QuinLED vs Gledopto vs Athom is the choice you face once your holiday lights will run WLED and Home Assistant. Those three makers sell ready-made ESP32 controllers built for WLED. They all run the same firmware, and Home Assistant treats them identically once they are on your network. Where they differ is the hardware around the ESP32: how many outputs are fused, whether the data line is level shifted, whether there’s an Ethernet port for a garage or attic install, and whether you can order one on Amazon in time for December.
We compared five controllers across the three brands, plus three LED strips and Mean Well power supplies to go with them, using each maker’s own spec pages, the WLED project’s compatible-hardware lists and the Home Assistant WLED integration docs. Our WLED controller and LED strip guide for Home Assistant covers a different set of strips, bullet pixels and a 12V supply if you want more options. Prices below were checked in November 2026.
Which WLED controller to buy: the short answer
For most holiday builds, we’d buy a QuinLED board if you can wait for shipping and a Gledopto Elite if you need it this week. Athom wins on price when you want wired Ethernet and do not mind ordering from Athom’s own overseas store. Find your situation below:
- Best overall for a roofline or several runs: QuinLED Dig-Quad. Four level-shifted outputs, five onboard fuses and up to 30A continuous through the board, about $47 to $56 at DrZzs (check the live price). On 24V strip, buy the v4r1 revision.
- Best you can get from Amazon: Gledopto Elite 4D-EXMU (GL-C-618WL). Four outputs, Ethernet, a 20A blade fuse and a mic, around $35 from the Gledopto store (check the live price).
- Cheapest wired Ethernet controller: Athom Ethernet DMX controller. Four outputs plus DMX, in the $24 to $34 range from Athom’s own shop (check the live price and shipping).
- Best for one window or one tree: QuinLED Dig-Uno. Two outputs, a 10A fuse and a 5 to 24V input, about $39 to $45 at DrZzs.
- Best for a mantel or indoor 5V strip: QuinLED dig2go. USB-C powered, one output, about 300 LEDs, about $25 to $28 for the controller alone (check the live price).
- Best roofline strip: BTF-Lighting WS2814 24V RGBW, a real warm white plus colour at 2.5 A per 5 m roll, around $35 a roll on Amazon (check the live price).
- Best power supply for a 24V roofline: Mean Well LRS-200-24, fanless, 8.8 A, around $28 on Amazon (check the live price).
Check the Gledopto Elite 4D-EXMU price on Amazon if you need the lights up this week. If you only pick one controller, match it to the strip voltage and the number of separate runs first. A two-run house does not need the Dig-Quad, and a 300 LED strip on USB power doesn’t need a fused 24V board at all.
How we compared QuinLED, Gledopto and Athom
Every spec in this comparison comes from the maker’s product or specification page, read in November 2026. Prices come from the live listing: Amazon for Gledopto, DrZzs and the QuinLED shop index for QuinLED, and Athom’s own store for Athom. Where two of a maker’s pages disagreed, we say so in the section. We also checked each board against the WLED compatible controllers page, because a board listed there is one the WLED project documents by name.
We weighted four things above everything else, because they’re what decide whether a December install survives January:
- Level shifting on every output: WLED’s docs say a level shifter is required for reliable data and mandatory especially with 12V and 24V strips. The ESP32’s data pins run at 3.3V, and the shifter lifts that signal to the 5V level the strip’s data input is built around.
- Fusing on the outputs, not just at the input: one fuse for the whole board protects the controller, while fuses on the outputs also protect a thin wire to a single window.
- Ethernet: a controller in a metal soffit, garage or loft is often at the edge of Wi-Fi, and a cable takes Wi-Fi range out of the problem.
- How you can buy it: Amazon delivery and returns versus a direct shop that may ship from the Netherlands, the US or China.
Mic, IR remote and relay outputs came second. They’re nice for sound-reactive effects and for cutting power to the strip when it’s off, but none of them decide whether the lights work.
QuinLED vs Gledopto vs Athom at a glance
The table lines up the five picks on the specs that change a buying decision. Current figures are the maker’s own ratings:
| Controller | Outputs | Input | Fusing | Ethernet | Where to buy | Price band |
|---|---|---|---|---|---|---|
| QuinLED Dig-Quad v4 | 4 + relay | 5-24V, 30A through board, 20A input terminals | 5 fuses (2x 10A, 3x 5A) | Add-on board | QuinLED resellers | about $42-56 |
| Gledopto Elite 4D-EXMU (GL-C-618WL) | 4 + relay | 5-24V, 15A total | One 20A blade fuse | Built in | Amazon | about $35 |
| Athom Ethernet DMX | 4 + DMX | 5-24V | One 16A fuse | Built in | Athom store | about $24-34 |
| QuinLED Dig-Uno v4 | 2 + relay | 5-24V, 10A | One 10A fuse | Add-on board | QuinLED resellers | about $32-45 |
| QuinLED dig2go | 1 | USB-C 5V/3A | Internal | No | QuinLED resellers | about $25-28 |
Two things stand out. Among the five picks, only the Dig-Quad fuses its strip outputs on the board (in pairs, plus extra fused power terminals), which is a big part of why it costs more for the same output count. And Gledopto and Athom both include Ethernet in the base price, while QuinLED sells it as an add-on board, so if your controller lives where Wi-Fi is weak, the cheaper boards are the practical choice rather than the compromise.
1. QuinLED Dig-Quad
The Dig-Quad wins for a full roofline because it’s the only one of the five picks that fuses its strip outputs on the board, in pairs. A short on the run to the porch blows that pair’s fuse and the other half of the house stays lit, instead of the whole display going dark at 7 pm on Christmas Eve.
QuinLED rates the v4 board for 30A continuous and 50A peak through the board, with 20A input terminals and 10A output terminals. The five SMD fuses are two 10A and three 5A, and outputs 1 and 2 share one fuse, as do 3 and 4, with extra fused power terminals for injection points. Each output has its own AHCT level shifter that lifts the data signal from 3.3V to about 5V, plus ESD protection. The ESP32 module is QuinLED’s own pluggable board with 8 MB flash, 2 MB PSRAM and a digital mic, and Ethernet comes from an add-on board you order with it.
One caveat matters for 24V roofline strip. DrZzs’s listing warns that boards of the revision it stocks can lose an IC at 24V, recommends that 24V buyers wait for the new revision, and extends the warranty to 1.5 years for that failure. QuinLED says the v4r1 revision on sale from 31 October 2026 fixes it. On 5V or 12V strip the warning doesn’t apply, but if you run 24V, confirm with the reseller that you’re getting v4r1 before you order.
- Pick it if: you have three or four separate runs, a 24V strip with long cable runs, or you want fused injection points without building a fuse block.
- Skip it if: you need it this week, because we found no Amazon US listing for the board and it goes through QuinLED’s listed resellers instead.
- Where it falls short: it’s a bare PCB, so an outdoor install needs an enclosure you buy separately.
DrZzs lists it at about $47 to $56 depending on the options you pick, and the QuinLED shop page for the Dig-Quad links every reseller with current prices. WLED’s own docs describe it as the original WLED author’s personal recommendation for large projects, which tells you how it’s regarded by the people who maintain the firmware.
2. Gledopto Elite 4D-EXMU (GL-C-618WL)
The Gledopto Elite is the one to buy when the lights need to be up this weekend. It gives you four outputs, Ethernet and a mic in a closed case for less than a Dig-Quad, with Amazon delivery and its standard returns instead of an overseas shop.
Gledopto rates the GL-C-618WL at 10A per channel and 15A total on a 5, 12 or 24V input, behind a 20A pluggable blade fuse, and the package list includes a 5A fuse as well. It has a TI level shifter IC on the data lines, a switch to choose the signal resistor, reverse polarity protection, a relay output and lever terminals you push the stripped wire into. The USB-C port powers the board at 5V/3A for bench testing and doubles as the serial port for flashing.
Read the fuse numbers carefully, though. A single 20A fuse in front of a 15A board protects the controller and the supply cable, but it won’t blow for a short on a thin wire to one window. If any run uses 18 AWG or lighter, put an inline fuse on that run yourself. And Gledopto is not on WLED’s compatible controllers list, so you rely on Gledopto’s own WLED builds and support when something odd happens.
- Pick it if: you want Amazon delivery, a closed case and Ethernet without ordering parts.
- Skip it if: your runs are long and thin and you’d rather have per-output fusing on the board.
- Where it falls short: Gledopto doesn’t name the exact ESP32 module or flash size on its page, and the case is IP20, so it needs to live indoors or in a weatherproof box.
Expect to pay around $35 at the GLEDOPTO OFFICIAL STORE on Amazon (check the live price). Watch the seller name: a separate seller, Sogledwow, lists Gledopto-titled controllers too (for example an Elite with Ethernet at a different price), so check that the store is GLEDOPTO OFFICIAL STORE. If you only need two outputs, Gledopto’s two-output Elite with Ethernet keeps the mic for around $28 (check the live price); the listing doesn’t print a model number, but its specs match Gledopto’s Elite 2D-EXMU (GL-C-616WL).
3. Athom Ethernet DMX Controller
Athom’s Ethernet controller is the cheapest way to get four outputs on a cable, and it adds DMX in and out, which matters if you also run DMX stage or garden lights. It’s on WLED’s compatible controllers page, and Athom publishes its own WLED builds for its boards.
Inside is an ESP32-WROOM-32E with 8 MB flash and wired Ethernet next to Wi-Fi. You get four data outputs (DAT1 to DAT4), a built-in level shifter, a PDM mic, a 16A relay and a replaceable 16A fuse on a 5 to 24V input. Athom notes that 16A is the relay and fuse rating and that the safe current depends on your wiring. In plain terms, the board will not protect a thin run for you either.
Two things to know before you order. The case is printed with the IoTorero brand, not Athom. And WLED’s docs point out that this Athom (ATHOM Technology in China) has nothing to do with Athom B.V., the company behind the Homey hub, so don’t expect Homey support to help.
- Pick it if: you want Ethernet and four outputs on a tight budget, or you need DMX.
- Skip it if: you’re ordering in December, because it comes from Athom’s own store, run by a Chinese company, and we couldn’t confirm delivery times or stock per variant.
- Where it falls short: one fuse for the whole board, and the sale price depends on which firmware and remote option you pick.
The Athom store listing showed a sale price in the mid $20s against a list price in the mid $30s (check the live price and shipping). We found no Amazon US listing for it.
4. QuinLED Dig-Uno
The Dig-Uno is the Dig-Quad cut down to two outputs, and it is the right size for a single roofline run, a pair of windows or a porch arch. You keep QuinLED’s level shifting, the pluggable ESP32 with a mic, and the option of an Ethernet add-on.
QuinLED’s two pages disagree slightly on current: the shop says 10A maximum, while the specification page says the terminals are rated 15A with 10A recommended. Plan around 10A, which at 24V is 240 W and covers a long roofline of 24V pixel strip at sensible brightness. There’s one 10A fuse, reverse polarity protection, ESD protection on the data lines, a DS18B20 temperature sensor and an I2C port for add-ons.
- Pick it if: you have one or two runs and want QuinLED’s build quality without paying for four outputs.
- Skip it if: you might add a third run next year. The Dig-Quad costs only about $8 to $10 more.
- Where it falls short: the same 24V revision caveat as the Dig-Quad applies, so make sure you get v4r1.
DrZzs sells it for about $39 to $45, and the QuinLED Dig-Uno shop page lists the other resellers, with ALLNET in China (shipping worldwide) the cheapest at about $32 and the Canadian and Nordic shops pricier.
5. QuinLED dig2go
The dig2go is the controller for the indoor stuff: a mantel strip, a tree, the shelf behind the TV. It runs from USB-C, so there’s no power supply to wire and no fuse to size, and you can even power it from a power bank for a table centrepiece.
USB-C at 5V/3A works out to about 15 W, which QuinLED puts at around 300 LEDs (a 5 m strip at 60 per metre). The single output is level shifted, and the case has a power button, an IR receiver for a remote and a digital mic for sound-reactive effects. It is 5V only, so a 12V or 24V outdoor strip needs one of the boards above. Pick it if you want a finished, cased controller for a short indoor strip, and skip it once your strip runs past about 5 m.
On its own, the controller runs about $25 to $28 across resellers, with bundles that add a supply and an RGB or RGBW strip running up to about $70. The dig2go shop page lists the other resellers.
6. Also considered: Dig-Octa, LS8P and more
These three were close, and each one is the right buy for somebody, just not for a typical house display:
- QuinLED Dig-Octa: eight outputs on a Brainboard with Ethernet and microSD, paired with a power board rated 30A to 100A. QuinLED’s price index puts a working pair from about $70, and the v4 Brainboard docs still read “coming soon” while the shop lists it, so check availability first. It is for whole-house pixel shows, not a roofline.
- Athom LS8P music controller: about $20 on sale with a 5 to 48V input, a mic and an optional remote. We left it out because Athom’s page says four outputs while WLED’s docs and the pin table say two.
- Athom High Power controller: Athom’s page says orders after January 2026 ship with an ESP32-C3, a chip WLED’s docs still class as experimental for production use.
If you’d rather build your own controller from a bare board and a level shifter, our ESP32 board guide for ESPHome covers which dev boards to buy, and the same boards flash WLED just as well.
LED strips and power supplies for a holiday roofline
The controller decides how many runs you can drive and fuse. The strip voltage decides how many LEDs each pixel controls and how much current every metre pulls, and the supply decides how many runs one box can feed. So pick the voltage before anything else. A 5V WS2812B strip gives you one pixel per LED but draws the most current per metre, while 12V and 24V strips put several LEDs behind each chip and carry the same power on less current. All three strips below are BTF-Lighting rolls sold on Amazon, and each chip type is on the WLED compatible LED strips page.
BTF-Lighting WS2812B 5V: the indoor strip
For a mantel, a staircase or the dig2go, the 5 m, 60 LEDs per metre WS2812B roll is the one to buy, because every LED is its own pixel and effects look smooth from across the room.
Each 300 LED roll has one data line and comes in IP30 for indoors, with IP65 and IP67 versions listed. BTF rates it at 11 W per metre, or 55 W for the roll, but WLED’s brightness limiter assumes 55 mA per LED at full white, which is 16.5 A (about 82 W) for 300 LEDs. Size the supply to the WLED figure, since it’s the higher one and it’s what WLED’s current limiter will plan around.
- Pick it if: the strip is indoors and within one roll of its supply.
- Skip it if: you’re lining a roof. WLED’s wiring guide suggests power injection past 150 LEDs, usually at both ends, and 5V carries the most current per metre of the three.
BTF sells the IP30 roll for around $14 on Amazon from BTF-Lighting (check the live price).
BTF-Lighting WS2811 12V: the budget roofline
The 12V WS2811 roll is the cheapest way to outline a roof with WLED effects, because each chip drives a group of three LEDs and the strip pulls little current.
Our pick is the 5 m roll with 150 LEDs (30 per metre) in IP65. With 10 chips per metre, WLED sees 50 pixels per roll, each a 10 cm block of three LEDs. BTF rates it at 6 W per metre, so a roll is 30 W, or 2.5 A at 12V, and a Gledopto or Dig-Uno output carries several rolls before current becomes the limit.
- Pick it if: you want a long, cheap roofline seen from the street.
- Skip it if: people see the strip up close, where 10 cm pixel blocks make chases look steppy.
Expect around $17 per roll on Amazon from BTF-Lighting (check the live price).
BTF-Lighting WS2814 24V RGBW: warm white plus colour
If the roofline spends most of December in warm white and only goes full colour for a show, the 24V WS2814 RGBW strip is the one we’d pick, because its dedicated white LED gives a real warm white instead of a mix of red, green and blue.
Each 5 m roll has 60 LEDs per metre in IP65, with one chip per six LEDs, so WLED sees 10 pixels per metre and 50 per roll. BTF rates it at 12 W per metre, which is 60 W or 2.5 A per roll at 24V, the same current as the 12V WS2811 roll for twice the LEDs. WLED’s strip page says to configure WS2814 as the SK6812 type with colour order BRG and the W and G channels swapped, a setting available since WLED 0.14.0.
- Pick it if: you want a warm white roofline that can also run colour effects.
- Skip it if: price matters most. A roll costs about twice the WS2811 roll, and on a Dig-Quad or Dig-Uno at 24V you need the v4r1 revision.
Expect around $35 per roll on Amazon from BTF-Lighting (check the live price).
Mean Well LRS-200-24: the supply and how to size it
A 24V roofline wants one quiet, enclosed supply with headroom, and the Mean Well LRS-200-24 fits two or three WS2814 rolls on one box.
Mean Well’s datasheet rates it at 24V and 8.8A (211.2 W), adjustable from 21.6 to 28.8V, with typical efficiency of 89.5% and cooling by free air convection, so there’s no fan to fail in a loft. The input range is set with a switch (90 to 132 or 180 to 264 VAC), and the case is a perforated metal enclosure that belongs indoors or in a dry box, since the datasheet gives no weatherproof rating. Mean Well covers it with a 3-year warranty.
Sizing it takes three steps, using the strip maker’s watts per metre and WLED’s wiring guide:
- Add up the current per run. A WS2814 roll at 12 W per metre is 2.5 A at 24V, so three rolls are 7.5 A at the maker’s rating against the supply’s 8.8 A. We’d plan for two and allow the third only with WLED’s brightness limiter set below the supply’s rating.
- Fuse every run. WLED’s wiring guide says to add fuses on a supply over 100 W, with an inline fuse on each injection line placed near the supply and rated just over the expected draw. By that rule we’d put a 3 A fuse on a 2.5 A roll.
- Keep one supply per strip. The same guide says never to join the positive rails of two supplies on one strip; grounds can be shared.
Budget around $28 for the LRS-200-24 on Amazon from a third-party seller, not Mean Well itself (check the live price). For 5V strips, the LRS-200-5 is the same case at 5V and 40A for around $35; at WLED’s 16.5 A per 300 LED roll it feeds two WS2812B rolls with room left over. The catch is that 40 A at 5V needs thick cable and fused runs, and it’s the same indoor-only case.
What separates the three WLED controller brands
All three run WLED on an ESP32, so the effects, presets and Home Assistant entities are the same whichever logo is on the box. The differences are in how each maker builds, sells and supports the board:
- QuinLED designs for safety margins: onboard output fusing on the Dig-Quad, level shifters on every channel and detailed spec pages, sold through resellers rather than Amazon.
- Gledopto designs for retail: closed cases, lever terminals, Ethernet on both Elite models covered here (GL-C-618WL and GL-C-616WL) and Amazon delivery, with one fuse per board and its own WLED builds instead of a place on WLED’s compatible list.
- Athom designs for price: the cheapest Ethernet and DMX option of the controllers compared here, on WLED’s compatible list, sold from its own store.
The chip itself is the one spec you shouldn’t compromise on. WLED’s compatible controllers page says the ESP8266 should not be used for new installs, and it still classes the C3, S2 and S3 as experimental for production. QuinLED and Athom name the ESP32 on their pages, with 8 MB or more of flash on the Dig-Quad, Dig-Uno, Dig-Octa, Athom Ethernet DMX and Athom LS8P, and Gledopto says ESP32 without naming the variant. Neither QuinLED nor Athom uses a C3, S2 or S3 on the picks here, and that’s why the Athom High Power board with its newer C3 dropped out. For the Gledopto Elite, the Amazon listing says ESP32 and nothing more specific.
On the Home Assistant side, the Home Assistant WLED integration needs WLED 0.14.0 or newer, gets state changes pushed over a WebSocket, and falls back to polling every 10 seconds if that’s missing. It creates a light per segment, selects for presets, playlists and palettes, speed and intensity sliders, a restart button and an update entity that installs new WLED releases from Home Assistant. It can’t set secondary colours or toggle usermods such as the audio-reactive mic, so a sound-reactive effect gets switched on in WLED itself and recalled from Home Assistant as a preset. That works the same on a QuinLED, Gledopto or Athom board, whether Home Assistant runs on a dedicated mini PC or in Docker.
Where each brand falls short
No brand wins every case, and the weak spot of each one points straight at who should buy something else:
- QuinLED is slow to buy and bare to install: we found no Amazon US listing, the boards ship without a case, and older stock may be the revision with the 24V issue. Order it in early November if you want the lights up for December.
- Gledopto leaves run protection to you: one 20A fuse in front of a 15A board, and no place on WLED’s compatible list, so add inline fuses on thin runs and expect to lean on Gledopto’s own firmware notes.
- Athom is the hardest to order with confidence: sale prices that move with each variant, shipping from China, another brand name on the case and a trademark dispute in the background.
If you are putting up a roofline this year, we’d take the Gledopto Elite from Amazon when the lights go up within two weeks, and a QuinLED Dig-Quad when there is time to order. Spend what you save on a proper power supply and inline fuses. The controller is the cheap part of a holiday display; your 24V supply and the wire gauge are what keep it running. If you’re shopping our Black Friday Home Assistant deals, settle the controller first, because the strip voltage and the supply follow from it. Once the board is on the network, our Home Assistant install guide gets the other half of the setup running.
