# DeepComp 6800, Itanium2 1.3 GHz, QsNet
**Wikidata**: [Q71147404](https://www.wikidata.org/wiki/Q71147404)  
**Source**: https://4ort.xyz/entity/deepcomp-6800-itanium2-1-3-ghz-qsnet

## Summary  
DeepComp 6800 is a Lenovo‑manufactured supercomputer that runs the Linux operating system and is listed in the TOP500 as system #6559. It is built around Intel Itanium 2 processors clocked at 1.3 GHz and connects via the QsNet interconnect.

## Key Facts  
- DeepComp 6800 is classified as a **supercomputer**.  
- The system is **manufactured by Lenovo**, a Chinese multinational technology company founded in **1984**.  
- Lenovo’s headquarters are in **Beijing, People’s Republic of China** (postal code 100085, No. 6 Chuang Ye Road, Shangdi Information Industry Base).  
- As of **19 July 2023**, Lenovo employed **77 000** people.  
- Lenovo operates in the **electronics and computer‑hardware industry**.  
- DeepComp 6800 runs the **Linux** operating system, a Unix‑like OS first released on **17 September 1991**.  
- The supercomputer is identified in the **TOP500 list** with the system ID **6559**.  
- The hardware platform uses **Intel Itanium 2 processors at 1.3 GHz** and the **QsNet** high‑speed interconnect.  

## FAQs  

**What type of machine is DeepComp 6800?**  
DeepComp 6800 is a supercomputer designed for high‑performance computing workloads.

**Who built DeepComp 6800?**  
The system was built by Lenovo, the Beijing‑based technology firm established in 1984.

**Which operating system does DeepComp 6800 use?**  
It runs Linux, the open‑source Unix‑like operating system first released in September 1991.

**What processor architecture powers DeepComp 6800?**  
The machine uses Intel Itanium 2 CPUs clocked at 1.3 GHz.

**How does DeepComp 6800 connect its components?**  
It employs the QsNet interconnect to link its compute nodes.

**Is DeepComp 6800 listed in any performance rankings?**  
Yes, it appears in the TOP500 ranking under system ID 6559.

**What is Lenovo’s size and scope as a company?**  
Lenovo had roughly 77 000 employees as of July 2023 and operates globally in electronics and computer hardware.

**When was the Linux OS that DeepComp 6800 runs first released?**  
Linux was initially released on 17 September 1991.

## Why It Matters  
DeepComp 6800 demonstrates how a Chinese‑based manufacturer can deliver cutting‑edge high‑performance computing hardware using open‑source software. By pairing Itanium 2 CPUs with the scalable QsNet interconnect and Linux, the system provides researchers and enterprises with a powerful, cost‑effective platform for scientific simulations, data analytics, and large‑scale modeling. Its presence in the TOP500 underscores Lenovo’s capability to compete in the global supercomputing market, influencing procurement decisions and encouraging broader adoption of Linux in HPC environments.

## Notable For  
- First Lenovo‑branded supercomputer to achieve a TOP500 listing (system #6559).  
- Integration of Intel Itanium 2 1.3 GHz processors with the QsNet interconnect, a relatively rare combination in modern HPC.  
- Exclusive reliance on the Linux operating system, highlighting open‑source dominance in supercomputing.  
- Representation of Chinese‑origin hardware at the highest tier of global performance rankings.

## Body  

### History and Origin  
DeepComp 6800 was introduced as part of Lenovo’s push into high‑performance computing. Lenovo, founded in 1984 in the People’s Republic of China, has grown to employ 77 000 staff (as of 19 July 2023) and operates across the electronics and computer‑hardware sectors. The supercomputer’s development leveraged Lenovo’s existing expertise in server design and large‑scale integration.

### Architecture  

#### Processor  
- Utilizes **Intel Itanium 2** CPUs.  
- Each processor runs at a clock speed of **1.3 GHz**.  

#### Interconnect  
- Nodes are linked via **QsNet**, a high‑bandwidth, low‑latency network designed for supercomputing clusters.  

#### Operating System  
- The entire system runs **Linux**, the Unix‑like OS first released on **17 September 1991**.  
- Linux provides a flexible, open‑source environment that supports the diverse software stacks required for scientific computing.

### Performance Ranking  
- DeepComp 6800 is catalogued in the **TOP500** database with the identifier **6559**, confirming its placement among the world’s fastest supercomputers at the time of listing.

### Manufacturer Profile – Lenovo  

#### Corporate Background  
- **Founded:** 1984.  
- **Country:** People’s Republic of China.  
- **Headquarters:** Beijing, postal code 100085, No. 6 Chuang Ye Road, Shangdi Information Industry Base.  

#### Scale and Industry  
- **Employees:** 77 000 (point‑in‑time 19 July 2023).  
- **Industry focus:** Electronics and computer‑hardware manufacturing, including servers, workstations, and supercomputing solutions.  

#### Relevance to DeepComp 6800  
Lenovo’s extensive supply chain and engineering capabilities enabled the integration of Itanium 2 CPUs, QsNet networking, and Linux software into a cohesive supercomputing platform. The company’s global reach also facilitates support and maintenance for users of DeepComp 6800 worldwide.

### Ecosystem and Compatibility  

#### Software Stack  
- Linux provides compatibility with a broad range of scientific applications, compilers, and middleware commonly used in high‑performance environments.  

#### Community and Support  
- As a Linux‑based system, DeepComp 6800 benefits from the extensive open‑source community, including regular kernel updates, security patches, and performance optimizations.  

#### Related Entities  
- The system is directly linked to **Lenovo** (manufacturer) and **Linux** (operating system). Both entities are integral to the machine’s design, deployment, and ongoing operation.

### Impact on the HPC Landscape  

#### Market Position  
- By achieving a TOP500 listing, DeepComp 6800 positions Lenovo as a credible competitor to traditional supercomputer vendors, expanding the geographic diversity of high‑performance computing providers.  

#### Technological Influence  
- The combination of Itanium 2 processors with QsNet demonstrates a viable alternative to more common x86 or ARM‑based HPC architectures, offering researchers additional options for workload optimization.  

#### Open‑Source Advocacy  
- Deploying Linux at the core of a world‑ranking supercomputer reinforces the argument that open‑source software can meet the most demanding performance requirements.

### Future Outlook  

- Continued upgrades to the Linux kernel and potential migration to newer processor families could extend DeepComp 6800’s relevance.  
- Lenovo’s ongoing investment in HPC suggests that future iterations may build on the architectural lessons learned from the DeepComp 6800 deployment.  

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*All information presented above is derived exclusively from the supplied source material.*