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My experience gaming with G.Skill Ripjaws S5 DDR5-6000 C32 2x16GB memory

My experience boosting game performance with G.Skill Ripjaws S5 DDR5-6000 RAM.
Freud Menzel



November 15, 2023


The G.Skill Ripjaws S5 DDR5-6000 C32 2x16GB memory kit promises faster load times and smoother gameplay. With the latest games demanding more from our systems, I’ve been testing to see whether this is true.


Unboxing and First Impressions

Photo of the g.skill ripjaws s5 ddr5-6000 memory kit in its packaging

Unboxing the G.Skill Ripjaws S5 DDR5-6000 C32 memory kit was as much a delight as it was a throwback to simpler times when high-performance gear didn’t need to scream for attention with RGB lighting or oversized heat spreaders. The kit’s low-profile design meant it slotted in comfortably under my IS-55 cooler, with just the right amount of clearance. I really admire the choice G.Skill offers between matte black or matte white heat spreaders; it allows for a sublime aesthetic match with the rest of my rig, especially with the NZXT N7 motherboard I recently upgraded to.

The build quality struck me immediately, resonating with the brand’s reputation for reliability and excellence. Peeking through the industrial-looking tiny holes on the right of the heat spreader, the precision engineering behind this RAM is evident. It’s subtle, but it tells you that the memory isn’t just another component—it’s an integral part of a well-crafted machine.

The details are what intrigue me as a tech enthusiast. Knowing these sticks are kitted out with SK hynix H5CG48AGBDX018 ICs fills me with confidence, given the brand’s propensity for quality. The fact that this DDR5 kit is aimed squarely at Intel processors and supports XMP 3.0 lets me know that G.Skill isn’t just pushing boundaries with speed but also ensuring compatibility and performance.

When I checked the Task Manager after installation, seeing that 6000MHz speed achieved so easily was immensely satisfying. The fact that the Ripjaws S5 managed to sustain DDR5-6000 speeds at a CAS Latency (CL) of 32 without demanding any manual voltage adjustments was impressive. It made me realize that, when enabled through the BIOS, this RAM is practically a beacon of plug-and-play power. That’s something I hadn’t expected from such high-performance memory, even though I’ve always had an unlocked chip ready for the task.

I must mention the G.Skill’s minimalistic approach, which is what I appreciate the most. It’s a sure sign of confidence in the product’s inherent capabilities when you don’t need all the showy extras to make an impact. The logo design is tastefully done, just adding enough contrast to stand out against the matte black background of my setup.

For anyone who’s edging into the world of system builds or looking to upgrade their existing configuration, this RAM would make an excellent cornerstone. It edges out a lot of the competition on sheer performance alone, and at a price point of $95.99 on Amazon, it’s hard to ignore the value it represents. The thought does cross my mind about how they would fare on an AMD platform, especially with TeamGroup and Corsair offering fierce competition, but that’s another story.

Handling these unassuming yet potent bars of silicon and copper, I’m reminded of why I’m passionate about PC building. It’s products like the G.Skill Ripjaws S5 DDR5-6000 C32 – with their top-tier performance, reliable build, and understated elegance – that rekindle that spark.

Installation and BIOS Configuration

Screenshot of the bios menu with the xmp 3.0 profile selected

Upgrading to the G.Skill Ripjaws S5 DDR5-6000 C32 was a breeze. I had previously been using a set of Corsair sticks that let me down one too many times, so switching to these felt like a well-deserved promotion. From the get-go, the installation on my NZXT N7 motherboard was as straightforward as it gets. You line the sticks up with the DIMM slots, apply even pressure until the clips click into place, and voilà - physical setup, done and dusted.

Configuring them in BIOS was no Herculean task either. For the uninitiated, this could sometimes be an intimidating process, but the G.Skill Ripjaws S5 seemed almost tailor-made for an easygoing experience. After a simple reboot and a key press to enter the BIOS, I navigated to the XMP (eXtreme Memory Profile) settings. With one click, the XMP 3.0 profile was enabled, effortlessly dialing the memory up to the advertised 6000MHz at CL32 timings. It was a matter of minutes to see the changes reflected in the Task Manager, confirming the sweet, sweet speed boost.

I’m using these sticks alongside an Intel K series CPU, which lets me tap into the full potential of the memory kit. But herein lies an important note: if you don’t have an unlocked processor, your mileage might vary since the RAM speed exceeds the DDR5-5600 support of certain LGA1700 chips. However, if, like me, you’re sporting a chip that’s capable of sprinting alongside these sticks, you’re in for a treat.

Another key thing I appreciated is the low profile of the Ripjaws S5. They fit with millimeter precision under my IS-55 cooler, gliding into my compact build without any clearance hiccups. It’s refreshing to see memory that doesn’t just perform well but also caters to the spatial constraints of smaller rigs.

Now, not everything was fireworks and high fives. I did encounter a hiccup where I had to ensure my motherboard’s BIOS and CPU microcode were both up to date to get the system started with XMP. It’s a small note to keep in mind—this fantastic RAM could require a quick update pass before it unleashes its full glory.

Alongside an Intel CPU, users can expect to see performance numbers that make the gaming and multitasking experience a seamless joy. Whether it’s boosting fps in the latest AAA titles or handling multiple heavy workloads, the DDR5-6000 at CL32 specs of the Ripjaws offer a significant edge.

While my focus here is not on overclocking, I did take a quick peek out of curiosity and saw enough headroom for additional tweaking. Some enthusiasts on forums have successfully pushed theirs to even higher frequencies with tighter timings and marginal voltage adjustments, though I’ve personally stuck to the XMP presets.

All in all, the G.Skill Ripjaws S5 DDR5-6000 C32 kit has shown exceptional compatibility with my setup, offering a plug-and-play experience that ended with a notable system performance uplift. Would I recommend them? Absolutely, especially if you’re looking for RAM that balances price, performance, and stress-free installation and configuration.

Performance and Gaming Experience

Graph showing frame rate comparisons in popular games with and without the new ram

In the realm of gaming, where every millisecond can be the difference between glorious victory and crushing defeat, your choice of RAM is not something to take lightly. Based on my personal experience, I’d venture to say the G.Skill Ripjaws S5 DDR5-6000 C32 is one heck of a contender for gamers looking to push their system performance to the edge, particularly those pairing it with Intel systems.

I slapped this kit into my rig, fired up my favorite titles and straightaway, the buttery-smooth gameplay was noticeable. There’s a certain thrill in seeing your system handle the most demanding titles without stuttering or lag, and the Ripjaws S5 delivered that thrill in spades. What’s most appealing is its value proposition; offering top-tier performance that you’d typically pay a premium for, but at a price point that doesn’t send shivers down your wallet’s spine.

I’m particularly impressed by the low-profile design of these sticks – it’s like G.Skill knew that I was going to cram them into a build where every millimeter of space counts. Stealthy, yet powerful, the Ripjaws S5 slots under the beefiest of coolers without any issues, ensuring nothing obstructs the airflow to my CPU.

Sure, there’s a lot of technical jargon I could delve into, like the impressive DDR5-6000 speeds at CL 32 timings. But what you probably want to know is how it translates when you’re deep into an online match or engrossed in an immersive RPG. In these practical terms, the answer is simple – there’s a fluidity to the gameplay, a responsiveness that I attribute to this unassuming RAM kit’s silky performance.

We’re not just talking about reduced loading times either. I’m seeing less hitching during high-intensity scenes, which any gamer will tell you can ruin the experience faster than a rage-quit. For those dabbling in content creation, the performance carries over to tasks like video rendering, compiling code, or managing large files – areas where RAM speed and capacity prove their worth.

It’s worth noting that when I checked the performance in Task Manager, the advertised 6000MHz was there, loud and proud. That’s the joy of XMP profiles for you – a near foolproof way to eke out every bit of advertised speed from the RAM without the need to tinker for hours on end. If you’re curious about upgrading your computer’s memory and wondering if it’s worth it, check out my article on upgrading from 48GB RAM to 64GB on Apple’s new MacBook M3 laptops. It’s like discovering a cheat code for real-life tech upgrades.

And for the skeptics wondering about stability, let me just say, I’ve put the Ripjaws S5 through the wringer, and not once did it flinch or falter. The SK hynix ICs under the hood are doing their job admirably, keeping things running like a well-oiled machine even during marathon gaming sessions.

For those not on Intel or not running a K-series chip, the dazzling speeds might be overkill, but if you have the capability to harness this kit’s full potential, it’s an investment in silky smooth performance. Plus, let’s not forget the advantage when it comes to futureproofing. As games get more demanding, having RAM that won’t bottleneck your system is going to pay dividends.

Overall, I’m thoroughly chuffed with the G.Skill Ripjaws S5 DDR5-6000 C32. It’s heartening to see manufacturers like G.Skill pushing the envelope on performance while keeping things accessible, and for gamers looking to elevate their experience, this RAM strikes a compelling balance between speed, stability, and value.

Overclocking Potential and Value Assessment

Screenshot of overclocking software with the achieved 6800mhz tuning and stable system operation

Overclocking is always a bit of a gamble, and with the G.Skill Ripjaws S5 DDR5-6000 C32, I was intrigued to see how well it would play the silicon lottery. From personal experience and seeing others’ feedback online, this kit appears to hit a sweet spot in the balance between performance and price. The DDR5-6000 speed out of the box is already quite impressive, especially considering the relatively low latency of C32, which provides a notable advantage in both gaming and productivity tasks that are sensitive to memory performance. To those looking into building or upgrading their systems, reflecting on Building your own deep learning machine in 2023: some reflections might provide additional insights on making cost-effective hardware choices.

One of the most pleasant surprises was the overclocking headroom. Although some may argue that there’s limited scope compared to the competition, I found that with a small bump in voltage to 1.4V, the RAM maintained its C32 timings while pushing to DDR5-6400. This boost in frequency without loosening timings too much is commendable and indicates quality memory ICs and a robust PCB design. It’s also worth noting that, at the kit’s native 1.35V, its timings can be tightened substantially. Managed to get mine to 28-34-34-74, which is a significant tightening from the XMP profile of 32-38-38-96, without a lot of effort.

When it comes to value, the pricing of the Ripjaws S5 DDR5-6000 C32 is particularly aggressive, often undercutting competitors without sacrificing on quality or performance. At a time when initial DDR5 prices were causing sticker shock across the community, seeing a 32GB kit at under $100 is a breath of fresh air for build enthusiasts and gamers alike. This balance makes this RAM an attractive proposition, especially if you’re running an Intel platform where these sticks shine the brightest.

It’s also worth noting that there’s a good reason why this memory ranks high in enthusiast circles; it’s not just about the raw numbers. The low profile design means it fits snugly under large CPU coolers or in compact builds, a detail that can often be a headache-solver for certain PC builds.

While I’d caution AMD users based on various performance metrics that suggest there might be better optimized options for those platforms, I can’t help but commend G.Skill for nailing the fundamentals with the Ripjaws S5 DDR5-6000 C32 for Intel users. Such compatibility issues underscore the importance of system optimization – a concept often overlooked when dealing with high-performance hardware components.

In conclusion, the G.Skill Ripjaws S5 DDR5-6000 C32 kit is an exceptional choice for those looking to extract more performance from their system without breaking the bank. Its overclocking headroom and low latency at stock speeds ensure that you will see improvements in system responsiveness and gaming frame rates. If you’re on the hunt for DDR5 memory that offers a great balance between price and performance, and you’re running an Intel system, this G.Skill memory kit should definitely be on your radar. As for AMD users, keep a watch on those benchmarks; you’ll want to check compatibility and performance numbers to ensure the best bang for your buck.