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1
Intro
2
Error Correcting Codes
3
Redundancy
4
ECCs in communications
5
Simplest algorithms
6
ECC for storage
7
NAND technology 102
8
ECC engine mission: write path
9
ECC engine mission: read path
10
Hamming algorithm
11
Reed-Solomon algorithm
12
The ECC engine in the raw NAND world
13
Current situation for serial NANDS
14
External/pipelined ECC engine
15
What describes ECC engines?
16
How is the engine's configuration chosen?
17
Engine and configuration selection
18
SPI-NAND Bindings
19
The final NAND ECC engine structure
20
What's next? ?
Description:
Explore the intricacies of Error Correcting Code (ECC) support for NAND Flash devices in Linux through this informative 36-minute conference talk by Miquèl Raynal from Bootlin. Delve into the fundamentals of Error Correcting Codes, redundancy, and their applications in communications and storage. Gain insights into NAND technology, understanding the ECC engine's role in write and read paths. Learn about key algorithms like Hamming and Reed-Solomon, and their implementation in the raw NAND world. Examine the current landscape for serial NANDs, external/pipelined ECC engines, and the factors influencing engine configuration. Discover SPI-NAND Bindings and the structure of NAND ECC engines. Conclude with a glimpse into future developments in this critical area of Linux device support.

Understand ECC Support for NAND Flash Devices in Linux

Linux Foundation
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