Fixed FotoName: Fill it Correctly - EN Jawaraspeed
A photon is a fundamental particle of light.
When you see a lamp or a flashlight, the light is coming from a group of photons.
For that reason, the word ‘photon’ is also used to refer to the elementary particle of light.
Since light is a form of electromagnetic radiation, there are different types of light.
The three main forms of light are microwaves, infrared and ultraviolet.
Each form has its own characteristics, including wavelength and source.
Since 1953, fotoname has been used to refer to the light source used to identify a particular model of smartphone.
FOTONAME IS AN ESSENTIAL TOOL FOR CONSUMERS WHEN PURCHASING ELECTRONIC GADGETS OR PRODUCTS WITH LIGHTS IN THEM.
Knowing where your smartphone’s lighting comes from helps you identify your device if it’s lost or stolen.
It also lets you confirm that the lighting matches your model before purchase.
Therefore, consumers are encouraged to use fotoname when searching for replacement parts or identifying faulty products in general.
First introduced by CERN in 2007, fotoname refers to the name of the light source used to identify a particular model of smartphone.
The name is made up of the three main components of a light source: the wavelength, the name and the originator.
For example, the Samsung Galaxy S5 uses a white light named corona-cus-neon-g4 as its fotoname.
Consumers should verify the light source matches their smartphone model before purchasing it.
ELECTRONIC DEVICES EMIT LIGHT BASED ON THEIR FIRMWARE VERSION AND HARDWARE CONFIGURATION.
Normally, only professionals know about their lighting characteristics since it’s unique to each device.
To determine fotoname, you need data from several sources: an infrared image taken with a camera and an ultraviolet image taken with a filter over your eye.
Tools For SEO And Marketing:
You May Like:
The wavelength determines how much information you can gather from these sources.
At 2.4 nanometers, Coronas Neonas G4 Light can identify multiple models using Coronas Neonas G4 Light wavelength data.
However, wavelengths shorter than 2.4 nanometers – such as Coronas Neonas G1 Light – can’t illuminate enough information for an accurate match.