Intel 8th Gen vs 9th Gen: What are the differences?


When it comes to the latest processors, Intel’s 8th and 9th generation CPUs are at the top of everyone’s list. But what exactly makes them different? If you’re looking for a new processor, understanding the differences between these two generations can help you decide which one is right for your needs. In this blog post, we’ll take a look at how Intel 8th Gen and 9th Gen processors differ in terms of features and performance so you can make an informed decision about which CPU to buy. So read on to learn more about Intel’s 8th Gen vs 9th gen CPUs!

Overview of Intel 8th Gen Processors

Intel’s 8th Gen processors offer improved performance over their predecessors while still providing the security robustness that Intel is well-known for. They are based on 14nm++ architecture and feature Intel Turbo Boost Technology 2.0, allowing them to increase the processor’s frequency to accelerate system performance when needed.

Furthermore, Intel’s 8th Gen has the ability to enhance system performance with the addition of more cores and threads.

With up to 6 cores and 12 threads per processor, these processors can provide truly impressive power and performance gains compared to Intel’s previous generation CPUs. Supporting memory speeds of DDR4 2400MHz and also offering native support for USB 3.1 Gen2 and Thunderbolt 3, these processors are perfectly suited for use in gaming setups, home machines or workstations – no matter what your requirement, Intel’s 8th Gen processor is sure to satisfy.

Overview of Intel 9th Gen Processors

Intel has long been a leader in processor innovation and the 9th gen Intel processors are no exception. Developed with state-of-the-art technology, these powerful yet energy efficient CPUs boast impressive performance speeds and great multitasking abilities, making them an excellent choice for high-powered gaming, advanced content creation programs, and everyday use.

Additionally, their support for lightning fast Thunderbolt 3 ports makes transferring data a breeze. With graphics capabilities that rival some of the leading graphics cards and hardware security features that protect against malware, 9th generation Intel processors offer superior speed and performance without sacrificing on safety or quality.

What did Intel’s 8th Generation lack?

Intel’s 8th Generation had several shortcomings that lead to its eventual replacement.

  • One main issue was the limited clock speed; operations would take longer than ideal and multitasking would become difficult.
  • Another issue with the 8th Generation was that it could not handle graphics-intensive software, making it less useful for gamers or graphics designers. It also lacked an integrated graphics processing unit (GPU), forcing many users to purchase a discreet GPU in order to maximize their experience.
  • Furthermore, Intel’s 8th Generation contained outdated security patches and an antiquated instruction set architecture, meaning it didn’t have the same RAM capacity of newer CPUs.

In short, Intel’s 8th Generation had some serious drawbacks when compared to current processors on the market.

Intel 8th Gen vs 9th Gen: Performance

With the release of Intel’s 9th Gen processors, consumers are faced with a decision of sticking with their existing 8th gen CPUs or splurging for the newer model. To make this decision easier, it’s important to understand how much performance the 9th gen CPU can bring to the table.

Overall, Intel has boasted great advancements in processing power, with some benchmarks and reviews leading to as much as a 30-40% increase in performance when comparing similar series of both generations.

This added power can mean smoother graphics rendering and quicker multiprocessing tasks such as video conversions or 3D design projects. In doing so, content creators – from vloggers to gamers – will benefit greatly from an increased intelligence of their computing processes and have more time to focus on other aspects of their creativity.

Intel 8th Gen vs 9th Gen: Compatibility

Intel’s 8th and 9th generations of processors offer compatibility for a range of applications and programs. With the 8th generation, Intel introduces features such as Thermal Design Power (TDP) integration and increased performance with higher core counts per processor. The 9th generation follows suit by maintaining these features while offering increased overclocking support as well as better frequency performance.

Despite the strategic advancements in both generations, the 8th and 9th generations maintain solid compatibility with many of the same applications present in their predecessors. This compatibility is beneficial to users who are looking for an upgrade that won’t leave them stranded with unsupported software.

Intel 8th Gen vs 9th Gen: Cost

Intel’s 8th and 9th generation processors come with a variety of speeds, cores, and power levels that are designed to meet the needs of any computer user. While the performance differences between these two generations of processors can be substantial, so too is the difference in cost. The 8th gen Intel processor line ranges from an entry-level dual core to a multi-core powerhouse with prices ranging from around $60 to several hundred dollars.

The 9th gen Intel processor line offers more cores and higher clock speeds at same price points, however prices for some higher end models can exceed $500 depending on options. Despite the increased cost, many users find that the performance boost offered by 9th gen processors is well worth it.


In conclusion, Intel’s 8th Generation processors had some notable shortcomings that led to its eventual replacement. The 9th generation of Intel CPUs offer a substantial performance increase compared to their predecessors and are compatible with many applications from the previous generations.

Although they come at higher cost points than the 8th Gen models, many users find that the improved processing power is well worth it for their needs. Whether you’re looking for an upgrade or just starting out in computing, this comparison should help you make an informed decision when selecting your processor.

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I am a computer engineer holding a bachelor's degree in Computer Science, complemented by a Master's in Business Administration from University of Strathclyde, Scotland. I currently work as a Senior IT Consultant in Melbourne, Australia. With over 15 years of...