AWS represent ~50% of hyperscaler. ~50% of EC2 are now on Graviton and limited by Fab capacity. It is a much bigger threat than AMD.
>1.65x higher MongoDB v4.4.1 Enterprise, Storage/Instance: EBS io1 2x 800GB, Network BW/Instance 20Gbps for M5, 25Gbps for M6g, Ubuntu 20.04, Kernel 5.4.0-1025-aws.
>1.76x higher MySQL 8.0.20, HammerDB v3.2, Storage/Instance: EBS io1 1x 800GB, Network BW/Instance 20Gbps for M5, 25Gbps for M6g, Ubuntu 20.04, Kernel 5.4.0-1029-aws.
>1.19x higher PostgreSQL 13.1, HammerDB v4.0, Storage: SSD, Network BW/Instance 20Gbps for M5 and AWS default for M6g, Ubuntu 20.04, Kernel 5.4.0.
Their claimed performance above, probably better for everyone to make their own judgement.
Any quote for this number? I googled it but can't find source, and it isn't my experience either.
Yep, it perhaps would have been better with a [Ask HN] title and the link in the post.
AWS represent ~50% of hyperscaler. ~50% of EC2 are now on Graviton and limited by Fab capacity. It is a much bigger threat than AMD.
>1.65x higher MongoDB v4.4.1 Enterprise, Storage/Instance: EBS io1 2x 800GB, Network BW/Instance 20Gbps for M5, 25Gbps for M6g, Ubuntu 20.04, Kernel 5.4.0-1025-aws.
>1.76x higher MySQL 8.0.20, HammerDB v3.2, Storage/Instance: EBS io1 1x 800GB, Network BW/Instance 20Gbps for M5, 25Gbps for M6g, Ubuntu 20.04, Kernel 5.4.0-1029-aws.
>1.19x higher PostgreSQL 13.1, HammerDB v4.0, Storage: SSD, Network BW/Instance 20Gbps for M5 and AWS default for M6g, Ubuntu 20.04, Kernel 5.4.0.
Their claimed performance above, probably better for everyone to make their own judgement.