SAP on AWS · SAP HANA on AWS

HANA System Replication on AWS runs either performance-optimized (Preload ON) or cost-optimized (Preload OFF). What single decision does this fork hinge on, and what must the secondary's size be in each case?

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More in SAP HANA on AWS

An architect provisions slow st1 HDD for /hana/data on a production HANA node, reasoning that HANA runs in memory so disk speed is irrelevant. Why is this wrong?

What are the four main SAP HANA deployment offerings on AWS?

You must size an AWS EC2 target for an existing on-prem SAP HANA system versus a brand-new greenfield implementation. Which sizing input do you reach for in each case, and what's the trap?

In a typical HANA EC2 storage layout, why is /backup placed on st1 (throughput-optimized HDD) while /hana/data and /hana/log sit on gp3 or io2 Block Express?

You've outgrown a single HANA host. What decides whether you go scale-up (bigger box) versus scale-out (more nodes) on AWS, and what extra dependency does scale-out drag in?

For production HANA you can choose gp3 or io2 Block Express, and you can stripe volumes with RAID 0. Which volume do you pick for production, and what caps the RAID 0 gain?

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