Top AM5 motherboard options for overclocking and underclocking
Top AM5 motherboard options for overclocking and underclocking
After reviewing the details, it seems you were referring to the available options. The 96GB kits are indeed an option. Before using them, make sure to update the BIOS to the latest version, as these components depend on specific BIOS tweaks to function properly. Without the updates, the system may boot but will likely crash immediately, even at high speeds like 3600MT/s. Many of these boards are more than necessary for basic use, and you could achieve similar results with significantly lower-cost alternatives. Focus more on features rather than overclocking capabilities. Boards like B650 LiveMixer, B650 Aorus Elite, and B650E PG Riptide offer strong features at competitive prices. The B650E Taichi (Lite) is excellent if you need PCIe Gen 5 support, while the B650E Master closely matches the X670E Aorus Xtreme but with fewer ports. You don’t have to invest in expensive boards just to get their features—consider more affordable Gnome-based distros. Fedora is often praised for its performance and stability, especially with GNOME, and Manjaro also performs well for virtual desktops. If you prefer a lighter experience, Fedora is lighter than Windows but still manageable.
Vanilla arch might not be ideal for beginners or casual gamers, but if you're serious about playing and want a solid experience, I strongly suggest trying Endo.
Thanks for the detailed info on the mobo and 96GB RAM. I’m planning to dive deeper into this to build a solid knowledge base. Used to be super familiar with all this, but I’ve drifted away in recent years. I’ll focus on getting a system that supports BIOS flash or similar features. The gnome idea is solid—I didn’t rely on virtual desktops on Linux before, but after getting used to macOS, I can’t and won’t want to skip that support. Manjaro was on my radar mainly because it’s often called the Arch-based Linux Mint. I’m expecting to experiment extensively for a few weeks before finding something that fits perfectly. The key here is handling a huge variety of applications. During my MBA, I had 16GB RAM and used 20 virtual desktops for finals—my ultra-wide setup ran smoothly, and I want the same performance from this new machine. This system will be dedicated to work and hobby projects. I also have a gaming PC and intend to move toward more console gaming or a Steam Deck once my current specs become limiting. Thanks for the advice!
I switched from a Fedora laptop to a Macbook Pro, and the virtual desktop setup is what I miss most from Fedora. What stands out most is how well Gnome handles dynamic spaces—you can open and close windows effortlessly without swiping through empty areas. The overall interface, though, feels average at best. It blends elements of Windows 8 and Mac OS Ventura, but the developers struggled to define a cohesive look for either desktop or tablet. The virtual desktop compensates for many flaws, especially on traditional setups, though I still lean toward KDE for its multi-monitor support and better overall desktop experience.
Gnome’s approach works well for 2-in-1 devices, and the virtual desktop helps bridge gaps. Still, I’d prefer something like KDE for a desktop environment, where features like the top bar are more intuitive.
Arch-based distros are known for stability—packages often stay intact for a week. I haven’t commented much on their performance since my experience with Manjaro was inconsistent, though most Arch distros handle updates smoothly.
BIOS Flashback is widely supported on most AM5 boards, making updates straightforward. It’s best to update before installing RAM to avoid unexpected issues.
If you need strong connectivity, a B650(E) board is recommended; most are solid, even the budget models.
I thought the same thing, realizing there had to be a significant problem preventing me from joining that board. BIOS Flashback is usually expected, particularly on AMD systems where regular updates are crucial for CPU improvements and it serves as an essential safety measure in case a flash fails.
Luckily it seems that it's the only board that doesn't support it, it otherwise is pretty standard. I'm a little more forgiving of stuff like that on ITX boards, just because space is at such a premium, though then agin it probably would've been possible to get it on there with a little bit more effort as all the other ITX boards (even the ones from ASRock) have it. Where it isn't really forgivable is over on LGA 1700 where ASUS decided you need one of their ROG boards in order to get that feature and none of the Prime or TUF boards have it. It's not forgivable on the other boards as well, but ones like the Z690/Z790 TUF have no excuse with them being as expensive as they are.