NEON CIRCUIT — PCB TRACE AS LIGHT ART

VISUAL STYLE: Printed circuit board architecture transformed into luminous neon art. The functional geometry of PCB traces — the routes that connect components, the via holes that pass signals between layers, the component pads arranged in their precise patterns — rendered in vivid glowing colour against deep black. Engineering as accidental art.

COLOUR PALETTE: Deep black as the ground — the substrate, the board itself, invisible. PCB traces glow in vivid neon: classic PCB green (#00FF41) for the primary trace layer, electric blue for secondary layers, vivid copper-gold (#FFB347) for power planes and ground pours, hot magenta for signal highlights. Where traces cross via holes, a bright point of light. The overall effect is a luminous city map seen from altitude — straight lines, right angles, occasional curves, all glowing.

TRACE GEOMETRY: PCB traces follow design rules — minimum width, minimum spacing, routing angles of 45° or 90°. These constraints produce a characteristic geometry — a language of horizontal, vertical, and diagonal lines that is immediately recognisable. Component pads are regular geometric forms — circles, rectangles, ovals — arranged in the precise footprints of components.

LAYERS: Real PCBs have multiple layers — 4, 8, 16 or more — each carrying different signals. These layers are visible as slightly different depths, different colours, the geometry of each layer creating its own pattern, all visible simultaneously as a luminous stack.

SIGNAL FLOW: Electrical signals travel along traces — rendered as bright pulses moving at the speed of light along the copper paths, branching at junctions, arriving at component pads simultaneously from multiple directions.

SCALE: Could be a close-up of a single IC footprint or a full board overview. The beauty of PCB geometry works at every scale.

No photographs. No physical components. No real people. Pure trace geometry, pure neon luminosity, pure circuit architecture throughout.