# Geely Wise Star-Dubhe
**Wikidata**: [Q133136661](https://www.wikidata.org/wiki/Q133136661)  
**Source**: https://4ort.xyz/entity/geely-wise-star-dubhe

## Summary
Geely Wise Star-Dubhe is a Chinese industrial supercomputer built by Lenovo and launched in 2023. It uses Intel Xeon Gold processors and ranks on the TOP500 list of the world's most powerful supercomputers.

## Key Facts
- Launched in 2023 by Geely and Lenovo
- Uses Intel Xeon Gold 6458Q 32-core processors at 3.1GHz
- Contains 40,960 processor cores total
- Achieves 3.54 petaflops Rmax performance and 4.06 petaflops Rpeak performance
- Ranked 288th on the TOP500 list as of November 2024
- Runs on Linux operating system
- Located in the People's Republic of China
- Classified as an industrial sector supercomputer

## FAQs
### Q: What is Geely Wise Star-Dubhe?
A: Geely Wise Star-Dubhe is an industrial supercomputer built by Lenovo for Geely, launched in 2023. It uses Intel Xeon Gold processors and ranks on the TOP500 list of the world's most powerful supercomputers.

### Q: What are the specifications of Geely Wise Star-Dubhe?
A: The system uses Intel Xeon Gold 6458Q processors with 32 cores each at 3.1GHz, totaling 40,960 processor cores. It achieves 3.54 petaflops Rmax and 4.06 petaflops Rpeak performance.

### Q: Where is Geely Wise Star-Dubhe located?
A: Geely Wise Star-Dubhe is located in the People's Republic of China and is classified as an industrial sector supercomputer.

## Why It Matters
Geely Wise Star-Dubhe represents China's growing capabilities in high-performance computing for industrial applications. As a supercomputer built by Lenovo for Geely, it demonstrates the integration of advanced computing power into manufacturing and industrial processes. The system's presence on the TOP500 list at rank 288 shows it among the world's most powerful computing systems, capable of handling complex simulations, data analysis, and computational tasks that drive industrial innovation. Its use of Intel Xeon Gold processors and Linux operating system reflects current best practices in supercomputer architecture, while its industrial classification suggests applications in manufacturing optimization, product design, and other commercial computing needs.

## Notable For
- Ranked among the world's top 300 supercomputers on the TOP500 list
- Built specifically for industrial applications by a major Chinese automotive company
- Uses cutting-edge Intel Xeon Gold 6458Q processors with 32 cores each
- Achieves over 3.5 petaflops of sustained computing performance
- Represents collaboration between Geely and Lenovo in high-performance computing

## Body
### Technical Specifications
Geely Wise Star-Dubhe is built using Lenovo ThinkSystem SD650 V3 systems with Intel Xeon Gold 6458Q processors. Each processor contains 32 cores running at 3.1GHz, and the system contains a total of 40,960 processor cores. The supercomputer achieves a maximum LINPACK performance of 3.54 petaflops (Rmax) and a theoretical peak performance of 4.06 petaflops (Rpeak).

### Performance and Rankings
The system has maintained a position on the TOP500 list since at least 2023. It reached a peak ranking of 185th in June 2023, improved to 219th by November 2023, then 249th by June 2024, and currently holds the 288th position as of November 2024. This ranking trajectory shows the system's performance relative to the rapid growth of the global supercomputer field.

### Architecture and Software
Geely Wise Star-Dubhe runs on Linux, the dominant operating system for high-performance computing. The system uses Infiniband HDR networking technology for high-speed inter-node communication, which is essential for parallel computing applications. The TOP500 system ID for this supercomputer is 180160.

### Classification and Purpose
The supercomputer is classified under the industrial sector, indicating its use for commercial and manufacturing applications rather than academic or government research. This classification aligns with Geely's position as a major Chinese automotive manufacturer, suggesting the system likely supports vehicle design, manufacturing optimization, and other industrial computing needs.

## References

1. [Source](https://www.top500.org/site/50970/)
2. [Source](https://top500.org/system/180160/)