That’s How Effective Query Monitoring Can Prevent Locks

In the complex ecosystem of SQL Server, performance issues can sometimes feel like detective work, especially when tracking down the elusive culprits behind system locks. This time, we’re exploring how ineffective queries (and poorly executed query monitoring) can grind operations to a halt, and how to identify the “how” and “why” behind the halt. 

From scrutinizing load trends to dissecting lock histories and refining execution plans, we’re making sure that no stone—or should we say, no data block—remains unturned in our quest to keep SQL Server zipping along like a sports car rather than trudging like a pack mule.

Choosing the Database Champion: PostgreSQL vs SQL Server Showdown

On one side of the arena stands PostgreSQL, the open-source prodigy born from academic innovation. It’s teeming with versatility and daring to push relational databases into new realms. Across the divide, SQL Server emerges from the titan Microsoft. And it’s a real behemoth woven deeply into the fabric of corporate IT infrastructure, boasting seamless integration and formidable power. 

Are you rooting for the rebel with a cause or the knight in shining software?

The Replication Dichotomy: Logical vs Physical Replication

There’s a peculiar habit among some database professionals occasionally to toss logical and physical replication into the same bin. One might as well say socks and shoes are the same because, after all, they both go on your feet, right? But as anyone who’s tried wearing socks in the snow can attest, similarities on the surface can hide a whole universe of differences between logical vs physical replication.

Blurring together logical and physical replication, or neglecting their differences can lead to inefficient data management strategies. Each method has its merits and ideal scenarios of use. Knowing just when to apply each one—understanding their unique roles in the spectrum of data management—helps avoid unnecessary workload, optimizes performance, and ensures data integrity.

Breaking Down Distributed Databases: How Do They Work? When to Use Them?

Distributed databases—by storing data across a whole set of physical locations— allow organizations to manage data across multiple geographical locations with the semblance of a single unified system. What can companies gain with this choice?

Execution Plan Changes in SQL Server: Reasons and Solutions

Executions plan—complex maps charted by the SQL Server optimizer, dictate the most efficient route for data retrieval. However, the plans are not static. They morph and adapt, influenced by a host of factors ranging from data volume changes to system upgrades. Each of the execution plan changes in SQL Server has the potential to sway performance dramatically.

Understanding the reasons behind these shifts, and more importantly, how to effectively manage them translates to maintaining optimal performance in SQL Server environments.

The Domino Effect in the T10 Database on g1rush Server

Performance issues rarely occur in isolation. Often, a single problem can trigger a cascade of related issues, each compounding the overall impact on the system. This case study explores such a scenario in the T10 database on the g1rush server.