- File system for embedded devices
- Fail safe—no file system corruption, no data loss
- Supports encryption for embedded file system
- Supports multiple storage devices: NAND, NOR, and SD-Card
- High performance NOR driver with static and dynamic wear levelling
- High performance NAND driver with static and dynamic wear levelling
- RAID 1 & RAID 5 support
- ECC bit error correction
- Can be used with both FAT and EFS file systems
- All storage device types such as NAND, NOR, SD/MMC cards are supported
- Minimal changes of the application are required
- DES and AES with 128-bit and 256-bit key lengths supported
- Supports encryption of entire media or of individual files
- Comes with PC utility to decrypt/encrypt files
- Non fail-safe file systems will be fail-safe
- Fully compatible to standard file system implementations (e.g. FAT)
- Every storage solution can be used. No reformat required
- Multiple write accesses to the storage medium can be combined in user application
- Fail-safe in case of unexpected reset
- Very high read and write performance
- Low RAM usage
- Trial hardware available with socket for NAND flash
- Block grouping facilitates use of large NAND flashes
- Provides protection from storage device defects / failures
- Works on the storage layer with both FAT and EFS file systems
- Can be used with any storage device supported by emFile (such as NAND, NOR, and SD cards)
- Can use different storage types for partitions
- Can locate all partitions on the same storage device
- Increases usable storage capacity versus RAID 1
- Provides protection from storage device defects/failures
- Works on the storage layer with both FAT and EFS file systems
- Can be used with any storage device supported by emFile (such as NAND, NOR, and SD cards)
- Can use different storage types for partitions
- Can locate all partitions on the same storage device
- Fail-safe in case of unexpected reset
- Automatic device identification using SFDP and CFI
- Supports single, dual and quad SPI modes
- Performs static and active wear-leveling
- Devices that can not rewrite same data are supported
- Very high performance