maxRAID Calculator

Redefining All-Flash Arrays

Start exploring maxRAID.

Build a maxRAID

Begin with drive size, quantity, and target AWPD (Array Writes Per Day) to explore your ideal maxRAID configuration.

RAID-10 to maxRAID

Upgrade your RAID-10 array to maxRAID and achieve optimal performance with minimal Flash requirements.

maxRAID Best Fit

Discover the optimal maxRAID configuration to build an array tailored to your target size and AWPD.

Interactive Calculators

Discover how maxRAID reshapes your storage. These calculators let you experiment with scenarios to design arrays that maximize efficiency, minimize wear, and deliver peak performance. Lower wear means higher performance—and savings over time.

Adjustable Parameters Include:

  • Number and size of SSDs
  • Target usable capacity
  • AWPD (Array Writes Per Day) requirements
  • Free space allocation
  • Block compressibility

What Can You Do?



Minimize Flash Requirements: Find the most efficient way to replace RAID-10 with fewer SSDs.

Build the Perfect Array: Identify the optimal configuration for your target capacity and AWPD.


Maximize storage potential with precision.

Experience why maxRAID is the smarter choice for modern workloads.

Why maxRAID?

Near-Theoretical Flash Translation Layer (FTL)

Linearizes writes, dramatically reducing Flash wear and write amplification.

Seamless RAID Integration

Eliminates READ/MODIFY/WRITE overhead for random updates, boosting performance.

Smart Empty Block Storage

Ensures zero/FFFF/trim blocks consume no storage space.

In-Line Block Compression

Reduces stored data size, maximizing capacity and efficiency.