# Bloomfield

> code name for Intel high-end desktop processors sold as Core i7-9xx and Xeon 35xx., replacing the earlier Yorkfield processors

**Wikidata**: [Q2907041](https://www.wikidata.org/wiki/Q2907041)  
**Wikipedia**: [English](https://en.wikipedia.org/wiki/Bloomfield_(microprocessor))  
**Source**: https://4ort.xyz/entity/bloomfield

## Summary
Bloomfield is the code name for Intel's high-end desktop processors, sold as the Core i7-9xx and Xeon 35xx series. It replaced the earlier Yorkfield processors and was part of Intel's Nehalem processor family.

## Key Facts
- Code name for Intel's high-end desktop processors
- Sold under the names Core i7-9xx and Xeon 35xx
- Part of the Nehalem processor family
- Replaced the Yorkfield processors
- Succeeded by the Gainestown processors
- Introduced in 2008 as part of Intel's transition to the Nehalem architecture
- Designed for high-performance desktop and server applications
- Supported by Intel's 32nm manufacturing process
- Included features like QuickPath Interconnect for improved performance

## FAQs
### Q: What processors were sold under the Bloomfield code name?
A: The Bloomfield processors were sold as the Core i7-9xx series for desktops and the Xeon 35xx series for servers.

### Q: What processor family did Bloomfield belong to?
A: Bloomfield was part of Intel's Nehalem processor family, which succeeded the Core microarchitecture.

### Q: What processors did Bloomfield replace?
A: Bloomfield replaced the Yorkfield processors, which were part of the Core 2 Quad and Xeon lines.

### Q: What came after the Bloomfield processors?
A: The Gainestown processors succeeded Bloomfield, continuing Intel's high-end desktop and server offerings.

### Q: What manufacturing process was used for Bloomfield?
A: Bloomfield was manufactured using Intel's 32nm process technology.

## Why It Matters
Bloomfield was a significant milestone in Intel's processor evolution, marking the transition from the Core microarchitecture to the Nehalem architecture. It provided high-performance computing capabilities for both desktop and server applications, supporting advanced features like QuickPath Interconnect for improved data transfer between processors. The Bloomfield series helped Intel maintain its leadership in the high-end desktop and server markets, offering enhanced performance and efficiency compared to its predecessors. Its introduction also set the stage for future advancements in Intel's processor lineup, influencing the development of subsequent generations of CPUs.

## Notable For
- First to use Intel's 32nm manufacturing process in high-end desktop processors
- Introduced QuickPath Interconnect for improved multi-processor communication
- Part of Intel's Nehalem architecture, which offered significant performance improvements
- Sold under both consumer (Core i7-9xx) and server (Xeon 35xx) branding
- Replaced the Yorkfield processors, marking a generational shift in Intel's desktop lineup

## Body
### Overview
Bloomfield is the code name for Intel's high-end desktop processors, sold as the Core i7-9xx series for consumers and the Xeon 35xx series for servers. It was part of Intel's Nehalem processor family, which succeeded the Core microarchitecture.

### Technical Specifications
- **Manufacturing Process**: 32nm
- **Architecture**: Nehalem
- **Key Features**: QuickPath Interconnect, Turbo Boost, Hyper-Threading
- **Cores**: 4-6 cores (depending on model)
- **Threads**: 8-12 threads (with Hyper-Threading)

### Market Position
- **Successor to**: Yorkfield processors
- **Predecessor to**: Gainestown processors
- **Market Segment**: High-end desktop and server processors

### Performance and Features
- **Performance**: Significant improvements over Yorkfield, with better clock speeds and efficiency
- **Connectivity**: Supported QuickPath Interconnect for multi-processor systems
- **Power Management**: Advanced power-saving features for both desktop and server use

### Legacy
- **Impact**: Helped transition Intel from 45nm to 32nm manufacturing, improving performance and efficiency
- **Significance**: Established Intel's Nehalem architecture as a leader in high-performance computing

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  "description": "Code name for Intel high-end desktop processors sold as Core i7-9xx and Xeon 35xx, replacing the earlier Yorkfield processors.",
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## References

1. Freebase Data Dumps. 2013