Ryzen9 5950x All you need to know

Ryzen9 5950X With Zen3 specs and performance

When we talk about success, we always find that the focus of the conversation revolves around various topics Different concepts and terms, such as persistence, design, planning, despair, and other complex terms for certain specific terms But in a difficult world, success only frees a company from bankruptcy and bankruptcy. Then this is the best in just a few years.

For people who don’t know, AMD was on the verge of bankruptcy about ten years ago.

 That’s because the architecture at the time was very chaotic, especially the central Boldozer or FX architecture.

This is by no means a successful move by the company. Many people think that AMD has completely ended this period,

Then the company returned home.

 Until now, until 2017, AMD has risen like the legendary Phoenix, announcing that it has returned with its own AMD Rising processor.

 Or as AMD Ryzen said.

That’s where the success of the company is, really, as the code name of the new processors shows, the new processors are a new renaissance of the company. For a very long time, AMD was at the tail end of the competition when it comes to centralized processors, especially when it comes to the top category of products for professionals and beyond, in servers, laptops and more. All these different markets ultimately determine the size of competition and sales, which for example, is only 50% up to 2004 to 2006.

The reason for these successes is not only the outstanding processor performance compared to competitors and even the previous company’s own products, but also a large number of core reorganizations. Before the advent of Ryzen processors, Intel limited users to fewer cores than it does now. Core i7 processors can have up to four cores, while Xeon processors can have up to six or eight cores, but not memory. All this changed the AMD processor with 8 cores and 16 processing threads at that time, which is a very powerful advantage for Intel.

Then there are the company’s second-generation products, then the company’s second-generation processors, and then the third-generation processors. The IPC of each generation product or the instruction of each frequency pulse has been significantly improved, frequency, temperature, energy Consumption and manufacturing accuracy. All these improvements, except for the special processor price, are not to be ignored by followers. The processors are compatible with Intel products, but there is only one thing That Amd beated Intel with, This Processor is made for games!

Intel processors have been the best in games ever since Ryzen’s introduction, and it’s been like this from that time until a few days ago when Lisa Sue finally announced the fourth generation of Ryzen-based, centralized, improved Zen 3 architecture. This time, the focus was clear and clear at their show, yes, it’s games, or say, one core performance, which means games.

Because the difference was essentially relatively small with third-generation Ryzen processors, the fourth-generation performance was not only equal to traditional Intel, but also better and at some point very well. Now Intel has no outlet to justify its apparent inaction, losing in number of nuclei, multi-core performance in design and business programs, as well as in single-core performance and games, and I can add that it is also weaker in prices …Although AMD processors this time are slightly higher in price than previous generations, performance and number of cores compared to Intel justify it most .

But today, we’re going to end these beautiful, very close-to-heart reviews with the best, to end any argument that may be left of the blue camp lovers. Today we’re going to go through the best we can get in the consumer desktop processor category, see how AMD actually integrated all the performance factors into one processor. In fact, I can’t say anything about the processor that I have today, except that it’s the best My dear followers welcome the most powerful desktop processor ever, Ryzen 5950X.

Ryzen9 5950X specs

The Ryzen9 5950X processor with 16 cores and 32 tracks is available in a standard 3.4GHz frequency and up to 4.9GHz frequency with 64MB of L3 cache and 105W power consumption. It will be routed to compete with the Intel Core i9-1 processor 0980XE is currently priced at $803 and Ryzen 9 5950X will be available at $800 instead of the $750 we saw with the previous generation Ryzen 9 3950X with 16 cores .. The processor in our hands is not primarily for the players, but simply, you’ll be amazed by what you’ll see in the game results, so without more lengthy talk, let’s get into the goal of the topic, but before that let’s take a look at the new Zen 3 architecture.

Amd Zen 3 architecture explained

The new AMD Zen 3 architecture is trying hard to follow the Zen and Zen 2 architecture by delivering better performance standards. AMD’s ambition with Zen 3 is to deliver better processing power that you can think of even if you have a last-generation processor even if it’s just a few months ago with XT versions.

The changes in these processors may be boring for you, but we’re going to take them and summarize them for you so that you get the scale of the evolution that AMD is always trying to achieve with its processors.

Zen 3 architecture comes with new designs for the same processor. You know, the Zen 2 processors came up with two CCX modules in a single CCD chip that hosted nuclei and so on. Each CCX on legacy architecture came with up to four cores and eight threads with 16 MB of cache on stage three or known as the L3 Cache.

Double done, honey. Each CCX port chip comes with up to eight cores and sixteen threads for processing with a hidden 32MB memory. Tell me about innovation, huh!

Doing this new step allowed the Zen 3 architecture to put everything together instead of unnecessarily separating it. Now it’s better to access the cache memory through all the cores and access commands and data, it’s much easier than having a quad in the same region. The PC base is fixed, the sooner the faster!

You’re wondering, of course, what difference you’re going to find this time of architecture is because of the rearrangement of nuclei. AMD claims that performance is better with games and programs that need to reduce specific lag time. The game difference, as the company says before our tests, is up to 26% on Full HD resolution. For games that explicitly consume processor power, the difference is 40-50%.

The second stage memory or known as L2 has not changed. 512KB per core is the same number as the new Zen 3 architecture. The chipset for the entrances and exits, which came with the 12nm resolution, was also unchanged from the last generation and comes with the same specifications and connections, and we have no reason to grow them.

We also don’t need to mention that these processors can host two cores since their highest processor is 16 cores inside, so the cores and their threads are split on two slices.

Where does Precision Boost 2 take us?

Precision Boost 2 comes back with the new AMD Ryzen 5000 processors. It can be said that it uses its environment to reach high frequencies for your service with heavy loads. This technology relies on an AMD-specific algorithm to pay nuclei based on processor temperature and power consumption.

When the processor reaches the highest temperature levels that will require reducing the frequency, the processor will return to its normal frequency until it has access to higher frequency with this technology, which will update thermal and electricity consumption per millisecond due to the Infiniti Fabric power of processors.

This is the third time we see this technology from AMD. We’ve seen it in the second generation, third-generation processors, and we’re seeing it now in the fourth generation, or Ryzen 5000, as you’ve called this generation.

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