# Intel Paragon

> series of massively parallel supercomputers

**Wikidata**: [Q652367](https://www.wikidata.org/wiki/Q652367)  
**Wikipedia**: [English](https://en.wikipedia.org/wiki/Intel_Paragon)  
**Source**: https://4ort.xyz/entity/intel-paragon

## Summary  
Intel Paragon is a series of massively parallel supercomputers introduced by Intel in 1990. Built around the Intel i860 microprocessor, the Paragon line succeeded Intel’s iPSC machines and represented Intel’s early foray into high‑performance, large‑scale parallel computing.

## Key Facts  
- **Inception:** 1990 【source】  
- **Manufacturer:** Intel, an American multinational technology company【source】  
- **CPU architecture:** Intel i860 microprocessor【source】  
- **Replaces:** Intel iPSC supercomputer series【source】  
- **Classification:** Computer model; subclass of supercomputers【source】  
- **Country of origin:** United States【source】  
- **Freebase identifier:** /m/025vn6n (recorded 28 Oct 2013)【source】  
- **Wikipedia title:** *Intel Paragon* with entries in English, French, Italian, Japanese, Korean, Polish, Russian, and Commons【source】  
- **Sitelink count on Wikidata:** 8【source】

## FAQs  
### Q: What is the Intel Paragon?  
A: The Intel Paragon is a family of massively parallel supercomputers launched by Intel in 1990, designed to deliver high‑performance computing by linking many processors together.  

### Q: Which processor does the Paragon use?  
A: Each Paragon node is built around the Intel i860 microprocessor, Intel’s high‑performance RISC chip of the era.  

### Q: What system did the Paragon replace?  
A: The Paragon series succeeded Intel’s earlier iPSC (Intel Parallel SuperComputer) line, offering greater scalability and performance.  

### Q: When was the Paragon introduced?  
A: Intel announced and began shipping the Paragon supercomputer series in 1990.  

### Q: How is the Paragon classified?  
A: It is a computer model that falls under the subclass “supercomputer,” specifically a massively parallel architecture.  

## Why It Matters  
The Intel Paragon marked a pivotal moment in the evolution of high‑performance computing (HPC). By leveraging the Intel i860 microprocessor in a massively parallel configuration, the Paragon demonstrated that commodity‑grade CPUs could be scaled to solve large scientific and engineering problems traditionally reserved for specialized, expensive mainframes. Its introduction in 1990 helped democratize supercomputing power, enabling universities, research labs, and industry to tackle complex simulations, weather modeling, and data‑intensive tasks more affordably. Moreover, the Paragon’s design principles—modular node construction, high‑speed interconnects, and scalable architecture—laid groundwork for later parallel systems and influenced subsequent Intel HPC initiatives. Understanding the Paragon provides insight into the early strategies that shaped today’s distributed and cloud‑based supercomputing environments.  

## Notable For  
- **First Intel supercomputer series built on the i860 processor**, showcasing the chip’s parallel capabilities.  
- **Succeeded the iPSC line**, offering improved scalability and performance for large‑scale computations.  
- **Pioneered massively parallel architecture** within a commercially produced system, influencing later HPC designs.  
- **Contributed to the United States’ HPC capacity** during the early 1990s, supporting scientific research and industrial applications.  

## Body  

### Overview  
The Intel Paragon is a series of supercomputers that employ a massively parallel design. Launched in 1990, it was Intel’s answer to the growing demand for scalable, high‑throughput computing resources.  

### Architecture  
- **Processor:** Each node uses the Intel i860, a RISC microprocessor known for its floating‑point performance.  
- **Parallelism:** Nodes are interconnected to form a large, cohesive system capable of executing many tasks simultaneously.  
- **Scalability:** The design allows the addition of more nodes to increase computational power without redesigning the entire system.  

### Historical Context  
- **Predecessor:** The Paragon replaced the Intel iPSC series, which was Intel’s earlier attempt at parallel supercomputing.  
- **Market Position:** At its launch, the Paragon positioned Intel as a serious contender in the supercomputer market, traditionally dominated by specialized vendors.  

### Legacy and Impact  
- **Influence on HPC:** The Paragon’s modular, node‑based approach foreshadowed later cluster and cloud‑based supercomputing solutions.  
- **Academic and Research Use:** Institutions adopted Paragon systems for simulations in physics, chemistry, and engineering, expanding the practical reach of high‑performance computing.  

### Technical Details (as documented)  
- **Instance of:** Computer model.  
- **Subclass of:** Supercomputer.  
- **Country of origin:** United States.  
- **Freebase ID:** /m/025vn6n (catalogued 28 Oct 2013).  

The Intel Paragon remains a notable milestone in the history of parallel computing, illustrating how mainstream processor technology can be harnessed for large‑scale scientific and industrial challenges.

## References

1. Freebase Data Dumps. 2013