# DeepComp 1800
**Wikidata**: [Q71089703](https://www.wikidata.org/wiki/Q71089703)  
**Source**: https://4ort.xyz/entity/deepcomp-1800

## Summary
DeepComp 1800 is a supercomputer manufactured by Lenovo and running on the Linux operating system. It was part of the TOP500 list of supercomputers, achieving peak performance of 735.8 gigaflops in 2003–2004, with 256 processor cores.

## Key Facts
- **Instance of**: Supercomputer
- **Manufacturer**: Lenovo (established 1984, based in Beijing, China)
- **Operating system**: Linux (inception: 1991-09-17)
- **TOP500 system ID**: 6429
- **Peak performance**: 735.8 gigaflops (Rmax, 2003–2004)
- **Processor cores**: 256
- **Performance history**: 711.7 gigaflops (Rmax, 2003-06-01), 735.8 gigaflops (Rmax, 2003-11-01 and 2004-06-01)

## FAQs
### Q: What company built DeepComp 1800?
A: DeepComp 1800 was manufactured by Lenovo, a Chinese multinational technology company founded in 1984.

### Q: What operating system does DeepComp 1800 use?
A: DeepComp 1800 runs on Linux, a Unix-like operating system first released on September 17, 1991.

### Q: What was DeepComp 1800's peak performance?
A: DeepComp 1800 achieved a peak performance of 735.8 gigaflops (Rmax) in 2003–2004.

### Q: How many processor cores did DeepComp 1800 have?
A: DeepComp 1800 had 256 processor cores.

### Q: When was DeepComp 1800 listed in the TOP500?
A: DeepComp 1800 was assigned the TOP500 system ID 6429, but no specific listing date is provided in the source material.

## Why It Matters
DeepComp 1800 represents an early example of high-performance computing in the 2000s, leveraging Linux and Lenovo's hardware to achieve significant computational power. Its inclusion in the TOP500 list highlights its role in advancing supercomputing capabilities during that era. The system's 256-core architecture and 735.8 gigaflops performance demonstrate the advancements in parallel processing and efficiency in supercomputing at the time. While not as powerful as later systems, DeepComp 1800 contributed to the broader evolution of high-performance computing infrastructure, supporting scientific research and computational tasks. Its reliance on Linux and Lenovo's manufacturing capabilities underscores the importance of open-source operating systems and Chinese technological development in shaping global computing landscapes.

## Notable For
- **Early Linux-based supercomputer**: One of the first supercomputers to run on Linux, showcasing the operating system's scalability.
- **Lenovo's supercomputing contribution**: Demonstrated Lenovo's ability to manufacture high-performance computing hardware.
- **TOP500 inclusion**: Achieved a notable ranking in the TOP500 list, reflecting its computational capabilities.
- **256-core architecture**: Featured a significant number of processor cores for its time, indicating advancements in parallel processing.
- **735.8 gigaflops performance**: Achieved substantial computational power, making it a notable system in its era.

## Body
### Overview
DeepComp 1800 is a supercomputer manufactured by Lenovo, a Chinese technology company. It operates on the Linux operating system, which was first released in 1991. The system was part of the TOP500 list of supercomputers, assigned the ID 6429.

### Performance and Specifications
DeepComp 1800 achieved a peak performance of 735.8 gigaflops (Rmax) in 2003–2004. Its performance varied slightly over time:
- **2003-06-01**: 711.7 gigaflops (Rmax)
- **2003-11-01**: 735.8 gigaflops (Rmax)
- **2004-06-01**: 735.8 gigaflops (Rmax)

The system was equipped with 256 processor cores, reflecting its capability for parallel processing.

### Manufacturer and Operating System
Lenovo, established in 1984, is based in Beijing, China. The company has approximately 77,000 employees (as of 2023) and operates in the electronics and computer hardware industry. DeepComp 1800's use of Linux highlights the operating system's role in high-performance computing.

### Historical Context
DeepComp 1800 was part of the supercomputing landscape in the early 2000s, contributing to advancements in computational power and efficiency. Its inclusion in the TOP500 list indicates its significance in the field of high-performance computing. While not the most powerful system of its time, it represented a notable achievement in supercomputing capabilities.