The Linux kernel version 7.0 has incorporated support for 8D-8D-8D Octal DTR in SPI NAND technology. This addition aims to enhance performance in compatible hardware. The update was reported by Phoronix, a site focused on Linux hardware and benchmarks.
The release of Linux 7.0 marks an important step forward in kernel support for advanced storage technologies. Specifically, it includes the implementation of 8D-8D-8D Octal Double Transfer Rate (DTR) functionality within the SPI NAND subsystem. This feature is designed to improve data transfer speeds and overall efficiency for devices using SPI NAND flash memory.
Phoronix, known for its coverage of Linux hardware reviews, benchmarks, and open-source developments, highlighted this enhancement in its news update. The support enables better performance in scenarios involving high-speed NAND operations, which could benefit embedded systems, storage devices, and other Linux-based hardware.
While details on the exact contributors or testing processes remain limited in available reports, the inclusion aligns with ongoing efforts to expand Linux compatibility with modern hardware interfaces. Users and developers working with SPI NAND can now leverage this octal DTR mode for optimized operations under Linux 7.0.