Nit to Candela per Square Meter Conversion

Convert between Nit and Candela per Square Meter quickly and accurately.

From Nit

To Candela per Square Meter

cd/m²

How to Convert Nit to Candela per Square Meter

Conversion Formula

1 nt = 1 cd/m²

1 cd/m² = 1 nt

Example

Convert 15 nt to cd/m²:

15 nt = 15 × 1 cd/m² = 15 cd/m²

Unit Information

Learn about the luminance units you're converting between

Nit

Definition

The Nit is a non-SI unit of luminance that is numerically equal to one candela per square meter. It is commonly used in display technology and lighting applications as a more convenient way to express luminance values, particularly in consumer electronics and display specifications.

History/Origin

The nit was introduced as a more user-friendly unit for expressing luminance values in display technology. The name comes from the Latin word "nitere" meaning "to shine," and it has become widely adopted in the electronics industry for specifying display brightness.

Current Use

Extensively used in display technology, consumer electronics, and lighting specifications. Common in monitor specifications, television ratings, smartphone displays, and other electronic devices where brightness is a key performance parameter.

Multiplier

Offset

Candela per Square Meter

cd/m²

Definition

The Candela per Square Meter is the SI derived unit of luminance, representing the luminous intensity per unit area of light traveling in a given direction. It quantifies how much light is emitted or reflected from a surface area.

History/Origin

Derived from the SI base units of luminous intensity (candela) and area (square meter), this unit was established as part of the modern metric system. It provides a standardized way to measure surface brightness and is fundamental to photometry and lighting design.

Current Use

Widely used in lighting engineering, display technology, and photometry for measuring screen brightness, surface illumination, and light output. Essential for designing lighting systems, evaluating display performance, and ensuring proper illumination levels in various applications.

Multiplier

Offset