Views:85 Author:Site Editor Publish Time: 2021-03-11 Origin:Site
Buying a new TV or computer monitor can be a challenging process. With the dizzying array of marketing terms and specifications to wade through, such as the fiber optic patch cable or network patch cord. It’s difficult to weigh your options and choose the best display to ensure your investment stands the test of time… and technologies.
Perhaps we can only know that the distribution box is used for power supply, and we know very little about professional terms. Getting familiar with the following glossary will help you determine which specifications matter the most, so you can pick the right TV or monitor for your home, office, restaurant, bar, retail space or kiosk.
A: Frames Per Second (FPS) is the number of images (frames) per second that are captured on a camera, video recorder or other image capturing device. The result of frames per second can be seen on HD TVs and monitors via video images. Frames per second are typically listed in the specifications as 24 fps, 30 fps or 60 fps. The higher the fps number, the better the image quality. Optical fiber transmission of television and fiber termination box can provide us with a better viewing experience. However, the human eye can only recognize up to 30 fps, so 60 fps is usually only seen in high frame rate mediums such as animated videos. The optical fiber transmission is faster, and the video program of TV with fiber optic adaptor is clearer and smoother.
A: HDR10+, also known as HDR10 Plus, updates HDR10 by adding dynamic metadata that can be used to more accurately adjust brightness levels on a scene-by-scene or frame-by-frame basis. HDR10+ supports up to 12-bit color depth and 8K resolution. Furthermore, the ease of authoring video content will lead to much more HDR film and episodic content becoming available. This is attributed to the continuing growth in broadband penetration and the switch to fiber based networks and network patch cable.
A: Standard Dynamic Range (SDR) is the current standard for HD TVs, monitors and other video displays. It is limited by its ability to only represent a fraction of the dynamic range that High Dynamic Range (HDR) is capable of. HDR, therefore, preserves detail in scenes where the contrast ratio of the monitor could otherwise be a hindrance. SDR lacks this aptitude, but is a cost-saving way of providing enhanced video images. Optical fiber and network with the fiber optic terminal box can make the image clearer and wider that we can accept.
A: Ultra-High Definition, also known as Ultra HD, Ultra HD television, UHDTV, UHD and Super Hi-Vision, describes a device with an aspect ratio of 16:9. It is a digital television (DTV) standard, and the successor to high-definition television (HDTV), which in turn was the successor to standard-definition television (SDTV). The main products for the fiber optics include fiber optic patch panel, adapters, attenuators, fiber splice tray etc. Optical fiber transmission will ensure the authenticity of the information and ensure that the image information is more accurate. Optical fiber attenuator is an optical device which can reduce the energy of optical signal. It is used to attenuate the input optical power and avoid the distortion of the optical receiver caused by the super high input optical power. Fiber adapter is a device connecting optical fiber and optical fiber. To a certain extent, optical fiber connector also affects the reliability and performance of optical transmission system.