For any videography enthusiast, one of the toughest choices is which camera to buy. In the best of all worlds, with sufficient funds, this choice would go directly to cameras designed for Industries such as the USB3, GIGE, 5GIGE, BOARDLEVEL, RIGHT-ANGLED, SPECIALSEOL MODELS cameras available on us.get-cameras.com. These cameras are near perfect but cost a fortune.
With the popularization of videography, many video-capable devices have been created to suit all budgets. It is important to know certain criteria before choosing one.Here are 5 technical criteria that will guide you in order to make the best choice according to your use.
The resolution of an image is the number of pixels per inch it contains. The higher the resolution, the more detailed the image will be.
The standard resolution (number of pixels) for modern devices is Full HD (1080p), however 4K (3840p) is growing in popularity but is not yet the industry standard. Filming in 4K provides an image with more detail and headroom in post-production. It must be taken into account that 4K files are heavy and require computers with a certain power for post-production.
2. Frame rate per second
How many images can the camera shoot per second? The standard is 24 frames per second. To make a slow motion effect, you have to film in 60 frames per second. The higher the number of frames per second the more it will be possible to make slow and detailed slow motions.
The more efficient a camera is, the more it can shoot at a large number of frames per second while maintaining good image quality.If slow motion is important to the buyer then frame rate is a key factor. Here are 5 technical criteria that will guide you in order to make the best choice according to your use.
3. Sensor size
Measured in mm, the sensor is the part of the camera that captures light and converts it into an image. The larger the sensor, the better the image quality, the camera will have better low-light performance and better depth of field.
A laptop, camcorder, or drone can shoot in 4K but due to the small size of their sensors, the quality of their 4K images will not be comparable to 4K images from a cinema camera. In the same way, the size of the sensors varies from one camera to another, it also determines the type of lenses that the camera can use.
4. Lowlight performance
ISO is the unit of measurement of a device’s sensitivity to light. The ISO can be changed, in low light situations. The higher it is, the more sensitive the device will be to light.
However, a high ISO degrades image quality. Some cameras allow you to increase the ISO without losing image quality, which allows them to have good performance in low light situations. However, it is advisable to keep the ISO low and use lights to compensate for the lack of lighting. Check out the website to write for us technology.
Two factors are to be taken into account, the science of the colors and the number of colors (in bits/pixel). Each device manufacturer has a different color science (way of displaying colors). Some cameras have better color science than others. In post-production, colors may be changed.
The possibilities of modification depend on the number of colors that the device can display per pixel. For most devices this number is 8 bits (8 color bits per pixel). The more bits a device has, the more color information and possibility of color changes it will have. The bit count is therefore an important factor for users who plan to make a lot of changes to the colors of their images.