# XP/S10
**Wikidata**: [Q70083173](https://www.wikidata.org/wiki/Q70083173)  
**Source**: https://4ort.xyz/entity/xp-s10-q70083173

## Summary
XP/S10 is a supercomputer manufactured by Intel that runs on the OSF/1 operating system. It achieved peak performance of 7.2 gigaflops with 144 processor cores, ranking among high-performance computing systems of the mid-1990s.

## Key Facts
- XP/S10 is classified as a supercomputer
- The system was manufactured by Intel, an American multinational technology company founded in 1968
- XP/S10 runs on OSF/1, a variant of the Unix operating system developed by the Open Software Foundation
- It has a Top500 system ID of 1601
- The system achieved a peak performance (Rpeak) of 7.2 gigaflops and sustained performance (Rmax) of 4.45 gigaflops
- XP/S10 contains 144 processor cores
- Performance metrics were recorded across different time points: June 1995, December 1995, and June 1996

## FAQs
### Q: What operating system does XP/S10 use?
A: XP/S10 runs on OSF/1, which is a variant of the Unix operating system developed by the Open Software Foundation.

### Q: How powerful was the XP/S10 supercomputer?
A: XP/S10 achieved peak performance of 7.2 gigaflops (Rpeak) and sustained performance of 4.45 gigaflops (Rmax), making it a high-performance computing system for its time.

### Q: When was XP/S10 active in computing rankings?
A: Performance metrics for XP/S10 were recorded in the Top500 supercomputer rankings in June 1995, December 1995, and June 1996.

### Q: What company manufactured the XP/S10?
A: XP/S10 was manufactured by Intel, the American multinational technology company headquartered in Santa Clara, California.

### Q: How many processor cores did XP/S10 have?
A: XP/S10 was equipped with 144 processor cores, which contributed to its computing capabilities.

## Why It Matters
XP/S10 represents an important milestone in the evolution of high-performance computing during the mid-1990s. As one of the supercomputers tracked by the Top500 rankings, it contributed to the advancement of computational science and the development of processing technologies. The system's architecture and performance metrics provide insight into the capabilities and limitations of computing hardware during this period, influencing the design of subsequent systems. Its association with Intel's technology demonstrates the company's role in both consumer and high-performance computing markets, bridging different segments of the computer industry.

## Notable For
- Being a high-performance supercomputer with a Top500 system ID of 1601
- Achieving peak performance of 7.2 gigaflops in the mid-1990s computing era
- Utilizing OSF/1, a specialized Unix variant rather than mainstream operating systems
- Featuring 144 processor cores, representing significant parallel processing capability for its time
- Being manufactured by Intel, showcasing the company's involvement in supercomputing beyond consumer and business products

## Body
### Overview
XP/S10 is a supercomputer that exemplifies high-performance computing technology from the mid-1990s. The system was manufactured by Intel, the American multinational technology company, and utilized the OSF/1 operating system developed by the Open Software Foundation.

### Technical Specifications
- **Classification**: Supercomputer
- **Manufacturer**: Intel
- **Operating System**: OSF/1 (Unix variant)
- **Processor Cores**: 144
- **Top500 System ID**: 1601

### Performance Metrics
The XP/S10 achieved notable performance metrics across different time periods:
- **June 1995**: Rmax of 4.45 gigaflops, Rpeak of 7.2 gigaflops
- **December 1995**: Rmax of 4.45 gigaflops, Rpeak of 7.2 gigaflops
- **June 1996**: Rmax of 4.45 gigaflops, Rpeak of 7.2 gigaflops

These performance figures place XP/S10 among the high-performance computing systems of its era, though performance remained relatively stable across the measured time period.

### Manufacturing and Development
XP/S10 was manufactured by Intel, which was founded in 1968 and has its headquarters in Santa Clara, California. The company's involvement in supercomputing demonstrates its broad range of computing product development beyond consumer and business markets.