True, but the cores on a dedicated Hetzner box obliterate the cores on an EC2 machine every time I’ve tested them. So, if anything, it understates the massive performance gap.
It's less about the modernity of SSDs and more about a fundamental difference: all persistent storage on AWS is actually networked - it's exposed to you as NVME but it's actually on a SAN and all IO requests go over the network.
You can get actual direct-attached SSDs on EC2 (and I'd expect performance to be on-par with Hetzner), but those are ephemeral and you lose them on reboot.
True, but the cores on a dedicated Hetzner box obliterate the cores on an EC2 machine every time I’ve tested them. So, if anything, it understates the massive performance gap.
Hetzner also tends to have more modern SSDs with the latest nvme. Which can make a massive difference for your DB.
It's less about the modernity of SSDs and more about a fundamental difference: all persistent storage on AWS is actually networked - it's exposed to you as NVME but it's actually on a SAN and all IO requests go over the network.
You can get actual direct-attached SSDs on EC2 (and I'd expect performance to be on-par with Hetzner), but those are ephemeral and you lose them on reboot.
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