Okay, here is the abstract and summary for the provided transcript.
Abstract:
This video tutorial by ST Microelectronics demonstrates how to connect and utilize ST BrightSense image sensors with an STM32N6 Discovery Kit. It outlines two primary hardware setup options: using an SBboard (a sensor board with an integrated sensor, M12 lens mount, and FFC connector) or using a combination of a turnkey Camera Module (with fixed lens/focus) and a PBboard (an adapter board with FFC output). The tutorial details the physical connection process using the provided 22-pin flex cable for both options. It then guides the viewer through downloading and installing the necessary software: the STM32CubeProg flashing utility and the STM32N6 AI demo software package from the ST website. Finally, it explains the step-by-step process of flashing the AI demo software onto the Discovery Kit using STM32CubeProg via USB connection, setting the correct board switches, and launching the demo application on the kit's display. The reusability of the PBboard and the availability of CAD resources for the evaluation boards are also highlighted.
Getting Started with ST BrightSense Image Sensors on STM32N6 Discovery Kit
00:00:07 Introduction: Marisha Llair from ST Microelectronics introduces the tutorial on setting up ST BrightSense image sensors with the STM32N6 Discovery Kit.
00:00:37 Hardware Option 1: SBboard: Describes the SBboard, which includes a soldered image sensor, M12 lens mount (allowing focus adjustment and lens swapping), and a FFC connector for MIPI CSI-2 output.
00:01:09 Connecting the SBboard: Explains how to connect the SBboard to the STM32N6 Discovery Kit using the provided 22-pin flex cable, ensuring correct orientation (blue tail on SBboard, gray tail on STM32N6, blue writing visible externally).
00:01:36 Hardware Option 2: Camera Module + PBboard: Introduces camera modules (turnkey units with sensor, lens holder, lens, fixed focus, plug-and-play connector) and the PBboard (a generic adapter board to connect camera modules and output MIPI CSI-2 via FFC). Camera modules are interchangeable due to a standard pinout.
00:02:37 Connecting the PBboard: Details plugging the camera module into the PBboard, then connecting the PBboard to the Discovery Kit using the same flex cable and orientation guidelines as the SBboard.
00:03:05 Finding Evaluation Boards: Users can find suitable SBboards or Camera Modules on the ST website under the "CMOS image sensors evaluation tools" section.
00:03:16 Standard Connector: Both SBboards and PBboards feature a 22-pin FFC connector and come with the necessary flex cable, enabling immediate use with the STM32N6 Discovery Kit.
00:03:33 Powering Up: Connect the assembled board (SBboard or PBboard) to the Discovery Kit, then connect the kit to a computer via USB-C. LEDs and the display turning on confirms a successful boot-up.
00:03:58 Download STM32CubeProg: Navigate to my.st.com, search for "STM32CubeProg", and download the appropriate version for your operating system.
00:04:44 Install STM32CubeProg: Unzip the downloaded package and run the installer.
00:05:08 Download AI Software: Search for "STM32N6-AI" software on my.st.com. Download either a specific AI model package or the comprehensive "N6 AI demo package".
00:05:50 Prepare Kit for Flashing: Open the installed STM32CubeProg software. Set the second switch (BOOT switch) on the N6 Discovery Kit to the BOOT1 position (away from the screen).
00:06:03 Configure CubeProg Loader: Connect to the board in CubeProg. Select "External Loader" and choose the correct .stldr file for the Discovery Kit model (ID found on a sticker, e.g., STM32N6570-DK), ensuring it's not the SD card version.
00:06:38 Flash the AI Demo: Click the "Download" button in CubeProg, browse to the previously downloaded AI demo .bin file, and start the programming process.
00:06:56 Prepare Kit for Running: Once flashing is complete, ensure both switches on the Discovery Kit are set towards the screen side.
00:07:03 Launch the Demo: Press the Reset button on the Discovery Kit. The AI demos will appear on the screen; use the blue buttons to select and launch an application.
00:07:34 Reusability and Resources: The PBboard is generic and can be reused with different ST camera modules. CAD resources (Gerber files, schematics, 3D files, BOM) are available on the ST website for each board.
00:08:10 Support: Contact ST Microelectronics for any further questions.