Intel released its latest processors, the 13th Gen, and the question that rises is what are the improvements in Intel 12th Gen vs Intel 13th Gen processors But what sets these processors apart from the 12th Gen ones? Let’s examine. The 13th Gen CPUs from Intel utilizes the LGA1700 socket, which is identical to the one used by the 12th Gen Intel processors. Z690, Z790, H770, H670, B760, and B660 motherboards are all compatible with these CPUs.
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What is New in Intel 13th Gen Processors:
This generation, Intel has decided to increase the number of cores/threads for each product tier, resulting in an overall boost in core count, and has maintained the P-core/E-core mixed architecture.
In this generation of processors, Intel has doubled the number of E-cores, while keeping the same PCI-express lanes. Although the base frequency of these processors is technically lower than that of the previous generation, in practice, the increased number of E-cores results in a higher frequency under all-core load.
These processors now employ the 10nm process, allowing for significantly higher speeds and improved efficiency. Additionally, they feature Intel’s new Iris Xe graphics, which can deliver up to twice the performance of previous generations.
Furthermore, support for Thunderbolt 4 and Wi-Fi 6 has been added, providing the best possible experience when utilizing the latest technologies.
Taking a Closer Look – Intel 12th Gen vs Intel 13th Gen:
Connectivity and Ports:
The 13th generation of Intel Core processors also expands the support for Thunderbolt 4 and Wi-Fi 6E. Thunderbolt 4 is the newest standard for data transfer, with speeds up to 40Gbps, allowing you to transfer large files quickly and easily. Wi-Fi 6E, the newest standard for wireless networking, provides speeds of up to 9Gbps, enabling you to stream media without buffering or lag.
12th gen processors also support the Wi-Fi 6 and Thunderbolt 4 meaning somewhat similar connectivity and port options as the 13th-gen. 13th gen is not far ahead in this section from 12th gen processors.
Energy-Efficient Chip Technology:
In this generation of processors, one of the most significant changes is the move to the 10nm process, which enables higher speeds and improved efficiency. This produces a processor that can manage more demanding tasks without compromising performance or battery life, making the 13th generation of Intel Core processors perfect for gaming, video editing, and other resource-intensive activities.
Improved Dedicated Graphics:
Another significant change is the inclusion of Iris Xe graphics, which can deliver up to 2x the performance of previous generations, making them excellent for gaming and other visually-intensive activities. You can enjoy all of your favorite games and movies in stunning detail with support for up to three 4K displays, and since they’re integrated into the processor, you don’t need a separate graphics card, saving both money and space.
Faster Memory Support:
Furthermore, the 13th Gen Intel Core processors are the first to support DDR5-5600, which is the next step in DRAM technology. DDR5 offers significant improvements in speed and power efficiency over DDR4, with up to 3200 MT/s of data transfer rate, and it consumes less power than DDR4, making it ideal for use in mobile devices. DDR5 also provides an enhanced Error Correction Code (ECC) to help prevent data corruption. With these benefits, DDR5 is poised to become the standard for DRAM in the future.
12th gen processors are also capable of supporting DDR5 RAMs but the memory bandwidth is slightly less than the newer processors.
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Performance: Intel 12th Gen vs intel 13th Gen
In the 13th Gen Intel Core Processors, the two main types of cores are the Raptor Cove (P-cores) and Gracemont (E-cores), both of which provide a significant increase in performance over previous generations. The P-cores are designed for high performance, while the E-cores are more efficient and consume less power, making them perfect for low-power tasks.
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Compared to their predecessors, the 12th Gen Intel processors significantly increase performance. These processors also support Thunderbolt 4 technology and provide enhanced security features.
Intel has designed a variety of models in the 12th Gen, each tailored to meet the specific needs of a particular type of user.
You can check the Prices of Intel 12th gen CPUs HERE!
An overview of the i9-series is presented here:
|Core i9 13-13900K||Core i9 12-12900K|
|Max Turbo Frequency [GHz]||Up to 5.86||Up to 5.2|
|Turbo Boost Max Technology 3.0 Frequency [GHz]||Up to 5.7||Up to 5.2|
|Performance-core Max Turbo Frequency [GHz]||Up to 5.4||Up to 5.1|
|Efficient-core Max Turbo Frequency [GHz]||Up to 4.3||Up to 3.9|
|Processor Cores (P-cores + E-cores)||24 (8P+16E)||16 (8P + 8E)|
|Total Processor Threads||32||24|
Intel’s Raptor Lake architecture has increased the number of threads the cores can manage while also boosting its efficient cores. The E-cores are part of the chip that handles highly threaded workloads (multi-threads) and background tasks, such as minimized tabs, IT services, cloud syncing, and more.
The addition of more E-cores frees its performance cores, enabling them to work more effectively on more power-hungry activities and burst workloads like 4K gaming and 3D design.
Thanks to those changes in the construction of 13th Gen processors, Intel can reach peak performances as they claim: a 15% performance improvement in single-threaded workloads and a 41% increase in multi-threaded activities.
Conclusion: What you need to know about Intel 12th Gen vs Intel 13th Gen
The 13th generation of Intel Core processors brings many new features and improvements over previous generations, making it a significant update. This processor is the ideal choice for those looking for a powerful and reliable option that can handle demanding tasks with ease. Additionally, if you’re looking for a processor that delivers the best possible experience when using Thunderbolt 4 or Wi-Fi 6E, the 13th generation is the perfect choice.
But if you are looking for a good gaming performance then upgrading from 12th gen to 13th gen doesn’t make much sense. Intel’s 12th-generation processors are capable enough to handle many tasks and AAA gaming titles with ease.