Topics created by Byron_Ch

Hi Vinny,
Got it, very thank.

Hi @Byron_Ch ,
It's 5A, and the 60 pin B2B 5V output is rated to 3A max so there is plenty of margin for routine 5V use throughout the system.

Hi Vinny,
Got it, this schematic will be helpful to me, thank a lot.

Hi @Byron_Ch ,
Thanks for your patience.
Yes, you are correct, but I wanted to add a few notes.

we are happy to review any schematic you make. If you want that, let us know and we can reach out to you using the email you registered with on this forum. the VBUS on V2 can supply a total of 2A, but due to pin limits (1A per pin) if you think you'll need that full 2A sustained (it's ok for burst/in-rush), I would use the 5VDC_IN rail (output of the eFuse) instead of VBUS, but you'll still need to use VBUS as the "host detect" function. you can start from our Altium package to get a jump start on connectors, pinouts, and pcb outline with mounting holes and connector placement here: https://docs.modalai.com/voxl2-connectors/#add-on-board-to-board-design-package
And I would still keep the J5 mate even if you don't need any signals. You can pick up the GNDs and it will provide a solid mechanical function providing two points of contact. on your plug in board, be sure to do a 3D fit check. There are some high components on V2 and you need to pay attention to any high components on the back side (with the connector mates) of your design. V2 3D is here:
https://storage.googleapis.com/modalai_public/modal_drawings/M0054_VOXL2_PVT_SIP_REVA.step
Let us know if you have any other questions. We want to see your plug in board succeed the first time!

@Byron_Ch As long as it is the mini OEM module (snapshots shown below), it'll work. I know they had a few offerings when the 2x2 MIMO first came out that exceeded that, but any module using that format will work from a hardware perspective.

Screenshot_20230212-074745_Drive.jpg

Hi @Vinny ,

Thanks for your information,
I already know current GPIO status.

Hi Vinny,

Got it, very thank.

Hi @Byron_Ch ,
Our schematics are not open sourced, but we make every effort to make sure you have all the info you need.
What information are you missing to be able to do your own schematics?
We will also offer a review of your schematics as a courtesy if you wish.
Side note: several customers did not successfully make their own flex cables for these image sensors and often come to us to make a custom flex after their attempt. All we need is a 2d flattened outline (.dxf) and we can handle the rest. Food for thought. If you think you want to go that route, let us know and we'll email you.
Thanks

The distance, or baseline, is a part of the extrinsic calibration process https://docs.modalai.com/calibrate-cameras/