Usually the physical disk size used in such environments providing storage is 6.4 TB or bigger.

The discussion from "The “NVMe” Illusion — Why Your “High Performance” VPS Feels Like a Spinning Disk" has been merged into this thread.

An SSD with a speed of 200 MB/s is still many times faster than an HDD in real-world VPS usage conditions, so how can you say the speeds are the same?

@Harfull We can offer you the below deal on E5-2670 CPU with 2.6GHz clock speed...

can crate throttling groups to apply to multiple disks at once.

What are you running that you need more than a few hundred megabytes of sustained speed? Even 125MB/s of disk speed is enough to fully saturate a gigabit uplink, and databases are more IOPs driven tha

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The reason you hit the limit is most likely that you abused the disks which affected every other user, so your throughput is limited. This behavior is industry standard and has been basically since th

RAM and CPU sit idle while waiting for the disk.

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Provider is using NVMe disk, but the disk is shared not dedicated lol.

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The vast majority of users knows that if you buy a $7/year vps from a lowend provider, you will not be able to constantly sustain 1-2 Gbps disk speed. If it delivers bursts of that it's great, but nob

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I don't doubt that you're frustrated and that you aren't getting the speeds you need, but the idea that IONOS universally throttles all their cheap plans to 200 MB/s is contested by the fact that othe

You are bending over backwards to dismiss hard evidence as 'AI glitches' just to avoid admitting that a provider is throttling disk speed.

After the recent discussions around mass-market providers silently capping disk speeds, I wanted to open a more technical thread about how storage throttling actually works today — and why the “NVMe”

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