Pentium vs. Other Intel Processors
|
Basis |
Pentium |
Cerelon |
Core i3 |
Core i5 |
Core i7 |
Core i9 |
|---|---|---|---|---|---|---|
|
Target Audience |
Mainstream consumers needing reliable performance. |
Budget-conscious users and basic computing needs. |
Users seeking robust performance for light gaming/productivity tasks. |
Power users requiring more performance for demanding applications. |
Professionals/enthusiasts needing top-tier performance. |
Enthusiasts, gamers, professionals needing extreme performance. |
|
Performance |
Better performance than Celeron, decent for everyday tasks. |
Lower clock speeds, smaller cache, reduced performance. |
Higher clock speeds, Hyper-Threading, more cache. |
Significantly higher performance with Turbo Boost, multiple cores. |
Superior performance with multiple cores, Hyper-Threading, Turbo Boost. |
Cutting-edge performance with numerous cores, high clock speeds, Hyper-Threading. |
|
Use Cases |
Standard computing tasks like web browsing, office apps, media. |
Basic tasks like internet browsing, word processing. |
Entry-level content creation, light gaming |
Gaming, heavy multitasking, content creation |
High-end gaming, video editing, 3D rendering |
Extreme gaming, 3D rendering, professional applications. |
|
Technology Features |
Balanced performance, lacks some advanced features |
Basic functionality |
Hyper-Threading, better multitasking |
Turbo Boost, multiple cores |
Multiple cores, Hyper-Threading, Turbo Boost |
Numerous cores, Hyper-Threading, large cache |
|
Price Range |
Affordable, mid-range |
Lowest cost |
Higher than Pentium, but affordable |
Higher cost than Core i3 |
High cost, premium price |
Highest cost, premium price |
What is Pentium?
Intel made and sold the Pentium computer from 1993 to the present. These processors are optimized for desktop and laptop computers that are used a lot because they offer a good balance between price and speed.
Following Intel’s previous 486 series, which offers faster and more efficient computing, followed the Pentium CPUs. They were among the first to support cutting-edge capabilities such as MMX technology, which improves multimedia and graphics performance, and superscalar architecture, which enables the processing of many instructions at once.