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As someone who likes bright monitors, I'm excited to try the 2000 nit peak brightness! Are there any comparable monitors to the XDR brightness wise?

If you can put up with wide curved panels the 49" variant of the Samsung Odyssey Neo G9 from 2021 offered HDR2000 as a 5120x1440 display (basically 2x27" 2560x1440).

I was heartbroken all of the flat panel normal aspect monitors in that family since have had other severe tradeoffs and it's only the curved ultrawides that were given the better specs.


I did use it for this project! While the UI was good, there was a lot of last mile debugging to make charts/animations/responsiveness work well.


Glad you like it - we're working on improving the airflow right now actually! Thanks for the feedback on the paint.


What is your TIM? Do you have a facing secondary on the interface surface?

What finishing process, thickness, overspray, masking requirements does your drawing package specify?


Thanks so much for the kind words and being an early supporter <3


We had to remake half the mold, and I split it 50/50 with the factory.


Thanks! The ups and downs of startups are very real (maybe doubly so for hardware)


It's 60k lumens now, and it draws 580W off the wall


Am I right in thinking you're dissipating that 580W using passive cooling only?

Impressive if so - every time I've designed something approaching that power level I've ended up needing forced air cooling.


> Q: Does it get hot/how is it cooled?

> A: It's cooled through our large heatsink and ultra quiet Noctua fan. The fan only turns on above 75% brightness. At max power, the heatsink is cool enough to put your hands on it for a couple of seconds.


CENELEC Guide 29, referenced in EU harmonized standards sets burn thresholds:

For brief contact (e.g., 1-3 seconds on adult-accessible parts), temperatures should stay below ~48-55°C depending on material; longer reflexive contact requires even lower limits (e.g., 43°C for extended exposure). A surface hot enough that hands can only tolerate it for "a couple of seconds" implies it's above this (likely 60°C+), risking second-degree burns.

I practice this means this product would not be allowed to be sold in EU. This would have been thoroughly tested to get the CE mark.

> All LED lights sold in Europe must carry the CE mark

https://wwbridge-cert.com/blog/posts/is-ce-marking-for-led-l...


Well, at no point do they talk about any kind of certification so my guess is they just didn't care/know/worry about it. So, yes, it's probably not legal to sell this in many places -not just EU-.


Honestly, this lamp seems very dangerous just because of this. You'd have to warn guests not to trip and fall onto it, and keep kids away from it.


Whats the expected life for the leds at that power draw level?


LEDs are pretty insane these days - the ones we use have an L90 (time until they hit 90% brightness) of >50,000 hours (17 years if you use it every day 8 hours a day).


How does the operating temperature of the LEDs affect your projected L90 time?


Looking back I agree it was miraculous lol, I don't know if I'd do it again...


The main cost driver is the sheer size/weight/power. Dimmability, adjustable CCT, and smart home controls do add a decent chunk though.


Thanks :) It turns out "hardware is hard" isn't an exaggeration!


Congrats on the first batch shipment! What an accomplishment. As someone who just crossed 10 years as a first time foray into HW, I'd like to tell you it gets easier. It doesn't but keep going anyway! Good luck.

https://blog.iotdef.com/celebrating-10-years/


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