In the manufacturing industry and advanced research (R&D), as the performance and miniaturization of products progress, the importance of accurately predicting the behavior of electromagnetic fields through "3D electromagnetic field analysis" has never been higher. However, even when we refer to electromagnetic field analysis, the optimal tools differ depending on the frequency range and the purpose of the analysis. This article focuses on three representative 3D electromagnetic field analysis software products that lead the industry: "JMAG," "Ansys HFSS," and "CST Studio Suite." It will provide a detailed explanation of each software's strengths, optimal applications, and how to choose a high-performance computing (HPC) environment that maximizes their capabilities.

In order to enhance the speed and quality of product development, the introduction of CAE (Computer-Aided Engineering) and fluid analysis (CFD) tools has become essential. However, when considering implementation, many may face questions such as, "Which software is suitable for our company's objectives?" and "Can designers handle it?" In this article, we will pick up three representative analysis software: "ANSYS Discovery," "Autodesk CFD," and "ANSYS Fluent," and clearly explain their differences from the perspectives of purpose, performance, mesh generation, and cost.

In cutting-edge research and development (R&D) and manufacturing environments, simulations and verification tasks utilizing HPC (high-performance computing) and AI servers are becoming increasingly sophisticated every day. As developments such as SDV (software-defined vehicle) and physical AI advance, many responsible individuals may be facing the challenge of "how to safely and efficiently operate high-load computing equipment and independent verification environments remotely." While it is said that "all answers lie in the field (labs and server rooms)," having to visit the site every time for minor configuration changes or reboots results in a significant loss of resources. Therefore, this time, we will clearly introduce the functions and benefits of the "IP-KVM switch," which dramatically improves remote access environments while securely protecting the important equipment in the field.

This time, we will deliver a local report on the "2nd [Kansai] Factory Innovation Week," held from May 13 (Wednesday) to 15 (Friday), 2026, at Intex Osaka, along with the concurrently held "2nd [Kansai] Nepcon Japan"! As one of the largest manufacturing exhibitions in Kansai, the venue was filled with the enthusiasm of engineers and business leaders seeking the latest technologies. This time, we will particularly focus on the highlights of the exhibition, centering around the latest solutions utilizing "robot arms + cameras," which caught the eye at the venue!

Ministry of Economy, Trade and Industry Policy Commentary Column Published on March 27, 2026 / Refer to the Ministry of Economy, Trade and Industry and the Cabinet Secretariat National Cybersecurity Office In recent years, there has been a sharp increase in cyberattacks targeting businesses through their partners. Even if large companies implement comprehensive measures, if their subcontracted small and medium-sized enterprises are targeted, the entire supply chain will suffer damage. To directly address this issue, the Ministry of Economy, Trade and Industry and the Cabinet Secretariat National Cybersecurity Office have jointly designed the "SCS (Supply Chain Security) Assessment System." This article provides a detailed explanation of the SCS Assessment System.

Are you aware that the extended support for "Windows Server 2016" will completely end on January 12, 2027? A server migration project requires about two years of preparation, including current situation assessment, design, construction, testing, and production migration. If we calculate the remaining time until the end of extended support, we need to start planning immediately. After the end of extended support, the provision of security updates and fixes for critical bugs will cease completely, so "running out of time" is not an option. In this article, we will explain the benefits of on-premises server migration due to the end of support and a blueprint for ensuring a successful migration, aimed at IT department heads and personnel in the manufacturing industry.

High-Capacity Storage Service! How to Choose the Right NAS for Storing and Sharing Expanding Research Data In the field of research and development, data is an essential asset that can be described as "life." However, are you feeling stressed by issues such as "the NAS is already full" or "data transfer is slow, and the waiting time is a waste" in your daily operations? In this article, we will explore why high-performance, high-capacity NAS is needed in modern research and development centers, while clearly explaining "three points to choose the right NAS without failure" and "the optimal RAID configuration."

What is replication? The basics of its mechanism Replication is a technology that duplicates and synchronizes data from one server or database (primary/master) to another server (replica/slave/standby) in real-time or at short intervals. The basic mechanism is carried out in the following steps. In this article, we will explain in detail the mechanism of replication servers, their benefits, and how they differ from backups.

Finally, "high school education" has been fundamentally updated...! Looking ahead to Japan in 2040, the Ministry of Education, Culture, Sports, Science and Technology has proposed a high school reform plan with a budget of approximately 300 billion yen. ~ Ministry of Education, Culture, Sports, Science and Technology "N-E.X.T. High School Concept" ~ Fostering the next generation of talent responsible for social implementation in 2040. The supplementary budget proposal for fiscal year 2025, recently announced by the Ministry of Education, includes an extremely large budget of about 295.5 billion yen for this "N-E.X.T. High School Concept," which has garnered intense attention not only from the education sector but also from the industry. In November 2025, as part of a comprehensive economic policy aimed at achieving a "strong economy," the government began the largest high school education reform since the post-war period. This is the "N-E.X.T. High School Concept."

From "Installation" to "Build": Following the Dramatic Evolution! NVIDIA Omniverse, the leader in the industrial metaverse. Did you know that this tool, which has been known as a "high-performance 3D platform," has fundamentally changed its appearance since the major update in October 2025? The first thing that engineers visiting the site to "try the latest Omniverse" will be surprised by is the disappearance of the once-standard process of "installing apps from the Launcher." In this article, we will provide a detailed explanation of the complete transformation of Omniverse into its new form and the actual building flow.

~1st Humanoid Robot EXPO Spring: On-Site Report~ From April 15 to 17 last week, the "1st Humanoid Robot EXPO Spring" was held at Tokyo Big Sight. As Applied, we visited this momentous inaugural exhibition. The moment I stepped into the venue, I felt a "tangible future" that sets itself apart from previous exhibitions. My honest impression was... "Oh, this is no longer just a story about the future." It was a shock that felt like it hit me from the scene right in front of me, not just a theoretical realization!

From April 8 (Wednesday) to April 10 (Friday), 2026, the **"Japan IT Week Spring IT, DX, and AI Comprehensive Exhibition"** was held at Tokyo Big Sight. The booth of MSI, for which we serve as the domestic distributor, was bustling with customers seeking the latest AI solutions, creating an atmosphere filled with excitement. Our team from the Tokyo sales office also participated on the final day, April 10 (Friday), and what we witnessed went beyond the stage of "how to use AI" to a more specific and passionate expectation of "how to implement AI in our own field (physical space) and create value." This time, we will provide a detailed report on the next-generation computing infrastructure presented by MSI, centered around the flagship product **"Xpert Station WS300 on DGX Station,"** which symbolizes this event, and the future possibilities we support.

In modern research and development, as well as in the medical field, it has become essential to combine "diverse types of data (multimodality)" and seamlessly observe the "hierarchies from micro to macro (multiscale)." However, integrating complex data for high-precision analysis often requires advanced programming skills and specialized knowledge... The solution to such challenges is the 3D visualization platform "Dragonfly," developed by the Canadian company Comet Technologies. This time, we will introduce its overwhelming features and appeal!

[On-Site Report] Latest Trends in HPC and AI at COMPUTEX 2026 The world's largest computer technology exhibition, "COMPUTEX 2026," was held in Taipei, Taiwan. Applied has dispatched employees to the site to directly observe the latest products and technologies presented by manufacturers from around the world. The venue was filled with many visitors from the entrance to each exhibition booth and the aisles, creating an exhibition that allowed us to feel the high interest in next-generation technologies, including AI, and the excitement of the global market. When one thinks of COMPUTEX, it may evoke an impression of an event centered around PCs and gaming products. However, the venue showcased numerous technologies directly related to manufacturing, research and development, and various businesses, including AI, HPC, data centers, robotics, and edge computing. In this report, we will introduce noteworthy technologies that support future AI development and research environments from the unique perspective of Applied, a manufacturer of HPC, workstations, and AI servers, focusing on GPU computing, AI servers, cooling technologies, and infrastructure for data centers.

From June 8 (Monday) to June 12 (Friday), 2026, the "2026 Annual Conference of the Japanese Society for Artificial Intelligence (JSAI2026)" was held at G-Messe Gunma. At this conference, where cutting-edge AI technologies and researchers gathered, we also showcased and demonstrated our latest AI workstations and practical solutions. We welcomed many visitors each day, and we are excited to share the vibrant atmosphere of the exhibition hall that concluded successfully!

The R&D (research and development) field in manufacturing and mobility development is currently undergoing a significant transformation. The amount of data to be processed and the complexity of simulations are exploding due to the societal implementation of autonomous driving, advanced mobility control in smart cities, and the digital twin of manufacturing processes. In this AX (AI Transformation) era, the key to dramatically shortening the lead time for research and development is the "DGX B200" and "DGX B300" equipped with NVIDIA's Blackwell architecture. In this column, we will explain the technological breakthroughs they bring from two perspectives: "acceleration of CAE" and "autonomous driving simulation."

In CAE/analysis and simulation, a large number of calculations are performed, resulting in an inevitably vast amount of data. The applied workstations required for tasks that demand high processing power are equipped with recommended machines for each software, allowing them to fully utilize the characteristics of the software and maximize performance. You can choose from the latest Intel Xeon processors or AMD Ryzen Threadripper PRO processors.

NVIDIA DGX H200 A pinnacle of AI infrastructure. A globally recognized choice for enterprise AI. Expand business innovation and optimization with the NVIDIA DGX H200. As part of the DGX platform and the foundation of NVIDIA DGX SuperPOD and DGX BasePOD, the DGX H200 is an AI-enabled high-performance product accelerated by the groundbreaking performance of the NVIDIA H200 Tensor Core GPU.

Matching the high-quality manufacturing site Challenging high-quality hardware manufacturing and solutions Applied, which handles a wide range of PCs for specific applications, proposes DX solutions focused on the manufacturing industry. From a single PC to the automation of visual inspections, we thoroughly support the digitalization challenges in manufacturing! We tackle the challenges of the manufacturing industry from unique angles that only Applied can offer, including our original specific-purpose PC, "Fablik PC."

A new website specializing in hardware such as HPC and AI servers has been launched by the Applied Group! If you are interested, please take a look!

A new site specializing in BTO and workstations has been created by the Applied Group! If you are interested in BTOPC and the like, please take a look!

Manufacturers considering "AI Visual Inspection" utilizing subsidies! Would you like to automate your visual inspection with AI by utilizing the "IT Introduction Subsidy for Fiscal Year 2024"? By using the IT Introduction Subsidy for Fiscal Year 2024 (Reiwa 6), you can receive a subsidy of up to half of the costs incurred during implementation (subsidy amount between 50,000 and less than 1.5 million yen) (subsidy rate 1/2). Applications are currently being accepted.