サイバネットシステム Product Lineup

"BluePrint-PCB" is a document creation tool that automatically generates the necessary information (layer composition, component information, drill information, silk, etc.) for creating manufacturing instructions and component placement instructions by reading PCB-CAD data. It allows for efficient creation of required instruction diagrams by dragging and dropping icons onto standard templates. Additionally, it is possible to incorporate various data sources such as Word, Excel, PowerPoint, and PDF to structure documents. The created instructions are linked to the PCB-CAD data, so in the event of design changes, the content is automatically updated simply by reloading the updated CAD data. This facilitates easy differential comparison and revision management, ensuring that the manufacturing and placement instructions are always up-to-date and accurate. By utilizing BluePrint-PCB, high-quality manufacturing and component placement instructions that accurately convey the engineer's intent can be created in a short time, contributing to manufacturing history, inspection history, and document management. (Details) https://www.cybernet.co.jp/blueprint/

• Other CAD related software

To fundamentally understand the mechanism of noise radiation, it is necessary to grasp the point of "what principles it is based on," rather than relying on the development power of mathematical formulas or circuit theory. This understanding can significantly broaden the scope of application in design settings. In this EMC skill-up program, you will acquire a "way of thinking" that is easy to apply in practical design through exercises.

• Technical Seminar
• Magnetic field analysis/electromagnetic wave analysis

In manufacturing sites, unexpected equipment failures leading to unplanned downtime pose significant risks to cost, delivery, and quality. This is where predictive maintenance (also known as condition-based maintenance) comes into focus. By continuously monitoring the condition of equipment using sensors and IoT technology, it enables early detection of signs of failure, allowing for planned maintenance actions to be taken "before it breaks." This approach minimizes the frequency of parts replacement to the necessary minimum, achieving both stable operation of production lines and reduction of maintenance costs.

• Business Intelligence and Data Analysis
• Other operation management software
• Other information systems

CAM350 is dedicated software for verifying, editing, and optimizing manufacturing data for printed circuit boards (PCBs). Based on Gerber data and drill data, it detects inconsistencies in design and manufacturing issues in advance, contributing to reduced rework and improved quality. It also includes DFM (Design for Manufacturability) checks and panel design features, supporting a smooth PCB manufacturing process as a bridge between the design and manufacturing departments. (Details) https://www.cybernet.co.jp/cam350/

• Other CAM related software
• 3D CAM

EXAMAG LLG Simulator is a micromagnetic simulation software developed by Fujitsu Limited that deals with the changes in fine magnetic domains and magnetic walls within magnetic materials. By simulating the behavior of magnetic materials, such as the speed and stability of the magnetization process, it enables the development of magnetic devices like TMR sensors and MRAM, the development of new magnetic materials, and the design of new magnetic devices using the spin-torque effect. It consists of three modules tailored for different analytical purposes. (Details) https://www.cybernet.co.jp/colminamag/

• simulator
• Other analyses
• Magnetic field analysis/electromagnetic wave analysis

DEMITASNX is software that performs rule checks and plane resonance analysis to suppress "noise generation due to unwanted electromagnetic waves" present on printed circuit boards. In almost all electronic devices, from digital home appliances and office automation equipment to mobile phones and hybrid vehicles, malfunctions caused by noise have become a problem, and measures considering EMI are required from the design stage of printed circuit boards. Additionally, EMI is closely related to SI/PI, and by implementing EMI countermeasures, it is possible to stabilize signals and improve system quality.

• simulator
• Magnetic field analysis/electromagnetic wave analysis

Cybernet Systems Corporation has been a leading company in CAE for over 30 years, providing software, educational services, technical support, and consulting to the research and development and design departments of the manufacturing industry, as well as universities and government research institutions. In the IT field, we offer IT security solutions such as endpoint security and cloud security to protect information assets from cyber attacks. In recent years, we have proposed solutions that combine our expertise in CAE and AR/VR technology with IoT, digital twins, big data analysis, and AI. Our corporate vision is "Sustainability and Surprise for Society through Technology and Ideas." We aim to tackle the increasingly diverse and complex technological challenges faced by our customers with technology and ideas that exceed expectations, guiding them towards further transformation.

• Other contract services
• simulator
• Virtual Reality Related

■ Benefits of Introduction 1) Simplification of complex design processes Thanks to robust interoperability based on a single database, changes in each process—from conceptual design to detailed design, analysis, drafting, and manufacturing—are instantly reflected in the data across all stages. Concurrent engineering allows for the simultaneous advancement of the next design process even if the previous one is not yet completed, contributing to improved development speed. 2) Efficient reuse of past design data Data designed in CAD other than Creo can be imported and reused. It is also possible to associate drawings with models and define 2D projection views to generate 3D views. Creo's high compatibility eliminates the need to start from scratch in the design process. 3) Design and analysis utilizing IoT data Creo supports design and analysis that leverages IoT data. By using PTC's IoT platform "ThingWorx," you can directly connect Creo to IoT to obtain and utilize data. Even without using ThingWorx, it is possible to import IoT data in CSV format.

• 3D CAD

Designers can instantly check analysis results themselves, significantly reducing work time. By implementing Creo Simulation Live, real-time simulations can be performed based on CAD data, allowing designers to immediately verify analysis results on the spot. This virtually eliminates waiting time for analysis and greatly shortens the iteration time between design and analysis in the basic design phase.

• Structural Analysis
• Other CAD related software
• simulator

■ Benefits of Implementation 1) Promotion of Collaboration By introducing application lifecycle management tools, data is centrally managed, allowing each department to reference the same data. This makes it easier to share information across departments, leading to enhanced collaboration. 2) Cost Reduction When multiple software applications are used within a company, issues often arise, such as unused licenses being left idle, resulting in underutilization of software assets. In contrast, with ALM, all software resources can be managed, enabling development without incurring unnecessary costs. 3) Reduction of Lead Time As development becomes more complex, managing data can become cumbersome, leading to a lack of traceability and extended development periods. By achieving proper data management through ALM, waste is eliminated, ultimately resulting in reduced lead times. 4) Assurance of Quality During the testing phase, a lack of strict management can often raise concerns about quality. However, ALM consistently ensures traceability for test plans and test results, making quality assurance through testing more robust.

• Development support tools (ICE, emulators, debuggers, etc.)
• project management

■ Benefits of Implementation 1) Centralized Management of Information Product lifecycle management tools enable centralized management of all data from product planning to disposal. Since information is consolidated into a single tool, the sharing of information between departments is expedited, leading to improved operational efficiency. 2) Smooth Communication Based on Shared Data With PLM tools, the latest data can always be shared, facilitating smoother communication between departments. For example, by sharing changes in CAD data between the design and manufacturing departments, the response to changes can be accelerated. 3) Immediate Reflection of Design Changes in Other Documents When a design change is made, it typically requires manual updates to 2D detailed drawings, EBOM, MBOM, etc., sequentially from the 3D CAD data. However, by using PLM tools, information can be centralized, allowing for updates to the original CAD to keep all documents consistently up to date.

• Other CAD related software
• Other information systems
• PDM

■ Benefits of Implementation ThingWorx removes technical barriers to IoT implementation and enables the rapid creation of practical solutions that generate value. 1) Maximization of Revenue It allows for the creation of new business models such as entering new markets, improving throughput, and offering products as a service. 2) Promotion of Innovation A variety of features are available to accelerate time to market. Existing equipment can be integrated and expanded within connected solutions. 3) Cost Reduction By leveraging data from connected products and systems, productivity can be improved, costs reduced, and efficiency enhanced. 4) Improvement of Quality The rapid implementation and flexible scalability of the IoT platform can help control long-term operational costs and maintenance efforts of the system. 5) Maximization of Flexibility You can choose and manage deployment methods from on-premises, cloud, or hybrid options. It flexibly accommodates industrial use cases.

• Other information systems
• Business Intelligence and Data Analysis

■ Benefits of Implementation 1) Data analysis by on-site experts By having experts conduct the analysis themselves, new discoveries can be made without overlooking unexpected correlations in the attributes. 2) Accelerating multivariate data analysis through visualization By visualizing the data, it becomes possible to grasp the nature of big data from a broader perspective, identify the need for preprocessing, understand the difficulty of analysis, and easily conduct multivariate data analysis along with the necessary statistical analysis processes. 3) Utilizing multivariate analysis for defect factor analysis, discovery of optimal values, and anomaly detection Multivariate analysis can be used to identify defect factors and improve yield rates, enhance performance through the discovery of favorable condition parameters, and even if complete analysis is not possible, anomaly detection can be performed by comparing with past states.

• Business Intelligence and Data Analysis

Compliance-Scope is a software environment that allows for the simulation of EMI/EMC compliance test environments through virtual imaging. By predicting EMI/EMC with Compliance-Scope in the early stages of hardware design, it enables the implementation of preventive measures (such as changing decoupling values) and the discovery and correction of issues before standard testing, thereby reducing development time and costs until product commercialization and facilitating early market entry for products. By selecting from pre-prepared EMC standards, an analysis model suitable for that standard is automatically constructed. It is possible to conduct analyses in accordance with EMC standards simply by setting up the necessary PCB, cables, LISN, and input signals. In particular, it excels in immunity for sensor applications such as inductive position sensors and capacitive touch sensors, as well as emission countermeasures for switching regulators, and has already achieved significant results. (Details) https://www.cybernet.co.jp/simyog/

• Magnetic field analysis/electromagnetic wave analysis
• simulator

"Ansys Zemax OpticStudio" is an optical design software suitable for designing various applications such as LiDAR, head-up displays, interchangeable lenses, and FA cameras. It enables a wide range of analyses, including imaging and illumination analysis, optimization, and tolerance analysis. It features a highly visible and intuitive user interface. Please feel free to contact us if you have any inquiries. 【Functionality Overview】 ■ Imaging and illumination analysis of optical performance ■ Tolerance analysis to verify manufacturability ■ Highly visible user interface ■ Structural, thermal, and optical performance (STOP) analysis ■ Accurate optimization capabilities ■ Diverse optical system modeling *For more details, please refer to the PDF materials or feel free to contact us.

• Software (middle, driver, security, etc.)
• Other embedded systems (software and hardware)

We would like to introduce our "Optical Engineering Services." By leveraging advanced technologies such as model-based development, multiphysics, AR/VR, and AI, we solve our customers' challenges with a focus on optics. We have a unique proposal capability that combines advanced expertise in optics, digital solutions, and development power. Please feel free to consult us, regardless of your industry or company size. [Reasons to Choose Us] ■ Unique Strengths ■ Abundant Expertise ■ Trusted Track Record *For more details, please refer to the PDF document or feel free to contact us.

• Other services

"Ansys Lumerical" is a simulation package equipped with analysis software for photonic devices and systems. It consists of a diverse group of analysis solvers and the "Interoperability" tool for automation, optimization, and software integration. It allows for consistent simulation from device level to system level. 【Features】 ■ Integration with many external software ■ API functionality with Python ■ Useful for multiphysics analysis and automation/optimization *For more details, please refer to the PDF materials or feel free to contact us.

• Other analyses
• Other embedded systems (software and hardware)

"Ansys Speos" is a 3D optical analysis software that enables high-precision appearance validation through physics-based rendering based on measurements of light sources and materials, human eye characteristics, and environmental properties. In addition to accurate illuminance, luminance, and intensity analysis using ray tracing, it also allows for appearance evaluation based on Human Vision, which is grounded in ergonomics. Three packages are available according to the analysis content. 【Features】 ■ Appearance evaluation function "Human Vision" that reproduces human eye sensitivity ■ Shortened development time and reduced costs through simulation acceleration ■ Dedicated functions for camera and LiDAR design, and integration with Ansys Zemax OpticStudio, "Optical Sensor Test" ■ "Ansys Workbench" enables continuous analysis, optimization, and multiphysics capabilities *For more details, please refer to the PDF document or feel free to contact us.

• Other analyses
• Other embedded systems (software and hardware)