Intel Core i5: characteristics and generations

Intel Core i5 processors are among the most popular models on the market, offering an excellent combination of performance and an affordable price. They are widely used in many areas: from everyday use to games and creativity.

Processor specifications

Intel Core i5 is a powerful and effective mid-range solution with a number of technical characteristics:

1. Multicore architecture. Usually i5 processor it has from 4 to 6 cores, which allows you to efficiently process multiple tasks in parallel. Multicore increases overall system performance.
2. High clock frequency. This ensures fast data processing. It is an important factor when performing demanding tasks, such as games and multimedia editing.
3. Turbo Boost technology. It automatically increases the clock frequency of the processor depending on the load. This allows him to provide additional productivity when performing heavy tasks.
4. Significant amount of cache memory. This is a fast data store that allows the processor to instantly access the necessary information, which increases overall productivity.
5. Graphics support. Some models of Intel Core i5 processors have integrated graphics cores that provide basic graphics performance.

Generations of Intel Core i5

Processors are presented in different generations, each of which has its own features and improvements:

1. The first (Nehalem). Intel Core i5 processors were introduced in 2009 with the Nehalem architecture. They offered a significant increase in performance and support for Hyper-Threading.
2. Second (Sandy Bridge). Processors released in 2011 became more energy efficient and offered a significant improvement in graphics performance. They also introduced support for Turbo Boost 2.0 technology.
3. The third (Ivy Bridge). They were released in 2012 and offered improved graphics performance, more efficient use of energy and high clock frequencies.
4. The fourth (Haswell). Processors released in 2013 introduced a more efficient architecture and additional improvements in graphics performance. They also introduced support for AVX2 instructions and improved power consumption.
5. Fifth (Broadwell). Models released in 2014 offered a further increase in energy efficiency. They became the first Intel Core i5 processors released on the 14-nm process.
6. Sixth (Skylake). Presented in 2015. They became more energy efficient and offered high clock frequencies. They also supported DDR4 memory.
7. Seventh (Kaby Lake). Released in 2016. They proposed further improvement of graphics performance and support for higher memory frequencies.