A) Nvidia's GeForce line B) Qualcomm's Snapdragon line C) AMD's Radeon line D) Intel's Arc line
A) GeForce GTX 10 series B) GeForce RTX 20 series C) GeForce RTX 30 series D) GeForce RTX 50 series
A) January 30, 2025 B) September 20, 2022 C) October 12, 2022 D) September 20, 2021
A) Game Developers Conference B) Computex C) Consumer Electronics Show D) GPU Technology Conference
A) September 20, 2022 B) October 12, 2022 C) January 5, 2023 D) November 16, 2022
A) RTX 4090 B) RTX 4080 C) RTX 4070 D) RTX 4060
A) GeForce RTX 30 series B) GeForce RTX 60 series C) GeForce GTX 16 series D) GeForce RTX 50 series
A) January 30, 2025 B) October 12, 2024 C) January 8, 2024 D) September 20, 2025
A) Gamescom B) GPU Technology Conference C) E3 D) CES
A) Turing architecture B) Ada Lovelace architecture C) Ampere architecture D) Blackwell architecture
A) Fourth-generation B) Second-generation C) Third-generation D) First-generation
A) Third-generation B) Second-generation C) Fourth-generation D) Fifth-generation
A) 9.0 B) 8.6 C) 8.9 D) 7.5
A) TSMC 4N process B) Intel 4 process C) Samsung 8nm process D) TSMC N7 process
A) 5 nm B) 7 nm C) 4 nm D) 3 nm
A) FP24 only B) FP8, FP16, bfloat16, and TF32 C) FP32 and FP64 only D) INT8 and INT16 only
A) Software-only emulation B) Exclusive ray tracing locks C) Sequential execution pipelines D) Concurrent ray tracing, shading and compute
A) The BIOS B) The end user C) The operating system D) The developer
A) 8K 10-bit 120FPS AV1 fixed function hardware encoding B) 8K 12-bit 60FPS VP9 encoding C) 4K 10-bit 240FPS HEVC encoding D) 4K 8-bit 60FPS H.264 encoding
A) To aid DLSS 3.0 intermediate AI-based frame generation B) To handle ray tracing calculations C) To increase memory bus width D) To control fan curves
A) Supported natively on all cards B) Supported only on the RTX 4090 C) Supported via a bridge D) No NVLink support
A) DisplayPort 1.4a and HDMI 2.1 B) DisplayPort 2.1 and HDMI 2.1 C) DisplayPort 1.2 and HDMI 1.4 D) DisplayPort 2.0 and HDMI 2.0
A) 1/64 of single-precision performance B) 1/4 of single-precision performance C) 1/2 of single-precision performance D) Equal to single-precision performance
A) Seventh-generation B) Sixth-generation C) Ninth-generation D) Eighth-generation
A) Third-generation B) Sixth-generation C) Fifth-generation D) Fourth-generation
A) $1,599 US B) $1,499 US C) $799 US D) $1,199 US
A) November 16, 2022 B) April 13, 2023 C) January 5, 2023 D) October 12, 2022
A) $1,599 US B) $1,199 US C) $999 US D) $899 US
A) $599 US B) $899 US C) $799 US D) $1,199 US
A) Due to a hardware defect B) Due to component shortages C) Following some controversy in the media D) Because of low memory bandwidth
A) May 24, 2023 B) January 5, 2023 C) April 13, 2023 D) November 16, 2022
A) RTX 4070 Ti Super B) RTX 4070 Ti C) RTX 4060 Ti D) RTX 4070 Super
A) $599 US B) $899 US C) $699 US D) $799 US
A) June 29, 2023 B) May 24, 2023 C) January 5, 2023 D) April 13, 2023
A) $799 US B) $499 US C) $599 US D) $399 US
A) May 24, 2023 B) July 18, 2023 C) April 13, 2023 D) June 29, 2023
A) $299 US B) $499 US C) $399 US D) $599 US
A) August 12, 2023 B) July 18, 2023 C) June 29, 2023 D) May 24, 2023
A) $399 US B) $199 US C) $299 US D) $499 US
A) July 18, 2023 B) January 8, 2024 C) May 24, 2023 D) June 29, 2023
A) $299 US B) $499 US C) $399 US D) $599 US
A) January 8, 2024 B) January 5, 2023 C) September 20, 2022 D) August 24, 2024
A) $499 B) $999 C) $599 D) $799
A) $999 B) $799 C) $599 D) $1,199
A) $1,599 B) $999 C) $1,199 D) $799
A) Higher specs and lower prices B) Lower specs and lower prices C) Identical specs and higher prices D) Lower specs and higher prices
A) RTX 4090 and RTX 4080 B) RTX 4070 and RTX 4060 C) RTX 4060 Ti and RTX 4070 D) RTX 4080 and RTX 4070 Ti
A) RTX 4070 B) RTX 4060 Ti C) RTX 4080 D) RTX 4070 Ti
A) May 2023 B) October 2022 C) January 2024 D) August 2024
A) To fix a thermal throttling issue B) To increase raw performance by 20% C) To improve supply and availability D) To lower the retail price to $399
A) 21Gbps B) 18Gbps C) 20Gbps D) 19Gbps
A) Memory bus width was doubled B) All the other specs remained the same C) Power consumption was reduced by half D) Cores and clock speeds were increased
A) 2 tensor core clusters B) 2 optical flow accelerators C) 2 decoders D) 2 encoders
A) 90/100 B) 88/100 C) 95/100 D) 83/100
A) John Loeffler B) Jarred Walton C) Tom Warren D) Joanna Nelius
A) golem.de B) Chip.de C) ComputerBase D) PC Games Hardware
A) 16GB B) 32GB C) 12GB D) 24GB
A) A 1080p monitor B) A monitor without G-Sync C) A monitor with a refresh rate under 144Hz D) An ultrawide monitor
A) 4K B) 8K C) 1080p D) 1440p
A) 600W B) 450W C) 350W D) 400W
A) 300W B) 250W C) 450W D) 350W
A) Jarred Walton B) John Loeffler C) Tom Warren D) Joanna Nelius
A) 5 PCIe slots tall B) 3 PCIe slots tall C) 4 PCIe slots tall D) 2 PCIe slots tall
A) Gamers Nexus B) Linus Tech Tips C) JayzTwoCents D) Paul's Hardware
A) 650W B) 550W C) 600W D) 500W
A) Tom Warren B) James Archer C) Jacob Roach D) Antony Leather
A) 320W B) 250W C) 271W D) 350W
A) 450W B) 271W C) 320W D) 350W
A) $899 B) $1199 C) $999 D) $1550
A) James Archer B) Tom Warren C) Michael Justin Allen Sexton D) Antony Leather
A) $1550 B) $1600 C) $1199 D) $999
A) 3-slot B) 1-slot C) 2-slot D) 4-slot
A) 1-slot B) 2-slots C) 4-slots D) 3-slots
A) 3.5/5 B) 6/10 C) 80/100 D) 7/10
A) 720p B) 4K C) 1440p D) 1080p
A) Gamers Nexus B) Monica J. White C) Hardware Unboxed D) Jacob Roach
A) Hardware Unboxed B) Digital Trends C) Linus Tech Tips D) Gamesradar
A) Nvidia RTX 4060 Ti B) AMD Radeon RX 7800 XT C) AMD Radeon RX 7700 XT D) AMD Radeon RX 7900 XTX
A) Jacob Roach B) Linus C) Gamesradar D) Monica J. White
A) 16GB B) 24GB C) 12GB D) 8GB
A) 8GB B) 10GB C) 12GB D) 16GB
A) $550 B) $499 C) $600 D) $400
A) $300 B) $499 C) $550 D) $400
A) A few months after the 8GB launch B) A few weeks after the 8GB launch C) At the same time as the 8GB launch D) In September 2023
A) Digital Trends B) AMD C) Nvidia D) Gamers Nexus
A) The best card of the generation B) An incredible bargain C) A complete failure D) A hard sell
A) Acceptable for the price B) A brilliant value product C) Laughably bad at $400 D) The ultimate 1440p card
A) Halo Infinite B) Forspoken C) A Plague Tale: Requiem D) The Callisto Protocol
A) Halo Infinite B) The Last of Us Part I C) The Callisto Protocol D) A Plague Tale: Requiem
A) High memory latency B) Small memory bus width C) Slow memory interface D) Slow memory clock speed
A) Its large VRAM capacity B) Its 1440p capabilities C) Its raw processing power D) Its efficiency
A) Massive generational improvements B) Solid generational improvements C) Non-existent generational improvements D) Disappointing generational improvements
A) Samsung B) SK Hynix C) Micron D) Intel
A) GDDR6 B) DDR4 C) GDDR6X D) HBM3
A) AD102 B) AD103 C) AD106 D) AD104
A) 50% fewer B) 10% fewer C) 27% fewer D) 15% fewer
A) 450W B) 320W C) 250W D) 285W
A) 192-bit B) 384-bit C) 128-bit D) 256-bit
A) $400 B) $700 C) $600 D) $500
A) China B) Iran C) Russia D) North Korea |