# Cedar Mill

> generation of Intel CPUs

**Wikidata**: [Q3664143](https://www.wikidata.org/wiki/Q3664143)  
**Source**: https://4ort.xyz/entity/cedar-mill

## Summary
Cedar Mill is a generation of Intel CPUs that succeeded the Prescott architecture. It was manufactured using a 65 nm lithography process and is part of the Pentium 4 family.

## Key Facts
- Cedar Mill succeeded the Prescott generation of Intel CPUs
- Manufactured using 65 nm lithography process technology
- Part of the Pentium 4 Cedar Mill family
- Has a sitelink count of 2 on Wikidata
- Associated with the image of Intel Pentium 4 HT 651 3.4 GHz processor
- Listed under the commons category "Pentium 4 Cedar Mill"
- Available in Wikipedia languages: commons, it
- Has a Google Knowledge Graph ID: /g/120y8g9s

## FAQs
### Q: What generation of Intel CPUs is Cedar Mill?
A: Cedar Mill is a generation of Intel CPUs that succeeded the Prescott architecture, manufactured using 65 nm lithography process technology.

### Q: What processor family does Cedar Mill belong to?
A: Cedar Mill belongs to the Pentium 4 family of processors, specifically known as Pentium 4 Cedar Mill.

### Q: What manufacturing process was used for Cedar Mill?
A: Cedar Mill was manufactured using a 65 nm lithography process, representing an advancement in Intel's manufacturing technology.

## Why It Matters
Cedar Mill represents an important evolution in Intel's processor architecture, marking the transition from the Prescott generation to a more advanced manufacturing process. The 65 nm lithography process allowed for improved performance and efficiency compared to previous generations. As part of the Pentium 4 family, Cedar Mill contributed to Intel's desktop processor lineup during a critical period of CPU development. Its implementation of newer manufacturing techniques helped pave the way for future processor generations and demonstrated Intel's commitment to advancing semiconductor technology.

## Notable For
- Successor to the Prescott generation of Intel CPUs
- Implementation of 65 nm lithography process technology
- Part of the widely-used Pentium 4 processor family
- Associated with specific Intel processor models like the Pentium 4 HT 651
- Documented in multiple language versions of Wikipedia

## Body
### Technical Specifications
Cedar Mill processors were built using Intel's 65 nm manufacturing process, representing a significant advancement from the 90 nm process used in the Prescott generation. This smaller manufacturing process allowed for more transistors to be packed into the same physical space, potentially improving performance and reducing power consumption.

### Architecture and Design
As a successor to Prescott, Cedar Mill maintained compatibility with the Pentium 4 architecture while incorporating improvements from Intel's manufacturing advancements. The processors were designed for desktop computing applications and were part of Intel's strategy to maintain market leadership in the CPU space.

### Documentation and Resources
The Cedar Mill generation is documented through various resources including:
- Product images available on Wikimedia Commons
- Wikipedia entries in multiple languages
- Wikidata entries with associated metadata
- Google Knowledge Graph representation

### Manufacturing Context
The transition to 65 nm manufacturing represented Intel's ongoing efforts to shrink transistor sizes and improve processor efficiency. This manufacturing process node was a key step in Intel's roadmap for processor development during this era.