Which WLED controller do you actually need?

QuinLED builds a whole family of WLED controllers, from the plug-and-play dig2go to boards that run entire houses. Here's the honest map of which one fits which job, from the people who design them.

Short answer: for a first project with a 5V addressable strip up to about 5 metres, the dig2go is the easiest WLED controller you can buy: nothing to solder, nothing to flash, powered by USB-C. Step up to a Dig-Uno, Dig-Quad, Dig-Octa or Dig-Next-2 when you need 12V/24V strips, more outputs, or serious power.

Side by side

The QuinLED family at a glance.

Same engineering philosophy on every board: level-shifted data, protected outputs, open firmware. The difference is how much power and how many outputs you need, and how much building you want to do.

	dig2go	Dig-Uno	Dig-Quad	Dig-Octa	Dig-Next-2
Best for	Your first strip, desks, TVs, portable fun	The classic starter board for one or two zones	Whole-room builds and holiday lighting	Big, permanent multi-zone installs	A finished controller with big-board power
LED voltage	5V	5–24V	5–24V	5–48V*	5–48V, auto
Data outputs	1	2	4 (up to 5)	8	2 (+3 power outs)
Power path	USB-C · 5V/3A · 15 W	Screw terminals, onboard fuse	7 power terminals over 5 fuses	Stacking powerboards, 30–100A	Fused per channel, per-channel relays
Assembly	None. Finished case	DIY kit or pre-assembled	DIY kit or pre-assembled	Modular: pick brain + power board	None. Finished case
Connectivity	Wi-Fi	Wi-Fi (Ethernet options)	Wi-Fi	Ethernet + PoE options	Wi-Fi, external antenna
Extras	Mic, IR remote, button, battery-friendly	Level shifters, reverse-polarity protection	Built for easy power injection	Micro-SD, scales by powerboard	Mic, ESD protection, USB-C standby
Get it	Ready-to-go kits →	quinled.shop →	quinled.shop →	quinled.shop →	quinled.shop →

*48V on the Dig-Octa requires the Power-5HV powerboard. Full specs for every board live at quinled.info.

Start here

When the dig2go is the right call.

Most first projects fit comfortably inside what the dig2go does, and it's the only board in the family that asks nothing of you: no wiring, no flashing, no enclosure to source.

You're running a 5V addressable strip up to ~5 m / 300 LEDs. WS2812B, SK6812 (RGB or RGBW) or WS2811 pixels: that covers desks, TVs, shelves, beds and most room accents.
You want it working tonight, not next weekend. WLED is pre-installed and pre-configured. Power, strip, Wi-Fi, app: about ten minutes.
You'd like it portable or battery-powered. USB-C means a power bank runs it anywhere: campsites, parties, photo shoots. No other board in the family does that out of the box.
Sound-reactive matters to you. The microphone is already inside, and so is an IR receiver for a simple remote.

See the ready-to-go kits Read the setup guide

Outgrowing it

When to step up, and to what.

The dig2go is deliberately simple. The moment your plans outgrow 5V or a single output, the rest of the QuinLED family picks up exactly where it stops.

Dig-Uno

The classic starter board. Two data outputs, 5–24V strips, screw terminals, an onboard fuse and reverse-polarity protection. Build it yourself or buy it pre-assembled.

Dig-Uno at quinled.info →

Dig-Quad

Four channels (up to five), 5–24V, and seven power terminals over five fuses, built for bigger builds where power injection starts to matter: holiday roofs, whole rooms, art pieces.

Dig-Quad at quinled.info →

Dig-Octa

A modular system: an 8-channel brainboard with Ethernet stacks onto powerboards from 30A to 100A, covering 5V up to 48V. This is the permanent-install, whole-house tier.

Dig-Octa at quinled.info →

Dig-Next-2

The dig2go's bigger sibling: still a finished case, but with auto 5–48V support, two data outputs, three fused power outputs with per-channel relays, and ESD-protected long-line data circuits.

dig-next.info →

Buying advice

Looking at a no-name board instead?

Fair enough, there are cheaper controllers out there. Whatever you end up buying, ours or not, insist on these five things. They're the difference between a controller and a headache.

A level-shifted data line. ESP chips speak 3.3V; 5V strips want 5V data. Boards that skip the level shifter are where random glitching and flicker come from.
Protected outputs. A fuse or current limiting between the board and your strip. An overload should cost you a reset, not a wire.
A real enclosure. A bare PCB on a shelf next to curious fingers, pets and dust is a bad roommate.
Open firmware you can update. WLED is free, open source and improving constantly. A locked vendor app means your hardware is only as good as that vendor's interest in it.
Documentation and a human to ask. Real wiring guides, a pinout, and a community that answers. The QuinLED Discord has thousands of people who've built what you're building.

Make it easy

Start with the easiest one.

If this is your first build, start where it's simplest. You can always graduate later; the whole family speaks WLED.

Get a ready-to-go kit Getting-started guide The full family at quinled.info