LCD vs OLED vs Mini-LED: Which Display Is Right for Your Business?
LCD, OLED and Mini-LED compared for business use: brightness, contrast, burn-in risk, lifespan and cost, with picks for signage, offices and retail.
How Bright Should a Window Display Be? Nits Explained
Nits explained for business screens: typical brightness for indoor, window-facing and outdoor displays, heat and sunlight challenges, and energy use.
Key takeaways
- Nits measure screen brightness; higher numbers stay readable in brighter spaces.
- Indoor screens are typically fine at standard brightness; window-facing screens need much more.
- High-brightness displays need heat management and use more energy.
On this page
A screen that looks brilliant in a showroom can look washed out in a sunny shop window. Brightness, measured in nits, is the spec that decides whether people can actually see your content.
What is a nit?
One nit is one candela per square metre, a measure of how much light a screen emits. The more ambient light around the screen, the more nits you need.
Typical brightness by location
| Location | Typical brightness range |
|---|---|
| Indoor, away from windows | Around 350–500 nits |
| Bright indoor spaces | Around 500–700 nits |
| Window-facing (indirect sun) | Around 700–1,500 nits |
| Window-facing (direct sun) | Around 2,500 nits or more |
| Outdoor, direct sunlight | Very high brightness, specialist enclosures |
These are typical industry ranges; check manufacturer recommendations for your conditions.
Other factors
- Anti-glare coatings help readability in bright rooms.
- Heat: sun-facing windows get hot; window displays need thermal management to avoid damage and dark spots.
- Automatic brightness adjusts to daylight, saving energy and avoiding glare at night.
- Energy use: higher brightness uses more power.
Choosing the right display
Match brightness to the brightest time of day at your location, and choose commercial displays designed for long hours; see commercial vs consumer TVs. For panel types, see LCD vs OLED vs Mini-LED. For the technology behind brightness, read how LCD screens work.
Frequently asked questions
Can I put a normal TV in a shop window?
It will usually be hard to see in daylight and may overheat. Use a high-brightness commercial display.
Are brighter screens always better?
Not indoors. Too much brightness causes glare and wastes energy.
Do high-brightness screens need special cooling?
Many window and outdoor displays include cooling and thermal protection.
Sources
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