GIGABYTE is using ISC High Performance 2026 to show what its next generation of AI infrastructure could look like. Taking center stage is a large rack-scale platform based on NVIDIA’s upcoming Vera Rubin architecture, alongside a range of new HPC and data center technologies.
GIGABYTE’s display covers a wide range of products, from desktop AI workstations to enterprise servers and large-scale data center systems. The main highlight, however, is the NVIDIA Vera Rubin NVL72 platform.
The company brings together 36 NVIDIA Vera CPUs and 72 NVIDIA Rubin GPUs, connected through sixth-generation NVLink technology and supported by an advanced liquid-cooling system. GIGABYTE says the platform is built for large AI training projects, inference workloads, and scientific research applications while offering better performance and efficiency than earlier generations.
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Claim Your 6-month Prime Trial →Demand for AI infrastructure continues to grow as companies, research institutions, and cloud providers invest in more powerful AI systems. At ISC 2026, GIGABYTE is highlighting how its product lineup now covers a wide range of AI needs, from local development systems for individual users to large-scale platforms built for data center and enterprise deployments.
The AI TOP ATOM is another key product in GIGABYTE’s lineup. Powered by NVIDIA’s GB10 Grace Blackwell Superchip, the compact workstation is built for developers and researchers who want to develop, test, and fine-tune AI models locally, a segment that also includes systems such as the MINIX ER939-AI Pro Mini PC.
The W775-V10 workstation is designed for some of the most demanding workloads in GIGABYTE’s lineup. Similar workstation-class AI hardware is appearing across the market, including the Dell and ASUS Windows 365 Cloud PC Devices initiative. Powered by NVIDIA’s GB300 Grace Blackwell Ultra Desktop Superchip, it is built for AI development, engineering simulations, and digital twin applications that require powerful hardware.
Larger AI deployments are another major focus of GIGABYTE’s showcase. The company is displaying systems such as the XL44-SX2-AAS1 and XLS4-SX2-LAS1, both built on NVIDIA’s MGX architecture. Equipped with NVIDIA RTX PRO 6000 Blackwell Server Edition GPUs, these platforms are designed for AI inference, scientific research, engineering simulations, and advanced visualization workloads. NVIDIA’s latest enterprise GPU roadmap is also reflected in the upcoming Intel Planning Processors With NVIDIA Graphics for 2028 initiative.
Intel-based systems continue to play an important role in GIGABYTE’s portfolio. At ISC 2026, the company is showcasing several servers powered by Intel Xeon processors, targeting workloads such as cloud computing, data analytics, AI inference, and traditional high-performance computing applications.
The range of systems on display includes the B343-X40 high-density server, the G493-SB0 GPU-accelerated platform, and the R1C7-K0A multi-node server. GIGABYTE is also showcasing the B683-Z80 for large-scale AI training, along with the W793-ZU0 workstation and G893-ZX1 GPU server, both of which are built to handle demanding AI training and inference workloads.
Instead of focusing on a single processor or accelerator, GIGABYTE is showing how its hardware fits into the entire AI workflow. From desktop systems used for development to enterprise servers and large-scale data centers, the company is highlighting solutions for every stage of AI deployment. The idea is to give organizations a complete infrastructure platform as AI projects continue to grow in size and complexity.
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That trend is more visible across the industry as hardware vendors build complete AI platforms that combine CPUs, GPUs, networking, storage, cooling, and software into integrated solutions.
ISC High Performance remains one of the most important events in the super computing industry, making it a key venue for companies competing in the rapidly expanding AI infrastructure market. With solutions spanning NVIDIA Vera Rubin, NVIDIA Blackwell, and Intel Xeon platforms, GIGABYTE is using the event to showcase the breadth of its AI and HPC portfolio as demand for advanced computing infrastructure continues to grow.
Source: GIGABYTE
