Automotive-grade NOR Flash for code shadowing and data logging
It supports SPI, Quad I/O, and QPI interfaces at a clock frequency of 108 MHz, enabling fast read throughput for execute-in-place (XIP) code shadowing and over-the-air firmware staging.
108 MHz Quad-SPI — throughput for XIP and fast updates
The 108 MHz clock frequency across Quad I/O and QPI interfaces gives this part a practical read throughput that can keep a Cortex-M or similar core fed for code shadowing without stalling. For a firmware engineer, that means the boot image and critical routines can execute directly from the flash (XIP) with minimal wait states, and OTA update images can be staged in the remaining space. The 64 Mbit density (8 MB) holds a substantial application image plus a config/logging partition.
AEC-Q100 qualification and industrial temperature range
For a component engineer, the AEC-Q trace makes this a preferred choice for any BOM that needs a documented reliability pedigree, even outside automotive.
8-SOIC package — standard footprint, MSL considerations
The part comes in an 8-SOIC narrow body package (0.209" body width, 5.30 mm). This is a common footprint shared by many SPI NOR Flash devices, which simplifies PCB layout and second-sourcing. The package is surface-mount and ships in tray form.