We will exhibit at the Techno Frontier EMC and Noise Control Technology Exhibition.

A true EMC noise scanner. It provides solutions for both EMI (emission) and EMS (immunity).

The innovative "Image Measurement Mode" eliminates the need for the traditional "contact and study" operation, allowing for quick execution from DUT setup to measurement completion with the scanner. The "Local Immunity Test" and "3D Measurement Function" provide new approaches to solving EMC issues. Additionally, the analysis software (viewer) is available for free download from the web. The overlay function for DUT images, CAD drawings, and noise maps is a standard feature. - "Image Measurement Mode": Capture board photos ⇒ Set measurement area on the image ⇒ Height measurement using laser ⇒ Set measurement steps ⇒ Execute measurement. - "Local Immunity Test": Visualizes the intrusion of electromagnetic fields from space using the electric/magnetic field irradiation probe of the MT-676E/H! Contributes to solving problems in challenging immunity scenarios. - "3D Measurement Function": Measures electric/magnetic fields in three dimensions while varying the height of the probe. This can be applied not only to emission countermeasures but also to visualizing antenna radiation. - Overlay function for DUT images, CAD drawings, and noise maps (patented technology) is standard in the analysis software. The software can be downloaded for free from the web, and there are no costs associated with subscriptions, making data and information sharing with partner companies and customers smooth.

• EMC/Static electricity measuring equipment

Analyze intermittent noise, noise caused by frequency fluctuations such as SSC, and transient noise in both the frequency domain and the time domain.

While scanning with the EMC scanner, - Capture the "spectrogram data" obtained from the real-time spectrum analyzer at each measurement point. - The analysis software (viewer) demonstrates its power in analysis with animation display through the Play function. - Newly introduced as an option for the WM7000. - Analyze intermittent noise phenomena, frequency fluctuations, and transient noise in both frequency and time domains. - Available as an option for new purchases or as an addition to existing equipment. - The real-time spectrum analyzer is exclusively for Tektronix RSA600/500/300 series.

• Switching Power Supply

If you fail the EMS immunity test, it is possible to evaluate where the electromagnetic waves have entered (you can gain hints for resolving the issue!).

MT-676 Series Local Electromagnetic Wave Irradiation Probe - Adopted by automotive electronics development companies and EMC consulting firms - Possible to obtain hints for solutions if immunity tests fail - Identification (estimation) of vulnerable components and circuits that lead to malfunctions - Using a spectrum analyzer with a tracking generator as a signal source - Capable of acquiring the frequency profile of electromagnetic wave intrusion from external sources all at once - Causes of malfunctions can be separated into electric fields/magnetic fields This product was originally developed for research purposes related to "cryptographic security side-channel attacks, fault attacks" and "anti-tamper technology against implementation attacks." It is widely adopted by universities and research institutions both domestically and internationally. (It is used to evaluate the "vulnerability" where cryptographic keys can be deciphered due to malfunctions caused by "electromagnetic wave irradiation," one type of fault attack.) ElectroMagnetic Analysis and Fault Injection (EM Injection) onto Secure Circuits

• EMC Testing

Three-dimensional measurement of "radio waves, EMC noise, ultrasound, static magnetic fields," etc., using handheld sensors and probes.

Visualize various invisible physical quantities in 3D! Measure the XYZ coordinates of the sensors and probes using motion capture cameras (stereo cameras). We link the coordinates to the physical quantities for visualization. Patent obtained (No. 6223660) Available sensors and probes: - Radio waves: 10Hz to over 60GHz (depending on the sensor or probe) - EMI noise: magnetic field, electric field, 3-axis composite, 3-axis (XYZ) division - Ultrasound: 10Hz to 100kHz (200kHz) ⇒ Ideal for visualizing sonar ultrasound - Static magnetic field

• 3D measuring device

Visualizing 5G millimeter wave radiation! Introducing a 3D electromagnetic field visualization system!

The "WM9500" is a three-dimensional electromagnetic field visualization system compatible with the fifth-generation mobile communication system. It can visualize 5G millimeter-wave radio wave radiation. Utilizing antenna couplers (compact antennas for transmission and reception at close range) as visualization sensors. It also supports 5G (sub-6), 28GHz band, and 39GHz band. 【Features】 ■ Compatible with the fifth-generation mobile communication system ■ Visualizes 5G millimeter-wave radio wave radiation ■ Utilizes antenna couplers as visualization sensors ■ Supports 5G (sub-6), 28GHz band, and 39GHz band *For more details, please refer to the PDF document or feel free to contact us.

• 3D measuring device

Measuring the effects of electromagnetic waves on the human body! Visualizing the electromagnetic waves of the subject on a computer! Quick measurements!

The "WM9500 narda" is a system that measures and visualizes electromagnetic waves emitted from objects in three dimensions. By detecting the spatial coordinates of the tester using motion capture cameras, it can display the magnetic field strength in three dimensions, color-coded, on a computer. Additionally, since it allows for relative evaluation against ICNIRP guidelines, it is effective for noise measurements aimed at human protection. 【Features】 ■ Short data measurement time for spatial coordinates ■ Capability to measure relative values and magnetic flux density against ICNIRP human protection lines ■ Adoption of motion capture cameras that achieve high measurement reproducibility ■ Not affected by the illumination of the measurement site or the color of the object *For more details, please download the catalog or contact us.

• 3D measuring device

We will be holding a seminar as follows during the Next Generation Die Casting Technology Webinar Week 2026. The die casting process plays a very important role in the automotive industry today, contributing to weight reduction, strength, cooling performance, and improved production efficiency. Do you have challenges related to defective products or mold lifespan due to mold temperature management? A non-contact type mold surface temperature monitoring system can achieve stability in quality, accuracy in traceability, and cost reduction. We hope you find it useful along with case studies. Date and Time: July 6, 2026 (Monday) 13:30 - 13:55 Instructor: Product Manager, Sales Engineering Department, Marpos Co., Ltd. Target Audience: - Those involved with die casting products and die casting machines - Those facing challenges in managing mold surface temperature - Those looking to improve traceability in the die casting process - Those wanting to work on cost reduction in the die casting process Registration: Please register through the details and registration button. * An invitation code (free) is required to apply for this event. Please enter the following invitation code on the application site. Invitation Code: K3994296

[Speaker] Mr. Takumi Aida, Analyst, Advanced Technology Lab, Japan Research Institute, Ltd. [Key Lecture Content] Autonomous driving technology has developed primarily around the enhancement of vehicle control based on a rule-based approach using various sensing data such as cameras, radar, and LiDAR. In recent years, there has also been progress in End-to-End approaches where AI learns integratively from recognition to control. While commercial applications of unmanned taxis and autonomous trucks are advancing mainly in the United States and China, efforts in Japan remain at the demonstration stage. Moreover, the spread of autonomous driving is changing the form of mobility provision from "ownership" to "service utilization," which is also impacting the nature of financial services. With the expansion of business models based on operational data and utilization rates, the forms of involvement of financial institutions are expected to diversify. This lecture will organize an overview of autonomous driving technology and its latest trends, and, based on domestic and international use cases, will consider the challenges for social implementation and strategies for promoting utilization, including the nature of financial services.

[Key Lecture Content] 1. Changes in the environment surrounding submarine cables in an increasingly uncertain international society Koji Enomoto, Senior Associate, PwC Consulting LLC, PwC Intelligence 2. The rise of hyperscalers and the evolution of international communication infrastructure ~ Latest trends in submarine cable systems responding to changes in demand structure ~ Motoharu Murakami, Director, Business Strategy Group, Business Development Division, NEC Corporation 3. High-capacity optical fiber transmission and optical fiber sensing in future submarine cables Hidetaka Furukawa, Director, Photonic Network Laboratory, Photonic ICT Research Center, National Institute of Information and Communications Technology (NICT)

[Speaker] President and CEO of Leading Innovation Inc. Senior Consultant Yoshizawa Yosuke [Lecture Topics] 1. Fixed notions of common sense and how to explore general new business themes 2. The most reliable method for creating unique businesses 3. Classification of business characteristics that influence the exploration of themes 4. Value differentiation design 5. A reproducible approach to creating unique new businesses 6. Focus on institutionalization within the organization 7. Q&A

Date and Time: July 23, 2026 (Thursday) 14:30 – 17:00 Signals Notebook is a unique cloud-based electronic lab notebook designed from the ground up to be utilized across a wide range of research fields, including chemistry, biology, formulation, materials, analysis, and food, ensuring its long-term use in the future. We invite you to participate in this opportunity to see, touch, and experience the features of Signals Notebook for yourself. <Content> - Creation of lab notebooks including reaction schemes and reagent information - Structured recording and searching of yield, conditions, and result data - Notebook sharing, commenting, and approval flow with lab members - Introduction to the compound database (services we offer) - Q&A For more details, click here (to the Hulinks page) https://www.hulinks.co.jp/seminar/signals-snb-handson/