RepSpec · Enttec

Build your DMX + pixel system on Enttec

AI tools for lighting-control programmers and integrators building on Enttec hardware — generate control software, spec a whole system, validate a topology, cross a competitor part, and size a pixel matrix. Every hardware count comes from Enttec's typed capability data, so the sizing is right the first time.

DMXspec

Generate runnable DMX control software

Describe the console, sequencer, pixel-mapper, or protocol bridge you need. DMXspec writes complete, runnable code against the right Enttec interface — Open DMX USB, USB Pro, ODE MK3, OCTO, Pixelator — plus the hardware list to buy.

·Python / Node / C# / C++ — your language
·sACN, Art-Net, DMX512, RDM, PLink
·Deterministic universe + OCTO/Pixelator sizing
·Wiring + first-light test procedure included

Start DMXspec

System Spec

Spec a whole DMX/networked system

Describe the install — universes, distances, gateway strategy, standalone playback — and build a complete Enttec system BOM: gateways, show controllers, pixel controllers, injectors, and how they network together.

·Gateway vs USB vs standalone-playback picks
·Universe budget → unit counts, from typed specs
·S-Play record/playback where set-and-forget fits
·Exportable BOM (PDF / CSV)

Start System Spec

Enttec Bench Test

Build + validate a topology on the canvas

Drag Enttec devices onto the bench, wire them, and let the constraint engine check port types, universe budgets, and power/data limits before you order anything. Export the topology as a wiring diagram.

·Drag-and-drop device + connection canvas
·Port-type + universe-budget validation
·PLink / SPI reach + injector placement
·Export topology + wiring diagram

Open Bench Test

Cross'er

Cross a competitor part to Enttec

Paste a competitor gateway, node, or pixel controller — or a whole schedule — and get the closest Enttec equivalents, matched on universes, protocols, ports, and form factor.

·Single part or full schedule
·Matched on universes, protocol, ports
·Spec-sheet links for every result
·CSV export

Start Cross'er

MatrixSpec

Size a pixel matrix or media facade

Give the pixel count, colorspace, and bit depth. MatrixSpec computes universes (8-bit and 16-bit aware), pixel densities, and the OCTO / Pixelator unit count — the exact math that stops the over-spec that a per-port figure causes.

·RGB / RGBW, 8-bit + 16-bit channel math
·64/85 px per universe at 16-bit, computed
·OCTO / Pixelator unit count from typed capacity
·Power + injector planning

Start MatrixSpec