How to Boost Database Development Productivity on Linux, Docker, and Kubernetes with Microsoft SQL Server 2017 REGISTER >
While Microsoft Windows has dominated the OS market since there was an OS market, they have yet to make any substantial showing in the smartphone market and they will try to catch up to the Wii in the game console market. And if any business is capable of pouring endless funds into the effort, its Microsoft.
Is this just pocket change for the software giant, or is Microsoft serious about getting the word out on their new product line-up
Virtual, Physical, and Cloud based servers. Each of the three has its own strengths and weaknesses. Each also introduces its own set of issues for data backup and recovery management, business service levels, and costs. Simplifying how data is stored, managed, backed up and recovered across these platforms can bring direct and rapid benefits, without limiting storage choices. It's time for a more rational approach. It's time for a unified solution.
MongoDB has the flexibility, adaptability and extensibility to embrace widely varying data types and rapid design/deployment cycles. Combining MongoDB with our 5100 ECO Enterprise SSD brings amazing results in smaller, simpler deployments compared to legacy storage.
In this technical brief, we compare two MongoDB test clusters, each using the Linux Logical Volume Manager (LVM) for RAID configuration:
5100 ECO 3-node cluster: Two Micron 5100 ECO (1.92TB) per node configured as a software RAID 0 (LVM)