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• Requirements (hard/software)

• Compiling the BSP demo

• Loading & running the demo

Requirements

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Hardware Tools

To debug and flash new firmware you’ll need either one of the following:

• 1 x STLink-V3 programmer, or…

• 2 x STLink-V3MINIE programmer

Note:

• Both options include the STDC14-STDC14 flat cable used to program the N6Cam.

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Toolchain

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• STM32 tools must be included on the system PATH:

  • STM32CubeIDE.:
    By default: C:\ST\STM32CubeIDE_1.17.0

  • STM32CubeProgrammer.:
    By default: C:\Program Files\STMicroelectronics\STM32Cube\STM32CubeProgrammer\bin 

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Add the above paths to your system environment variables.

BSP Source

The following steps assume that you have a copy of unzipped the N6Cam BSP sources releasesource package, which contents should look as followslooks like:

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This working folder will be considered as <ROOT> for in the following instructions.

Compiling the

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BSP

Follow these steps to compile:

1. Open the STM32CubeIDE

2. Go to File > Import...:

   

   1. (1) Select General > Existing Projects into Workspace

   2. (2) Click Next.

3. Find and import the projects:

   

   1. (1) Click Select root directory

   2. (2) Browse for the sources <ROOT> folder

   3. (3) Select all projects (FSBL, and Standalone)

   4. (4) Click Finish

4. Once loaded, your project should look like this:

   

5. Build both FSBL and Standalone using the “Release” profile

6. The generated binaries can be located at:

   1. FSBL: <ROOT>\Sources\STM32CubeIDE\FSBL\Release\Siana.N6Cam.BSP.FSBL.hex

   2. Standalone: <ROOT>\Sources\STM32CubeIDE\Standalone\Release\Siana.N6Cam.BSP.Standalone.hex

Loading & running the demo

The BSP comes with the demo that is preloaded when you purchased the N6Cam. This demo consists of a people-detector model and a vider streamer over USB, see the Intro (unboxing).

Signing binaries

Before loading the application to the N6Cam, you must sign the binaries. To achieve this you’ll need to:

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