Real Embedded Flash File System for SLC and MLC NAND
The RealEFS-NAND is a file system for SLC and MLC NAND Flashes. It is optimized for streaming of multimedia files of some gigabytes in size. High Reliability and robustness allow the usage in embedded systems in harsh environments.
Features
Power Fail Safe - Consistency check at startup
Wear Leveling
Single level cell and multi level cell NAND Flash-Devices supported
Up to 4k page size and up to 512k block size supported
Error-Correction by policy: ECC, Hamming, Reed Solomon, square ECC
Bad-Block-Management
Lowest vulnerability for sudde
Multiple Partitions on a single chip supported
Multiple chips with simultaneous access
Deterministic startup time
Calculable "memory-requirement" for supporting RAM
Low memory needs
Dynamic add and remove at runtime
Fast search with regular expressions
Device specific drivers
Thread Safe
Highly configurable
OS-independent
C-Sources available
Easy to port
Static memory allocation
Benefits
Typical applications for RealEFS-NAND are mobile devices like radios, MP3 players, and phones. It is also suitable for data logging and other storage applications where long-term reliability and data integrity is mandatory
Deliverables
Source Code License
Documentation of APIs
Porting Guide
Optional:
Test suite
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SLC MLC NAND FLASH File system reliable Reed-Solomon 4k
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