Do You Need 64GB of RAM? Let‘s Analyze the Pros and Cons

Hey friend! Have you been wondering whether upgrading to 64 gigabytes of RAM would provide any meaningful benefits for your own computer usage? Or does the idea of having that much memory seem totally overkill?

You‘re not alone in asking these questions. With how much we multitask these days across numerous tabs, apps, games, and professional software – will doubling or tripling your RAM from 16GB to 64GB make a worthwhile difference?

Let‘s closely analyze the pros, cons, real-world use cases, and performance considerations around using 64 gigs of RAM. I‘ll share plenty of statistics, expert insights, and examples to help you make the right choice for your needs.

By the end of this guide, you‘ll know whether 64GB of RAM is worth it for the way you use your computer. Let‘s dive in!

Do Regular Users Need 64GB RAM?

For average users who stick to web browsing, office work, media consumption, and light gaming – no, you almost certainly don‘t need anywhere close to 64GB RAM.

According to Corsair, even just 8GB of RAM is sufficient for smooth gaming and basic computer use. Upgrading from 8GB to 16GB will provide some headroom for having more browser tabs and apps open simultaneously. But going higher than 16GB won‘t make a significant difference for casual tasks.

In fact, Digital Trends suggests that 32GB of RAM is already approaching overkill territory for mainstream users:

For most people buying a new desktop or laptop, 16GB remains the sweet spot. Anyone looking to future-proof their purchase should consider stepping up to 32GB. Going beyond 32GB is only advisable for very niche use cases.

And Vibox Gaming PCs concurs that outside of specialized work, even just 8-16GB is plenty:

If you’re building a home computer for gaming, multimedia, and general home use, 8-16GB will likely suit you perfectly. For office work and internet browsing alone, 8 GB is actually still absolutely fine and will run Windows 10 flawlessly.

So unless you‘re a power user running intensive creative apps or data science workloads, 64GB of RAM is almost certainly overkill. Stick with 16-32GB for great general performance.

Professional Workstation Uses for 64GB RAM

Where 64GB memory configurations start to make more sense are certain niche professional use cases like:

• 4K/8K video editing – When rendering high resolution footage in Adobe Premiere Pro or DaVinci Resolve, having 64GB RAM reduces export times by allowing faster previewing and effects.

• 3D modeling & CGI – Software like Maya, Blender, Cinema4D dynamically utilize RAM when working with complex assets. Puget Systems recommends at least 32GB for 3D animation work, with 64GB better for rendering.

• Data science – When crunching big datasets using languages like Python/R or tools like Excel or MATLAB, having 64GB provides headroom for loading larger amounts of data into memory at once.

• Virtualization – Software developers running multiple virtual machines (like for different OS or browser testing) can assign more RAM to each VM with 64GB total.

• RAM disks – Specialized ramdisk software allows you to use excess RAM as extremely fast temporary storage. Potentially useful for certain data/asset intensive workflows.

For these professional power users who know their daily workflow is greatly enhanced by having copious RAM available, upgrading to 64GB can provide a nice performance boost. But it‘s still overkill for more mainstream office and creative tasks.

Direct Performance Benefits of 64GB RAM

More RAM can certainly help speed up your workflow and productivity if the applications you use are consistently maxing out your current memory. But simply having extra unused RAM does not directly speed up your PC or programs.

What matters most is having enough RAM capacity to avoid bottlenecking based on your actual usage requirements. As Crucial summarizes:

If you’re running powerful programs that use lots of memory—like video editors, 3D rendering software, data science tools, or games—you’ll want at least 16 GB and maybe even 32 GB to keep things running smoothly. Less demanding tasks like web browsing, email, document editing can chug and slow down with 4 GB.

Upgrading from 16GB to 32GB makes sense if you‘re maxing out your RAM usage. But going from 32GB to 64GB may provide little benefit unless you actually need access to that much memory.

When Does 32GB RAM Beat 64GB?

For many power users, even just 32GB of RAM is sufficient and provides nearly as much benefit as the full 64 gigs.

Tech Radar benchmarked the RTX 3080 GPU using 32GB vs 64GB of RAM and found minimal differences in game performance:

We tested both the GeForce RTX 3080 and AMD Radeon RX 6800 XT with both 32GB and 64GB of RAM, and couldn’t find a single game where having 64GB conferred a performance advantage over 32GB.

And CG Director suggests for 3D animation and CGI work, while 64GB is great – 32GB still works well for most users:

If you do a lot of complex 3D rendering or animation, anything from 32-128 GB of RAM can significantly speed up your workflow. However, for most 3D rendering tasks, users are well equipped with 32 GB. The higher RAM configurations are great to have but might be overkill for many.

The takeaway is that outside of highly specific use cases, even just 32GB of RAM provides excellent performance for gaming and professional creative work, without requiring you to overspend on a full 64GB upgrade.

Memory Speed Matters Too

When upgrading your RAM, it‘s important to note that capacity is not the only consideration – the speed and latency timings of your memory sticks play a huge role as well.

Faster rated RAM, like DDR4-3600 or high end DDR5-5600, will provide better real-world performance and responsiveness than budget RAM with slow speeds like DDR4-2666.

As Newegg explains:

Faster RAM can provide big performance benefits on PCs with AMD Ryzen or Intel 12th Gen Core processors. In CPU-intensive games, upgrading from DDR4-3200 to DDR4-3600 can provide around 10% higher frame rates. Outside of gaming, higher frequency RAM allows your CPU to process data more quickly too.

So focus first on getting the fastest RAM your platform supports, before worrying about maxing out the capacity. Even 16GB of DDR4-4000 will outperform 64GB of DDR4-2133 in most real world usage.

Recommended Configurations

Based on all this expert advice and real world testing, here are my recommended RAM configurations for different users and use cases:

Everyday home PC

• 8-16GB total capacity
• Aim for DDR4-3200 speed or better

High end gaming PC

• 16-32GB total capacity
• Get the fastest RAM your platform supports (e.g. DDR4-3600+)

Creative workstation PC (photo/video/3D editing)

• 32GB is ideal for most users
• Faster speeds again preferred over just max capacity
• 64GB helpful for 8K video editing or advanced 3D rendering

Data science / virtualization PC

• 32GB allows solid headroom
• 64GB great for larger datasets or multiple VMs
• Focus on higher speeds like DDR4-4000 or DDR5-5600

The Bottom Line

While 64 gigs of RAM may seem appealing from a future-proofing standpoint, for the majority of desktop PC users, it‘s simply overkill outside of a few niche workstation use cases.

The smart play is to buy just as much RAM as you realistically need based on your current usage and workflow – which for most gamers and creative professionals is 16-32GB.

Pair that with the fastest rated speeds your platform supports, and you‘ll have an optimally performing memory configuration without overspending on unnecessary capacity.

But if you handle huge 4K+ video projects, run multiple VMs, regularly max out 32GB already, or just have budget to spare – then upgrading to a full 64GB can certainly provide some extra headroom.

Just make sure the rest of your PC components can properly take advantage of all that RAM before chasing the 64GB dragon!

Hopefully this detailed RAM guide gave you the expert insights and data you needed to decide how much memory your desktop truly requires. Let me know if you have any other questions!