In today's realm of computation, we often find ourselves facing challenges such as being unable to deduce geological structures and infer energy sources solely through simple seismic wave calculations in geological surveys and energy exploration. Similarly, conventional computing falls short when dealing with the intricate computational demands of complex aerospace design in aviation and space exploration. Fields like healthcare, meteorology, autonomous driving, and advanced manufacturing also rely on unconventional computing methods. The advancement of modern industrial systems is intricately tied to high-performance computing, as its presence significantly reduces industry experimentation and measurement costs while boosting productivity.

Recognized as the "crown jewel atop the computational pyramid," high-performance computing is among the most technically challenging domains. However, the development of high-performance computing has reached a considerable bottleneck:

◆ More Complex Computational Challenges

With the industry's growing need for computational power, high-performance computing faces challenges that are several orders of magnitude more intricate and demanding compared to a decade ago. The complexity continues to escalate, consistently pushing the boundaries of technology.

◆ Persistent High Hardware Costs

Given that high-performance computing relies on server clusters consisting of dozens, hundreds, or even thousands of server nodes, it is inevitably accompanied by substantial costs. This raises the question of how to effectively optimize hardware clusters and reduce underlying architectural expenses.

◆ Ensuring Usability and Effectiveness

Intensive computational tasks often subject server nodes to maximum load for hours, days, or even weeks. Pairing efficient and suitable upper-level application software, as well as aligning application software, computational resources, storage, and network resources effectively, becomes crucial to extracting the utmost application value.

A Robust Choice: Constructing a Foundation of Powerful HPC Capability with Gooxi

Leveraging Gooxi's robust and reliable server infrastructure, the high-performance computing platform is tailored to provide flexible and robust computational support to sectors like education, research, healthcare, finance, AI, and manufacturing through cloud services. Gooxi's platform employs a combination of multi-node, energy-efficient servers optimized for a diverse range of business workloads, allowing for flexible scalability and the construction of smarter, more efficient, and secure computational platforms for clients.

Eco-Friendly Operations: Establishing Energy-Efficient Green Data Centers

Gooxi's HPC supercomputing solutions not only offer potent computational capabilities but also facilitate resource aggregation to enhance resource utilization. This mitigates issues like extensive deployment, software authorization, and low resource utilization, resulting in cost savings and reduced energy consumption. The energy savings achieved are at least 40% more compared to previous methods.

Integration and Innovation: Converging Open Architecture with Emerging IT Trends

Gooxi's supercomputing platform seamlessly integrates foundational hardware and software scheduling, enabling centralized management, unified resource allocation, and job scheduling. It dynamically assigns computing resources based on job requirements and efficiently utilizes data. Additionally, it effectively monitors server performance, real-time tracking of CPU, GPU utilization, cluster health, and other critical metrics.

Presently, Gooxi's supercomputing platform solutions have found applications in various sectors like education and healthcare, empowering customers to fortify innovative ground. For instance, Gooxi partnered with Huada Genomics Laboratory, delivering high-performance computing power to accelerate medical solutions by catering to their genetic data sequencing and screening needs. Going forward, Gooxi will continue to delve into HPC innovation across various industries, facilitating industrial upgrades and transformations across numerous sectors.