We are here once again with another exciting release! Introducing the long-awaited, highly anticipated, and widely discussed Ryzen 5 5800X. With 8 cores and 16 threads, this processor offers increased thread flexibility, making it more future-proof than its 6-core counterpart. Not only does it deliver exceptional gaming performance, but it also excels at handling tasks and games efficiently, all for a price of 449 USD. AMD has introduced this new architecture to challenge Intel once again, focusing heavily on enthusiast-class gaming performance. This new processor series promises significant improvements in both single and multi-thread workload performance. It has been only three years since AMD launched its first-generation ZEN-based processors in 2017. While Intel has been following a different development path, AMD has been consistently innovating with new architectures almost every year, which is truly remarkable. For those unfamiliar with the terms, a “tick” signifies a new architecture, while a “tock” represents an architecture refresh. Additionally, AMD has been making strides in utilizing advanced fabrication processes, currently utilizing refined 7nm production with 5nm on the horizon, while Intel’s desktop processors are still manufactured at 14nm. Although AMD faced some architectural challenges, particularly in CPU-bound gaming scenarios, Intel has historically held the performance advantage. However, with the introduction of ZEN3, AMD is poised to surpass Intel in this segment as well. While there may be victories and setbacks for both brands, the primary concern has been addressed with the Ryzen 5000 ZEN3 processors.
ZEN3 series processors.
AMD recently unveiled its first ZEN3 based Ryzen 5000 processors. This piece will delve into the details of the announcement and provide insights into what we can anticipate in the coming weeks. Naturally, this will also include a series of tests and benchmarks. AMD has been teasing ZEN3 with a sense of satisfaction for quite some time now, and it appears that their confidence is well-founded. ZEN was impressive, ZEN2 was highly regarded, and ZEN3 is undeniably exceptional. ZEN serves as the codename for the processor architecture. ZEN3 boasts an updated architecture with improved IPC (instructions per clock) performance, along with the familiar chiplet designs that result in enhanced yields. AMD has consistently pushed the boundaries of chip-fabrication foundries, and it’s evident that 7nm production has been particularly advantageous for the company. The chiplet design has played a significant role in achieving good yields; for instance, when fabricating monolithic chips, only 30 chips may be obtained from a wafer with a 60% yield, resulting in 18 functional dies. However, by utilizing chiplets (multiple chips per package), approximately 200 chips can be fabricated per wafer. With the same yield ratio, this approach yields 120 functional dies. This is one of the key factors contributing to AMD’s recent accomplishments.
Gaming and performance king?
A great deal has been discussed and debated regarding Ryzen 5000, also known as ZEN3 in the past; AMD’s single and multi-threaded performance has been generally impressive, but it has faced challenges with high FPS and CPU bound games. This issue is not solely attributed to the processor, as the gaming industry has heavily favored Intel for the past decade and optimized their processors accordingly. The architectural disadvantages in AMD’s processor design, particularly the cluster design, have contributed to this. Both the ZEN and ZEN2 processor dies contain 8-cores, which are clustered in two groups of four. This clustering has resulted in latency issues, which have impacted gaming performance. The solution to this issue typically involves increasing IPC and raising clock frequency. Intel excels in high turbo clock frequencies, while AMD has been strong in IPC. However, AMD has struggled to surpass Intel in extreme gaming situations, leading to a reputation and stigma that has affected the perception of their processors. Despite the overall performance of AMD processors, the comparison to Intel in gaming performance remains a significant concern for enthusiasts.
This article employs a foundational storyline for all evaluations of our Ryzen 5000 processors. Within this piece, we conduct thorough testing on:
The Ryzen 7 5800X, which features 8 cores and 16 threads, is available for purchase at a price of 449 US dollars.
Further information will be provided in the subsequent pages. The Ryzen 3000 series processors, ranging from 5 to 9, feature six to sixteen cores and offer competitive pricing along with a significant performance boost compared to the previous generation products.
