output unit - traducción al árabe
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output unit - traducción al árabe

TERM FROM THE FIELD OF GRAPHICS CARDS
Raster Operations Pipeline; Render output pipeline; Raster Operations; Render Output Processor; Render-output unit; Render Output unit; Raster operations; Raster operations pipeline

output unit      
وحدة إخراج.
output unit      
‎ وَحْدَةُ الإِخْرَاج‎
output devices         
  • A recording setup with two monitor speakers
  • upright=0.6
  • [[Colossal Cave Adventure]] being played on a [[VT100]] terminal
  • upright=0.8
  • A pair of [[computer speaker]]s and a [[subwoofer]] used in a desktop environment
  • An [[LCD monitor]] in use
  • An LED projector
  • Output interfaces on the rear of a graphics card
TYPE OF COMPUTER HARDWARE DEVICE THAT TRANSMITS INFORMATION FROM THE COMPUTER TO THE USER
Graphical output device; Output devices; List of output devices; Output hardware
أجهزة الإخراج

Definición

output device
<hardware> Electronic or electromechanical equipment connected to a computer and used to transfer data out of the computer in the form of text, images, sounds or other media to a {display screen}, printer, loudspeaker or storage device. Most modern storage devices such as disk drives and {magnetic tape drives} act as both input and output devices, others such as CD-ROM are input only. (1997-03-18)

Wikipedia

Render output unit

In computer graphics, the render output unit (ROP) or raster operations pipeline is a hardware component in modern graphics processing units (GPUs) and one of the final steps in the rendering process of modern graphics cards. The pixel pipelines take pixel (each pixel is a dimensionless point) and texel information and process it, via specific matrix and vector operations, into a final pixel or depth value; this process is called rasterization. Thus, ROPs control antialiasing, when more than one sample is merged into one pixel. The ROPs perform the transactions between the relevant buffers in the local memory – this includes writing or reading values, as well as blending them together. Dedicated antialiasing hardware used to perform hardware-based antialiasing methods like MSAA is contained in ROPs.

All data rendered has to travel through the ROP in order to be written to the framebuffer, from there it can be transmitted to the display.

Therefore, the ROP is where the GPU's output is assembled into a bitmapped image ready for display.

Historically the number of ROPs, texture mapping units (TMUs), and shader processing units/stream processors have been equal. However, from 2004, several GPUs have decoupled these areas to allow optimum transistor allocation for application workload and available memory performance. As the trend continues, it is expected that graphics processors will continue to decouple the various parts of their architectures to enhance their adaptability to future graphics applications. This design also allows chip makers to build a modular line-up, where the top-end GPUs are essentially using the same logic as the low-end products.