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Introduction to Intel Celeron Processors

List of Intel Celeron Processors: Intel Celeron processors are a line of affordable and energy efficient CPUs targeted at the low-end consumer market. First introduced in 1998, Celeron processors are designed to provide good performance at a lower cost compared to Intel’s mainstream Core and Pentium processors. Celeron CPUs are popular choices for basic home and office PCs that focus on web browsing, document editing, media playback, and other common tasks.

Celeron processors utilize many of the same microarchitectures and manufacturing processes as Intel’s premium chips, but often have reduced clock speeds, smaller cache sizes, and lack certain advanced features. However, modern Celeron processors still incorporate features like 64-bit support, integrated graphics, and acceleration for HD video playback. Let’s take a closer look at the different Intel Celeron processor families and models over the years.

Wikipedia – List of Intel Celeron Processors

The Wikipedia page on Intel Celeron processors provides a comprehensive overview of the different generations and families of Celeron CPUs. There are three main categories of Celeron processors:

Desktop Celeron Processors

Most Celeron processors are designed for desktop PCs. The desktop models utilize several microarchitectures over the years:

• P6 based Celerons – Based on the Pentium Pro, including the early Covington and Mendocino cores.
• Netburst based Celerons – Based on the Pentium 4 Netburst architecture, including Willamette and Northwood cores.
• Core based Celerons – Based on the Core microarchitecture, including Allendale and Wolfdale cores.

Key specs like cache sizes, sockets, and manufacturing processes are summarized in tables for each generation. For example, the Northwood 128 Celerons had 128 KB L2 cache and used the 478-pin socket.

Mobile Celeron Processors

Intel has also produced Celeron variants for mobile devices, starting with the Mendocino core in the late 90s. Mobile Celeron families include Dothan, Yonah, Merom, and Bay Trail cores. The mobile chips focus on energy efficiency and battery life.

Pentium-M Based Celerons

Some Celeron processors starting in the mid-2000s were based on the Pentium M design, including Banias and Dothan cores. These chips offered better performance per watt compared to the Netburst architecture.

In total, Intel has utilized over 20 unique Celeron processor cores and microarchitectures over the past two decades. The wide range of designs illustrates Intel’s strategy of re-purposing existing architectures for the low-cost Celeron family.

Intel ARK – Intel Celeron Processor N Series

The Intel ARK database provides specifications for the latest Celeron N series models. These chips are designed for compact desktops and entry-level laptops running Windows or Chrome OS. Some key details include:

• Launch date – Spanning from 2014 to 2021
• Total cores – Most models have dual or quad cores
• Base frequency – Ranges from 1.0 GHz to 2.0 GHz
• Max turbo frequency – Up to 2.9 GHz with Intel Turbo Boost
• Cache sizes – Between 1.5MB and 4MB

Specific processors in the Intel Celeron N series include the quad-core Jasper Lake Celeron N5105 launched in early 2021. It has a base frequency of 2.0 GHz and can reach 2.9 GHz with turbo boost.

The mobile Celeron N6211 also launched in 2021 has a 1.2 GHz base frequency and 2.6 GHz max turbo frequency. It is designed for entry-level notebooks.

CPU Monkey – Intel Celeron CPU List 2023

The CPU Monkey database provides a convenient list of Celeron processors, including both current and obsolete models. Some of the highlighted chips include:

• Intel Celeron N6210 – 1.2 GHz dual-core mobile processor based on the 10nm Elkhart Lake architecture.
• Intel Celeron J6413 – Quad-core mobile chip clocked at 1.8 GHz using 10nm Tremont cores.
• Intel Celeron J6412 – 10nm quad-core mobile processor with base frequency of 2 GHz.
• Intel Celeron G6900 – Recent budget 3.4 GHz dual-core desktop chip for LGA 1700 sockets. Still uses outdated 14nm process.

The full list can be filtered by platform (mobile, desktop, etc), number of cores, manufacturing process, socket type, and other specifications. The database provides a quick reference for looking up most Celeron processors released by Intel over the past two decades.

GadgetVersus – List of Intel Celeron Processors

The GadgetVersus article highlights some of the latest Celeron processor models and families:

• Celeron G6900 – 3.4 GHz dual-core desktop processor for basic home PCs. Offers decent performance for simple tasks.
• Celeron 7305 – 12th gen 10nm desktop chip with hybrid Gracemont and Golden Cove cores.
• Celeron N5095A – Jasper Lake quad-core chip with 10nm manufacturing process.
• Celeron N6210 – Entry-level Elkhart Lake processor for notebooks and 2-in-1 devices.

The overview shows that modern Celeron processors are quite capable, with 10nm manufacturing, quad cores, and turbo boost support up to 2.9 GHz. The chips may lack hyperthreading and full-power GPUs, but provide good multimedia and web browsing performance on a budget.

CPU-World – Intel Celeron Processor Families

The CPU-World database provides some helpful background on the Intel Celeron family:

• Celeron processors are designed as budget x86 chips, based on Pentium processor designs.
• The first generation launched in 1998 utilized the Pentium II architecture.
• Later generations migrated to Pentium III, Netburst, and Core architectures.
• Celerons have certain high-end features disabled, like SMT and AES-NI instructions.
• The chips offer lower clock speeds and smaller caches versus similar Pentiums.
• Celeron CPUs utilize the same socket and packaging as related Pentium models.

So in summary, Intel Celerons represent re-packaged versions of Pentium chips with limited features. This allows Intel to target the low-cost market segment without designing completely new architectures from scratch. The strategy has worked well, with Celeron being a recognized budget brand for over two decades.

Scholarly Community Encyclopedia – List of Intel Celeron Microprocessors

The encyclopedia entry on Celeron microprocessors emphasizes the following chipset features:

• MMX, SSE, AVX – Support for multimedia and SIMD instruction sets
• AES-NI – Advanced Encryption Standard instructions
• Intel VT-x – Hardware virtualization technology
• Intel VT-d – Directed I/O for virtualization

For the integrated graphics, key capabilities highlighted include:

• DirectX and OpenGL support
• Quick Sync Video – Hardware video encoding/decoding
• Clear Video HD – Visual quality enhancements

So despite being budget processors, modern Celeron chips still incorporate advanced features like hardware virtualization and accelerated media encoding/decoding. This allows them to handle mainstream computing workloads.

Wikiwand – List of Intel Celeron Processors

The Wikiwand overview of Celeron processors reiterates that they are designed for the low-end consumer market:

The Celeron brand is targeted at the low-end consumer market. Celerons are characterized by low clock speeds and small L2 cache sizes.

The entry also compares the Celeron family to the Pentium D series:

Celeron processors run at lower clock speeds compared to Pentium D processors, use smaller cache, and lack capabilities like virtualization support and hyperthreading. However, modern Celerons incorporate features like 64-bit support, NX bit security, and SSE3/SSSE3 instructions.

So in summary, Intel positions the Celeron family as an extremely affordable, entry-level range of CPUs for basic computing. The chips sacrifice performance and features compared to mainstream Pentium and Core processors, but offer decent capabilities at very low price points.

Microsoft Learn – Windows 11 Supported Intel Processors

The Microsoft documentation lists Intel Celeron models compatible with Windows 11:

• Intel Celeron J4xxx/N4xxx – Entry-level 10nm mobile processors
• Intel Celeron 5205U – 1.9 GHz mobile chip based on Kaby Lake microarchitecture
• Intel Celeron G49xx – Budget desktop processors using 14nm Coffee Lake cores

Specific Atom-based Celerons mentioned include the quad-core J4125 with a 2.0 GHz base frequency, along with the dual-core N4000 with a 1.1 GHz clock speed.

So Microsoft certifies a wide range of Celeron processors supporting the new Windows 11 operating system. The platform compatibility illustrates the continued relevancy of Intel’s Celeron family for running up-to-date software and applications.

CG Director – Are Intel Celeron CPUs Any Good?

The CG Director article analyzes the performance and capabilities of modern Celeron processors:

Celeron CPUs are quite capable for general computing and productivity work given their low cost. Performance is reasonably good despite the lack of hyperthreading.

Key advantages highlighted include:

• Dual-core design – Most Celerons have two physical CPU cores.
• Overclocking potential – Many chips can run stable above base clocks.
• Low power draw – Leads to cool operation and fanless designs.
• Media engine – Hardware support for video decoding up to 4K.

For basic office and web use, multitasking, and media playback, even entry-level Celeron processors demonstrate excellent value and performance considering their affordable price point.

See this comparison of Celeron vs Pentium processors for more details on how the two Intel CPU families differ in features and intended usage.

Related Searches and Queries

Here are some related search queries and keywords for the Intel Celeron processor family:

• Intel Celeron processor vs i3
• Intel Celeron laptop
• Intel Celeron CPU benchmark
• Intel Celeron J4125 passmark
• Intel Celeron 11th gen
• Intel Celeron G5900 specs
• Best Intel Celeron processor for gaming
• Intel Celeron vs AMD Athlon
• Intel Celeron processor laptop

Performing searches for terms such as these will turn up additional information, benchmarks, and recommendations for Intel’s Celeron series of budget entry-level CPUs. The related keywords help provide a broader picture of where Celeron processors fit in the marketplace.

Conclusion

Intel’s Celeron family serves an important role as the company’s most affordable range of CPUs. By limiting certain features and performance, Intel can repackage existing architectures to target the low-cost computing segment. Despite their limitations, modern Celeron processors still deliver competent performance for web browsing, office productivity, multimedia, and entry-level gaming. The Celeron brand has maintained its position as Intel’s value line for over 20 years. Going forward, expect Celeron processors to continue incorporating the latest manufacturing processes and architectural improvements to deliver good-enough performance at very low price points.