It’s quite easy to say that;
Ryzen processors are far suitable for programming due to the fact their high-end multi-core performance and a great price to performance ratio.
For programmers or front-end software developers, working on multiple IDEs can not only take a bit of time & resources but also a huge amount of processing power. Want to buy a laptop for programming? Check our list of laptops for programming.
If your CPU isn’t equipped with the latest hardware and technologies, it will ultimately downgrade the whole system in the long run.
This is the reason why investing in the best processor for programming seems to be crucial in the following years. Now, when it comes to CPUs, AMD & Intel are among the popular brands out there.
Is Ryzen Good for Programming?
Intel and Ryzen, are both chipsets that are being used in complex development projects.
However, AMD processors are usually preferred since they have a prominent computational power while running at a lower TDP.
With that said, let’s go through this topic in detail and shed some light on some of the aspects that make AMD CPUs stand out from the rest!
Why Get Ryzen?
AMD is basically an acronym for “American Micro Devices,” which has become a multi-national brand featuring some of the well-known computer processors in the industry.
The main reason why their Ryzen lineup is preferred over the Intel counterparts is simply because of their affordable nature. Believe it or not, they can save you money while providing similar, if not better, performance.
Take a look at the brand-new Ryzen 7, which retails at an MSRP of $440-$500. When compared with the same i7 10th gen CPU, you might save anywhere between 3-40$, depending on your region.
Secondly, Ryzen processors have a built-in technology called Infinity fabric, which gives you better memory bandwidth and maintains latency.
There’s also the fact that the new Ryzen CPUs are better at managing power, making them more effective in laptops when it comes to thermal throttling.
Now with that’s out of the way, let’s compare Ryzen performance in several programming niches to assist you in making an informed decision.
1) Web-Development on Ryzen CPU
When it comes specifically to web development, AMD processors, especially the Ryzen lineup, are good to go.
As you might’ve guessed, the whole process is not that system-intensive, so any low to mid-tier setup with a decent CPU will be enough for the most part.
So, if you’re a PHP developer working remotely, then I highly recommend getting at least the latest-gen Ryzen 3.
This chip has been in the market for quite some time and has been loved by web developers of all sorts due to its moderate core to thread count and cache rate.
2) C++ & Python Programming on Ryzen CPU
The same can be said for general-purpose programming (such as C++, Java, and Python), which can all be done quite efficiently on the latest-generation Ryzen CPUs.
Programmers will face no difficulties in this regard, and even if they become stranded in some cases, they will be able to identify alternative paths.
On top of that, the number of optimizations provided by AMD CPUs for general-purpose programming languages is just astounding.
Take an example of Ryzen 9 5950x, which according to many surveys, has been able to compile more than a million lines of C++ code in less than 3 minutes. As a result, switching to Ryzen CPUs will result in faster code compilation in many existing programming languages.
3) Node.js & React Native on Ryzen Processor
It’s a known fact that open-source developer tool kits such as Node.js, NPM & React Native work relatively well on Ryzen chips, mainly due to their multi-core performance.
So, if you’re doing any sort of mobile or web development by using such platforms, you won’t be facing any bugs and errors and will get the project done within no time.
As for “Is Ryzen 5 good for programming on toolkits?” I would say yes; it definitely packs some decent benchmark performance and can handle the majority of the VMs without any issue.
4) Android Development on Ryzen Processor
A CPU handles all of the IDE functionality in Android development, and this is the biggest performance boost you’ll notice when you build your project.
So, usually, Android studio projects take some time to build, and a fast processor will speed up the whole process. In short, you will be able to do more in less time.
Now, AMD Ryzen CPUs will take a little longer to configure in the emulator, but they should eventually be able to execute any Android programming.
Tasks like this previously required a technology known as “hardware acceleration,” which many Ryzen x86 architecture CPUs lacked.
However, nowadays, the current Gen Ryzen processors run exceptionally well on emulators like AMIDuOS, Bluestacks 5 & Android Studio, thanks to something called “CPU Virtualization.” It can be enabled through the BIOS setting and can get you the desired results within no time.
In my opinion, anything greater than Ryzen 5 should be ample for android development. It doesn’t have to be a flagship, and as long as you’re in the MSRP, your good to go!
5) IOS Development on Ryzen CPU
Much like Android, the IOS app development on a computer system relies on the underlying architecture of its CPU.
Luckily, the AMD Ryzen chips fall well within the Apple Ecosystem, so instances of driver setbacks are low and rare.
On top of that, each of their x86 processors packs a higher count of threads and cores per generation so that the ultimate multi-core performance will be far higher than your Intel counterpart.
Just keep in mind that the Xcode might be a bit hard to work with on Ryzen chips compared to intel ones because their setup is not natively supported. Other than that, even a Ryzen 5 3500u is good to go for IOS development.
Is AMD Ryzen 5 3600 Good for Programming (Even In 2022)?
For many years, Intel has been your go-to manufacturer in terms of its processors. Whether you’re building a gaming PC or a workstation, your choice was pretty much limited with Intel, especially their “Core i” lineup.
However, in February 2017, everything changed when AMD presented its first Zen architecture. These chips are way cheaper and faster, in my opinion, and the Ryzen 3600 is definitely a living example of that.
It featured AMD’s Zen 2 architecture and was released back in 2019.
These CPUs compete head-to-head with Intel’s 10th-generation processors and have received quite a number of positive reviews on sites such as Amazon. The reason for their huge popularity lies in the overall value.
The Ryzen 5 3600 chips offer the best value for your buck and are more than excellent for programming. Heck, you can even use them for high-end 1080p gaming and will be quite surprised with the end results.
With that in mind, let’s take a look at some of the hardware features that the Ryzen 5 CPUs have up their sleeves.
If you’re in the market for the best processor for programming, then you definitely want to pay close attention to the core count.
Believe it or not, modern CPUs are all about processing cores, and for a high-performance chip, the core to thread count is much greater than for a low-end model.
Sure, at a higher clock speed (let’s say 5GHz), the CPU can get more done in a limited amount of time, but if it only got four cores to work with, you’re seriously getting left behind.
That’s why the latest edition of Ryzen 5 3600 processor is equipped with up to a 6-core performance.
It’s ample for both web and software development, and as a Python programmer, you probably won’t be disappointed in the long run.
Clock speed refers to per cycle work (execution) of a computer chip. It’s taken as GHz or gigahertz as a unit. Ideally, not only your programming CPU must have a higher thread to core count, but it should also be able to run at a decent clock rate.
Fortunately, the Ryzen 5 3600 operates at a clock speed of 3.6GHz under normal load, while its boost clock can go anywhere up to 4.2GHz.
This is great for both content creators and programmers as they will get an overall fast CPU performance.
Of course, each chip in the Zen lineup is overclockable, meaning you could technically make it run on a much higher clock, especially while running AAA titles.
TDP is another factor that is quite crucial in modern-day CPUs & APUs. It is basically a measure of the chip’s thermal efficiency while drawing power. It can give us a rough estimate of the highest amount of heat that the component (silicon) can withstand. Generally speaking, an i5 10th gen processor can have at least 45-50W of default TDP.
Comparing it with this Ryzen 5 3600, you can see that the difference is 15-20W. This is a clear indication of its higher performance, but keep in mind that it will dissipate more heat. A build with 550W of PSU and a decent cooling system is something we recommend if you plan on using it for software development.
And finally, we have something called cache-rate or memory cache, which shows the amount of temporarily stored data for the chip (CPU) to use. The AMD Ryzen 5 offers a generous 32MB of L3 cache memory. This accounts for minimal lag and better load management across the 7nm architecture. Now, you can use this CPU for multiple workloads without many issues.
Are AMD Ryzen Laptops Good for Programming?
Both team Red & Team Blue offer some of the best hardware for programmers, and when it comes to laptops, you can go either one of them, depending on your personal preference.
However, I would say that Intel laptops will have a faster CPU, especially this year but at the expense of a hotter chip and worse battery life.
AMD, on the other hand, moving to a 6nm architecture will further improve the battery performance and make it much easier for programmers as well as gamers to keep the internal components cool.
If you’re a content creator or a hard-core gamer who doesn’t care about having the best battery life, my personal opinion will be that Intel will make a lot more sense to you. But AMD is probably a better option if you’re a developer or a student who wants the best battery life and the coolest running system.
Although, if you’re specifically doing general-purpose programming like C++, I recommend you give some extra thought to things like weight, form-factor, screen, and keyboard quality. These aspects will make a huge difference on your purchase in the long run.
Speaking of which, some of my recommendations for the best AMD (Ryzen) laptops for programmers are as follows;
Want to learn more about programming laptops? check out our previous review.
This concludes our debate on whether or not AMD Ryzen is good for programming? In general, the first and foremost answer to this question is yes, absolutely, you can use Ryzen CPUs for coding purposes. From the series, 4th generation onwards to the 5th generation and now the 6th gen upgrades have been performing really well in the price point that is dedicated to it.
As compared to Intel CPUs, the price to performance ratio is clearly justified. Of course, you will see some marginal difference between the two processors, such as the Intel chips supports the MKL library for the Python environment, but that’s just a luxury to have, and there are definitely some alternates to it.