Abstract Host FTL changes how your SSDs perform, offering seamless, sustained speed regardless of your workload's intensity. Experience optimized performance, extended SSD lifespan, and reduced costs tailored for high-demand environments such as AI, databases, and...
Executive Summary RAID-5 configurations, while providing redundancy and data protection, can severely reduce the lifespan of SSDs. Workloads that typically exhaust SSDs in 3 years under RAID-0 or RAID-10 setups can shorten their lifespan to just 1.75 years in an...
Abstract Traditional RAID 10 has long been a preferred solution for balancing storage performance and redundancy. However, its high capacity requirements, inefficiencies with write-intensive workloads, and accelerated SSD wear impose significant costs and limitations....
This evaluation compares a 19TB high-performance storage system, assessing maxRAID against conventional RAID solutions like MD RAID, Xinnor, and GRAID. While conventional RAID depends on high-endurance SSDs for longevity, maxRAID delivers optimized performance with...
This evaluation compares a 200TB database storage system using 30.72TB drives, assessing maxRAID against RAID-10 and RAID-5 solutions, including MD RAID, Xinnor, and GRAID. RAID-10 requires 14 drives, while RAID-5 needs 8. With maxRAID’s advanced compression—achieving...
How maxRAID Optimizes All-Flash Arrays maxRAID is a host-based Flash Translation Layer (FTL) that optimizes All-Flash Arrays, delivering outstanding performance and reliability. But how does it achieve such impressive results? The answer lies in intelligent design,...