When Laying out all the decent and easy-to-get components for your build, there’s a thing which is overlooked at times because people don’t bother enough. It’s RAM-plays an important role in determining how fast, responsive, and accurate your system could be in times of heavy load. For example, if you are planning to run a couple of software in parallel, you will need a handsome amount of RAM slotted in your system. The article solely will focus on the best RAM for Ryzen 3000 and how to fathom the notion of different variables associated with RAM alone.
With the advent of Zen 2 CPUs, Ryzen 3000 is taking a toll on its opposition (Intel) for a couple of months. The usage of X570 motherboards further enhances the accessibility of slotting in high-end overclocked RAMs into the system. You get the liability of overclocking your RAM to the max potential clock of 4666 MHz, which can be tweaked through BIOS settings. It’s the topic of another time; for now, we will be shifting ourselves to the sub-components of RAM. Although the topic is vast and intricate, it contains fine details to the architecture, the use of CAS latency, QVL, and a lot more. I will try my level best to put the information in plain words.
What’s the differentiating factor between DDR4, DDR3, and DDR2 RAM?
Before we proceed to explain what each module stands for, I would like to let you know that SDRAM (synchronous dynamic Random-Access memory) sends signals once per clock cycle, whereas DDR (Double Data Rate) sends signals twice per cycle. So, before you finalize an SDRAM, you need to be more focused and well-versed in determining what’s better for your system.
Well, DDR4 is all fun and games in this new technological advancement. These days, people don’t even look at DDR3 Ram, let alone buy it. These successive iterations in the double data rate explain how each new module in the lineage shows a predominant nature for its time. If you want to rehearse and practice overclocking settings, then I would say DDR4 is the best shot for your Ryzen 3000, since it allows you to go deeper within the chipset.
What’s a Memory clock speed (clock cycle)?
While conversing about memory modules, you must have come across the term “Megahertz” or “MHz” in short. Well, it’s the number given to a Ram, which determines its speed power. For example, a 4666 MHz RAM, can process 4.6 billion cycles per second. The number is accurate and derived from complex derivatives. The real question slides in when you think hard about whether higher clock rates can result in faster RAM?
Maybe, Yes and No!
I know my answer is vague. But it’s true as well. In the practical world, these numbers get manipulated by a plethora of external factors. For example, processor’s architecture, RAM’s latency, GPU’s RAM page filing, etc. Wait, it doesn’t always correlate to the RAM being sloppy and non-functional. Verily, higher clock speeds mean faster RAM; that’s the thumb rule like always. The reason for explaining the whole deviation from the actual number was to bring in a real-life example of how RAM’s are affected.
An insight into CAS Latency and Memory Timings!
When you buy a RAM stick, you get to behold a series of numbers written on the heatsink. These numbers represent memory timings. In layman terms, they indicate delay/latency between each command. Well, the numbers give you a threshold (time) for the next command to be executed in the queue. When I said, the chances of getting a slower Ram, even with higher clocks, I meant memory timings. If you are not lucky enough, you might get hold of a higher clock RAM with bad memory timings.
It’s time for us to break these numbers into simpler terms!
In the example, we will be considering 17-19-19-38.
- The First Number (17): There’s a specific name given to this number “CAS” (Column Access Strobe) latency or CL. It indicates the time delay between the processing of on-queue commands. Lower the number, the better it is. You can take it as a spreadsheet column, where the index register seeks for the empty column—considering the number 17: the delay of 17 clock cycles.
- The Second Number (19): It’s a Row-address-column-Address Delay (tRCD). After accessing the column, now comes the turn of finding the active row, hence the delay of 19 clock cycles.
- The Third Number (19): It’s known as Row Precharge Time (tRP). It’s the time delay of finding another row in the same column; thus, 19 clock cycles.
- The fourth number (38): It is known as Row Active Time (tRAS). Usually, this number is always the largest. It indicates the bare minimum time required to let the rows stay open for proper read and write; thus, 38 clock cycles.
What’s the decent RAM requirement for today’s AAA titles?
There are two ways to go about this particular issue. If you are a hard-core gamer, coder, and video editor with 4K videos in the stash, then it’s better to root for the 32GB RAM module. You might take it as overkill, but in reality, it’s not. Recent games like War Zone munches up around 16GB of RAM easily. On the contrary, if your sole target is to play games only, then 16GB RAM is enough to power on any latest game.
A battle between Single/Dual/Quad Channel Memory Configurations!
The main difference between these three channels is the amount of bandwidth available to that particular RAM. For example, if you are using your RAM on a single channel memory configuration, it would be running at half the bandwidth of the dual memory channel, and one-fourth the memory configuration of a quad memory channel.
When we consider AMD, the motherboard does not offer any quad-channel memory configuration. For AMD MOBOs, if you are planning to populate all the four slots, then they all will be running on the dual-channel configuration. That’s the only bummer when you select Ryzen as your processor.
It’s a thumb role to have at least dual memory configuration running on the system.
Counting in Aesthetics!
When you plan to select a processor from 3rd generation AMD lineage, it tends to go over normalized and traditional looks of the system. When holding Ryzen 3000, it means you are equally concerned with the RGB lighting in your case. For this, I would recommend you to buy such RAM sticks that come with a dedicated RGB system in-built. People usually advise others to go for non-RGB setup because, at times, non-RGB Ram sticks have lowered CAS latency since they focus more on performance than on aesthetics.
The choice will be yours and not mine. But if you are looking forward to having something vibrant and colorful in your system, then RGB is the only solution.
It’s time for us to proceed to the listing of all the memory variants you can look into. So, without any further, let’s cherry-pick the best memory for Ryzen 3000!
Prime 6 best RAMs for Ryzen 3000 (breakdown)
The Editor’s pick award goes to Corsair Vengeance LPX for its hyper multitasking and proposal of extreme overclocking potential. The memory comes with a discrete heatsink glued at the top, which allows heat to dissipate on regular time intervals, hence lowering the temperature of the RAM stick. Not to mention, the memory uses hundreds of ICs for complex calculations and tasks-tending. Well, the RAM uses the DDR4 version of the lineage, which means the stick is predominantly faster than its predecessors. On top of that, the Corsair Vengeance LPX makes use of XMP 2.0, which ensures zero lockdowns on the malfunctioning system.
The manufacturers designed it especially for overclocking enthusiasts as the Ram sticks allow you to reach soaring clock speed (up to 4000+ MHz). What else do you want, huh? The only problem that slides in is that you would have to stock up at least 4 RAM sticks if you are planning to shoot up to 32GB+. The reason is that the RAM does not come in 32GB capacity; neither the AMD Ryzen 3000 supports quad channels. So, do keep that in mind!
The runner up awards go to Crucial Ballistix RGB, which focuses both on performance and RGB alike. The memory uses a modern design that includes anodized aluminum heat spreader (that is available in black, white, or red) and a low-profile form factor (for slotting in any given space). The design makes it look aesthetically pleasing when used with all the latest RGB components. Not to mention, the memory stick comes with its personalized RGB effects (16 RGB LEDs in 8 zones). You can channel the mode and profile through proprietary software. If you think that you can slot this memory stick in computers only, then you are wrong. Crucial Ballistix is workable on laptops as well (uses SODIMM memory module).
It just doesn’t end here! The memory uses XMP 2.0 support and pre-defined overclocking profiles that can be toggled on and off as per your will. You can select the JEDEC default profile for standard frequency. On top of that, the memory chipset was tested on a surfeit of systems for compatibility. So, you can rely on Ballistix for powering your AMD processor.
Last but not least, the Ram uses the UDIMM form factor, 16GB kit, Non-ECC, warranty of 10-years, and memory delay timings of 16-18-18-38.
Corsair Dominator platinum RGB is one of the most wanted RAM sticks for immersive gaming-no wonder why it’s expensive. The memory stick uses all the platinum features that allow one to have an optimized system without any known freezes and lags. It’s worth mentioning that the RAM stick uses aluminum heatsink that enables it to dissipate heat at a more significant rate. Well, you also get hold of tightly screened high-frequency speeds and 12 bright addressable RGB LEDs. For gamers, aesthetics and performance have similar weighing; thus, forcing the manufacturers to implement RGB LEDs for enticing looks.
Do you know what’s surprising about the Corsair Dominator platinum? Well, it allows you to reach the clocking cycle of 4800 MHz, which is unparalleled when compared with other RAM sticks in the list. That’s the reason why it won the award for being one of the fastest memory modules to date. Notwithstanding, the memory also proposes ten custom layer high-performance PCB for signal strengthening and stability.
In addition to that, the memory also supports XMP 2.0 for better connectivity.
Do you have a thing for RGB and colors? If so, then the G. SKILL Trident Z RGB series is just the right RAM module for you. Do not worry, the RAM does not compromise on performance, and is known for providing aesthetics and high-end quality alike. The RAM stick features an exposed, light bar with vibrant RGB LEDs, concoct with a heatsink. Well, the heat sink allows the heat to radiate at ease, without damaging the component. It’s worth mentioning that you get to RGB as per your will. All you have to do is set a profile and mode discrete to each functioning, and bingo it’s done. You can use the given software to toggle on and off patterns. The only thing that makes me jump is that you can match the colors of your RAM sticks with the other components in the case. Imagine having all the components twinkle in blue light alone. That’s fascinating!
Not to mention, the Trident Z RGB retains the iconic and fashionable design, which makes it the best for your high-end gaming pc build. For the overclocking, you get to hold of extreme overclocking options and a discrete custom-engineered ten-layer PCB for signal stability.
Moreover, the RAM offers latency of 16-18-18-38, NON-ECC error checking function, support for XMP 2.0, and lifetime warranty.
Patriot Viper 4 series is one of those RAM modules that are new to the market. You can still trust and rely on them because of past anecdotes presented by people. These memory sticks are designed especially for performance and on-fleek style in mind. It’s worth mentioning that the RAM was manufactured to work on the latest platforms (AMD Ryzen 3rd generation and Intel 9th generation processors). On top of that, the RAM proposes black heatsink that allows heat radiation to take place at ease. In addition to that, the RAM is tested on a surfeit of systems to ensure credibility and reliability. It’s worth adding in that the RAM also supports XMP 2.0 for signal strengthening.
For this particular series, you can get hold of 16GB (4000 MHz), 64GB (3600 MHz), and 32GB (3600 MHz) kits for gaming and rendering niche alike.
It’s time to welcome our last candidate in the run. HyperX predator Black is both an intel and AMD based memory module. What’s surprising about the ram stick is that it runs equally on both the processors. You get to do so many customizable tweaks as per your will with HyperX predator black. For example, you get to hold of speeds up to 4800 MHz, quick CL2-CL19 timings, aluminum heat spreader for reduced temperatures, stylish ebony-laden body, support for XMP 2.0, module capacities of 8GB-32GB, and a lifetime warranty.
Other than that, the memory offers fully tested compatibilities that you can rely on. All in all, it’s a fantastic memory module to have in hands.
The advent of new chipsets like Ryzen 3000 is much greedier than its predecessors. That’s the sole reason why you should be shifting to DDR4. The aggressive use of page filing, and randomized registries inside high-end processors, at times, can hamper the overall performance of the system. Consequently, people are advised to get top-quality RAM sticks so the problem can be minimized by 75 percent. After reading the guide mentioned above to hunt down the best memory module for your Ryzen 3000, I hope now you have a new vision for RAMs and what exactly to root for amidst this perpetual product war.
If you ask for my recommendation, I would say it’s best to buy Corsair Vengeance LPX since the product houses all the sparking and enticing features to sustain the lifeline of your system. For budget-friendly modules, you can have a look at the Patriot Viper 4 series.
How about you pitch us your reviews about what RAM module worked efficiently in your system? It will mean a lot and give us the insight to remedy and edit our future reviews. I’m looking forward to hearing from you in the comment session!
Frequently Asked Questions
Is 3200 MHz RAM good for Ryzen 3000?
The bare minimum RAM for Ryzen 3000 processors is 3200 MHz, and can support up to 3600 MHz at base frequency clock. Surprisingly, you can reach up to 5100 MHz with overclocking profiles on the same processor chipset.
Is faster Ram better for Ryzen?
Faster, the better! It’s best to hardwire this slogan in your mind. Ryzen processors lean more towards complex mathematical calculations, hence requiring more and fast temporary holding storage.
is 32GB Ram an overkill?
It entirely depends on the purpose of your system. If you are gaming, coding, rendering at the same time, then even 64GB seems less. For gaming only, yes, 32GB indeed is an on overkill.