New technology moves faster than most design conversations can keep up with, and most of what gets written about doesn't go into much depth. So we're starting a series: a handful of posts, each focused on one piece of new tech, how it works, and what it actually changes for the consumer.
Most lights get colder as they dim. Dim-to-warm technology corrects it by mixing lights of different colors (like amber and white): color temperature drops in step with brightness, so a light at its lowest setting reads like the last ember of a fire, instead of an almost clinical dimmed blue light.
Three pieces in the catalog demonstrate the kind of engineering you don't notice until you notice its absence.
Lix Mini Table Lamp by IP44.DE × Klaus Nolting Link here
IP44 Lix Mini goes wherever you need light with no outlet nearby. IP44-rated against rain. Dim it down and the color drops from 2700K to 1800K, the same range a candle sits in, so dinner outside can end in something closer to firelight than an emergency lantern. One charge on the included USB-C base runs anywhere from 5 hours at full brightness to 48 at its lowest.
TR Bulb Suspension Lamp by Audo Copenhagen × Tim Rundle Link here
Audo Copenhagen TR Bulb Collection makes dim-to-warm the collection's focus. It's built into the bulb itself, not added after. An opal glass diffuser holds a dimmable LED that shifts from working white to warm amber as it's turned down. Available as a pendant, table lamp, wall sconce, or a suspension frame strung with several bulbs at once. Turn it low and a task light becomes an evening one, no swap required.
Melt Pendant Light by Tom Dixon Link here
Tom Dixon Melt Collection builds dim-to-warm right into the base of Tom Dixon's signature optical trick via a touch dimmer. The Melt collection, a mirrored surface pooled and frozen mid-melt, is available in corded and portable versions. A simple touch makes the orb warmer as the light goes down, the same way a flame does.