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GEFORCE GTX 780M
GPU Architecture: Kepler
GPU Model: N13E-GTX (GK104)
CUDA Cores: 1536
Base Clock speed (BOOST): 823 MHz
Memory speed: 5 Gbit/s
Memory: 4 Gb GDDR5 (256-bit)


GEFORCE GTX 775M
GPU Architecture: Kepler
GPU Model: N13E-GTX (GK104)
CUDA Cores: 1344
Base Clock speed (BOOST): 719 MHz
Memory speed: 5 Gbit/s
Memory: 2 Gb GDDR5 (256-bit)


GEFORCE GTX 770M
GPU Architecture: Kepler
GPU Model: N14E-GS (GK106)
CUDA Cores: 960
Base Clock speed (BOOST): 706 MHz (797 MHz)
Memory speed: 4 Gbit/s
Memory: 3 Gb GDDR5 (192-bit)


GEFORCE GTX 765M
GPU Architecture: Kepler
GPU Model: N14E-GE-B (GK106)
CUDA Cores: 768
Base Clock speed (BOOST): 797 MHz (863 MHz)
Memory speed: 4 Gbit/s
Memory: 2 Gb GDDR5 (128-bit)


GEFORCE GTX 760M
GPU Architecture: Fermi
GPU Model: N14E-GL (GF106)
CUDA Cores: 768
Base Clock speed (BOOST): 628 MHz (657 MHz)
Memory speed: 4 Gbit/s
Memory: 2 Gb GDDR5 (128-bit)


GEFORCE GT 755M
GPU Architecture: Kepler
GPU Model: GF106
CUDA Cores: 384
Base Clock speed (BOOST): 980 MHz
Memory performance: 5.4 Gbps
Memory: 2 Gb GDDR5 (128-bit)


GEFORCE GT 750M
GPU Architecture: Kepler
GPU Model: N14P-GT (GK107)
CUDA Cores: 384
Base Clock speed (BOOST): 926 MHz
Memory speed: 5 Gbit/s
Memory: 2 Gb GDDR5 (128-bit)


GEFORCE GT 745M
GPU Architecture: Kepler
GPU Model: N14P-GT (GK107)
CUDA Cores: 384
Base Clock speed (BOOST): 837 MHz
Memory performance: 1.8 Gbps
Memory: 2 Gb DDR3 (128-bit)


GEFORCE GT 740M
GPU Architecture: Kepler
GPU Model: N14P-GT (GK107)
CUDA Cores: 384
Base Clock speed (BOOST): 810 MHz
Memory performance: 1.8 Gbps
Memory: 2 Gb DDR3 (128-bit)


GEFORCE GT 735M
GPU Architecture: Kepler
GPU Model: GK208
CUDA Cores: 384
Base Clock speed (BOOST): 575 MHz
Memory performance: 1.8 Gbps
Memory: 2 Gb DDR3 (64-bit)


GEFORCE GT 730M
GPU Architecture: Kepler
GPU Model: GK107
CUDA Cores: 384
Base Clock speed (BOOST): 719 MHz
Memory performance: 1.8 Gbps
Memory: 2 Gb DDR3 (64-bit)


GEFORCE GT 730A
GPU Architecture: Kepler
GPU Model: GK208
CUDA Cores: 384
Base Clock speed (BOOST): 719 MHz
Memory performance: 1.8 Gbps
Memory: 2 Gb DDR3 (128-bit)


GEFORCE GT 720M
GPU Architecture: Fermi
GPU Model: N14M-GE (GF117)
CUDA Cores: 96
Base Clock speed (BOOST): 625 MHz
Memory performance: 1.6 Gbps
Memory: 2 Gb DDR3 (64-bit)


GEFORCE GT 720A
GPU Architecture: Fermi
GPU Model: N14M-GE (GF117)
CUDA Cores: 96
Base Clock speed (BOOST): 938 MHz
Memory speed: 2 Gbit/s
Memory: 2 Gb DDR3 (64-bit)


GEFORCE GT 710M
GPU Architecture: Fermi
GPU Model: N14M-GL (GF117)
CUDA Cores: 96
Base Clock speed (BOOST): 775 MHz
Memory performance: 1.8 Gbps
Memory: 1 Gb DDR3 (64-bit)


GEFORCE 705A
GPU Architecture: Fermi
GPU Model: GF119
CUDA Cores: 48
Base Clock speed (BOOST): 775 MHz
Memory performance: 1.8 Gbps
Memory: 1 Gb DDR3 (64-bit)


DOCUMENTS

All NVIDIA products

The group "New Technologies" offers for review the products of the plant NVIDIA: video cards for personal computers, laptops, graphic studios, data centers
  • TITAN Series PC Graphics Cards NVIDIA
    TITAN Series PC Graphics Cards
    GeForce: RTX TITAN, GTX TITAN V, etc.
  • RTX 30 Series PC Video Cards NVIDIA
    RTX 30 Series PC Video Cards
    GeForce: RTX 3060, RTX 3090, etc.
  • RTX 20 Series PC Video Cards NVIDIA
    RTX 20 Series PC Video Cards
    GeForce: RTX 2060, RTX 2080 Ti, etc.
  • GTX 16 Series PC Graphics Cards NVIDIA
    GTX 16 Series PC Graphics Cards
    GeForce: GTX 1650, GTX 1660 SUPER, etc.
  • GTX 10 Series PC Graphics Cards NVIDIA
    GTX 10 Series PC Graphics Cards
    GeForce: GTX 1050, GTX 1080 TI, etc.
  • GTX 900 Series PC Graphics Cards NVIDIA
    GTX 900 Series PC Graphics Cards
    GeForce: GTX 950, GTX 980 TI, etc.
  • 700 Series PC Graphics Cards NVIDIA
    700 Series PC Graphics Cards
    GeForce: GT 710, GTX 750, GTX 780, etc.
  • Video cards for PC 600 series NVIDIA
    Video cards for PC 600 series
    GeForce: GT 620, GTX 690, etc.
  • Video cards for RTX 30 series laptop NVIDIA
    Video cards for RTX 30 series laptop
    GeForce: RTX 3060, RTX 3080, etc.
  • Video cards for RTX 20 series laptop NVIDIA
    Video cards for RTX 20 series laptop
    GeForce: RTX 2060, RTX 2080 SUPER, etc.
  • Graphics cards for GTX 16 Series laptop NVIDIA
    Graphics cards for GTX 16 Series laptop
    GeForce: GTX 1650, GTX 1660 TI, etc.
  • Graphics cards for GTX 10 Series laptop NVIDIA
    Graphics cards for GTX 10 Series laptop
    GeForce: GTX 1050, GTX 1080, etc.
  • Video cards for MX series laptop NVIDIA
    Video cards for MX series laptop
    GeForce: MX110, MX230, MX350, etc.
  • 900M Series Laptop Graphics Cards NVIDIA
    900M Series Laptop Graphics Cards
    GeForce: 910M, 930MX, GTX 980M, etc.
  • 800M Series Laptop Graphics Cards NVIDIA
    800M Series Laptop Graphics Cards
    GeForce: 820M, 840M, GTX 880M, etc.
  • 700M Series Laptop Graphics Cards NVIDIA
    700M Series Laptop Graphics Cards
    GeForce: GT 720M, GTX 780M, etc.
  • 600M Series Laptop Graphics Cards NVIDIA
    600M Series Laptop Graphics Cards
    GeForce: GT 620M, GTX 680MX, etc.
  • Quadro RTX Series PC Graphics Cards NVIDIA
    Quadro RTX Series PC Graphics Cards
    Quadro: RTX 4000, RTX A6000, etc.
  • Quadro RTX Laptop Graphics Cards NVIDIA
    Quadro RTX Laptop Graphics Cards
    Quadro: RTX 3000, RTX 6000, etc.
  • Quadro P Series PC Graphics Cards NVIDIA
    Quadro P Series PC Graphics Cards
    Quadro: P400, P1000, P4000, P6000, etc.
  • Quadro M Series PC Graphics Cards NVIDIA
    Quadro M Series PC Graphics Cards
    Quadro: M2000, M4000, M6000, etc.
  • Quadro K Series PC Graphics Cards NVIDIA
    Quadro K Series PC Graphics Cards
    Quadro: K410, K1200, K4000, K6000, etc.

About NVIDIA

NVIDIA (USA) - the world's leading technology company-developer of graphics processors. The company's products are widely used in the video game industry, professional visualization, high-performance computing, and the automotive industry, where on-board computers are used as the basis for self-driving cars.
  • LEADERSHIP

    NVIDIA is a pioneer in the field of high-performance computing, which is preferred by the most demanding computer users: scientists, designers, artists, programmers and players.
  • INNOVATION

    The invention of the GPU system in 1999 made possible the appearance of programmable shaders, thanks to which developers have at their disposal an endless palette of color shades to implement their creative ideas.
  • power

    Today, GPU computing is the most advanced technology for HPC and data centers. NVIDIA provides power to the fastest supercomputers in the world and the most advanced systems in Europe and Japan.

Information Board NVIDIA

Learn more about our products NVIDIA.
  • Price list from manufacturer NVIDIA
    Price list
  • Questionnaire on site NVIDIA
    Questionnaire

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