Frequency and Wavelength conversion

Convert Wavelength in nanometers to Frequency in gigahertz

1 wavelength in nanometers (nm) equals 299,792,457.999999940395 frequency in gigahertz (GHz). Enter any value below to convert from nm to GHz.

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1 nm = 299,792,457.9999999404 GHz

All Frequency and Wavelength units

From 1 nm
UnitValue
Wavelength in meters m 0.000000001
Wavelength in centimeters cm 0.0000001
Wavelength in millimeters mm 0.000001
Wavelength in micrometers μm 0.001
Wavelength in nanometers nm 1
Frequency in hertz Hz 2.99792458e17
Frequency in kilohertz kHz 2.99792458e14
Frequency in megahertz MHz 299,792,458,000
Frequency in gigahertz GHz 299,792,457.9999999404
Frequency in terahertz THz 299,792.458
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Formula

nm to GHz conversion formula

Use this relationship for a direct conversion:

GHz = 0.299792458 / 0.000000001 x nm

Worked example

10 nm = 29,979,245.799999997 GHz.

Vacuum propagation is assumed. A medium-specific velocity factor must be applied for practical cables and materials.

Quick reference

Wavelength in nanometers to Frequency in gigahertz table

Wavelength in nanometers (nm)Frequency in gigahertz (GHz)
0.12,997,924,579.9999995232
1299,792,457.9999999404
1029,979,245.799999997
1002,997,924.5799999996
1,000299,792.4579999999
1,000,000299.792458

From unit

About the wavelength in nanometers

Wavelength measured in nanometers.

Symbol: nm

To unit

About the frequency in gigahertz

One billion cycles per second.

Symbol: GHz

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Related conversions

Source

Conversion standard

Definitions are checked against BIPM definition of the speed of light. Calculations use full internal precision before display rounding.

View the complete frequency and wavelength converter

Questions

nm to GHz FAQ

How do you convert wavelength in nanometers to frequency in gigahertz?

Use the formula GHz = 0.299792458 / 0.000000001 x nm. 1 wavelength in nanometers (nm) equals 299,792,457.999999940395 frequency in gigahertz (GHz).

Is the nm to GHz conversion exact?

Vacuum propagation is assumed. A medium-specific velocity factor must be applied for practical cables and materials.