Aqara sells at least four lights that look like one product family from the outside. A bulb, an LED strip, a recessed spotlight and a ceiling panel all carry the same brand, run on Zigbee, and show up in Zigbee2MQTT. Underneath, they differ in what colors they can produce, and, more annoyingly, in what has to happen before they will pair with your coordinator at all.
This Aqara smart lighting comparison puts the four side by side. Everything here is synthesized from our four published device guides, not from new bench work, and the pairing comparison in particular is our own reading of those guides rather than anything Aqara documents.
No Aqara light was paired, dimmed or reset for this article. Every device fact below comes from our own published guides for each model, which in turn rest on Zigbee2MQTT documentation, vendor material and community reports. Where those guides do not say something, this page says so.
Color capability at a glance
The first thing people ask is which of these lights do real color and which only shift between warm and cool white. Two do color, and two do tunable white. But one of the “tunable white” lights also has an RGB ring, which muddies the answer.
| Model | Form factor | Color | Standout trait |
|---|---|---|---|
| LED Bulb T2 | Bulb (E26, E27, GU10) | Full RGB via XY color space | Custom effects (breathing, candlelight, fading, flash) with adjustable speed |
| LED Strip T1 (LGYCDD01LM) | Strip, 1 to 10 m | Full RGB, individually addressable segments | 5 segments per meter, 20 cm each |
| Spotlight T2 (SSWQD03LM) | Recessed downlight | Tunable white only, roughly 2700K to 6000K | 15, 24 or 36 degree beam, Ra above 90 |
| Ceiling Light T1M (CL-L02D) | Ceiling panel plus ring | Tunable white panel (2700 to 6500K), RGBIC ring | 26-segment ring, six built-in effects |
So the real answer to “which Aqara light has color” is the Bulb, the Strip, and the ring on the Ceiling Light. The Spotlight has none, and the Ceiling Light’s main panel is white-only.
Aqara LED Bulb T2
The Bulb T2 is the most conventional of the four. It supports full color through the XY color space, plus a set of custom multi-color effects with adjustable speed. It ships in E26, E27 and GU10 variants, and our guide notes the three run identical firmware, so a pairing procedure that works for one applies to the others.
It runs as either a Zigbee or a Thread/Matter device, one at a time, and Zigbee is where the full effect set lives. Getting there takes a one-time trip through the Aqara Home app: add the bulb over Bluetooth, let the app install its Zigbee firmware, switch the mode from Thread to Zigbee, then remove the bulb from the app. Our guide treats that last removal as required, not optional, and identifies skipping the app steps as the most common failure, which fits the pattern of “the bulb is powered and blinking but Zigbee2MQTT never sees it.”
The full walkthrough, including the Thread/Matter alternative, lives in our Aqara LED Bulb T2 guide.
Aqara LED Strip T1
The Strip T1 (LGYCDD01LM) is the most capable lighting device in this group and also the one with the most unusual control surface. It offers full RGB, and the strip is divided into individually addressable segments, five per meter at 20 cm each, in lengths you can configure from 1 to 10 m.
Segment-level and effect-level color control is available by publishing to MQTT, and it is not fully exposed in the Home Assistant UI. Full effect and segment control needs Zigbee2MQTT 2.7.2 or later, and the Zigbee2MQTT device page for the LGYCDD01LM is the authoritative list of what the current converter exposes. ZHA support is described in our guide as basic only, so anyone who wants the segment features should plan around Z2M.
The Strip T1’s color-temperature scale is inverted compared with what Home Assistant users normally expect. A higher Kelvin value means warmer here, not cooler. Automations and scenes copied from other lights can end up doing the opposite of what you intended.
Of the four, the Strip is the only one our guides describe as pairing with no app step. First power-up puts it into pairing mode, and it joins through a normal permit-join. A five-second button hold resets it if it was previously paired to the Aqara app or another system. The details are in our Aqara LED Strip T1 guide.
Aqara Spotlight T2
The Spotlight T2 (SSWQD03LM) is tunable white only, running from roughly 2700K to 6000K, with no RGB. It is a recessed ceiling downlight, meaning it is cut into the ceiling rather than screwed into a socket or clipped to a track. It comes in 15, 24 and 36 degree beam angles and has a color rendering index above Ra 90.
Out of the box it needs a Bluetooth-based provisioning step through the Aqara app, which installs its Zigbee firmware, before Zigbee pairing will succeed. Our guide then has you delete it from the Aqara account and pair it with a five-times power cycle. One caveat carried over from that guide: Aqara documents this Bluetooth firmware flow for the T2 bulb rather than the spotlight specifically, so the in-app wording on the spotlight may differ even though the shape of the process is the same.
There is also a newer T2 Pro variant that adds Ra96 CRI and built-in power monitoring. Treat it as a separate SKU. Facts about one do not transfer to the other, and our guide covers the non-Pro model. See the Aqara Spotlight T2 guide.
Aqara Ceiling Light T1M
The Ceiling Light T1M (CL-L02D) is two lights in one housing. The main panel is tunable white from 2700 to 6500K at 40 W, around 3450 lumens. Around it sits a separate decorative ring of 26 RGBIC segments with six built-in dynamic effects.
It ships in Thread mode by default and has to be switched to Zigbee mode through the Aqara Home app before Zigbee2MQTT pairing works. It has no reset button. Both pairing and factory reset use a five-times on/off toggle at the wall.
Color control on the ring needs some care. Plain XY or HS color commands are unreliable on some combinations of firmware and Zigbee2MQTT version, and the effects are the more consistent path. It supports Decoupled Mode for pairing with smart wall switches. Details are in the Aqara Ceiling Light T1M guide.
What stands between the box and your coordinator
Reading the four guides together, three of the four lights need a one-time trip through the Aqara Home app before Zigbee2MQTT or ZHA can see them, and one does not.
| Model | Before Zigbee pairing |
|---|---|
| LED Bulb T2 | Aqara app: Bluetooth add, Zigbee firmware install, Thread-to-Zigbee switch, then remove from app |
| LED Strip T1 | Nothing extra, pairs on first power-up |
| Spotlight T2 | Aqara app: Bluetooth add and Zigbee firmware install, then remove from account |
| Ceiling Light T1M | Aqara app: switch from Thread mode to Zigbee mode |
This four-way table is our own synthesis. Aqara material covers some of these steps for individual products, but no Aqara document puts the four lights side by side. It comes from reading our own model guides against each other, so treat it as an editorial reading, not a vendor specification.
The three app trips are variations on one pattern rather than three unrelated problems. The Bulb T2 and the Ceiling Light T1M both ship with Thread active and need the same protocol switch, which puts them on the same list as several of Aqara’s H2 wall switches and the W600 radiator thermostat. Our page on which Aqara devices need the Thread-to-Zigbee switch covers that wider pattern. The Bulb and the Spotlight share the Bluetooth-first firmware install the T2 generation uses. What differs is at the edges: which app screens you see, and whether you then remove the light from the app.
The Strip T1 breaks the pattern, and that cuts both ways. Set up a Bulb T2 first and you may hunt for an app step the Strip does not have. Start with the Strip and you may expect the next light to pair straight away, then stare at an empty permit-join screen.
Nothing on the box tells you which state a light ships in. Aqara decides this per device rather than per product line, so check the specific model’s guide before pairing, not the brand or generation name.
Which one for which job
A rough mapping, based only on the capabilities above.
- Color accents. The Bulb T2 is the low-effort option if you want RGB in an existing lamp socket. The Strip T1 fits when you want per-segment control and are comfortable publishing MQTT payloads.
- Functional white lighting. The Spotlight T2 fits recessed installs where color rendering and beam angle matter more than RGB.
- Room-level fixture with an accent. The Ceiling Light T1M is the only one of the four that combines a white panel with a decorative color ring.
- ZHA users. Our Strip guide describes ZHA support as the basic light entity only. Effects and segment control are Zigbee2MQTT features, from 2.7.2 on.
If the T1, T2 and T1M generation labels are confusing you, our guide to Aqara’s model naming explains what the codes do and do not tell you.
Router or end device
Our guides give the Spotlight T2 and the Ceiling Light T1M as Zigbee routers when powered, which is what you would expect from mains-powered lights.
The other two are less settled. Product listings present the Bulb T2 as usable as a Zigbee range extender in Zigbee mode, but our Bulb T2 guide does not state its role. The Strip T1 is a genuine conflict: our Strip T1 guide describes it as an end device, while Aqara’s product copy describes it as a Zigbee mesh repeater, which in Zigbee terms means a router. We have not resolved which is right. Before you count on either as a repeater, pair it and check the Zigbee2MQTT network map, which shows whether the device is routing traffic for others.
Expect to open the Aqara app once for the Bulb, Spotlight and Ceiling Light. Our guides for all three describe it as a one-time step. Once the light is on Zigbee and paired to your coordinator, control runs through Zigbee2MQTT or ZHA with no hub and no ongoing app use. The account question, including whether you can delete the account afterwards, is covered on our Thread-to-Zigbee page linked above.
What was verified, and what to check
This article is a synthesis of four already-published guides for the Bulb T2, Strip T1, Spotlight T2 and Ceiling Light T1M, read against each other and against our Thread-to-Zigbee page. No hardware was paired or tested for it, and there is no test-bench data behind it. Points to check after reading:
- The Strip T1’s no-app-step pairing, which is why this page treats it as the exception.
- The Spotlight T2’s app step, which Aqara documents for the T2 bulb rather than the spotlight itself.
- Router or end-device role for the Bulb T2 and Strip T1, which your network map settles.
- The Zigbee2MQTT 2.7.2 minimum for full Strip effect control, and whether newer releases changed the picture.
- The Ceiling Light ring’s XY and HS reliability, which depends on your firmware and Zigbee2MQTT combination.
What stays local is control after pairing. What still depends on the vendor is the Aqara app step that three of these lights need once, and that is a step this page cannot promise will never change.
Whether Aqara will ship these lights pre-set to Zigbee in future revisions is unknown, and worth watching in the firmware changelogs when a new model lands.