OPENIPC-SSC338Q Parameter Tuning Integration

That's right, because I think it's fun, I put out this board file, don't think that this can start mass production directly

A little bit of work, no accident, it affects the placement machine very much, of course, the hand sticker has no effect

Open Source License: CC BY-NC-SA 4.0 (NC=Non-Commercial, Non-Commercial)

This design is only for experimentation, learning and exchanging technical knowledge.
No guarantees are given for the final outcome.
It is not recommended for use in a production environment.
The author will not be held responsible for any losses resulting from it. 
DIY involves risks. Please proceed with caution when placing an order. The author is not responsible for any unexpected situations or losses that may occur.

OK, no more nonsense. Let's get started with the introduction. 
First of all, for this board, I will only make the Gerber files, schematic diagrams, BOM list, and soldering auxiliary tools available (you know the reason). 
The df56 wiring sequence is uniform within the group. That is to say, on the side, mine, most of the open-source CMOS chips support it. 
This board supports two types of holes: 25.5 and 20 (m2 screws). However, for the 25.5-hole version, a shock absorber column is required. The size of the board frame is 30.5x30.5 (slightly larger than Vista). 
25.5: Diameter 3mm
20: Diameter 2mm 
Then, I have verified that all the functions are working properly. The effective distance of the Bluetooth serial port is approximately 2 meters (yes, it's related to Bluetooth configuration, but it requires their subsequent adaptation and design of the user interface?) 
The serial port connection leads to ttyS2, which supports the Ruby and FPV firmware for data transmission. 
Key point: The power supply uses 3.3V. Although there is a TVS diode, it can only prevent you from connecting it in reverse or with the wrong voltage, which could cause damage. I can only say: Don't look, you idiot. 
After all, the 338 has 3.3V power supply. If you connect it wrongly, you know what will happen - the 338Q will simply fail. 
Please order the board with the part number JLC06161H-3313 (free/ the finished board thickness is 1.60mm ± 10%). Remember to select the 20% impedance option (you don't want to miss out on this, right?) 
338Q and 30KQ are pin-to-pin compatible, which means that the board of 338Q can also be used with 30KQ. 
An early 338Q was installed in the project. It's not recommended to use it, but if you're determined to do so, we can't really say anything about it. 
By the way, for the typc port, remember to cut off the positioning holes. The board just can't accommodate two positioning holes (it's just impossible).

For the rest, I don't know what to say, just show you the picture

In case of a short circuit, you can cut the shock absorber column and put 20 holes (it is best to have both upper and lower parts).

That's it, I wish you success, BOM, welding assistance diagram, gerber I put it in the accessories, the attachment is BleUartLib.ZIP software compression package for Bluetooth parameter adjustment, remember to unzip and install