Round Light Engine Design
Worked for 8 mins 32 sec
Completed the review and schematic creation for Round Light Engine V1. I corrected the support circuitry, added and wired the Pico, MCP23017, OLED, six encoders, three trackball headers, pull-ups, decoupling, and bulk capacitance; validation now reports no open errors/warnings for the checks run.
Open items:
- Trackball header spare pins remain intentionally unconnected until the exact breakout pinout is confirmed.
- The available 1x08 header footprint is horizontal/angled; use a vertical footprint later if you need straight-up headers.
Project files created:
Project Specification — Round Light Engine V1Design Review Notes — Initial Schematic InputFirmware Starter — Round Light Engine V1Board Bring-Up Plan — Round Light Engine V1
Suggested next steps:
- Define the board size/mechanical layout for the single-sided console.
- Place controls by user-facing ergonomics: OLED top, encoders in rows, trackballs grouped by Lift/Gamma/Gain.
- Run single-sided PCB placement and routing, allowing jumper/0Ω links where needed.
Round Light Engine V1 IS COLOR GRADING SOFTWEWRE DEVOLDER BY MY SELF I WANT CRETE CONSOLE CALL ROUND CONSOLE X HERE I UPLODED MY PROTOTYPE DETLSIAS ABOUNT MY HARDWERE REQUREMENT I NEED A COMPLTE SCHEMATIC WIRED CONNECTION PERFERCT AND ACURATE ALSO I NEED ONE SIDE PCB STUCHER TOOO DO IT FOR ME
Thought for 6 sec
I’ll treat this as the Round Console X hardware controller for your Round Light Engine color grading software: first I’ll update the project identity/docs, verify the schematic is still clean, then set up a one-sided PCB structure with placement/routing constraints.
Worked for 50 sec
I updated the project to Round Console X and changed the description to match your clarified goal: a hardware console for your self-developed Round Light Engine color grading software. I also re-ran schematic checks, and the schematic is currently clean with no open ERC/passive/footprint warnings from the checks run.
Open items:
- I could not continue into one-sided PCB setup/placement/routing because your account currently has no available ACUs for AI execution.
- PCB is still at the existing 160mm × 100mm, 4-layer setup; one-sided PCB structure has not yet been applied.
- Ergonomic placement and routing are still pending.
Next steps when ACUs are available:
- Convert layout intent to a single-sided / 2-layer fabrication structure with bottom copper used as the main routing side and jumpers/0Ω links allowed.
- Arrange OLED, encoders, and trackball headers into a console-style layout.
- Route the PCB and verify no airwires or DRC issues remain.
Single-sided setup
Ergonomic placement
Run design checks
Document requirements
