Wistech Ltd. Product Lineup

In the medical industry, image analysis requires high-precision processing capabilities and stable operation. Particularly, to analyze complex medical images quickly and accurately, high-performance CPUs and cooling capabilities are essential. Delays in analysis or system downtime increase the risk of diagnostic delays and oversights. Our "ZEUS BTO 3U Rack/AMD Ryzen/AM5/Liquid Cooling CPU AIO" is equipped with a liquid cooling CPU cooler to address these challenges, achieving high cooling performance in a compact 3U size. This ensures stable performance even during long periods of high-load image analysis processing. 【Use Cases】 - Analysis of large-scale medical image data - Operation of AI-based image diagnostic support systems - Simulation processing in research and development 【Benefits of Implementation】 - Reduction in image analysis processing time - Decreased downtime due to improved system stability - Enhanced medical quality through high-precision diagnostic support

In the processing of IoT data in the manufacturing industry, stable computing performance that supports real-time data collection and analysis is required. Particularly in environments such as factories, a reliable system capable of continuous operation and handling increasing data volumes is essential. This product is equipped with a high-performance AMD Ryzen AM5 compatible CPU and a liquid cooling system, providing stable processing power in a compact 3U rack mount size. This enables efficient processing of large amounts of data collected from IoT devices, contributing to the optimization of manufacturing processes and predictive maintenance. 【Usage Scenarios】 - Real-time collection and analysis of IoT sensor data within factories - Monitoring of manufacturing line operational status - Data analysis for quality control - Data analysis infrastructure for predictive maintenance 【Benefits of Implementation】 - Rapid and stable processing of IoT data - Visualization and efficiency of manufacturing processes - Reduction of downtime and improvement of productivity

In educational institution laboratories, a high-performance computing environment is required for advanced computational processing and simulations. Particularly during long hours of continuous operation or when performing heat-intensive processes, stable cooling performance and a highly reliable system are essential. Inadequate cooling can lead to decreased performance and a shortened lifespan of the equipment. Our product is equipped with a liquid-cooled CPU cooler and efficiently cools high-performance CPUs compatible with AMD Ryzen AM5, all within a compact 3U size. 【Usage Scenarios】 - Large-scale data analysis and simulations - Research and development in AI/machine learning - Advanced scientific computing 【Benefits of Implementation】 - Long hours of continuous operation due to stable cooling performance - Maximizing the capabilities of high-performance CPUs, enhancing research and development efficiency - Easy installation in limited spaces due to the compact 3U size

In the broadcasting industry’s real-time processing, stable high performance and installation in limited space are required. Especially for high-load tasks such as video editing and encoding, the cooling performance of the CPU directly affects processing speed and stability. Inadequate cooling can lead to performance degradation and unexpected system downtime. This product achieves compactness in a 3U size while featuring a liquid-cooled CPU cooler, supporting real-time processing in rack-mounted environments. 【Use Cases】 - Encoding for live streaming - Real-time video editing - Server applications for broadcasting equipment 【Benefits of Implementation】 - Stable performance even under high load - Installation in limited rack-mounted space - Flexible configurations through customization

In the field of AI development, there is a demand for improved processing speed in learning from large datasets and executing complex models. In particular, reducing learning time directly accelerates the development cycle, making rapid iteration and early realization of results essential. Bottlenecks in computational resources can lead to delays in development and missed opportunities. Our ZEUS BTO 3U Rack/AMD Ryzen/AM5/CPU Liquid Cooling (Water Cooling) AIO condenses a high-performance AMD Ryzen AM5 platform and a powerful liquid cooling system into a space-saving 3U rack mount size, supporting the acceleration of AI learning. 【Use Cases】 - Learning large-scale AI models - Executing deep learning frameworks - Fast analytical processing in data science - Accelerating trial and error in research and development 【Benefits of Implementation】 - Accelerated development cycle due to reduced learning time - Capability to handle more complex models and large datasets - Efficient utilization of computational resources - Increased productivity in research and development

In the field of data science and analytical processing, computational power that can handle large amounts of data quickly and reliably is essential. Particularly for executing complex algorithms and analyzing large datasets, high CPU performance and cooling capabilities are indispensable. If processing power is insufficient or cooling is inadequate, it may lead to longer analysis times or system instability. This product is designed to meet the demands of analytical processing in data science, featuring a high-performance AMD Ryzen AM5-compatible CPU and a CPU liquid cooling (water cooling) AIO, all within a compact 3U size. 【Use Cases】 - Training machine learning models on large datasets - Executing complex statistical analyses - Real-time data analysis - Simulation processing 【Benefits of Implementation】 - Reduction in analysis processing time - Improvement in system stability - Increased efficiency in research and development

In the fields of HPC and simulation applications, high computational power and stable operation are required. Especially during prolonged high-load computational processes, the cooling performance of the CPU is essential for maintaining performance. Inadequate cooling can lead to performance degradation due to thermal throttling and may affect the lifespan of the equipment. This product is equipped with a liquid-cooled CPU cooler, achieving high cooling performance in a compact 3U size. 【Usage Scenarios】 - Scientific and technical computing - Structural analysis simulations - Fluid analysis - Rendering processes 【Benefits of Implementation】 - Stable performance maintenance under high load - Reduction in computation time - Space-saving in rack-mounted environments

In the game development industry, high computational power and stable operation are required for rendering complex scenes and real-time processing. Particularly for large-scale projects and high-definition graphics, effective cooling of high-performance CPUs and GPUs is essential, and an environment that can maintain performance even during long hours of high-load work is necessary. Our "ZEUS BTO 3U Rack/AMD Ryzen/AM5/CPU Liquid Cooling AIO" addresses these challenges by adopting a liquid cooling system while achieving a compact 3U size, enabling installation in rack-mounted environments. 【Use Cases】 - Rendering farms in game development studios - Real-time rendering and simulation - Building large-scale assets 【Benefits of Implementation】 - Accelerated development cycles due to reduced rendering times - Stable operation and performance maintenance of CPUs through liquid cooling - Improved installation efficiency with space-saving 3U rack mounting

In the video editing industry, especially in encoding tasks, there is a demand for reduced processing time and stable performance. Long hours of encoding can put a heavy load on the CPU, leading to performance degradation due to heat generation and the risk of unexpected shutdowns. To address these challenges, our "ZEUS BTO 3U Rack/AMD Ryzen/AM5/CPU Liquid Cooling (Water Cooling) AIO" features a high-performance AMD Ryzen AM5 compatible CPU and an efficient liquid cooling system, enabling stable high-speed processing and supporting the efficiency of encoding tasks. 【Use Cases】 - Long-duration video encoding tasks - Rendering high-resolution footage - Simultaneous processing of multiple projects 【Benefits of Implementation】 - Improved work efficiency due to reduced encoding time - Maintenance of stable performance even under high load - Space-saving and easier management with rack mounting

In the field of CAD/CAM design, high processing power and stable operation are required for creating complex 3D models and simulations. In particular, the increase in design data and the reduction of rendering time are crucial factors that directly impact project progress. This product is equipped with a high-performance AMD Ryzen AM5 platform and a liquid cooling AIO that enhances CPU cooling performance, ensuring stable performance even during long hours of high-load work. This contributes to the efficiency of design work and improved productivity. 【Use Cases】 - 3D CAD modeling - CAM programming - Rendering and simulation - Large-scale data processing 【Benefits of Implementation】 - Acceleration of design work - Reduction of rendering time - Decreased work interruptions due to stable system operation - Optimal environment construction through customization

In the field of scientific research, high-performance machines capable of executing large-scale data analysis and simulations quickly and stably are required. Particularly in long-duration continuous operations and complex calculations, the cooling performance of the CPU significantly impacts system stability and processing speed. Our product, the "ZEUS BTO 3U Rack/AMD Ryzen/AM5/CPU Liquid Cooling (Water Cooling) AIO," is equipped with a liquid cooling CPU cooler, achieving high cooling performance in a compact 3U size. This contributes to the efficiency and reliability of computational processes in research and development. 【Use Cases】 - Large-scale data analysis - Scientific and technical computing simulations - Machine learning and deep learning training - Rendering processes 【Benefits of Implementation】 - Reduction in computation time - Realization of continuous operation through improved system stability - Acceleration of the research and development cycle

In the financial industry, modeling tasks require a high-performance computing environment capable of executing complex calculations quickly and reliably. Particularly in simulations and risk analyses using large datasets, the CPU experiences high loads, making cooling performance and reliability crucial. Our "ZEUS BTO 3U Rack/AMD Ryzen/AM5/Liquid Cooling (Water Cooling) AIO" features a liquid cooling CPU cooler, providing excellent cooling performance in a compact 3U size, thereby supporting the efficiency and stable operation of financial modeling tasks. 【Usage Scenarios】 - Financial modeling, risk analysis, simulations - Data analysis, backtesting - Installation in server racks 【Benefits of Implementation】 - Reduced modeling time due to improved computation speed - Stable performance maintenance even under high loads - Improved installation efficiency with space-saving 3U rack mount

In the field of medical imaging analysis, high-precision processing capabilities and stable operation are required. Particularly in the analysis of image data that is essential for detailed diagnosis and research, processing speed and data accuracy are emphasized. Delays or errors in analysis can lead to delays in diagnosis or misdiagnosis, potentially impacting patient care. Our product, equipped with a high-performance CPU and liquid cooling system, can handle prolonged high-load processing and provides a stable imaging analysis environment. 【Use Cases】 - Analysis of medical images (CT, MRI, X-rays, etc.) - Pathological image analysis - AI-assisted image diagnostic support systems - Data analysis in research institutions 【Benefits of Implementation】 - Improved operational efficiency through reduced analysis time - Enhanced diagnostic accuracy through high-precision image analysis - Assurance of reliability through stable operation

In the broadcasting industry and real-time processing, stable high processing power and cooling performance capable of withstanding long hours of continuous operation are required. Particularly in situations such as video editing, encoding, and live streaming, where instant judgment and processing are necessary, system downtime is not acceptable. This product is equipped with a high-performance CPU and a liquid cooling system in a compact 3U rack mount size, providing a reliable real-time processing environment. 【Usage Scenarios】 - Encoding for live streaming - Video editing and rendering - Real-time graphics generation - Control servers for broadcasting equipment 【Benefits of Implementation】 - Achieving stable real-time processing capability - Space-saving due to a compact chassis - Addressing diverse needs through customization

In universities and educational institutions, high-performance computing resources are required for advanced computational processing, simulations, and data analysis. Particularly in environments where long hours of continuous operation and quietness are demanded, stable cooling performance and reliable systems are essential. Inadequate cooling can lead to decreased equipment performance or failures, potentially disrupting educational and research activities. Our product features a liquid-cooled CPU cooler, achieving high cooling performance in a compact 3U size. It provides the stability and reliability required for educational and research purposes. 【Usage Scenarios】 - Large-scale data analysis and simulations - Research and development in AI and machine learning - Production of educational content involving advanced graphic processing - Environments in server rooms where quietness and space-saving are required 【Benefits of Implementation】 - Improved computational processing capabilities in educational and research activities - Assurance of reliability through long hours of stable operation - Flexibility in installation locations due to space-saving design - Consideration for learning and research environments through quiet operation

In startup prototype development, high-performance processing capabilities and stable operation are required. Especially in the early stages of development, rapid iteration and the establishment of a reliable environment are essential for prototyping and validation. This product achieves compactness in a 3U size while featuring a liquid-cooled CPU cooler, allowing for the construction of a high-performance server environment even in limited spaces. This supports a shorter development cycle and more accurate prototyping. 【Usage Scenarios】 - Initial development and validation of AI/machine learning models - Construction of data analysis infrastructure - High-speed rendering and simulation 【Benefits of Implementation】 - Rapid establishment of development environments - Creation of accurate prototypes due to stable processing capabilities - High-performance server operation in a space-saving design

In the field of AI development, improving processing speed is essential for training with large datasets and building complex models. Particularly in areas like deep learning, the computational power of GPUs and the parallel processing capabilities of CPUs significantly affect training time. Reducing training time is important for accelerating development cycles and enabling more experiments and validations. Our "ZEUS BTO 6U Rackmount/Ryzen Threadripper PRO/GPU Server" is equipped with high-performance CPUs and powerful GPUs to address these challenges and streamline the training process. 【Use Cases】 - Training large-scale AI models - Research and development in deep learning - Simulation processing - Data analysis infrastructure 【Benefits of Implementation】 - Accelerated development cycles through reduced training time - Capability to handle more complex models and large-scale datasets - Improved efficiency in research and development and cost reduction

In the HPC field and for simulation purposes, a high-performance computing environment capable of executing complex calculations quickly and stably is required. Particularly in large-scale data analysis and advanced modeling, the processing power of CPUs and GPUs, along with the cooling performance that supports them, directly contributes to reducing analysis time and improving accuracy. Our "ZEUS BTO 6U Rackmount/Ryzen Threadripper PRO/GPU Server" is designed to meet these demands. 【Use Cases】 - Large-scale scientific and technical calculations - Complex physical simulations - Training of AI/machine learning models - Rendering farms 【Benefits of Implementation】 - Reduction in computation time - Improvement in analysis accuracy - Acceleration of research and development cycles - Efficient use of resources

In the video production industry and rendering applications, high computational power and fast processing speeds are required for handling complex scenes and high-resolution data. In particular, reducing rendering time is directly linked to streamlining the production workflow and is crucial for securing time to focus on creative tasks. Machines with insufficient specifications can lead to long rendering times, resulting in project delays and increased costs. Our product, the 'ZEUS BTO 6U Rackmount/Ryzen Threadripper PRO/GPU Server,' is equipped with AMD Ryzen Threadripper PRO processors and high-performance GPUs to address these challenges and optimize rendering processes. 【Use Cases】 - Long-duration 3D rendering - Editing and effects processing of high-resolution video - Complex simulation calculations - AI training and inference 【Benefits of Implementation】 - Improved work efficiency through reduced rendering times - Realization of more complex and high-quality video production - Compliance with project deadlines and cost reduction - Increased time to focus on creative tasks

In CAD/CAM design operations, high processing power is required for creating complex 3D models and simulations. Particularly when handling large-scale design data or advanced rendering processes, the performance of the CPU and GPU significantly impacts the efficiency and quality of the design. Insufficient processing power can lead to delays and freezes in work, potentially resulting in decreased productivity. Our "ZEUS BTO 6U Rackmount/Ryzen Threadripper PRO/GPU Server" is equipped with high-performance CPUs and GPUs to address these challenges and support the efficiency of design operations. 【Usage Scenarios】 - Modeling large-scale 3D CAD data - Complex structural analysis and fluid analysis simulations - High-resolution rendering tasks - Design reviews utilizing VR/AR 【Benefits of Implementation】 - Accelerated design work - Faster processing of complex calculations - Real-time design verification - Increased productivity

In the field of bioinformatics, particularly in genome analysis, there is a demand for the fast and accurate processing of vast amounts of data. High computational power from CPUs and GPUs is essential for complex calculations and the analysis of large datasets, as reducing analysis time and improving accuracy directly impacts the speed of research and development. Our "ZEUS BTO 6U Rackmount/Ryzen Threadripper PRO/GPU Server" is a machine designed to meet these demands. 【Use Cases】 - Analysis of large-scale genomic data - Comparison and alignment of gene sequences - Protein structure prediction - Bioinformatics research using machine learning 【Benefits of Implementation】 - Improved research efficiency through reduced analysis time - Accelerated processing of complex calculations - Smooth handling of large datasets

In the financial industry, the ability to process vast amounts of data quickly and accurately is essential for risk analysis. Particularly, modeling complex market fluctuations and diverse risk factors, as well as executing simulations, requires high computational power and parallel processing capabilities. Insufficient processing power can lead to delays in analysis and decreased accuracy, potentially hindering appropriate risk management decisions. Our ZEUS BTO 6U rack-mounted/Ryzen Threadripper PRO/GPU server is equipped with powerful CPUs and GPUs to address these challenges and achieve fast data processing. 【Use Cases】 - Large-scale market risk simulations - Construction and validation of credit risk models - Portfolio optimization calculations - Execution of fraud detection algorithms - Data analysis to meet regulatory requirements 【Benefits of Implementation】 - Reduced processing time for risk analysis, supporting rapid decision-making - Enabling the execution of more complex and sophisticated analysis models - Improved analysis accuracy leading to more precise risk management - Strengthened compliance with regulatory requirements

In the automotive industry, particularly in the field of autonomous driving, real-time processing of vast amounts of data and advanced AI computations are required. High computational power is essential for analyzing complex sensor data, training machine learning models, and running simulations. To meet these demands, powerful CPUs and GPUs, along with a stable system configuration, are crucial. Our "ZEUS BTO 6U Rackmount/Ryzen Threadripper PRO/GPU Server" is designed to address these advanced development needs. 【Use Cases】 - Development and validation of autonomous driving algorithms - AI learning and inference processing - Sensor data analysis - Real-time simulation 【Benefits of Implementation】 - Shortened development cycles - Realization of high-precision AI models - Acceleration of complex computational processes - Stable operation of the entire system

In the field of medical imaging, the ability to process high-resolution medical images quickly and accurately is essential. Particularly for the detection of subtle lesions and detailed analysis, high computational power and fast data processing are indispensable. Insufficient processing capability can lead to delays in diagnosis and potential oversights. Our BTO6U rack-mounted/Threadripper PRO/GPU server addresses these challenges and meets the advanced needs of healthcare professionals. 【Use Cases】 - Real-time processing of high-resolution medical images - AI-assisted image analysis - Complex 3D reconstruction processing - Management of large-scale image databases 【Benefits of Implementation】 - Reduction and optimization of diagnosis time - Contribution to improved diagnostic accuracy - Strengthening data processing capabilities in research and development

In the field of scientific research data analysis, immense computational power and high-speed data processing are required. Particularly in complex simulations and the training of machine learning models, the collaboration of high-performance CPUs and GPUs is essential, and reducing analysis time directly impacts research progress. Our "ZEUS BTO 6U Rackmount/Ryzen Threadripper PRO/GPU Server" is designed to meet these demands and enhance the efficiency of data analysis. 【Usage Scenarios】 - Machine learning with large datasets - Complex scientific simulations - Image and video analysis - Bioinformatics 【Benefits of Implementation】 - Improved research efficiency through reduced analysis time - Execution of more advanced and complex analyses - Enhanced processing power through GPU computing

In the game development industry, high computational power and fast processing are required for generating high-quality 3D assets and complex simulations. In particular, powerful CPU and GPU performance is essential for efficiently handling large-scale texture creation, realistic lighting, and physics calculations. A lack of processing capability can lead to delays in the development cycle and compromises in expression. Our "ZEUS BTO 6U Rackmount/Ryzen Threadripper PRO/GPU Server" addresses these challenges and supports productivity improvements in asset generation. 【Use Cases】 - Asset generation for 3D models, textures, and animations - Real-time rendering and previews - Physics simulations and effects processing - Development environments for large-scale projects 【Benefits of Implementation】 - Reduction in asset generation time - Realization of complex expressions - Streamlining of the development cycle - Increased productivity for creators

In the creation of VR/AR content, high-performance computing and graphics processing capabilities are required for rendering high-definition 3D models, real-time simulations, and complex effect processing. In particular, a powerful machine is essential for efficiently performing these processes to shorten development cycles and provide a more immersive experience. Our "ZEUS BTO 6U Rackmount/Ryzen Threadripper PRO/GPU Server" is designed to meet these demands. 【Use Cases】 - Real-time rendering of VR/AR content - Fast generation and editing of 3D models - Execution of complex physical simulations - Editing and encoding of high-resolution videos 【Benefits of Implementation】 - Reduction in development time - Creation of richer and more immersive content - Stable execution of complex processes - Promotion of focus on creative work

In the meteorological forecasting industry and the field of predictive models, there is a demand for the ability to process vast amounts of data quickly and accurately. Particularly, high-performance computing resources are essential for predicting complex weather phenomena. A lack of computational power can lead to decreased accuracy in forecasts and difficulties in real-time analysis. Our "ZEUS BTO 6U Rackmount/Ryzen Threadripper PRO/GPU Server" has been designed to address these challenges. 【Use Cases】 - Execution of large-scale weather simulations - Construction and operation of high-precision predictive models - Real-time analysis of weather data 【Benefits of Implementation】 - Reduction in computation time for predictive models, leading to faster analysis - Achievement of more detailed and accurate weather forecasts - Efficient processing of complex weather data

In AI development, accelerating the learning process using large-scale datasets is essential for shortening the development cycle. Particularly when repeatedly training complex models or conducting trial and error, the performance of computational resources directly impacts development efficiency. Delays in learning time can lead to missed opportunities for innovation. This product is a high-performance GPU server designed to meet the needs of customers seeking to accelerate AI learning. [Use Cases] - Training deep learning models - Analyzing large-scale datasets - Simulation and modeling [Effects of Implementation] - Accelerated development cycle through reduced learning time - Support for more complex models and large-scale datasets - Improved efficiency in research and development

In the fields of scientific computing and simulation, there is a demand for high-performance computing environments that can execute complex calculations quickly and stably. Particularly in simulations that handle large-scale datasets, high computational power and parallel processing capabilities are essential, and reducing processing time directly impacts the speed of research and development. Our ZEUS BTO 5U rack-mounted/Ryzen Threadripper PRO/GPU server has been designed to meet these demands. 【Use Cases】 - Large-scale scientific computing - Execution of complex simulations - Data analysis processing - Training of AI/machine learning models 【Benefits of Implementation】 - Acceleration of research and development through reduced computation time - Acquisition of highly accurate simulation results - Increased productivity through simultaneous execution of multiple tasks

In the video production industry and for rendering purposes, high-performance machines are required to perform complex calculations and large-scale data processing quickly and stably. Particularly during long rendering tasks, the cooling performance of the CPU and GPU significantly affects processing speed and stability. Inadequate cooling can lead to decreased performance and unexpected shutdowns. Our product addresses these challenges by featuring a liquid-cooled CPU cooler and supporting water cooling for GPU servers. 【Usage Scenarios】 - Large-scale 3D rendering - Editing and encoding high-resolution videos - AI training and deep learning - Scientific and technical computing 【Benefits of Implementation】 - Reduced rendering time - Stable long-term operation - Improved capability to handle complex processing

In the game development industry, there is a demand for the rapid generation of high-quality assets. In particular, creating assets such as complex 3D models, textures, and realistic effects requires high computational power and fast processing. A lack of processing capability can lead to delays in the development cycle and compromises in expression. Our ZEUS BTO 5U rack-mounted/Ryzen Threadripper PRO/GPU server is designed to address these challenges. 【Use Cases】 - Modeling and texturing large-scale 3D assets - Accelerating real-time rendering and lighting - Physical simulation and effect generation 【Benefits of Implementation】 - Accelerated development cycles due to reduced asset generation time - Achieving richer and higher-quality game expressions - Increased productivity of development teams

In the field of bioinformatics, particularly in genome analysis, there is a demand for computational power to process vast amounts of data quickly and accurately. High CPU performance and GPU computing capabilities are essential for executing complex algorithms and analyzing large datasets, and reducing analysis time directly contributes to the advancement of research. Our "ZEUS BTO 5U Rackmount/Ryzen Threadripper PRO/GPU Server" is a machine designed to meet these demands. 【Usage Scenarios】 - Analysis of large-scale genomic data - Execution of complex bioinformatics tools - Simulation and modeling - Bio-data analysis using machine learning 【Benefits of Implementation】 - Improved research efficiency through reduced analysis time - Capability to handle larger and more complex analyses - Achievement of high-precision data analysis - Utilization of advanced processing power with the latest GPU technology

In the field of financial engineering, risk analysis requires the ability to process vast amounts of data quickly and accurately. In particular, high-performance GPU servers are essential for simulating complex financial models and analyzing market fluctuations in real-time. Our ZEUS BTO 5U rack-mounted/Ryzen Threadripper PRO/GPU server is designed to meet these demands. By incorporating a liquid cooling (AIO) CPU cooler and efficiently cooling the entire GPU server, it delivers stable performance even during prolonged high-load operations. This supports accurate risk analysis and rapid decision-making. 【Use Cases】 - Real-time data analysis of financial markets - Pricing and risk assessment of complex derivative products - Portfolio optimization simulations - Stress testing and scenario analysis 【Benefits of Implementation】 - Improved analysis accuracy and reduced time requirements - Capability to execute more advanced financial models - Rapid response to market fluctuations - Establishment of competitive advantage

In the field of autonomous driving, data processing requires the real-time and high-precision analysis of vast amounts of sensor data and driving data. In particular, executing complex algorithms and training deep learning models necessitates high computational power and stable operation. Our ZEUS BTO 5U rack-mounted/Ryzen Threadripper PRO/GPU server is designed to meet these demands. 【Use Cases】 - Processing large-scale datasets for the development and verification of autonomous driving systems - Real-time sensor fusion and recognition processing - Training and inference processing of AI models 【Benefits of Implementation】 - Accelerated development cycles due to reduced data processing time - Construction of high-precision AI models and performance improvement - Reliable system development through stable computational power

In the production of VR/AR content, high computational power is required for complex 3D model rendering and real-time simulations. Particularly, to achieve high-quality visual representation and interactive experiences, the collaboration of powerful GPUs and CPUs is essential. Our "ZEUS BTO 5U Rackmount/Ryzen Threadripper PRO/GPU Server" is designed to meet these demands. Equipped with a liquid-cooled CPU cooler, it provides stable performance, eliminating bottlenecks in VR/AR content production and strongly supporting creative work. 【Use Cases】 - Real-time rendering of high-resolution VR/AR content - Modeling and texturing of complex 3D assets - Simulation of interactive VR/AR experiences - AI-driven content generation workflows 【Benefits of Implementation】 - Improved production efficiency through reduced rendering times - Realization of richer and more immersive VR/AR experiences - Enhanced capability to handle large-scale projects - Provision of an environment that maximizes creators' creativity

In design optimization within the manufacturing industry, the processing of complex 3D CAD data and advanced simulation analysis are required. In particular, rapid verification during the design phase and handling large datasets are directly linked to shortening development time and improving product quality. To meet these demands, workstations with high computational power and fast data processing capabilities are essential. Our ZEUS BTO 5U rack-mounted/Ryzen Threadripper PRO/GPU server is designed to address these challenges. 【Use Cases】 - Design and editing of large-scale 3D CAD data - Simulations such as structural analysis and fluid analysis - Rendering processes - Design support utilizing AI 【Benefits of Implementation】 - Shortened design cycles - Improved capability to handle complex designs - Enhanced product reliability through improved analysis accuracy - Reduction in development costs

In the field of medical imaging, diagnostic support requires the ability to rapidly and accurately process high-resolution and complex image data. Particularly in the detection of subtle lesions and the analysis that integrates multiple imaging modalities, high computational power and fast data processing are essential. Insufficient processing capability increases the risk of delays in diagnosis and oversight. Our ZEUS BTO 5U rack-mounted/Ryzen Threadripper PRO/GPU server is equipped with the latest GPUs and high-performance CPUs to address these challenges and support advanced image analysis. 【Use Cases】 - Analysis of high-resolution CT/MRI images - AI-based image diagnostic support systems - 3D image reconstruction processing - Execution of medical image processing libraries 【Benefits of Implementation】 - Reduction in diagnostic time - Improvement in diagnostic accuracy - Acceleration of research and development

In the field of weather forecasting, vast computational power is required to analyze complex atmospheric phenomena and make high-precision predictions. In particular, high-performance computing resources are essential for real-time data processing and detailed simulations. Delays in predictions or lack of accuracy can impact disaster forecasting and climate change analysis. Our "ZEUS BTO 5U Rackmount/Ryzen Threadripper PRO/GPU Server" provides powerful computational capabilities to address these challenges in weather forecasting and supports the improvement of prediction accuracy. 【Use Cases】 - Large-scale weather simulations - Real-time data analysis - Climate change modeling 【Benefits of Implementation】 - Improved prediction accuracy - Reduced analysis time - Better understanding of detailed weather patterns

In the field of robotics, control learning requires the execution of complex algorithms and the processing of large amounts of data. Particularly in real-time simulations and the training of deep learning models, high computational power and stable operation are essential. Insufficient processing capability can lead to prolonged learning times and decreased accuracy. Our product addresses these challenges by equipping AMD Ryzen Threadripper PRO and high-performance GPUs, providing stable cooling performance through a liquid cooling CPU cooler. 【Use Cases】 - Learning motion control for robotic arms - Learning path planning for autonomous robots - Learning robot interaction using AI 【Benefits of Implementation】 - Reduction in learning time - Improved capability to execute complex models - Acceleration of research and development cycles

In the field of AI development, there is a demand for efficiently processing vast amounts of data and shortening learning times. Particularly in the training of deep learning models, high-performance GPUs and cooling capabilities to maintain stable operation are essential for shortening development cycles and accelerating research and development. Insufficient processing power or cooling can lead to prolonged learning times and reduced hardware lifespan. Our ZEUS BTO 6U rack GPU server is equipped with an Intel Core Ultra processor and a liquid-cooled CPU cooler, with customizable options for NVIDIA PRO Blackwell and Geforce GPUs, supporting the acceleration of AI learning. 【Use Cases】 - Training large-scale deep learning models - Executing complex simulations - Accelerating data analysis and preprocessing - Rapid experimentation in research and development 【Benefits of Implementation】 - Reduces AI model training times and accelerates development cycles - Enables the development of larger and more complex models - Contributes to improved efficiency and cost reduction in research and development - Enhances reliability through stable hardware operation

In the field of data science, high computational power and fast data processing are required for handling large datasets and training complex models. In particular, reducing analysis time is essential for rapid decision-making and accelerating research and development. To eliminate bottlenecks in the analysis process and achieve more efficient data utilization, high-performance hardware is crucial. Our product is a high-performance GPU server designed to meet these data science needs. 【Use Cases】 - Training machine learning models - Inference processing for deep learning - Analyzing large datasets - Simulation calculations 【Benefits of Implementation】 - Increased productivity through reduced analysis time - Capability to run more complex models - Accelerated research and development cycles - Support for rapid decision-making based on data

In the field of HPC and simulation applications, high-performance servers capable of executing complex computational processes quickly and stably are in demand. Particularly in large-scale data analysis and advanced modeling, high computational power and cooling performance are essential. To meet these requirements, servers equipped with the latest CPUs and GPUs, along with efficient cooling systems, are necessary. Our product, the 'ZEUS BTO 6U Rack GPU Server/Intel Core Ultra/CPU Liquid Cooling (Water Cooling) AIO,' is designed to address these needs. 【Usage Scenarios】 - Large-scale scientific and technical computations - Advanced simulation modeling - AI/machine learning workloads - Data analysis processing 【Benefits of Implementation】 - Reduction in computation processing time - Acceleration of research and development cycles - Execution of more complex models - Improvement in system stability

In the field of autonomous driving, high-precision object recognition and situational judgment in complex environments are required. To extract accurate information in real-time from vast amounts of sensor data and ensure safe driving, a GPU with high computational power is essential. Our "ZEUS BTO 6U Rack GPU Server/Intel Core Ultra/CPU Liquid Cooling (Water Cooling) AIO" is designed to meet these demands. 【Use Cases】 - Development and verification of autonomous driving systems - Improvement of accuracy in image recognition and object detection using AI - Real-time data processing 【Benefits of Implementation】 - Acceleration of recognition processing and improvement of accuracy - Shortening of development cycles - Enhanced capability to execute complex algorithms

In the medical imaging industry and diagnostic support, there is a demand for the ability to process high-resolution image data quickly and accurately. Particularly in AI-based diagnostic support systems, a GPU with high computational power is essential for detecting subtle abnormalities from vast amounts of image data. Delays in processing speed or lack of accuracy increase the risk of diagnostic delays or misdiagnoses. Our ZEUS BTO 6U rack GPU server demonstrates stable cooling performance with CPU liquid cooling (water cooling) AIO and supports advanced analysis of medical images as a machine compatible with Intel Core Ultra. 【Use Cases】 - Building AI-based image diagnostic support systems - Real-time analysis of high-resolution medical images - Processing large-scale medical image databases 【Benefits of Implementation】 - Improved and expedited diagnostic accuracy - Reduced burden on physicians - Promotion of the development of new diagnostic technologies