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Using the HP 32GB DDR5 4800MHz SODIMM Laptop RAM (2024)

My thoughts on using HP 32GB DDR5 4800MHz SODIMM RAM: speed, tech benefits, power saving, and stability
Thomas Wilson



December 27, 2023


I recently upgraded to HP’s 32GB DDR5 RAM at 4800MHz and have been testing how it handles my heavy multitasking workload. From video editing to gaming and big data tasks, the memory seems to deliver, which I get deeper into below.


Property Value Property Value
Brand HP Computer Memory Size 32 GB
RAM Memory Technology DDR4 Memory Speed 4800 MHz
Compatible Devices Laptop, Netbook


Impact of 4800 MHz Speed on Multitasking

A close-up of a sodimm ram module with glowing edges to symbolize high speed

Having recently upgraded my laptop with HP’s 32GB DDR5 RAM at a whopping 4800MHz, I was curious to see how it would stand up to the demands of my daily power-use. I often juggle between heavy spreadsheet modeling, video editing, and occasional gaming – all of which can be resource hogs. Here’s the breakdown of my experience in terms of multitasking performance:


  • Swift Application Launch: I’ve noticed a significant decrease in load times for resource-intensive programs.

  • Smooth Multitasking: There’s a noticeable uptick in how fluidly I can switch between open applications, even with a dozen tabs open in my web browser.

  • Less Waiting Around: Rendering videos and compiling code doesn’t seem to leave me twiddling my thumbs as much anymore.


  • Compatibility Concerns: This RAM won’t pair with DDR4 laptops, so make sure your device supports DDR5 before you pull the trigger.

  • Cost: It’s definitely an investment. The price point might be steep for those on a tight budget.

Now let me dive deeper into why this upgrade feels like a breath of fresh air. Previously, with my old RAM setup, I would often hit a wall with my workflow, especially when handling heavy data analysis and running virtual machines. With the upgrade to 4800MHz, I feel like I’ve broken through that wall. Applications that would chug along or freeze don’t seem to falter anymore.

I’ve even seen improvement in unexpected areas, like boot times and data transfer speeds, which I didn’t initially consider. For someone who values time (and let’s be honest, who doesn’t?), this is a pretty big deal. The extra bandwidth allows my system to handle greater amounts of data at once, translating to a smoother computing experience overall.

Of course, not everything is perfect. One immediate realization was that not all programs are optimized to take full advantage of such high-speed RAM. And while I now have the horsepower to multitask with ease, I’m somewhat at the mercy of the software developers to catch up. Moreover, if I’m not pushing the system, the differences in speed can be less dramatic for everyday tasks like web browsing or word processing.

In essence, it’s about having the headroom for when you need it. For power users, the speed bump is a game-changer; for the average user, it might be overkill. Regardless, it’s reassuring to know that my laptop can handle whatever I throw at it without breaking a sweat. The 32GB of DDR5 RAM has become the silent workhorse of my digital stable, and not once have I regretted the decision to make the leap from DDR4.

In summary, the 4800MHz speed is like having a wide-open freeway for my laptop – it just flies when the traffic (a.k.a. data) is heavy. Prepare to spend a bit of cash and make sure your machine is compatible, but once that’s sorted, you’re in for a smoother ride in the multitasking fast lane.

Advantages of New-gen DDR5 Technology

An abstract representation of two channels of memory with streams of light running through them

When I upgraded my laptop with HP’s 32GB DDR5 RAM, I was particularly interested in what new-gen DDR5 technology could offer over my previous DDR4 setup. Let’s be real, as someone who pushes their laptop to the limits with heavy-duty tasks, I need all the edge I can get. Here are my main takeaways from the switch:

  • Faster Data Rates: DDR5’s increased bandwidth is a game-changer. We’re talking 4800 MHz speeds and beyond, folks. This is no small bump over DDR4. In my day-to-day use, it’s like someone poured rocket fuel into my machine – it handles video encoding, file compressions, and heavy browsing sessions without breaking a sweat.

  • Higher Capacities: It’s not just about speed; the capacity bump is substantial with DDR5, which means you can handle even more tasks at once without choking up your system’s memory.

  • Improved Power Efficiency: The newer memory tech uses power more efficiently thanks to its lower 1.1V requirement and on-board power management (PMIC). My laptop battery appreciates it – and so do I when I’m working on the go.

  • Advanced Error Correcting Code (ECC): Better error correction means fewer data-corruption issues to worry about, which can be a real headache saver.

Sure, not everything’s perfect. Compatibility could be an issue since you can’t just plonk DDR5 into a DDR4 slot. Plus, there’s the cost. Higher-spec tech usually means a higher price tag, and DDR5 is no exception. But if you need that cutting-edge performance, it’s a price worth paying, in my opinion.

All in all, upgrading to DDR5 provided a significant boost to my workflow. The multitasking abilities alone make a noticeable difference. It’s working as it should so far – making my computer pretty quick and a lot more responsive. But do I think everyone needs this right now? That’s a tough one. If you’re running applications that demand the latest and greatest, absolutely. For average use, though, you might not feel the need to upgrade immediately.

That said, my experience is different, and given how I use my machine, I’m glad I made the jump to DDR5. If you’re considering an upgrade and you want to future-proof your laptop while also giving it a nice performance kick, it’s worth considering making the leap to DDR5.

Power Efficiency with PMIC and Low Voltage

A symbolic image of a battery with a gauge showing 20% savings

As someone who is always on the lookout for new ways to optimize power efficiency in my tech gadgets, the introduction of Power Management Integrated Circuit (PMIC) in RAM modules caught my attention. With the HP X1 DDR5, I’ve noticed some significant improvements in energy consumption, which is a big deal when you’re looking to maximize battery life on a laptop.

Here’s a quick rundown of what PMIC brings to the table:

  • Reduced Power Consumption: By operating at a lower voltage of 1.1V, compared to DDR4’s higher voltage requirement, there’s about a 20% reduction in the power draw.

  • Effective Power Management: The PMIC facilitates smoother power supply to the memory module, thus ensuring better system reliability.

  • Extended Battery Life: Logically, using less power for memory operations means the battery lasts longer, which is a huge plus for mobile users.

While these aspects are certainly advantageous, it crucial to be aware of some unavoidable drawbacks. First, the compatibility issue - if you’re not using a DDR5-enabled laptop, this RAM isn’t going to fit into your setup. It does limit the user base to newer laptop models, which can be frustrating for those who aren’t ready to upgrade their entire system.

Additionally, despite the power savings, I’ve noticed that the price point is still a bit steep, especially for budget-conscious consumers. This is somewhat mitigated, though, considering the performance boost and power savings could save money in the long run, not to mention the warranty that comes as a safety net.

Personally, I appreciate how the PMIC doesn’t compromise the system’s reliability. Having consistent power management reduces the chances of sudden crashes or data corruption, which is reassuring when working on important tasks. This is something often overlooked when discussing performance enhancements.

In my day-to-day use, the power efficiency of the HP X1 DDR5 has been notable. My laptop runs cooler and quieter — signs that it’s not being as taxed power-wise — and I see this translating to fewer plug-in intervals during my workday. Sure, you could argue that we should expect these advancements with newer technologies, but it’s gratifying when they manifest clearly in regular use.

In all, while you do pay a premium for the cutting-edge tech built into modules like the HP X1 DDR5, the returns in power efficiency and system stability make it a worthy consideration, especially for those who value longevity and reliability in their computing experience. The PMIC might just be that step forward in RAM tech we needed to edge closer to more sustainable, high-performance computing.

Reliability and Longevity with ECC and Warranty

A graphic of a shield partially covering a ram stick signifying protection and stability

It’s important to consider not just the specs on paper, but how they translate into real-world use. I’ve been running the HP X1 DDR5 RAM in my laptop, and here’s the lowdown on the aspects that really matter for users like me, focusing on reliability and longevity—things we often overlook in the excitement of speed and capacity upgrades.

On-die ECC (Error-Correcting Code) is a big deal for me. As someone who’s lost data before due to random memory corruption, having this feature is like an insurance policy. It actively reduces the likelihood of data errors by correcting them on the fly. While ECC is often found in server and workstation memory aimed at professionals, its presence in consumer RAM is a reassuring nod towards stability and data integrity. It might not sound flashy, but stable data transmission is critical, especially when you’re knee-deep in work and can’t afford a system crash or data corruption.

Here’s a quick rundown of the benefits:

  • Enhanced stability: Fewer system crashes and less data corruption.

  • Data integrity: Peace of mind knowing your work is safeguarded against random memory errors.

The 5-year limited warranty is not something to gloss over, either. It’s a testament to the faith HP has in its product. Five years down the line is a decent stretch for tech, and it’s comforting knowing that if something goes awry, I’m covered. This kind of support is a solid plus in my book.

However, let’s be real—it’s not all perfect. One drawback is that this RAM is only compatible with DDR5-enabled laptops, rendering it useless for someone with a DDR4 rig. It forces an upgrade if you’re not on the latest tech. And while most of us know warranties have their limits, “limited” inevitably means there are conditions and exceptions.

From my experience, while ECC and a robust warranty might not be the headline-grabbers that speed and performance are, they matter greatly when you’re relying on your laptop day in, day out. I’m not tossing my files into a volatile sea of data; I need them stored on a rock-solid coastline of memory—and the HP X1 aims to provide just that.

In conclusion, when we’re weighing up the next upgrade, it’s crucial to look beyond the obvious performance metrics. Features like the on-die ECC add a layer of protection and the extended warranty sweetens the deal, adding long-term value to the initial investment. Sure, there are limitations to consider, but as someone who values data integrity and peace of mind, I’m banking on the HP X1 DDR5 RAM to keep things running smoothly.