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.