In Win Development Inc. is a Taiwan-headquartered global manufacturer of computer hardware, AI infrastructure, and system integration solutions founded in 1985. Its portfolio includes PC cases, power supplies, cooling products, industrial computing (IPC), AI server platforms, and system integration services. With four decades of product development, industrial design, and precision manufacturing experience, InWin serves gamers, content creators, enterprises, and cloud data centers. The company is also expanding its AI infrastructure, liquid-cooled server, and L11 system assembly capabilities—extending from component manufacturing to complete system deployment under its vision, “Innovation from Inception to Integration.”

InWin provides a broad range of computer hardware, AI infrastructure solutions, and system integration services. Its portfolio includes gaming and creator PC cases, workstation chassis, power supplies, all-in-one (AIO) liquid coolers, cooling fans, industrial computer (IPC) chassis, rackmount servers, AI GPU server platforms, and liquid-cooling solutions. Beyond standard products, InWin offers L11 (Level 11) system integration, ODM/OEM development, customization, and complete system assembly to help customers deploy high-performance computing (HPC), AI, enterprise server, and data center applications.

InWin products and solutions are used in gaming, content creation, artificial intelligence (AI), high-performance computing (HPC), cloud data centers, enterprise IT, industrial automation, medical equipment, telecommunications, edge computing, and embedded systems. From personal computers and professional workstations to enterprise AI infrastructure, InWin can provide components, chassis, power supplies, server platforms, and system integration services tailored to different applications, helping customers build computing platforms with the required performance, reliability, and scalability.

Headquartered in Taiwan, InWin has integrated product design, R&D, and manufacturing capabilities. Industrial design, mechanical development, tooling, metal stamping, CNC machining, surface finishing, product assembly, and quality validation are vertically managed to support product quality, design consistency, and production efficiency. InWin also operates production and service locations worldwide, enabling localized manufacturing, system integration, logistics management, and technical support for global hardware and AI infrastructure customers.

InWin combines industrial design, precision manufacturing, and system integration in a one-stop offering that extends from product development and component manufacturing to L11 system assembly. In addition to PC cases, power supplies, and cooling products, the company continues to invest in AI GPU server platforms, liquid-cooled data center solutions, and enterprise system integration. Its Signature Series brings together innovative craftsmanship, distinctive materials, and architectural aesthetics, earning international design recognition and demonstrating InWin’s strengths in design, engineering, manufacturing, and AI infrastructure.

InWin offers PC cases in Mini-ITX, Micro-ATX, ATX, E-ATX, and Full Tower formats for gamers, content creators, professional workstations, and high-performance systems. Designs balance aesthetics, thermal performance, hardware compatibility, and build convenience, with support varying by model for next-generation graphics cards, large radiators, and high-wattage power supplies. The portfolio also includes the design-focused Signature Series and case options for gaming, creator, workstation, and AI computing applications.

The Signature Series is InWin’s flagship product line, defined by innovative design, precision manufacturing, and limited production. Each generation combines architectural aesthetics, distinctive materials, advanced craftsmanship, and mechanical engineering to challenge conventional PC case design. From H-Frame, S-Frame, and WINBOT to the latest AEON, the series has received international honors including the iF Design Award and Red Dot Design Award, offering a combination of performance, artistic expression, and collectability.

InWin offers power supplies for consumer, commercial, and enterprise applications, including ATX, SFX, TFX, Flex ATX, Mini-ITX, and CRPS (Common Redundant Power Supply) form factors. Retail models support current ATX 3.x, PCIe 5.1, and 12V-2×6 specifications for modern Intel and AMD platforms and high-performance graphics cards. Enterprise products provide features such as high efficiency, redundancy, hot-swap serviceability, and stable continuous operation for industrial computers, servers, data centers, and AI infrastructure.

InWin offers cooling solutions including all-in-one (AIO) liquid coolers, high-performance case fans, and related accessories for gaming, content creation, workstations, and high-performance computing. Products are designed to balance cooling performance, low-noise operation, and ARGB lighting, with support for mainstream Intel and AMD platforms. By integrating thermal, airflow, and mechanical design, InWin helps users improve system stability, cooling performance, and the overall build experience.

InWin retail products support motherboard formats including Mini-ITX, Micro-ATX, ATX, and E-ATX and are compatible with current Intel and AMD platforms. Depending on the model, products may support large next-generation graphics cards, high-wattage ATX power supplies, and 240 mm, 360 mm, or even 420 mm AIO radiators. Selected cases also support Back-Connect motherboards, enabling cleaner cable routing, improved airflow, and easier assembly and maintenance.

InWin offers industrial computing and server products including rackmount chassis, tower workstations, storage servers, GPU servers, edge computing systems, and high-density computing platforms. The portfolio spans 1U, 2U, 3U, 4U, 5U, 6U, and larger formats and can support ATX, E-ATX, EEB, and server motherboards, multiple GPUs, redundant power supplies, and hot-swappable storage. Applications include enterprise IT, AI, HPC, cloud data centers, telecommunications, healthcare, and industrial automation.

InWin AI GPU server platforms are designed for demanding workloads such as generative AI, deep learning, model training and inference, high-performance computing (HPC), scientific computing, data analytics, digital content creation, and visual computing. Depending on the platform, they can support multiple high-end GPUs, high-power CPUs, large memory capacities, high-speed storage, and high-speed networking, together with high-wattage power delivery and optimized air or liquid cooling for stable, scalable AI infrastructure.

Yes. InWin offers liquid-cooling-ready server chassis and complete platforms for AI, HPC, and data center applications. Depending on project requirements, designs can integrate cold plates, tubing, quick-disconnect fittings, pumps, water-quality monitoring, and leak detection. Liquid cooling can manage heat from high-power CPUs and GPUs more effectively and support greater computing density. InWin can also assist with mechanical, thermal, power, assembly, and validation work to reduce the complexity of high-density liquid-cooled deployments.

InWin industrial computing and server products emphasize reliability, serviceability, thermal performance, and expansion flexibility. Designs can support multiple expansion cards or GPUs, redundant power supplies, hot-swappable fans, and hot-swappable storage, with airflow and structural strength optimized for continuous, high-load operation. Through vertically integrated design and manufacturing, InWin can adapt mechanical, thermal, power, cabling, and module configurations, offering both standard products and customized platforms.

InWin IPC and server solutions are designed for system integrators, equipment manufacturers, cloud and data center operators, AI solution providers, telecommunications companies, medical equipment suppliers, industrial automation companies, and enterprises that require professional workstations or edge computing platforms. Whether the requirement is a low-volume customized project, a production system, or a large-scale AI infrastructure deployment, InWin can provide suitable platforms and manufacturing services based on application, performance, thermal, space, and certification requirements.

L11 (Level 11) system integration extends component integration into complete system build and validation. Based on customer specifications, InWin can assemble the chassis, motherboard, CPU, GPU, memory, storage, power, cooling, and cabling, then perform firmware configuration, burn-in, functional validation, stress testing, and pre-shipment quality inspection. Customers receive configured and validated systems, reducing the time required for supply-chain coordination, assembly, and deployment.

InWin’s system integration service can include requirements analysis, product and component selection, mechanical design, thermal and power planning, supply-chain management, system assembly, BIOS and firmware configuration, functional testing, burn-in validation, quality control, packaging, logistics, and after-sales technical support. Depending on the project, the scope can extend from chassis and subsystem integration to complete AI servers, workstations, industrial computers, and enterprise servers, providing customers with a single point of coordination for development and production.

Yes. InWin provides AI GPU server hardware platforms and complete system build services. Based on the customer’s AI model, performance targets, GPU count, power consumption, cooling requirements, and deployment environment, InWin can assist with mechanical design, component selection, power configuration, airflow or liquid-cooling planning, system assembly, functional validation, and stress testing. This one-stop integration helps customers move more quickly from AI server hardware planning to production and deployment.

Yes. InWin offers ODM, OEM, and customized development services covering industrial design, mechanical design, tooling, metal fabrication, thermal and power planning, cable configuration, branded appearance, system assembly, and mass production. The service scope includes PC cases, industrial computers, servers, AI GPU platforms, power supplies, and related hardware, making it suitable for customers that need differentiated products, special dimensions, specific component configurations, or project-specific certifications.

InWin uses design validation, incoming inspection, process control, assembly inspection, functional testing, burn-in, stress testing, and outgoing inspection to manage quality. For AI GPU servers and liquid-cooled systems, project-specific validation may also cover temperature, power consumption, airflow, acoustics, leaks, and water-quality monitoring. Production records and serial-number traceability can capture critical components, test results, and manufacturing data to improve consistency and traceability in volume production.

InWin has vertically integrated manufacturing capabilities from product design through mass production, including industrial design, mechanical and tooling development, metal stamping, laser cutting, bending, CNC machining, welding, grinding, surface treatment, painting, product assembly, and quality validation. Through collaboration between its in-house manufacturing resources and engineering teams, InWin can support consumer computer hardware, industrial computers, server chassis, racks, AI infrastructure products, and custom metal structures while addressing structural strength, dimensional accuracy, thermal requirements, appearance quality, and mass-production feasibility.

InWin integrates quality management into product development, material inspection, process control, assembly, and shipment. Depending on product and customer requirements, inspections and validation may cover dimensions, structure, functionality, thermals, acoustics, reliability, packaging, and transportation. Standardized procedures, process monitoring, quality tracking, and continuous improvement help enhance consistency across production batches and overall product reliability.

InWin can integrate mechanical design, metal fabrication, chassis and rack manufacturing, thermal configuration, power integration, cable routing, system assembly, and quality validation to support industrial computers, servers, GPU servers, and AI infrastructure products. For high-power, high-density, and customized deployment requirements, its engineering and manufacturing teams jointly evaluate structure, airflow, cooling, load-bearing capacity, serviceability, and mass-production feasibility.

InWin advances environmental sustainability through energy-efficient manufacturing, resource management, waste reduction, material optimization, and energy-efficient product design, while managing hazardous substances and product life cycles in accordance with applicable regulations and customer requirements. Products and processes can support environmental requirements and related validation needs such as RoHS, REACH, and WEEE. InWin also continues to strengthen ESG management through corporate governance, supply-chain management, employee safety, and social responsibility, helping customers build hardware and infrastructure that are more efficient, maintainable, and sustainable.

InWin uses energy management systems to track electricity and fuel consumption across its facilities and establishes energy performance indicators based on equipment condition, production volume, operating hours, and environmental factors. Improvement measures include replacing energy-intensive equipment, optimizing air-conditioning and cooling systems, maintaining equipment, prioritizing energy-efficient purchases, and conducting ongoing energy monitoring and audits to improve energy efficiency and reduce greenhouse gas emissions.

InWin provides product warranties, troubleshooting, technical consultation, parts support, and repair services according to product type and sales region. Consumers can check warranty and support information through the official website, their purchase channel, or a regional InWin service contact. Enterprise and project customers may receive system integration, deployment, maintenance, and technical support according to contract terms. Actual warranty periods, service coverage, and procedures vary by product model, region, and purchase conditions.

Visit the product pages and support section of the official InWin website for specifications, user manuals, installation guides, compatibility information, FAQs, and related downloads. New product, technology, and company updates are also published on the InWin website and official social channels. For IPC, server, AI infrastructure, system integration, or customized project information, use the website contact form or contact a regional sales or technical representative.

An AI GPU server is a high-density computing platform designed for artificial intelligence (AI), large language models (LLMs), deep learning, model training and inference, and high-performance computing (HPC). Compared with a general-purpose server, it can integrate multiple high-performance GPUs, high-power CPUs, large memory capacities, high-speed storage, and high-speed networking to provide massive parallel-computing capability. InWin offers AI GPU server chassis—such as the RG658 PRO—server platforms, and L11 system integration services, helping customers build stable and scalable AI infrastructure based on GPU count, power, airflow, and liquid-cooling requirements.

Liquid-cooled servers use coolant to remove heat more directly from high-power CPUs and GPUs. Compared with air-only cooling, they are generally better suited to high-heat-density and high-density deployments and can improve cooling efficiency, computing density, and system stability while potentially reducing fan energy and the data center’s cooling load. Actual benefits depend on the liquid-cooling architecture, equipment configuration, and facility conditions. InWin offers liquid-cooling-ready server chassis and complete platforms and can integrate mechanical, power, tubing, monitoring, assembly, and validation services for each project.

CRPS (Common Redundant Power Supply) is a standardized, high-density power module commonly used in servers and data centers. A system can use two or more modules for redundancy; if one module fails or requires service, it can be hot-swapped to reduce downtime risk. Selection should consider wattage, efficiency, input voltage, redundancy mode, and system compatibility. InWin offers CRPS power supplies and compatible platforms for industrial computers, enterprise servers, storage systems, and AI GPU servers, supporting high-power and continuous-operation requirements.

A Back-Connect motherboard places major power, signal, and front-I/O connectors on the rear side of the board, allowing cables to be hidden behind the motherboard tray. This reduces visible cabling and can improve cable management, appearance, and serviceability. Before use, confirm that the case has openings in the correct locations, enough rear cable-management space, and compatibility with the motherboard form factor and connector layout. Selected InWin cases support Back-Connect motherboards; check each model’s compatibility information before purchasing.

Start with the intended use and motherboard size—Mini-ITX, Micro-ATX, ATX, or E-ATX—then check graphics-card length, CPU-cooler height, power-supply dimensions, storage capacity, and radiator compatibility. High-performance systems also require careful assessment of fan capacity, intake and exhaust paths, dust protection, cable management, and future expansion. InWin offers PC cases across multiple sizes and product positions for gaming, content creation, workstations, and high-performance computing; use each model’s specifications and compatibility information to select the best fit.

Estimate peak system power based on the CPU, GPU, and other components, allow an appropriate power margin, and verify form factor, connector count, ATX and PCIe compliance, 12V-2×6 support, conversion efficiency, protection features, and warranty. An 80 PLUS rating indicates efficiency under defined test conditions but does not alone represent overall PSU quality. InWin offers ATX, SFX, TFX, Flex ATX, Mini-ITX, and CRPS power products for compact PCs, gaming systems, workstations, industrial computers, and servers.