Understanding event lighting: fixture types, colour temperature, lux, CRI, DMX and lighting design – explained by a Master Craftsman in Event Technology.

Lighting determines how an event comes across before the first word is spoken. It guides the eye, creates atmosphere, separates the stage from the room and turns a hall into a place. Good lighting goes unnoticed – bad lighting never does. This article explains what event lighting consists of, what matters on the technical side and how fixtures turn into a picture.
Event lighting does three things at once: it provides visibility (speakers, artists and products must be recognisable), it creates atmosphere (colour and contrast generate emotion) and it delivers dramaturgy (light guides the audience through the running order, sets accents and carries the brand). It is the interplay that creates a stage picture – not the number of fixtures.
In short: what matters is not “how much light”, but “which light goes where”.
If you wish, we take on exactly these decisions in full – from planning the stage lighting through programming to operation: lighting technology for the stage.
Today, event lighting is predominantly LED: low power consumption, hardly any waste heat, colour mixing directly in the fixture (RGBW, some with amber/lime for richer tones), no changing of colour gels. Conventional technology (halogen/tungsten) still has a niche, though – its warm, soft dimming behaviour remains valued at classic galas or in front of the camera. For the majority of applications, however, LED is the standard – also for reasons of energy and sustainability.
Each type has a job to do. The most important ones:
This is what separates expert planning from gut feeling:
Control is traditionally handled via DMX512 – the standard protocol in event technology. One DMX universe comprises 512 channels; depending on its range of functions, each fixture occupies several of them (dimmer, colour, pan/tilt, gobo …). Larger rigs use several universes, which are distributed via network protocols such as Art-Net or sACN. At the desk (for example a grandMA), the fixtures are addressed, combined into groups and stored in lighting states (cues), which are recalled as the show progresses or automated via timecode.
What matters is the groundwork: clean addressing, a well-thought-out patch and enough reserve capacity in the power and data lines. This is where planning pays off, long before the first fixture lights up.
Good lighting follows a principle that comes from film and theatre and can be applied to any stage:
Added to this are colour dramaturgy (brand colours, changes of mood), accents (gobos, beams) and the timing of the cues. Complex shows are created in advance on the computer: with previsualisation (previz), the lighting design is built and programmed virtually before the equipment is even on the lorry – which saves time and stress on site.
Avoid these five mistakes and you already have a solid picture. The design does the rest.
We plan, program and run event lighting from conferences to shows – from equipment selection through previz and programming to live operation at the desk. You can find our range on the lighting technology page and all the equipment in the rental shop on pho-ton.de (in German) – much of it also available to buy as used event technology. Our article on LED wall and video technology shows how light, sound and video come together to form a single picture.
“Light isn’t what you see – it’s what it lets you see.”
Planning an event and want to show it in the right light? Talk to us.
Related: Lighting equipment hire – equipment and daily rates at a glance.
Lumens are the total luminous flux of a fixture, lux the amount of light that actually reaches the object. For planning, what counts is the lux value at the target.
Warm white (approx. 3,200 K) for a cosy, elegant atmosphere; daylight white (approx. 5,600 K) for businesslike occasions. When cameras are in use, the colour temperature must be consistent and camera-friendly.
It describes how naturally colours and skin tones are reproduced. For streaming, photography and film, it should ideally be above 90.
DMX512 is the standard control protocol for lighting technology. One universe has 512 channels; each fixture occupies several of them. Larger systems use several universes via Art-Net or sACN.