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GPU-working & structure(Nividia & AMD)-History and 2017-Open session
This document provides a history of graphics processing units (GPUs) from 1970 to present day. It discusses early arcade system boards and graphic cards from companies like Namco and Taito. It then summarizes graphics standards from 1982 to 1990 and common GPU brands from companies like Nvidia, AMD, and Intel. The document also briefly outlines GPU architecture, components, and technologies like CUDA, SLI, and Crossfire.
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GPU-working & structure(Nividia & AMD)-History and 2017-Open session
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- 3. Origin • A GraphicCard Also Known As • Graphic Adapter • Display Adapter • Display Card
- 4. 1970 to 1982 •Arcade System Boards (1970s). • Fujitsu video shifter (1970s). • Games in collaborations…………………………….. (taito , midway, gun fight, sea wolf) • Namco Galaxian (1979s).
- 5. Still Graphic cards aren'tnamed so & called by the companies names who’ve made these chips
- 6. Standards From 1982to 1990 •MDA, CGA •HGC, Tandy •PGC, EGA •VGA, MCGA •8514 or XGA
- 7. CONT.D………………………… …………. • MDA—Monochrome DisplayAdapter • HGC—Hercules Graphics Card • PGC—Professional Graphics Controller • VGA—Video Graphics Array • 8514--IBM • CGA—Color Graphics Adapter • TANDY—Graphics Adapter • EGA—Enhanced Graphics Adapter • MCGA—Multi Color Graphics Array • XGA—Extended Graphics Array
- 8. Standards Of NowA Days GeForce GTX MSI Gigabyte Tesla GT Quadro FX Radeon Sapphire Ryzen Vega Vector HD Graphics Iris PHI
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- 15. Architecture • Register’s • Datatypes • Instruction’s types Micro Architecture • Pipelining • Data path • Branch prediction
- 16. NVIDIA • G-80, Maxwell,Kelper, Fermi, Pascal, Tesla, CUDA AMD • R700, VLIW5, VLIW4, GCN1(southern islands), GCN2(sea islands) GCN3(volcanic islands), GCN4(arctic islands) INT EL• GEN-7,8,9,10
- 17. CUDA (Compute UnifiedDevice Architecture) • Standard Code(Core Based) Now •Parallel Code(Thread Based)
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- 24. NVIDIA-SLI • Allow ToConnect Multiple GPU’s On A Single Motherboard • BUT • Just can connect Nvidia GPU,s AMD-Crossfire • Allow To Connect Multiple GPU’s On A Single Motherboard • BUT • Also Can Co-Work With Other GPU,s
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- 27. Variance HIGH & LOWProfile • Compatibility • Power Consumption • Cooling • Sound
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- 32. Inter-connected pathways • VCC(voltage complexity counter) • VTT (voltage terminate timer) • DMI (desktop management interface) • RDI (resources description interface) • PCI-e ( Peripheral Component Interconnect) • Vaxg (virtual access extreme gateway)
- 35. Initializing • DIP 1970 •Intel 4004 • Intel 8088
- 36. • PLCC 1982 •Intel i186 • Intel i386
- 37. • Socket 1-31989-1991 • Intel i486
- 38. • Socket 41993 • Intel Pentium
- 39. • Socket 81995 • Intel Pentium pro
- 40. • Slot 1& 2 • Intel Pentium 2 & 3 & Xeon 1998
- 41. • Socket 423 •Pentium 4 2000
- 42. • Socket 603-42001 • Xeon
- 43. LGA 775/Socket T •Intel Pentium 4 2004 • Intel Pentium D • Intel Celeron • Intel Celeron D • Intel Pentium XE • Intel Core 2 Duo • Intel Core 2 Quad • Intel Xeon
- 44. LGA,s • 1150(i3,5,7-4th Gen) •1151(i3,5,7-6th.7th Gen) • 1155(i3,5,7-2nd.3rd Gen, Xeon, S.I-Bridges) • 1156(i3,5,7-1st Gen) • 1248(itanium) • 1366(Xeon & i7 900 series) • 1567(Xeon 6500/7500 series) • 2011(i3,5,7-3rd.4th Gen)
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- 51. Why It IsToo Random
Editor's Notes
- #5 1:ASB(Because RAM is expensive at that time so this organization introduced that we need a device that is must be expansion device or a composite set of RAM ,CPU ,Mmory) 2:The Namco Galaxian arcade system in 1979 used specialized graphics hardware supporting RGB color, multi-colored sprites and tilemap backgrounds 3: The Galaxian hardware was widely used during the golden age of arcade video games, by game companies such as Namco, Centuri, Gremlin, Irem, Konami, Midway, Nichibutsu, Sega and Taito.