Wistech Ltd. Product Lineup

In the field of robotics, control optimization requires high computational power capable of executing complex calculations quickly and stably. Particularly in real-time precise control and simulations that handle large amounts of data, the performance and cooling capabilities of GPUs directly impact the reliability of the product and development efficiency. Our BTO5U rack GPU server meets these demands by cooling high-performance AMD Ryzen AM5 platforms and powerful GPUs with a liquid cooling system. 【Use Cases】 - Precise motion control of robotic arms - Path planning and obstacle avoidance for autonomous robots - Learning and simulation of robots utilizing AI - Advanced image recognition processing for industrial robots 【Benefits of Implementation】 - Acceleration of control algorithms and improvement in accuracy - Shortening of development cycles and cost reduction - Enhanced stability during the execution of complex tasks - Rapid adoption of the latest AI technologies

• Industrial PCs

In the field of autonomous driving, recognition learning requires the ability to process vast amounts of data quickly and accurately. In particular, high-performance GPUs and cooling systems to ensure stable operation are essential for real-time situational judgment and the execution of complex algorithms. Insufficient processing power or inadequate cooling can increase the risk of decreased learning accuracy and system downtime, potentially leading to development delays. Our BTO5U rack GPU server is equipped with high-performance CPUs and GPUs, as well as a liquid cooling system, to address these challenges in recognition learning. 【Use Cases】 - Recognition learning for autonomous driving systems - Development and validation of AI models - Processing large volumes of image and video data 【Benefits of Implementation】 - Acceleration and improvement of recognition learning - Enhanced development efficiency through stable system operation - Future-proofing with the latest GPUs

• Industrial PCs

In the medical imaging industry, high-precision and rapid data processing is required. Particularly, to analyze complex medical images and make accurate diagnoses, a GPU with high computational power and cooling performance to ensure stable operation are essential. Delays in processing speed or system instability can increase the risk of diagnostic delays and misdiagnoses. Our BTO5U rack GPU server delivers stable performance even under heavy loads, thanks to its liquid-cooled CPU cooler and dual power supply collaboration, meeting the advanced demands of medical imaging diagnostics. 【Use Cases】 - Real-time analysis of high-resolution medical images - Development of AI-assisted imaging diagnostic systems - Processing of large-scale medical datasets 【Benefits of Implementation】 - Improved and expedited diagnostic accuracy - Increased operational efficiency through reduced analysis time - Assurance of reliability through stable system operation

• Industrial PCs

In quality inspection within the manufacturing industry, the detection of minute defects in products and complex image analysis are required. In particular, high-speed and high-precision processing capabilities are essential for reducing inspection time and improving reliability. Insufficient processing power can lead to missed detections and misjudgments, potentially resulting in decreased product quality and worsened production efficiency. Our BTO5U rack GPU server supports quality inspection operations in manufacturing by achieving stable high-speed processing through the cooling of a high-performance AMD Ryzen AM5 CPU and a powerful GPU with a liquid cooling system. 【Usage Scenarios】 - Appearance inspection of products using high-resolution images - Analysis of internal structures using complex algorithms - Real-time anomaly detection and alert issuance - Processing and analysis of large volumes of inspection data 【Benefits of Implementation】 - Improved inspection accuracy and reduced risk of oversight - Increased productivity through reduced inspection time - Efficient execution of complex analysis tasks - Assurance of reliability through stable operation

• Industrial PCs

In the financial industry, risk modeling requires a high-performance computing environment capable of executing complex calculations quickly and reliably. Particularly in simulations and analyses that handle large amounts of data, processing speed and reliability are essential for maintaining product performance. Insufficient computing power or unstable systems can lead to delays or errors in analysis results. Our BTO5U rack GPU server, equipped with the AMD Ryzen AM5 platform and high-performance GPUs, achieves stable operation through a liquid cooling system, meeting the demands of risk modeling. 【Use Cases】 - Simulation of complex financial models - Analysis of large-scale datasets - Real-time risk assessment 【Benefits of Implementation】 - Reduction in computation time - Improvement in analysis accuracy - Assurance of system stability

• Industrial PCs

In the field of bioinformatics, particularly in genome analysis, vast data processing capabilities and high-speed computations are required. The collaboration between high-performance GPUs and CPUs is essential for executing complex algorithms and analyzing large datasets. Reducing analysis time is directly linked to the progress of research and new discoveries, making a reliable computing environment crucial. This product is a high-performance GPU server designed to meet these needs. 【Use Cases】 - Analysis of large-scale genomic data - Comparison and alignment of gene sequences - Protein structure prediction - Biomarker discovery 【Benefits of Implementation】 - Improved research efficiency through reduced analysis time - Enhanced capability to handle complex computational processes - Increased accuracy in data analysis - Future potential with the latest GPU technology

• Industrial PCs

In the game development industry and testing verification field, high computational power and stable operation are required to handle complex processes and large-scale datasets. Particularly in tasks that place a heavy load on the CPU and GPU, such as building game engines, compiling assets, and real-time performance verification, managing heat generation and maintaining processing speed directly impacts the efficiency of product development. Our ZEUS BTO 5U rack GPU server meets these demands by featuring a high-performance AMD Ryzen AM5 platform and powerful GPUs, providing stable cooling performance through a liquid-cooled CPU cooler. 【Usage Scenarios】 - Building and compiling game engines - Processing and verifying large-scale assets - Real-time performance testing - Supporting game development using AI/machine learning 【Benefits of Implementation】 - Shortened development cycles - Improved testing accuracy - Provision of a stable development environment - Efficient use of resources

• Industrial PCs

In the video production industry, high resolution and the use of complex effects demand high processing power and stability during editing and encoding tasks. Particularly when handling long rendering times or multiple projects simultaneously, the load on the CPU and GPU increases, and the resulting heat can lead to performance degradation or interruptions in work. This product addresses these challenges by equipping the CPU with a liquid cooling (water cooling) cooler, which provides stable cooling performance even under high loads. Additionally, the collaboration of two power supplies supports stable operation in case of emergencies. 【Usage Scenarios】 - Editing and encoding high-resolution videos - Rendering complex VFX and motion graphics - Simultaneous progress on multiple projects - Continuous operation for long periods 【Benefits of Implementation】 - Reduction in editing and encoding time - Mitigation of performance degradation during work - Improved work efficiency due to stable system operation - Reduced risk of unexpected system downtime

• Industrial PCs

In the CAD/CAM field, particularly in design rendering, there is a demand for fast and high-precision processing of complex 3D models. Delays in processing speed during the verification and modification of design data, as well as the final rendering work, can impact the progress of a project. When handling high-resolution models and complex textures, the performance of the GPU and stable cooling are essential. Our BTO5U rack GPU server utilizes a high-performance AMD Ryzen AM5 platform and a liquid-cooled CPU cooler, ensuring stable performance even during long hours of high-load work. This helps shorten design rendering times and contributes to increased productivity. 【Usage Scenarios】 - Design and editing of large-scale 3D models - Generation of photorealistic rendering images - Rapid creation of data for design reviews and presentations - Reduction of rendering time through parallel processing with multiple GPUs 【Benefits of Implementation】 - Increased productivity through reduced design rendering times - Processing power that smoothly handles high-resolution and complex models - Stable operation and extended lifespan due to the liquid cooling system - Optimal environment construction through customizable configurations

• Industrial PCs

In the HPC field and simulation applications, high-performance computing resources are required to execute complex calculations quickly and stably. In particular, during long computations and large-scale data processing, the cooling performance of CPUs and GPUs is essential for maintaining system stability and performance. Insufficient cooling increases the risk of performance degradation due to thermal throttling and unexpected system downtime. Our BTO5U rack GPU server is equipped with a liquid-cooled CPU cooler, providing stable cooling performance even under heavy loads, thereby contributing to the efficiency and reliability of simulation tasks. 【Use Cases】 - Scientific and technical computing - Structural analysis - Fluid analysis - Training machine learning models - Rendering processes 【Benefits of Implementation】 - Reduction in computation time - Improvement in system stability - Acquisition of high-precision simulation results - Acceleration of research and development cycles

• Industrial PCs

In the field of data science, there is a demand for fast and stable computational processing capabilities for analyzing complex datasets and building machine learning models. Particularly in large-scale data analysis and advanced simulations, cooling performance that can withstand long hours of high-load processing and scalability to utilize the latest GPUs are crucial. Inadequate cooling can lead to performance degradation and shorten the lifespan of equipment. Our BTO5U rack GPU server is equipped with a liquid-cooled CPU cooler, providing stable cooling performance to support the efficiency of data analysis. 【Usage Scenarios】 - High-speed processing of large-scale datasets - Training of machine learning models - Execution of complex simulations - Building real-time analysis infrastructure 【Benefits of Implementation】 - Increased productivity through reduced analysis time - Achievement of high-precision model construction - Acceleration of research and development cycles - Reduced downtime through stable operations

• Industrial PCs

In AI development, shortening the training time of machine learning models using large-scale datasets is essential for accelerating the development cycle and fostering innovation. In particular, training complex neural networks requires high computational power from GPUs and cooling performance to ensure stable operation. Delays in training time can directly lead to project delays and increased costs. Our BTO5U rack GPU server is equipped with a high-performance AMD Ryzen AM5 CPU and a liquid cooling system, supporting the acceleration of AI training. 【Use Cases】 - Training deep learning models - Image recognition and natural language processing with large-scale datasets - Simulations and scientific computing 【Benefits of Implementation】 - Accelerated development cycle through reduced training time - Stable operation that maximizes GPU performance - Customization to meet diverse AI development needs

• Industrial PCs

In the retail industry, it is essential to accurately forecast future demand from vast amounts of sales data and optimize inventory management and sales strategies. In particular, systems with advanced data analysis capabilities are indispensable for responding to seasonal fluctuations and changes in trends. Delays in analysis or lack of accuracy increase the risks of missed opportunities and excess inventory. Our ZEUS BTO 5U rack GPU server supports rapid and high-precision demand forecasting analysis with its powerful GPU computing capabilities and the latest CPUs. 【Use Cases】 - Analysis of POS data, purchase history from e-commerce sites, and social media trends - Analysis of seasonality, events, and promotional effects - Improvement of inventory optimization and reorder point management accuracy - Demand forecasting by sales channel 【Benefits of Implementation】 - Acceleration and improvement of data analysis accuracy - Reduction of inventory risks and prevention of missed opportunities - Support for planning and executing sales strategies - Enhancement of profitability

• Industrial PCs

In the energy industry, particularly in the field of resource exploration, there is a demand for the ability to efficiently process and analyze vast amounts of data. Quickly performing complex calculations on geological data and exploration data directly contributes to improved exploration accuracy and reduced time. Traditional systems may face challenges such as limitations in processing power and compatibility with specific analysis software. Our BTO5U rack GPU server is equipped with high-performance GPUs and can be customized to meet customer needs. This enhances the efficiency of data analysis in resource exploration and supports more accurate analysis. 【Use Cases】 - Processing large-scale geological datasets - Simulation and modeling of exploration data - Estimation of resource reserves using AI - Real-time data analysis and visualization 【Benefits of Implementation】 - Improved exploration efficiency through reduced data analysis time - Increased probability of resource discovery through high-precision analysis - Optimization for specific analysis workflows through customization - Continuous use due to future expandability

• Industrial PCs

In the game development industry, high computational power and stable performance are required for complex 3D models and real-time rendering processes. In particular, to support the latest game engines and graphics technologies, a powerful GPU and the cooling performance to support it are essential. Delays and instability in rendering processes can affect development efficiency and the quality of the final product. Our ZEUS BTO 5U rack GPU server, equipped with a CPU liquid cooling (water cooling) AIO, efficiently cools powerful GPUs to achieve stable real-time rendering. 【Use Cases】 - Real-time rendering with the latest game engines - Previewing and editing large-scale 3D assets - Development and testing of VR/AR content 【Benefits of Implementation】 - Shortened development cycles - Improved quality through stabilized rendering processes - Rapid response to the latest technologies

• Industrial PCs

In the entertainment industry and the field of CG rendering, high processing power and stable operation are required for creating complex 3D models and editing high-resolution videos. Especially in large-scale rendering tasks, cooling performance that can withstand long hours of continuous operation and scalability to accommodate the latest graphics cards are crucial. Inadequate cooling can lead to performance degradation and equipment failure. Our ZEUS BTO 5U rack GPU server is equipped with a CPU liquid cooling (water cooling) AIO, achieving powerful cooling performance and stable operation through the collaboration of two power supplies. It also offers a wide range of the latest GPU options to strongly support your creative work. 【Usage Scenarios】 - Large-scale CG rendering - Video editing and VFX production - Real-time rendering - AI training and inference 【Benefits of Implementation】 - Reduced rendering time - Smooth processing of complex scenes - Improved efficiency in creative work - Stable system operation

• Industrial PCs

In the pharmaceutical industry, particularly in drug discovery modeling, high-performance computing resources are required to analyze and simulate complex molecular structures quickly and accurately. To process vast amounts of data and accelerate the discovery of new drug candidates, powerful GPUs and cooling systems to ensure stable operation are essential. Our ZEUS BTO 5U rack GPU server is designed to meet these demands. 【Use Cases】 - Large-scale molecular dynamics simulations - Protein structure prediction - Screening in drug design - Drug discovery research using machine learning 【Benefits of Implementation】 - Accelerated research and development through reduced simulation time - Comprehensive evaluation of a larger number of candidate compounds - Increased productivity for researchers

• Industrial PCs

In the field of medical imaging diagnostics, rapid and accurate analysis of high-resolution images is required. Particularly in AI-assisted diagnostic support systems, the performance of GPUs that can process vast amounts of data quickly is essential for improving diagnostic accuracy and reducing time. Insufficient processing power can lead to longer diagnosis times or the possibility of overlooking subtle lesions. Our ZEUS BTO 5U rack GPU server is equipped with high-performance GPUs and a liquid cooling system for CPUs, addressing these challenges in imaging diagnostics. 【Use Cases】 - Building AI-based imaging diagnostic support systems - Real-time analysis of high-resolution medical images - Processing large-scale medical datasets 【Benefits of Implementation】 - Reduction and efficiency of diagnosis time - Improvement in diagnostic accuracy - Alleviation of the burden on healthcare professionals

• Industrial PCs

In the automotive industry, the development of autonomous driving requires the processing of vast amounts of data and advanced simulations. In particular, high computational power GPUs are essential for real-time image recognition and training deep learning models. To shorten development cycles and improve accuracy, reliable hardware and flexible customization are crucial. Our BTO5U rack GPU server is designed to meet the needs of autonomous driving development. 【Use Cases】 - Algorithm development for autonomous driving systems - Training and validation of AI models - Real-time analysis of sensor data - Building simulation environments 【Benefits of Implementation】 - Shortened development cycles - Improved accuracy of AI models - Increased efficiency in complex computational processes - Cost optimization through flexible configurations

• Industrial PCs

In manufacturing simulations, performing complex calculations quickly and accurately leads to increased efficiency in product development and cost reduction. In particular, high-performance GPU servers are essential for performance evaluation during the design phase and optimization of manufacturing processes. Our ZEUS BTO 5U rack GPU server is equipped with the latest Intel Core Ultra processors and high-performance GPUs, providing a powerful platform to meet these demands. 【Usage Scenarios】 - Structural analysis, fluid analysis - Thermal analysis, electromagnetic field analysis - General CAE - Quality inspection utilizing AI 【Benefits of Implementation】 - Accelerated development cycles due to reduced simulation time - Improved design accuracy through analysis under more detailed conditions - Rapid evaluation of multiple scenarios leading to the discovery of optimal solutions

• Industrial PCs

In the fields of HPC and scientific computing, high-performance computing resources capable of executing large-scale data processing and complex simulations quickly and stably are required. Particularly in processes with enormous computational loads, the cooling performance of CPUs and GPUs is directly linked to the stable operation and performance maintenance of the system. Insufficient cooling can lead to performance degradation and unexpected system downtime. Our BTO 5U rack GPU server is equipped with a CPU liquid cooling (water cooling) AIO, achieving high cooling performance to address these challenges. 【Usage Scenarios】 - Large-scale simulations - Training AI/machine learning models - Scientific and technical computing - Data analysis 【Benefits of Implementation】 - Reduction in computation processing time - Improvement in system stability - Maintenance of performance under high loads

• Industrial PCs

In the field of data science, advanced analytics requires the ability to process vast amounts of data quickly and efficiently. Particularly in the training of machine learning and deep learning models, the computational power of GPUs directly impacts the accuracy and speed of the analysis results. Building complex models and analyzing large datasets necessitate high processing capabilities and stable performance. Our ZEUS BTO 5U rack GPU server is designed to meet these advanced demands. 【Use Cases】 - Machine learning and deep learning with large datasets - Execution of complex simulations - Real-time data analysis 【Benefits of Implementation】 - Faster decision-making due to reduced analysis time - Achievement of more accurate model building - Acceleration of research and development cycles

• Industrial PCs

In the fields of AI development and large-scale learning, high-performance computing resources are required to process vast amounts of data quickly and efficiently train complex models. In particular, the performance and stable operation of GPUs are extremely important as they directly contribute to shortening development cycles and improving accuracy. Insufficient computing power increases the risk of prolonged training times and failing to achieve expected results. Our BTO5U rack GPU server adopts a liquid cooling system for the CPU, achieving high cooling performance and stable operation to meet the demands of large-scale learning in AI development. 【Use Cases】 - Large-scale training of AI models - Research and development in deep learning - Complex computational processing in data science 【Benefits of Implementation】 - Acceleration of development cycles through reduced training times - Realization of training for complex models - Improved efficiency in research and development

• Industrial PCs

In scientific research, particularly in the field of hypothesis testing, complex simulations and large-scale data analysis are required. To perform these processes efficiently, a GPU with high computational power and cooling performance to keep it running stably are essential. Insufficient computational resources can lead to delays in the verification process and a decrease in accuracy. Our ZEUS BTO 6U rack GPU server is equipped with the AMD Ryzen AM5 platform and high-performance GPUs, and provides stable performance even under prolonged high-load tasks thanks to its CPU liquid cooling (water cooling) AIO. This accelerates the hypothesis testing cycle and supports the advancement of research. 【Use Cases】 - Large-scale simulations - Training machine learning models - Data analysis - Image processing 【Benefits of Implementation】 - Reduction in computation time - Acceleration of research and development cycles - Verification of more complex models - Early realization of research outcomes

• Industrial PCs

In the VR/AR field, advanced graphics processing capabilities are required to provide real and immersive experiences. In particular, powerful GPUs and cooling systems that ensure stable operation are essential for rendering complex 3D models and enabling real-time interactions. Insufficient processing power can lead to choppy visuals and delays, potentially compromising the user experience. Our ZEUS BTO 6U rack GPU server, equipped with the latest AMD Ryzen AM5 platform and high-performance GPUs, supports the delivery of high-quality VR/AR experiences by achieving stable operation through a liquid cooling system. 【Use Cases】 - VR content development and production - Real-time rendering of AR applications - Building immersive simulation environments - Content delivery at large-scale VR/AR events 【Benefits of Implementation】 - Providing a smooth and delay-free visual experience - Fast rendering of complex 3D models - High-quality graphics that enhance user immersion - Improved reliability through long hours of stable operation

• Industrial PCs

In the field of medical imaging, particularly in diagnostic support, there is a demand for the ability to process vast amounts of image data quickly and accurately. In high-resolution medical image analysis and AI-based diagnostic support systems, the computational power of GPUs directly affects processing speed and accuracy. Insufficient processing capability can increase the risk of delays in diagnosis and missed findings. Our ZEUS BTO 6U rack GPU server is equipped with high-performance GPUs to address these challenges. 【Use Cases】 - Real-time analysis of high-resolution medical images (CT, MRI, etc.) - Operation of AI-based lesion detection and diagnostic support systems - Acceleration of medical image processing software 【Benefits of Implementation】 - Improved and expedited diagnostic accuracy - Reduced burden on physicians and realization of efficient workflows - Enhanced capability to respond to advanced medical technologies

• Industrial PCs

In the field of robotics, particularly in control optimization, there is a demand for high computational power that can execute complex calculations quickly and accurately. Real-time situational judgment and the execution of advanced algorithms require the incorporation of powerful GPUs. Our ZEUS BTO 6U rack GPU server provides a solution to meet these demands. 【Use Cases】 - Development of autonomous control algorithms for robots - Motion verification in simulation environments - Robot control using image recognition - Optimization of control models through AI learning 【Benefits of Implementation】 - Fast execution and verification of control algorithms - Shortened development cycles - Realization of more advanced and complex controls - Enhanced robot capabilities through improved performance

• Industrial PCs

In the field of autonomous driving, it is essential to process vast amounts of sensor data in real-time to achieve high recognition accuracy. In particular, high-performance GPU-based fast computation is indispensable for object detection and route determination in complex environments. Improving recognition accuracy is directly linked to the realization of a safe autonomous driving system. Our ZEUS BTO 6U rack GPU server is designed to meet these demands. [Use Cases] - Development and verification environment for autonomous driving systems - Image recognition and object detection processing using AI - Sensor fusion and data analysis [Benefits of Implementation] - Enhanced safety through high-precision recognition processing - Shortened development and verification cycles - Secured capability for large-scale data processing

• Industrial PCs

In the field of financial engineering, high computational power is required for the calculation and simulation of complex risk models. In particular, to process large amounts of data quickly and obtain highly accurate analytical results, high-performance GPUs and robust systems that support them are essential. Insufficient computational power can lead to delays in analysis and decreased accuracy, potentially hindering rapid decision-making. Our ZEUS BTO 6U rack GPU server, equipped with the AMD Ryzen AM5 platform and liquid-cooled CPU cooler, supports the efficiency of risk calculations in financial engineering with customizable high-performance GPUs. 【Use Cases】 - Pricing calculations for complex financial derivatives - Risk assessment through Monte Carlo simulations - Execution of portfolio optimization algorithms - Modeling of market risk and credit risk 【Benefits of Implementation】 - Support for rapid decision-making through reduced risk calculation time - Enhanced capability to execute larger and more sophisticated models - Improved analytical accuracy leading to more precise risk management - Customization to meet specific computational needs

• Industrial PCs

In the field of bioinformatics, particularly in genome analysis, there is a demand for processing vast amounts of data and performing rapid analyses. To efficiently conduct complex calculations and simulations, high-performance GPUs and CPUs, as well as a stable cooling system, are essential. Reducing analysis time directly correlates with the progress of research and new discoveries, making servers with high processing power and reliability crucial. Our product, the 'ZEUS BTO 6U Rack GPU Server/AMD Ryzen/AM5/CPU Liquid Cooling (Water Cooling) AIO,' has been developed to meet these needs. 【Use Cases】 - Analysis of large-scale genomic data - Comparison and alignment of gene sequences - Protein structure prediction simulations - Bioinformatics research using machine learning 【Benefits of Implementation】 - Improved research efficiency through reduced analysis time - Accelerated processing of complex calculations - Reduced risk of research interruptions due to stable operation - Optimal environment construction through customization

• Industrial PCs

In the game development industry, high computational power and fast processing are required for prototyping that utilizes complex 3D models and real-time rendering. In particular, the performance of the GPU is directly linked to development efficiency in tasks such as performance validation of game engines and previewing large-scale assets. Insufficient computational resources can lead to delays in the development cycle and make it difficult to achieve the intended expressions. Our product is equipped with the latest GPU and provides a powerful platform to meet the demands of prototyping in game development. 【Use Cases】 - Real-time rendering validation of game engines - Previewing and optimizing large-scale assets - Prototyping game content generation using AI - Development using parallel processing with multiple GPUs 【Benefits of Implementation】 - Shortened prototyping cycle - Resolution of bottlenecks during development - Early realization of richer game expressions - Increased productivity for the entire development team

• Industrial PCs

In the CG production industry and for rendering purposes, high computational power and stable operation are required for processing complex 3D models and high-resolution videos. Particularly during long rendering tasks, the performance of the GPU and its cooling capabilities significantly impact work efficiency and output quality. Inadequate cooling can lead to decreased performance and shorten the lifespan of the equipment. Our ZEUS BTO 6U rack GPU server is equipped with a CPU liquid cooling (water cooling) AIO, achieving powerful cooling performance. With customizable GPU options, we strongly support your rendering workflow. 【Use Cases】 - Rendering large-scale 3D scenes - Real-time preview of high-resolution videos - Processing complex simulations 【Benefits of Implementation】 - Reduction in rendering time - Improved work efficiency due to stable performance - Support for the production of high-quality CG content

• Industrial PCs

In the HPC field and for simulation purposes, high-performance servers capable of executing complex computational processes quickly and stably are required. Particularly in simulations dealing with large-scale datasets, high computational power and cooling performance are essential for reducing analysis time and improving accuracy. Our ZEUS BTO 6U rack GPU server is designed to meet these demands. 【Use Cases】 - Large-scale scientific and technical calculations - Engineering simulations - Training AI/machine learning models 【Benefits of Implementation】 - Reduction in computation processing time - Improvement in analysis accuracy - Acceleration of research and development cycles

• Industrial PCs

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, the speed of analysis is directly linked to the progress of research and development and business decision-making, making the enhancement of processing capabilities essential. Our "ZEUS BTO 6U Rack GPU Server/AMD Ryzen/AM5/CPU Liquid Cooling (Water Cooling) AIO" is designed to meet these demands. 【Use Cases】 - Training machine learning models - Inference processing for deep learning - Analyzing large datasets - Running simulations 【Benefits of Implementation】 - Accelerated research and development through reduced analysis time - Ability to build and validate more complex models - Support for rapid decision-making based on data - Efficient utilization of GPU resources

• Industrial PCs

In AI development, the learning speed of models is a crucial factor that directly impacts development efficiency. Particularly when dealing with large datasets and complex models, high-speed computing power and efficient cooling are required. Reducing training time accelerates the trial-and-error cycle and enables the development of more accurate models. Our product, the "ZEUS BTO 6U Rack GPU Server/AMD Ryzen/AM5/CPU Liquid Cooling (Water Cooling) AIO," is designed to meet these AI development needs. 【Use Cases】 - Training deep learning models - Processing large datasets - Simulations using GPU computing 【Benefits of Implementation】 - Shortened AI model training time - Accelerated development cycles - Capability to handle more complex models and large-scale data

• Industrial PCs

In the energy industry, particularly in the field of resource exploration, the analysis and simulation of vast amounts of data are essential. These processes require GPUs with high computational power. The analysis of complex geological data and seismic data, as well as the rapid evaluation of simulation results, directly impacts the efficiency and accuracy of exploration. Our ZEUS BTO 6U rack GPU server has been designed to meet these demands. 【Use Cases】 - Large-scale geological data analysis - Processing and visualization of seismic data - Simulation modeling - Resource prediction using AI/machine learning 【Benefits of Implementation】 - Improved exploration efficiency through reduced analysis time - Increased probability of resource discovery through high-precision data analysis - Rapid execution of complex computational processes

• Industrial PCs

In the field of robotics, control optimization requires high computational power capable of executing complex calculations quickly and stably. In particular, high-performance GPUs and effective cooling systems to manage the associated heat generation are essential for precise real-time control and the analysis of large amounts of sensor data. Our ZEUS BTO 6U rack GPU server is designed to meet these demands. [Use Cases] - Motion planning and simulation for robotic arms - Path planning and obstacle avoidance for autonomous robots - Learning and control of robots utilizing AI - Precise motion control for industrial robots [Benefits of Implementation] - Acceleration of control algorithms and improvement in accuracy - Reduction in the time required for complex simulations - Enhanced real-time data processing capabilities - Improved stability and reliability of the entire system

• Industrial PCs

In the game development industry, high computational power and stable performance are required for complex 3D models and real-time rendering processes. In particular, the handling of the latest game engines and large-scale assets heavily depends on GPU performance, and rendering delays or stuttering can impact development efficiency and the final gaming experience. Therefore, servers equipped with high-performance GPUs and cooling capabilities that can withstand long hours of high-load work are essential. Our product, the 'ZEUS BTO 6U Rack GPU Server/Intel Core Ultra/CPU Liquid Cooling (Water Cooling) AIO,' is designed to meet these game development needs. 【Usage Scenarios】 - Real-time rendering tests of the latest game engines - Rendering of large-scale 3D assets - Development of VR/AR content - AI-assisted game development support 【Benefits of Implementation】 - Shortened development cycles - Realization of richer gaming experiences - Provision of a stable development environment

• Industrial PCs

In the entertainment industry, particularly in CG rendering, there is a demand for fast processing of complex scenes and stable operation. Rendering tasks that require vast computational resources directly relate the performance and cooling efficiency of GPUs to the reduction of production time and maintenance of quality. Inadequate cooling can lead to performance degradation and unexpected shutdowns, potentially causing project delays. Our ZEUS BTO 6U rack GPU server is equipped with high-performance CPUs and GPUs, as well as a liquid cooling system, to address these challenges. 【Use Cases】 - Rendering large-scale 3D scenes - Real-time rendering - VFX production - Animation production 【Benefits of Implementation】 - Reduced rendering time - High-resolution, high-quality CG generation - Improved work efficiency due to stable long-term operation

• Industrial PCs

In the manufacturing industry, precise inspection processes are required to maintain and improve product quality. In particular, quality inspections utilizing image recognition and AI necessitate the ability to process large amounts of data quickly and accurately. This enables early detection of defective products and improvements in production efficiency. Our ZEUS BTO 6U rack GPU server has been developed to meet the needs of such manufacturing environments. 【Use Cases】 - Appearance inspection using AI - Defect detection through image analysis - Real-time data processing 【Benefits of Implementation】 - Improved inspection accuracy - Reduced inspection time - Increased efficiency of production lines

• Industrial PCs

In the financial industry, risk analysis requires the ability to process vast amounts of data quickly and accurately. Particularly, to analyze complex market fluctuations and diverse risk factors, a GPU server with high computational performance is essential. Delays in analysis can lead to opportunity losses and delays in responding to unexpected risks. Our ZEUS BTO 6U rack GPU server, equipped with the latest Intel Core Ultra processors and high-performance GPUs, addresses these challenges with stable cooling performance provided by a liquid cooling system. 【Use Cases】 - Market risk modeling - Credit risk assessment - Fraud detection - Portfolio optimization 【Benefits of Implementation】 - Faster decision-making due to reduced analysis time - Development of more sophisticated risk models - Near real-time data analysis realization

• Industrial PCs

In drug discovery modeling within the pharmaceutical industry, the analysis and simulation of complex molecular structures require vast computational resources. In particular, high-precision modeling necessitates GPUs capable of fast data processing and large-scale parallel computing. Improving computational speed directly correlates with shortening the drug development timeline, making the establishment of high-performance computing environments essential. Our ZEUS BTO 6U rack GPU server is designed to meet these needs. 【Use Cases】 - Large-scale molecular simulations - Protein structure analysis - Compound screening - Drug discovery research using machine learning 【Benefits of Implementation】 - Accelerated research and development cycles due to reduced computation time - Realization of more complex and refined modeling - Increased productivity for researchers

• Industrial PCs

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

• Industrial PCs

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

• Industrial PCs

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

• Industrial PCs