Is Ryzen good for gaming?
Computer gamers are definitely one of Ryzen's target audiences, especially given AMD's long-standing reputation for high-end graphics. For gaming, Ryzen has better per-core performance and new overclocking features than previous AMD processors by a wide margin. So for many gamers, especially those who aren't building their own system specifically for gaming, a Ryzen-powered PC is a sensible choice and can save you money. Early benchmark tests found that Ryzen chips performed worse for some games than the best Intel Core i chips at the time. However, AMD executives and many gamers predict that ongoing performance improvements (by AMD and game developers) will help Ryzen catch up quickly. In addition, Ryzen comes with a high-capacity stringripper with 16 cores and 32 threads, which can be a great choice for those who build their own gaming consoles.
What makes Ryzen different? From a marketing point of view, AMD is now adopting the 3-5-7 classification level for the first time to distinguish between units (Ryzen 3) from mid-range (Ryzen 5) and high-end offerings (Ryzen 3). ). However, be careful. There is some overlap between Ryzen models, so depending on the specifications, the higher Ryzen 3 may be faster than the lower Ryzen 5, in some cases. For more specialized uses, there's Ryzen Threadripper (see above) and a more powerful server processor, Epyc, which is also built on AMD's new Zen architecture. But beyond the market, what makes Ryzen different? Compared to previous AMD processors, Ryzen has several physical advantages:
- Smaller 14nm transistor architecture that consumes less power and generates less heat. - A few shared assets - making each chapter unique and independent.
- Improved intra-processor for floating point / string conversion. - Overclocking capabilities that can free up additional CPU cycles for specific needs.
Understanding the Ryzen Case
When considering a Ryzen CPU or a Ryzen-powered PC, there are a few AMD brand names and marketing terms you should know:
- SenseMI technology: An umbrella term to describe a feature called "learn and adapt" that helps Ryzen processors adjust their performance based on how you use them. - Extended Frequency (XFR): Provides options - and enough rest to "overclock" the CPU to achieve higher cycle rates (boosting Ryzen chips, say, 3.6 GHz to 4.2GHz). Some Ryzen power systems come with additional cooling to enable XFR, while on other systems this cooling is added. - Improved speed: Allows Ryzen to automatically adjust the frequency (25 MHz at a time) to improve performance without overpowering. It started when Ryzen thought the workload was important for faster processing when it thought it had the room temperature to make it run faster for a while. - Predictive Neural Network: Allows Ryzen to learn from how it is used and actually "read ahead", anticipating the next step in your workflow and making adjustments along the way to ensure performance each passes through the processor as efficiently as possible.
- Smart Prefetch: Learn how your program works and tries to load data efficiently to the processor to speed up application performance and speed. Works in tandem with Neural Net prediction.
Many of these features are based on what AMD calls the Infinity Fabric, a new approach to processor architecture that connects all the cores, threads, and other components in a high-speed, low-latency "network-on-chip." AMD says the Infinity Fabric sensor monitors cycle rate, temperature, and voltage to allow for on-the-fly adjustments for maximum CPU performance.