SAP HANA Practice Exam 2025 – 400 Free Practice Questions to Pass the Exam

The primary benefit of using columnar storage in SAP HANA is faster query performance. This architecture significantly optimizes the way data is stored and accessed. In columnar storage, data is organized by columns rather than by rows. This structure allows for better data compression and enables the database to read only the columns needed for a specific query, dramatically reducing the amount of data that needs to be processed.

When a query is executed, only the relevant columnar data is accessed, which leads to quicker data retrieval and processing. Additionally, this design is particularly effective for analytical queries that often require aggregating data from large datasets without having to scan entire rows of data. Thus, the efficiency of executing such operations is greatly enhanced, resulting in improved performance during analytical processing and reporting tasks.

The other options, while they may represent benefits of various database technologies, do not directly highlight the core advantage of columnar storage in the context of SAP HANA. Improved input/output operations can be a result of faster query performance, but it is not the primary focus. Similarly, reduced data redundancy and enhanced data integrity are general benefits of database normalization and management practices rather than being directly tied to the benefits provided by columnar storage specifically in SAP HANA.