อุปกรณ์คอมพิวเตอร์
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This document provides definitions for several common computer hardware and software terms including: CAD (Computer Aided Design), PDA (Personal Digital Assistant), DDR (Double Data Rate memory), SDRAM (Synchronous Dynamic Random Access Memory), CPU (Central Processing Unit), hard disk, RCA connector, Mylar, and DVD (Digital Versatile Disc). It defines what each acronym or term refers to in the context of computers and technology.
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จอภาพ
This document provides definitions for several computer hardware and software terms including CAD, PDA, DDR, SDRAM, SGRAM, Rambus, hard disk, CPU, RCA connector, magnetic tape, Mylar, and DVD. It explains that CAD refers to computer-aided design software, PDA stands for personal digital assistant, DDR is a type of RAM, SDRAM and SGRAM are types of memory chips, Rambus is another RAM type, a hard disk is a computer's primary storage device, a CPU is the computer's central processing unit, an RCA connector is used for video connections, magnetic tape is a storage medium, Mylar is used for tape bases, and DVD
Graphic card
This document provides information about different types of graphics processing units (GPUs). It discusses integrated graphics which use system memory, dedicated graphics which have their own video memory, and accelerated processing units (APUs) which combine the CPU and GPU onto one chip. It also describes an example of an Intel CPU paired with an AMD Vega GPU, as well as AMD's Ryzen and FX series APUs.
Graphics card ppt
Graphics cards generate output images for display. They contain a GPU for 3D graphics processing and floating point calculations. RAMDAC converts digital signals to analog for CRT displays. Graphics cards connect via interfaces like AGP or PCI-Express slots. They use cooling devices to prevent overheating. Output connections include VGA, DVI, and HDMI ports to interface with displays and TVs. Installing a graphics card involves removing the old one, installing the new card, and installing updated drivers from the manufacturer's website.
Graphics Processing Unit by Saurabh
The document discusses graphics processing units (GPUs). It provides three key points:
1. A GPU is a specialized microprocessor that accelerates the rendering of 2D and 3D graphics. It allows for faster drawing of polygons, textures, and images to improve rendering speed.
2. GPUs were originally developed in the 1990s by Nvidia and helped popularize 3D graphics. Modern GPUs contain hundreds of processing cores and have memory bandwidths up to 230GB/s.
3. GPUs are used across many devices from embedded systems and mobile phones to PCs and game consoles. They accelerate graphics tasks through parallel processing compared to conventional CPUs.
Graphic card information search pp
Graphics cards are hardware that produce images on a monitor by converting data into signals. They are used for animation, gaming, design, effects creation, and other tasks requiring fast rendering and high resolution. Over time, graphics cards have provided more colors, higher resolution, faster interfaces and more memory. They work by taking data from the CPU and determining what to do with each pixel to create an image. Key components include the GPU, video memory, and output. Graphics cards are better for gaming and 3D graphics than integrated graphics processors.
GRAPHICS PROCESSING UNIT (GPU)
A GPU is a specialized microprocessor that accelerates 3D and 2D graphics. It was defined in 1999 by Nvidia who marketed the first GPU chip. GPUs are efficient at manipulating and displaying computer graphics compared to CPUs. The GPU pipeline receives geometry from the CPU and provides pictures as output. It processes through stages of vertex processing, triangle setup, pixel processing, and writing to memory interfaces like frame buffers and textures. GPUs are used widely in applications like gaming, CAD tools, and computer graphics due to their powerful graphics processing capabilities.
Graphics Processing Units
Short presentation on Graphics processing units. Presentation doesn't contain much detail, but its intent is to be elaborated on when presenting.
Gpu presentation
This document provides an overview of graphics cards, including:
- A brief history of graphics cards from the 1970s to modern PCs in 1995.
- Explanations that graphics cards are the GPU and contain dedicated RAM for graphics processing.
- The main manufacturers are Nvidia, AMD, and ATI and cards have heatsinks and fans for cooling.
- Having two graphics cards can prolong life through technologies like SLI and Crossfire by splitting the workload.
- Graphics cards allow for benefits like higher framerates, resolutions, and visual effects in games.
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จอภาพ
This document provides definitions for several computer hardware and software terms including CAD, PDA, DDR, SDRAM, SGRAM, Rambus, hard disk, CPU, RCA connector, magnetic tape, Mylar, and DVD. It explains that CAD refers to computer-aided design software, PDA stands for personal digital assistant, DDR is a type of RAM, SDRAM and SGRAM are types of memory chips, Rambus is another RAM type, a hard disk is a computer's primary storage device, a CPU is the computer's central processing unit, an RCA connector is used for video connections, magnetic tape is a storage medium, Mylar is used for tape bases, and DVD
Graphic card
This document provides information about different types of graphics processing units (GPUs). It discusses integrated graphics which use system memory, dedicated graphics which have their own video memory, and accelerated processing units (APUs) which combine the CPU and GPU onto one chip. It also describes an example of an Intel CPU paired with an AMD Vega GPU, as well as AMD's Ryzen and FX series APUs.
Graphics card ppt
Graphics cards generate output images for display. They contain a GPU for 3D graphics processing and floating point calculations. RAMDAC converts digital signals to analog for CRT displays. Graphics cards connect via interfaces like AGP or PCI-Express slots. They use cooling devices to prevent overheating. Output connections include VGA, DVI, and HDMI ports to interface with displays and TVs. Installing a graphics card involves removing the old one, installing the new card, and installing updated drivers from the manufacturer's website.
Graphics Processing Unit by Saurabh
The document discusses graphics processing units (GPUs). It provides three key points:
1. A GPU is a specialized microprocessor that accelerates the rendering of 2D and 3D graphics. It allows for faster drawing of polygons, textures, and images to improve rendering speed.
2. GPUs were originally developed in the 1990s by Nvidia and helped popularize 3D graphics. Modern GPUs contain hundreds of processing cores and have memory bandwidths up to 230GB/s.
3. GPUs are used across many devices from embedded systems and mobile phones to PCs and game consoles. They accelerate graphics tasks through parallel processing compared to conventional CPUs.
Graphic card information search pp
Graphics cards are hardware that produce images on a monitor by converting data into signals. They are used for animation, gaming, design, effects creation, and other tasks requiring fast rendering and high resolution. Over time, graphics cards have provided more colors, higher resolution, faster interfaces and more memory. They work by taking data from the CPU and determining what to do with each pixel to create an image. Key components include the GPU, video memory, and output. Graphics cards are better for gaming and 3D graphics than integrated graphics processors.
GRAPHICS PROCESSING UNIT (GPU)
A GPU is a specialized microprocessor that accelerates 3D and 2D graphics. It was defined in 1999 by Nvidia who marketed the first GPU chip. GPUs are efficient at manipulating and displaying computer graphics compared to CPUs. The GPU pipeline receives geometry from the CPU and provides pictures as output. It processes through stages of vertex processing, triangle setup, pixel processing, and writing to memory interfaces like frame buffers and textures. GPUs are used widely in applications like gaming, CAD tools, and computer graphics due to their powerful graphics processing capabilities.
Graphics Processing Units
Short presentation on Graphics processing units. Presentation doesn't contain much detail, but its intent is to be elaborated on when presenting.
Gpu presentation
This document provides an overview of graphics cards, including:
- A brief history of graphics cards from the 1970s to modern PCs in 1995.
- Explanations that graphics cards are the GPU and contain dedicated RAM for graphics processing.
- The main manufacturers are Nvidia, AMD, and ATI and cards have heatsinks and fans for cooling.
- Having two graphics cards can prolong life through technologies like SLI and Crossfire by splitting the workload.
- Graphics cards allow for benefits like higher framerates, resolutions, and visual effects in games.
Input & output devices (IT lab) assig # 1
Input devices allow users to enter data and instructions into a computer. Common input devices include keyboards and mice. Output devices display or print the output of computations in a human readable form. Common output devices include monitors, printers, and speakers. Secondary storage devices like hard disks, floppy disks, CDs, DVDs, and flash drives are used to permanently store large amounts of data since primary memory has limited storage capacity.
งานนำเสนอ1
This document discusses various computer hardware components from the past including floppy disks for data storage, CRT monitors for displaying information, and RAM for temporary memory storage. It also mentions other now outdated technologies like RCA connectors and hard drives that stored data on spinning platters powered by a spindle.
Graphics processing unit (gpu)
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GPU
A graphics processing unit (GPU) is a specialized electronic circuit designed to rapidly manipulate and alter memory to accelerate the creation of images. GPUs were originally used to accelerate texture mapping and rendering polygons for 3D graphics. Over time, GPUs have evolved to support general purpose computing using a model known as GPGPU. Major GPU manufacturers include Nvidia, AMD, and Intel, with Nvidia and AMD dominating the discrete graphics market. Key innovations included Nvidia's GeForce 256 which introduced hardware-accelerated 3D graphics, and AMD's Radeon 9700 which supported Direct3D 9.0. Modern high-performance GPUs interface via the PCIe bus and utilize technologies such as GDDR5 memory and
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HARDWARE COMPONENTS FOR INTEGRATIVE MEDIA SYSTEMS
This document discusses hardware components for integrative media systems. It describes personal computer components including desktops, laptops and tablets as processing devices. Input devices include pointing devices, scanners, audio recorders and network cards. Monitors are described as output devices, with factors like resolution, screen size and refresh rate discussed. Storage devices include primary storage (RAM) and secondary storage like hard disks, USB drives, CDs and optical disks. Playback and development systems must have sufficient processing speed, memory, storage and display capabilities to smoothly run media applications and content creation.
Optical disc drive
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อุปกรณ์คอมพิวเตอร์
The document discusses various computer hardware components including displays, keyboards, printers, storage devices, and motherboards. It provides details on CRT and LCD displays, different types of keyboards, inkjet and laser printers, hard disk drives, optical drives, ports, and the ATX motherboard standard. Examples are given of technologies used for each component as well as their specifications and features.
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Input & output devices (IT lab) assig # 1
Input devices allow users to enter data and instructions into a computer. Common input devices include keyboards and mice. Output devices display or print the output of computations in a human readable form. Common output devices include monitors, printers, and speakers. Secondary storage devices like hard disks, floppy disks, CDs, DVDs, and flash drives are used to permanently store large amounts of data since primary memory has limited storage capacity.
งานนำเสนอ1
This document discusses various computer hardware components from the past including floppy disks for data storage, CRT monitors for displaying information, and RAM for temporary memory storage. It also mentions other now outdated technologies like RCA connectors and hard drives that stored data on spinning platters powered by a spindle.
Graphics processing unit (gpu)
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GPU
A graphics processing unit (GPU) is a specialized electronic circuit designed to rapidly manipulate and alter memory to accelerate the creation of images. GPUs were originally used to accelerate texture mapping and rendering polygons for 3D graphics. Over time, GPUs have evolved to support general purpose computing using a model known as GPGPU. Major GPU manufacturers include Nvidia, AMD, and Intel, with Nvidia and AMD dominating the discrete graphics market. Key innovations included Nvidia's GeForce 256 which introduced hardware-accelerated 3D graphics, and AMD's Radeon 9700 which supported Direct3D 9.0. Modern high-performance GPUs interface via the PCIe bus and utilize technologies such as GDDR5 memory and
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