Hello HealthyPi 6 backers!

Here is a quick update on where things stand with the PCB design and our plans to open source everything.

Production PCB Design In Progress

Since the campaign closed, our primary focus has been on finalizing the production PCB design. The board layout work is actively underway and progressing well. There are no photos to share yet — the design is still on screen, not on a physical board. We will share real photos once we have bare PCBs in hand.

Over the past few weeks, we have:

• Completed schematic reviews and final cross-checks across the tri-core architecture
• Optimized component placement for signal integrity and thermal balance
• Refined high-speed routing and analog front-end isolation
• Locked key component selections based on availability and long-term supply stability

These refinements move HealthyPi 6 from a campaign-stage prototype to a fabrication-ready production design. Our objective is not just rapid progress, but repeatable performance, reliability, and manufacturing readiness.

Open Source Release Coming Next Week

In parallel with the PCB work, we are cleaning up our hardware design files and software codebases to prepare them for public release. We expect to make the repositories open within the next week. This will mark the beginning of the open development cycle for HealthyPi 6, so we look forward to community involvement as we move forward.

What Happens Next

The next phase is structured and sequential:

• PCB Fabrication The finalized board design will be sent out for fabrication shortly. We will be ordering bare PCBs from our fabrication partner, with lead times determining arrival.

• In-House Assembly Once bare PCBs arrive, we will assemble the first batch in our own facility. This sill give us direct control over the process and allow us to validate component placement accuracy, solder quality, electrical continuity, and power integrity hands-on.

• Bring-Up & Hardware Testing Initial power-on validation and subsystem testing will follow, including core processor validation, sensor interface testing, power management verification, and thermal behavior assessment.

We are deliberately approaching this in phases to minimize rework and ensure that early-stage learnings are captured before scaling further.

Thank you for your continued trust as we move from prototype to production. More updates coming as soon as we have boards in hand.

Back to building…