/26/2023 (FRI) 13:20 ～ 13:40A3-2WJWTPSeminar Venue A
New features of Wireless InSite ~Accelerate the simulation based on R&D for Beyond 5G and 6G~
3D ray tracing simulator, "Wireless InSite", releases two major functions to simulate the radio propagation oriented R&D projects toward Beyond 5G and 6G.
The first major function is about RIS which allows modeling of passive metasurfaces, Reconfigurable Intelligent Surface (RIS), Intelligent Reflecting Surface (IRS) etc. to simulate non-specular reflection and transmission, which will increase wireless communication coverage.
The second major function is Fading Tool for Wireless InSite.
This fading tool is a post-processing calculator for Wireless InSite.
The calculation scheme is compliant with the report published by 3GPP, which is a well known standardization organization.
Fading tool can generate the time-variant radio propagation environments based on the Wireless InSite result.
It can support Beyong 5G and 6G R&D and its validation, such as V2X (vehicular to everything) and beamforming of up to 100 GHz band.
KOZO KEIKAKU ENGINEERING Inc.
Hirokazu Yamakura
5/26/2023 (FRI) 14:20 ～ 14:40A3-3WJWTPSeminar Venue A
A New Approach to Improving the Wireless Environment: Beyond Radio Propagation with Network Simulation
Wireless communication is expected to be widely used in various industrial fields. However, there are many issues involved in the construction of wireless communication environments, and problems frequently occur, such as the inability to connect or to achieve the expected performance. To address these problems, the analysis of radio propagation is currently used as a common solution. However, this approach alone may not optimize the wireless environment or solve the underlying problem.
Therefore, we would like to utilize "network simulation" to not only analyze radio propagation, but also to study network behavior. Network simulation provides not only static information about the reachability of radio waves, but also dynamic insights into the behavior and performance of the entire network, thus increasing the possibility of optimizing the wireless communication environment and solving problems.
This presentation will discuss the optimization of wireless communication environments and problem solving using network simulation with specific examples and methods. We believe that this presentation will provide interesting information to those who are facing issues surrounding wireless communication technology, as well as to those who are actually involved in the construction and operation of wireless environments and other business people. We hope that this presentation will contribute to the optimization of the wireless communication environment and become a new approach to support efficiency and innovation in various industries.
KOZO KEIKAKU ENGINEERING Inc.
Kaede Toya
5/26/2023 (FRI) 15:20 ～ 15:40A3-4WJWTPSeminar Venue A
Effective approach to wireless interfaces test with IoT wireless tester
Bluetooth and Wi-Fi are supported as wireless interfaces by devices for various industries. Although both transmitter tests and receiver tests for RF interfaces are defined to guarantee the qualities, they are difficult for engineers who are not familiar with wireless tests. One of the difficulties for them is the complicated process to set devices to test modes. On the other hand, they have to take long time to identify the root cause when they face interoperability issues. At that time, they have to do RF test items for verification. In this session, the effective ways to use IoT wireless tester, which does not require the special setup of devices, for R&D and QA process driven by engineers who are not familiar with wireless tests.
Keysight Technologies Japan K.K.
Yukio Komuro
5/26/2023 (FRI) 16:20 ～ 16:40A3-5WJWTPSeminar Venue A
Smart Device application’s diversity and possibility using Realtek Semiconductor’s latest IoT Wi-Fi SoC
Realtek Semiconductor’s Ameba series (IoT Wi-Fi SoC) which holds more than 70% WW market share for home appliance application, is further expanding the features. Ameba newly supports Matter, which is new connectivity standard for smart home and IoT devices that promises to make smart devices work with each other regardless of which company manufactures them and Ameba also supports Wi-Fi sensing function which uses existing Wi-Fi signals to detect events or changes such as motion, gesture recognition. This session will present what kind of potential application Ameba can achieve.
This session also presents Realtek Semiconductor’s the most suitable Bluetooth Audio solution for hearing aid application of which the demand increases recently.
In addition, we will also present our solution for “Auracast™ broadcast audio” which is new Bluetooth capability (multi-streaming) and “LE Audio” which is new Bluetooth Audio standard.
Realtek Semiconductor JAPAN Corp (sponsored by Ryoyo Electro)
Technical Support DirectorTatsuya Koyama
5/26/2023 (FRI) 10:20 ～ 12:30B3-1WJWTPSeminar Venue B
The latest trends in Wi-SUN as global adoption accelerates Wi-SUN FAN, Route IoT, and Enhanced HAN in the spotlight
In 2012, Began developing the Wi-SUN FAN (Field Area Network) specification, an international standard that will enable the use of Wi-SUN FANs not only in the home but also for various indoor and outdoor applications. In January 2019, the Wi-SUN FAN 1.0 certification program was launched, and products were released by various companies at the same time.
The Wi-SUN FAN 1.1 specification, which is a highly enhanced version of Wi-SUN FAN 1.0 while maintaining backward compatibility, is in the final stages of formulation and development by member companies. SUN IoT route, which is the most promising candidate for joint meter reading of electricity, gas, and water meters. In this seminar, the Wi-SUN Alliance Ecosystem companies will explain the related products and services.
Wi-SUN Alliance was established in Japan in 2011 and is now a global organization with over 300 members in 46 countries. Since its inception, Wi-SUN Alliance members have been working to establish international standard specifications based on the international standard IEEE 802.15.4 as a wireless communication standard for smart cities and utilities, including Wi-SUN B Route, Wi-SUN FAN, Enhanced HAN, Route IoT, JUTA, etc., and have built an ecosystem of international standards. The Wi-SUN B Route, Wi-SUN FAN, Enhanced HAN, Route IoT, JUTA, and other members have taken the lead in developing specifications for international standards and building ecosystems that have been adopted in worldwide.
5/26/2023 (FRI) 13:20 ～ 13:40B3-2WJWTPSeminar Venue B
Latest regulatory information on Wi-Fi 6E compliant products in Japan, North America and Europe
The Ministry of Internal Affairs and Communications (MIC) partially revised the Radio Law Enforcement Regulations on September 2, 2022, and finally the 6 GHz band has been released in Japan, which allows approved Wi-Fi 6E-compliant products to be used in Japan. Wi-Fi 6E-compliant products must meet the requirements of local and national regulations.
This seminar will provide the latest regulatory information on Wi-Fi 6E compliant products in Japan, North America, and Europe, as well as basic knowledge of Wi-Fi 6E and the difference of the test content with conventional testing. Please make use of this information for your future development, test preparation, and development cost estimation.
<Contents>
- Basic knowledge of Wi-Fi (wireless LAN)
- Regulatory situation of radio wave law (Japan, North America, Europe)
- Impact on the evaluation of the Radio Law
<Target Audience>
- Those who want to know the fundamentals of Wi-Fi 6E and the differences in test content compared to previous tests.
- Those who wish to obtain the latest regulatory information on Wi-Fi 6E-compliant products in Japan, North America, and Europe.
- Manufacturers who are considering or planning to introduce Wi-Fi 6E-compliant products.
- Manufacturers who are considering designing, manufacturing, importing, exporting, and selling Wi-Fi 6E-compliant products.
UL Japan Inc.
Osamu Watatani
5/26/2023 (FRI) 14:20 ～ 14:40B3-3WJWTPSeminar Venue B
Realization of high-speed/quality communication infrastructure with Ubiquiti UniFi and 60GHz wireless repeater Siklu
In IoT and smart cities, Wi-Fi is indispensable for more efficient operation and service provision. In this talk, I will explain how UniFi (cloud WiFi) and Siklu (mmWave wireless repeater) realize and activate a high-speed and highly scalable network, citing specific examples.
Sonet International Corp.
Tasuku Sato
5/26/2023 (FRI) 15:20 ～ 15:40B3-4WJWTPSeminar Venue B
Remote Monitoring of Social Infrastructure Evolving with Surveillance Cameras and AI
In the midst of a serious labor shortage, the maintenance and management of social infrastructure is in a critical state. Various technologies are being considered to combat this problem, the most practical of which is the use of surveillance cameras to remotely acquire video footage. This will reduce the frequency of dispatching workers to the site to deal with malfunctions, etc., and will also make it possible to replace periodic patrols, etc., by means of remotely obtained images. Thus, the use of camera images for remote monitoring of social infrastructure has become a major trend.
Amnimo Corporation, a subsidiary of Yokogawa Electric Corporation, is a rapidly growing company that provides robust IoT devices and cloud services that streamline operations using video. The LTE gateway provided by Amnimo has features rarely found in conventional LTE devices, such as a PoE power supply to surveillance cameras, automatic restart when the camera freezes, and an anti-momentary power loss function that keeps the device running for a while even when the external power supply is cut off. Amnimo's LTE gateway is also equipped with a function that is rarely found in conventional LTE devices.
Amnimo's cloud service for video enables recording to the SSD installed in the gateway and uploading important video to the cloud for viewing, thereby realizing rich video processing functions without increasing the volume of data transmitted over LTE communications.
Furthermore, we are currently developing an AI edge gateway equipped with a chip capable of high-speed AI computation with low power consumption, and anomaly detection using image AI will be added as a new business domain.
In this presentation, we will explain how Amnimo's video solutions and image AI will evolve the remote monitoring of social infrastructures, referring to case studies
amnimo Inc.
Development Dept.ManagerAtsushi Wada
After working in the M2M/IoT department of a telecommunications carrier, Wada has been in his current position since August 2019. In his current position, he is responsible for planning IoT devices and services. He is also the author of the book "25 Reasons Why Your Company Stumbles with M2M/IoT" (2017: released by Impress R&D, Inc.).
5/26/2023 (FRI) 16:20 ～ 16:40B3-5WJWTPSeminar Venue B
Wi-Fi 7 & All Scenarios Apartment High-Speed Network Solution
Serving a large number of tenants who require fast and reliable Internet connections typically requires high-bandwidth telecommunications infrastructure. This provides residents with high-speed Internet services such as video streaming and online gaming.
Ruijie Networks is pleased to introduce the best multi-dwelling network solutions for our customers, including G.hn solutions for multi-dwelling units, FTTR solutions, and carrier local 5G solutions.
G.hn solutions for multi-dwelling units
(1) No wiring work is required, and conventional telephone lines can continue to be used.
(2) Maximum transmission speed of 1.7Gbps
(3) Cloud management enables easy remote maintenance.
FTTR Solution
(1) Maximum transmission speed of 100G fiber supports future network use and reduces future rewiring costs.
2) Optical wiring connection provides comfortable Wi-Fi to every corner of the room.
(3) Maximum communication speed of 2.4Gbps
(4) Cloud management enables easy remote maintenance
Carrier Local 5G Solution
(1) Enables 5G use without simple installation and construction work
2) Cloud management enables easy remote maintenance
Ruijie Networks Co., Ltd.
Pre-sales EngineerMengxi Jia
5/26/2023 (FRI) 11:20 ～ 11:40C3-1WJWTPSeminar Venue C
Great Wi-Fi network in 3 steps
How to properly deploy and build a Wi-Fi infrastructure?
STEP1: A good network starts with a good design
STEP2: Measurement and verification with the highly accurate "Sidekick 2"
STEP3: Regular diagnostics are important to maintain a good Wi-Fi environment
In this seminar, we will introduce Ekahau's solution to create an optimal Wi-Fi environment in just three steps. Why do you need a Wi-Fi tool and what can Ekahau do at each step of the Wi-Fi network design process?
We will show you demo screens and discuss how to design a Wi-Fi network infrastructure, visualize the spectrum in three frequency bands (2.4, 5, and 6 GHz) in real time, best practices for post-design troubleshooting, and Ekahau's future development plans. We will also discuss Ekahau's future development plans.
About Ekahau:
Ekahau is part of Ziff Davis, Inc. (NASDAQ: ZD), a leading Internet information and services company consisting of a portfolio of brands that collectively reach more than 240 million people each month. Ekahau is headquartered in Reston, Virginia, with offices around the globe, including an R&D and Product team based out of Helsinki, Finland.
Ekahau helps businesses build and maintain high-performing Wi-Fi networks. Businesses of every size—including the world’s biggest brands and events—use our software and hardware products to design, validate, optimize and troubleshoot their Wi-Fi.
Ekahau Inc.
EkahauSales EngineerJulius Gervin Ang
As an electrical design engineer, Julius worked at Denso Ten Solutions Philippines in 2017 to design and evaluate prototype car audio and airbag products. In 2022, he started his networking career at Concentrix Corporation as an NOC engineer supporting the Google Fiber network.
Currently, he is a Sales Engineer at Ekahau Inc. supporting various regions in APAC including Japan, Korea, Taiwan, and India.
Certifications: JLPT N3, CCNA, Ekahau ECSE Design
Currently, he is a Sales Engineer at Ekahau Inc. supporting various regions in APAC including Japan, Korea, Taiwan, and India.
Certifications: JLPT N3, CCNA, Ekahau ECSE Design
5/26/2023 (FRI) 13:20 ～ 13:40C3-2WJWTPSeminar Venue C
5/26/2023 (FRI) 14:20 ～ 14:40C3-3WJWTPSeminar Venue C
The usecase of fiber/copper hybrid cables and future of the technology
In today’s seminar, I will talk about some challenges of powering wireless network system and how hybrid cables and connectors can address these challenges.
Senko Advance Co., Ltd.
Naoki Oe
5/26/2023 (FRI) 15:20 ～ 15:40C3-4WJWTPSeminar Venue C