A) Digital image processing and graphics acceleration B) General purpose operating system management C) Power supply voltage regulation D) Hard drive data storage management
A) Exclusively on external peripheral devices B) Only inside the CPU socket C) On a discrete graphics card or embedded on motherboards D) Integrated solely into the RAM modules
A) Due to linear algebra acceleration B) To control cooling fans efficiently C) To manage internet connectivity D) Because they replace the main CPU entirely
A) Shaders B) Web browser scripts C) BIOS firmware updates D) Operating system kernels
A) Video display controllers were faster B) Video display controllers used shaders C) Modern GPUs only move memory data D) Modern GPUs can internally perform calculations
A) Complex 3D rotation B) Basic memory movement operations C) Ray tracing calculations D) Machine learning model training
A) During the 2010s B) During the 1970s C) During the 1980s D) During the 1990s
A) Their serial processing architecture B) Their ability to access CPU memory only C) Their parallel structure of calculation units D) Their limited number of calculation cores
A) Cryptocurrency mining B) Operating system booting C) Input device communication D) Text file formatting
A) Matrox, Nvidia, and Intel B) Jingjia Micro, Matrox, and Intel C) Intel, Nvidia, and AMD/ATI D) Nvidia, Jingjia Micro, and AMD
A) Leading the worldwide sales of GPUs B) Customizing GPUs from Intel and AMD C) Manufacturing their own architecture from scratch D) Producing exclusively for mobile phones
A) Blitter units B) Xe cores C) Streaming multiprocessors (SM) D) Compute units (CU)
A) Streaming multiprocessors (SM) B) Compute units (CU) C) Arithmetic logic units D) Xe cores
A) Clock speed in megahertz B) Floating point operations per second (FLOPS) C) Number of pixels per frame D) Gigabytes of memory per second
A) Xe cores B) Calculation blocks C) Compute units D) Streaming multiprocessors
A) Hard drive storage and cooling B) Battery management and Wi-Fi C) Keyboard input and audio output D) Ray tracing, video encoding, and AI acceleration
A) DDR3 SDRAM B) System-wide flash memory C) CPU cache memory D) GDDR SDRAM
A) Virtual Desktop Infrastructure B) Scalable Link Interface C) Integrated Memory Controller D) Hyper-Threading
A) Smartphones B) Basic office laptops C) Supercomputers D) Budget tablets
A) 3D rendering B) Audio playback C) Word processing D) Email management
A) Lower manufacturing costs B) Reduced electricity consumption C) Smaller physical footprint D) Massive performance benefits
A) IGP B) VFX C) GPU D) RAM
A) Humanoid robot motor control B) Automatic language translation C) Cloud storage management D) Expediting training
A) NVLink B) MegaLink C) HyperLink D) TurboLink |