GIGABYTE: Powering the Future of Technology Worldwide

Server Motherboard

Server motherboards for high-performance applications are available in various form factors: EEB/E-ATX/ATX/microATX/mini-ITX.

Workstation Motherboard

Experts involved in AI, animation, and data science depend on robust, scalable, and high-performance workstation boards.

Rack Server

Innovation and performance are integrated into these top-notch rack servers tailored for data centers with demanding applications.

GPU Server

Scalable parallel processing GPU-rich servers constructed for exceptional performance.

High Density Server

Compute, Storage, and Networking capabilities are facilitated in high-density, multi-node servers with reduced TCO and enhanced efficiency.

Direct Liquid Cooling

Ensure optimal performance across all configurations. Implement direct-to-chip liquid cooling for the advancing AI/HPC age.

Immersion Cooling

Tackle increasing server temperatures with submerged cooling. Adopt next-gen liquid cooling for superior TCO and PUE.

Data Center – OCP

Based on OCP Open Rack Standards, these barebone racks and nodes cater to datacenters.

AI Platform

Computing power, vast data, rapid networking, and accelerators merge into a scalable HPC and/or AI server solution.

Visual Computing

Systems executing visual applications, from computer graphics to animation, depend on visual computing servers.

High-Performance Computing Server

Computing power, vast data, rapid networking, and accelerators combine into a scalable HPC and/or AI server solution.

Hyper-Converged Server

A software-defined cluster of nodes can be designated for computing, storage, networking, or virtualization.

Storage Server

Capacity, dependability, and storage versatility are incorporated into these storage servers designed for enterprises and datacenters.

Network Server

Manage file and application usage securely in office environments while storing substantial amounts of data.

Edge Server

Real-time data processing at the source is crucial for edge computing with minimized latency for Internet of Things (IoT) and 5G networks as they utilize cloud services.

e-Mobility

Telematics and edge computing platforms for Electric vehicles, Autonomous driving, ADAS, ITS, and V2X applications.