Create a new layout (File → New → Intel Flash Image). Select your SoC family.
Configure region sizes. Minimum sizes are enforced by the tool. Ensure the sum of all regions fits within your SPI flash chip (e.g., 16 MB, 32 MB). intel flash image tool v15
Under the Build menu, select “Build Image”. FIT will output a .bin file and a log file. Create a new layout (File → New → Intel Flash Image)
Always keep a backup of the original flash contents before writing a new image. A single misaligned region can permanently brick the board unless you have an external SPI programmer. Have a specific FIT v15 question? Leave a comment below or consult Intel’s now-archived “Flash Image Tool User Guide” (Document # 567483-1.0). Minimum sizes are enforced by the tool
Drag and drop each binary into its correct region slot. The tool will validate compatibility.
The Intel Flash Image Tool (FIT) is a critical utility for anyone working with Intel-based embedded systems, custom motherboards, or firmware development. Version 15 represents a mature release in the tool’s lifecycle, commonly associated with Intel’s Bay Trail, Braswell, Apollo Lake, and early Gemini Lake platforms.
Create a new layout (File → New → Intel Flash Image). Select your SoC family.
Configure region sizes. Minimum sizes are enforced by the tool. Ensure the sum of all regions fits within your SPI flash chip (e.g., 16 MB, 32 MB).
Under the Build menu, select “Build Image”. FIT will output a .bin file and a log file.
Always keep a backup of the original flash contents before writing a new image. A single misaligned region can permanently brick the board unless you have an external SPI programmer. Have a specific FIT v15 question? Leave a comment below or consult Intel’s now-archived “Flash Image Tool User Guide” (Document # 567483-1.0).
Drag and drop each binary into its correct region slot. The tool will validate compatibility.
The Intel Flash Image Tool (FIT) is a critical utility for anyone working with Intel-based embedded systems, custom motherboards, or firmware development. Version 15 represents a mature release in the tool’s lifecycle, commonly associated with Intel’s Bay Trail, Braswell, Apollo Lake, and early Gemini Lake platforms.