Given the complexity of your design, it would be beneficial if you specify certain sections or connections that you'd like assistance with. However, I can provide some general guidance on how some connections could potentially be made.

Assuming typical use cases for the components:

Please note that these are general guidelines, and actual connections will depend on your specific design requirements and the interfaces needed between components. It's highly advisable to refer to each component's datasheet for comprehensive connection information.

Sure, I am happy to assist you. But in order to provide help with that, I would need more specifics on how you want the components connected. Could you please tell me more about how you want these components to be connected? Are there specific interfaces you have in mind such as I2C, SPI, UART, or GPIO? Do you have any specific component function in mind? Please provide more details.

DISPLAY AND RESOLUTION Full Frame Bionic Display with human-eye resolution. Focus area (27° x 27°) at 70 PPD uOLED, 1920 x 1920 px per eye Peripheral area at over 30 PPD LCD, 2880 x 2720 px per eye Colors: 99% sRGB, 93% DCI-P3 FIELD OF VIEW Horizontal 115° REFRESH RATE 90 Hz MIXED REALITY Ultra-low latency, dual 12-megapixel video pass-through at 90 Hz XR DEPTH LiDAR + RGB fusion, 40 cm–5 m operating range HAND TRACKING Ultraleap Gemini (v5) COMFORT AND WEARABILITY 3-point precision fit headband Replaceable, easy-to-clean polyurethane face cushions Automatic interpupillary distance adjustment 59-71mm WEIGHT 594 g + headband 386g DIMENSIONS Width 200 mm, height 170 mm, length 300 mm CONNECTIVITY Two headset adapters in-box Two USB-C cables (5 m) in-box PC Connections: 2 x DisplayPort and 2 x USB-A 3.0+ POSITIONAL TRACKING SteamVR™ 2.0 (recommended) or 1.0 tracking system Varjo inside-out tracking (beta) utilizing RGB video pass-through cameras EYE TRACKING 200 Hz with sub-degree accuracy; 1-dot calibration for foveated rendering AUDIO 3.5mm audio jack with microphone support

The system you've described includes some advanced elements such as high-resolution displays, ultra-low latency video pass-through, hand tracking, eye tracking, and more. These elements are typically integrated into a dedicated headset, rather than wired up in a circuit board.

When it comes to creating circuit schematics and designing PCB layouts in Flux, more specific details on your project requirements would be highly helpful. Are there any specific components you need assistance integrating? Do you need help designing the power circuitry, data interfaces or is there something else you need assistance with within the electronic design process? Providing this information will enable more targeted help for your project.

this is the desired output

From the specifications provided, it seems like you want to build a high-performance Virtual Reality (VR) / Mixed Reality (MR) headset. It would have a high-resolution display, mixed reality capabilities, hand tracking, comfort and wearability features, positional tracking, eye tracking, and audio features.

However, the information provided in the project does not seem to match with the components required for a VR/MR headset. In your project, there are several components like two microcontrollers (STM32F103RET6 and STM32F401RET6), various sensors (MPU-9250, IST8308, HMC5883L-T, VL53L0CXV0DH/1 etc.), audio ICs (MAX9814ETD+T, TPA6132A2RTET), HDMI connector (1747981-1) and USB type A connector amongst other components.

Unfortunately, without additional information about how these existing components are intended to be used in meeting your VR/MR headset requirements it's difficult to provide specific connection recommendations.

That said, here are some general suggestions for connecting components for a VR/MR headset:

Please note that developing a VR/MR headset is a complex task requiring detailed knowledge about digital signal processing, optics, human-machine interfaces, and other advanced topics. If you could provide more specific information about the hardware design and software capabilities you're aiming for, that could be more helpful in providing specific circuit design suggestions.