AMD Ryzen

I did not see any benchmarks on multi-core performance in the AMD-released tests. However, we did see a 20-30% increase in single-core. The event focused on gaming performance, but the omission of multi-core still seems unusual and amusing. Wouldn't they be proud if they achieved a 20% increase in multi-core as well?

Since Intel's lead was no longer significant, I believe they concentrated on single-core performance this time. Great job, man.

While the peak clocks are faster than the 3000 series, the base clocks are roughly 100MHz slower, suggesting that something went unreported here. Because of this, plus the fact that the TDP and node are the same (7nm), the multi-thread performance should be around the same, or maybe even slightly better, than before.

Gaining insight into their construction

We must review how they get the various models before deciding which one to use. The truth is that instead of making three separate chips, the technology uses tiny chipsets (CCX) that can house up to eight cores apiece. Every single one of the 5000 processor series uses the identical triplets. How is it that a single chipset may have four processors?

The 5800X and 5950X are straightforward; they are just one or two CCX, end of story. They transport less-than-ideal CCX to the other models, deactivate a few components, and then send them out into the world. For instance, they may force a less-than-ideal CPU to operate by reducing the frequency. So long as they can sell almost all of their products, AMD Ryzen 5 5600X can keep their prices low.

From what I can see, they're probably constructing them like this:

• I think two of the highest-quality CCX would be perfect for the 5950X.

• So, it's likely that the 5800X will be a high-quality, single-CCX. This CPU fully uses its 32 MB of cache and eight cores.

• The 5900X follows, with each CCX having one core deactivated.

• The 5600X, which lacks two cores, is the last option.

Can you explain this to me? Since it comes with a relatively inexpensive cooler ($299), the Ryzen 5 5600X is likely to be the most excellent value for your money if you're looking for a graphics card for gaming, unless you have a large budget and don't care. Why? A 5% performance drop is the most that can be expected from a little reduction in frequency, given that all CCX are identical. Games only use the first core. Therefore, increasing the number of cores does not result in smoother gameplay.

Never forget that they will outperform even the most cutting-edge Intel in gaming performance by a 10–20% margin. I consider it a steal at $299 if it can outperform any Intel by around 5%. Sure, it's just got six cores, but come on! Six cores are an enormous number of cores. Quite excellent, even for professional workloads, is 6c/12t.

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The 5800X is a fantastic high-end choice for anyone who wants to utilize the computer for other things, such as software compilation. The CCX is likely to be top-notch, and it will perform admirably in every situation. I want to use this as the benchmark for my future desktop or laptop.

Now, the only thing that piques my interest is seeing how these chips, particularly the 5950X, overclock. There is much too much power in this chip for its packaging. The base clock has to be decreased, presumably to bring it within specification for the provided TDP, although its TDP is still 105W TDP. In my opinion, expensive cooling arrangements, such as a bespoke water loop with a 360 radiator, will be perfect for this chip. Since the boost frequency is so high, the chip may auto-overclock itself if the motherboard can raise the TDP (by tricking the CPU into thinking the current demand is more than it is).

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When overclocked, the 5950X may be able to compete with the Thread Ripper 3960X. In all likelihood, AMD is trying to avoid competing with the Thread Ripper chip line by holding off on releasing CPUs with more significant core counts. As a result, Thread Ripper will need a complete redesign before the release of the next generation of processors. They will use the same technology to achieve an additional 20% performance, maintaining the current core count while removing the lowest one.

But then the issue arises with Epyc, the server line; the server market would take a beating if they introduced a new Thread Ripper that was 40-50% more performant. Remember that AMD's Epyc Rome CPUs are moving like hotcakes. The new Epyc codenamed Milan, must be released immediately, regardless of what they do.

In addition, it must first develop the new APU (central processing unit with graphics) line, release some low-end processors, and gain a feel for the new line's performance, yields, etc. It will eventually need to undergo certain upgrades to compete with Intel's next platform.

Accordingly, I am speculating here based on what I anticipate:

• Around May of 2021, Epyc Milan will be released.

• In the first quarter of 2021, introduce new processors with integrated graphics and entry-level CPUs. With any luck, the APUs will be top-notch this time.

• Around November 2021, CPUs and a new Thread Ripper will be refreshed.

Those are complete speculations.

Is Intel any good?

They were crowned runner-up in terms of productivity, gaming, laptops, and servers. Even with a laptop, they're somewhat outmatched.

Intel will be left in the dust if AMD manages to produce a low-power six-series laptop CPU using the 5nm technology.

For a while, they should let AMD Ryzen reign supreme and concentrate on servers; after that, they can stop caring about customers and gamers. They probably won't be able to beat AMD in the next few generations, anyway. Conversely, servers should generate a substantial amount of income with such pricey processors. Intel has yet to respond to AMD's Epyc Rome, which has been out for some time. There are so many data centres that when they upgrade their CPUs, they will all use AMD processors.

It doesn't matter whether I'm an AMD evangelist; I just want Intel to be there so costs don't go up too much. We need rivalry.