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Workstation Product List

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[Research and Development PC Configuration Example] Machine for Finite Element Method Analysis

[Research and Development PC Configuration Example] Machine for Finite Element Method Analysis

This is an example of a machine for the finite element method analysis software "DIANA FEA."

This is a proposal example for customers conducting finite element method analysis with DIANA FEA. The overall specifications are based on the configuration examples listed in the "EXAMPLE CONFIGURATIONS" section of the official DIANA FEA website. Since video editing was planned, a mid-range Quadro series graphics card was selected. It has the performance to handle general-level video editing without any issues. Additionally, anticipating a future transition to Windows 11, a TPM module was included. The CPU is prioritized for clock speed, featuring the Xeon W-2265 (3.50GHz, 12 cores). Our company can propose custom PCs tailored to your applications, budget, and software needs. - We would like the necessary software to be set up and delivered. - We want to upgrade parts in the next fiscal year’s budget. - We would like to know the compatibility with software used in parallel. We also accept inquiries regarding the introduction, customization, and operation of PCs. Please feel free to contact us.

  • Structural Analysis

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[Research and Development PC Configuration Example] Machine for Lens Design for LCD Displays

[Research and Development PC Configuration Example] Machine for Lens Design for LCD Displays

This is an example of a machine for the optical design software "Zemax OpticStudio."

This is a case study for machines using the optical design software "Zemax OpticStudio." We investigated "the optimal number of CPU cores for Zemax." Due to limitations in the processor group, we are proposing a 32-core CPU, which offers better cost performance than a 64-core option. We can propose custom PCs tailored to your applications, budget, and software requirements. - I would like the necessary software to be set up and delivered. - I want to upgrade parts with the budget for the next fiscal year. - I would like to know the compatibility with software I will be using concurrently. We also accept inquiries regarding the introduction, customization, and operation of PCs. Please feel free to contact us.

  • Other analyses

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[Research and Development PC Configuration Example] Machine equipped with 4 RTX A6000 cards

[Research and Development PC Configuration Example] Machine equipped with 4 RTX A6000 cards

This is a configuration that allows the use of four RTX A6000 units in a 100V environment.

- This is a dual power supply configuration to ensure power supply. If one power supply fails, the system will not function. Please avoid using it for critical applications. - To accommodate 100V, the power consumption exceeds 15A. Please ensure that the two power supplies are connected to separate outlets. (Using a power strip from a single outlet or using a 15A electrical contract is not permitted.) - It does not support the addition of HDDs or similar devices. (The internal drives that can be installed are limited to two M.2 type storage devices.)

  • Desktop PC

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[PC Case] 2TB Memory Simulation Visualization Machine

[PC Case] 2TB Memory Simulation Visualization Machine

This is a simulation machine equipped with two NVIDIA RTX A6000 Ada graphics cards.

This is a proposal based on a consultation from a customer involved in materials informatics research regarding a machine for conducting numerical simulations related to uncertainty. For performing a large number of simulations under different conditions, a machine with high parallel computing capability is essential, and the customer requested high-performance GPUs for quickly visualizing large-scale analysis results. Therefore, we have proposed a configuration equipped with two NVIDIA RTX A6000 Ada units. The power supply unit is rated for 1600W, but when used in a 100V environment, the output will be limited to around 1300W.

  • Desktop PC

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Machine with LAMMPS molecular dynamics simulation program installed.

Machine with LAMMPS molecular dynamics simulation program installed.

We provide a turnkey system that is ready to use as soon as the full LAMMPS optional package arrives!

We will provide a machine that has the LAMMPS molecular dynamics calculation program and all optional packages fully installed. ■ What is LAMMPS (Large-scale Atomic/Molecular Massively Parallel Simulator)? It is an open-source software for molecular dynamics simulations. It is optimized for parallel computing and can handle a variety of potentials and material systems. It features a flexible scripting language and a rich set of functionalities. Setting up LAMMPS can take time, even for those who are familiar with it. Therefore, Tegara Corporation's TKS Division will deliver a machine with all packages pre-installed and ready for immediate use. ■ List of LAMMPS Optional Packages https://docs.lammps.org/Packages_list.html Optional packages are a "group of files that enable specific sets of functionalities" that extend the capabilities of LAMMPS (e.g., force fields for molecular systems or rigid body constraints). As of 2024, there are 92 types of packages available.

  • Other polymer materials

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[Research and Development PC Configuration Example] Machine for Multi-Body Dynamics

[Research and Development PC Configuration Example] Machine for Multi-Body Dynamics

This is an example of a machine for structural analysis (motion analysis) using CAE software "RecurDyn."

In the design of machine systems, which are assemblies of components, it is necessary to evaluate not only the individual components but also the interactions between components that change during operation. This is a consultation case from a customer involved in research and development in the field of mechanical engineering. The software being used includes "RecurDyn" and "Matlab." The customer expressed a preference for high computational speed and optimization of the number of cores for SMP (symmetric multiprocessing). After investigating SMP parallel processing, it was determined that a maximum of 16 cores is optimal for "8-core and 16-core parallel processing (SMP)," and we proposed the "Core i9-12900K" with a configuration of 8 high-performance cores and 8 high-efficiency cores. Additionally, since the customer plans to conduct big data analysis using Matlab, we ensured the expandability of the storage. Our company can propose custom PCs tailored to your applications, budget, and software needs. We also accept inquiries regarding the introduction, customization, and operation of PCs, such as: - I would like the necessary software to be set up and delivered. - I want to upgrade parts with the budget for the next fiscal year. - I want to know the compatibility with software that will be used concurrently. Please feel free to contact us.

  • Other analyses

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[Research and Development PC Configuration Example] Machine for Metal Complex Calculations

[Research and Development PC Configuration Example] Machine for Metal Complex Calculations

This is an example of a machine for calculating metal complexes, designed for use with the scientific computing software "Gaussian."

This is a machine designed for calculations of metal complexes using Gaussian. Based on the customer's consultation, it is generally assumed that 8 CPU cores will be used, and there may be cases where two calculations are performed simultaneously as needed, with a total of 20 threads being sufficient for the entire CPU. Our proposal is to configure a system with higher CPU performance within the budget. The CPU is equipped with the Ryzen 9 7950X, the top model of the Ryzen 7000 series, which has 16 cores (32 threads). There are lower models with 12 cores/24 threads, but the Ryzen 9 7950X has a higher maximum clock speed when the boost clock is activated, so we have selected it with an emphasis on CPU speed. The configuration in this case is based on the conditions provided by the customer. If you are considering different conditions than those listed, please feel free to consult with us.

  • Desktop PC

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Machine for machine learning and quantum chemistry calculation simulations.

Machine for machine learning and quantum chemistry calculation simulations.

This is the principle of a machine designed for machine learning and quantum chemistry calculation simulations.

We have prepared a configuration that allows the use of four RTX A6000 graphics cards in a 100V environment. The power supply unit is rated at 1600W, but in a 100V environment, it effectively has a power delivery capability of just over 1300W. The two power supplies included in this configuration are not intended for redundancy (meaning that if one fails, the system will stop). Therefore, if either power supply fails, the system will cease to operate. Please be aware that this configuration does not prioritize server-like stability and is intended for use in applications and scenarios where downtime is acceptable, with a focus on the 100V environment. 【Points to Note for This Configuration】 - This is a dual power supply configuration to ensure adequate power delivery. If one power supply fails, the system will not function. Please avoid using it for critical applications. - To accommodate the 100V requirement, the power consumption will exceed 15A. Both power supplies must be powered from separate outlets. (Using a multi-outlet from a single outlet or operating under a 15A electrical contract is not permitted.) - It does not support the addition of HDDs or other expansions. (The maximum number of internal drives that can be installed is two M.2 type storage devices.)

  • Industrial PCs

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[Research and Development PC Configuration Example] Machine for Robot Control Simulation

[Research and Development PC Configuration Example] Machine for Robot Control Simulation

A machine for scientific simulations that emphasizes the number of cores.

This is a case where we received an inquiry from a customer involved in research on robot control regarding a machine for scientific simulations. We proposed a configuration that emphasizes the number of cores with a 1 CPU specification and a memory capacity of 512GB. The customer also asked about points to consider regarding the installation environment. Since the installation location is a room with 24-hour air conditioning, we requested that the machine be set up in a layout that allows air to be drawn in from the front of the unit, aside from the surrounding temperature. Although heat inside the chassis is expelled from the rear, if the hot air that has been expelled circulates back to the front of the unit, it can cause cooling issues. Therefore, we recommend considering a layout that does not draw in the expelled air. Additionally, we conduct a pre-shipment test in a room temperature environment of around 25°C, confirming operation at 100% CPU load for over 12 hours to ensure there are no issues with the operating temperature before providing the unit.

  • Desktop PC

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[Case Study] I would like a machine that fits my budget and requirements.

[Case Study] I would like a machine that fits my budget and requirements.

We will listen to the machine's intended use and the software you will be using, and then consider and propose a configuration!

We would like to introduce a case study where we solved challenges using our research and industrial PC manufacturing and sales service, 'TEGSYS'. If you inform us of the essential requirements for machine implementation (the points you absolutely want to achieve), our professional staff will consider and propose a configuration based on that information. Additionally, we can offer multiple options, such as "adjusting the grade of non-essential parts to further increase memory capacity." [Case Overview] ■Challenge - Implementing a workstation that meets budget and desired conditions. ■Response - Based on the information regarding essential requirements for machine implementation, our professional staff will consider and propose a configuration. *For more details, please refer to the related links or feel free to contact us.

  • Other embedded systems (software and hardware)

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How to set up a CUDA environment on WSL2 in Windows 11

How to set up a CUDA environment on WSL2 in Windows 11

I will explain how to set up a CUDA Toolkit environment on WSL2 in Windows 11!

WSL2 (Windows Subsystem for Linux 2) is a compatibility layer that allows you to run Linux binary executables directly on Windows OS. By using WSL2, you can run a Linux environment directly within Windows and utilize Linux-specific tools and applications, especially those aimed at developers. This PDF introduces the steps to set up a CUDA environment using Ubuntu 22.04 on WSL2 on Windows 11, as well as how to enable GPU options in WSL2.

  • Desktop PC

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Key Points for Machine Selection in Materials Engineering and Material Research

Key Points for Machine Selection in Materials Engineering and Material Research

We propose PCs suitable for research purposes! Introducing key computational methods and the necessary PC specifications.

This site introduces the main computational methods used in materials engineering and materials research, as well as the required PC specifications. It includes common points such as "the need for a high-performance CPU and large memory," along with important considerations. Additionally, it summarizes common points among software in the materials field and rough specifications for each software used. [Content Overview] ■ Main computational methods and required PC specifications - Common points - Main computational methods and required PC specifications ■ Major software used and required PC specifications - Common points - Major software and its requirements *For more details, please refer to the related links or feel free to contact us.

  • Other embedded systems (software and hardware)

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