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Lista de unidades de procesamiento gráfico de Nvidia

Esta lista contiene información general sobre las unidades de procesamiento gráfico (GPU) y las tarjetas de video de Nvidia , según las especificaciones oficiales. Además, algunas placas base de Nvidia vienen con GPU integradas. No se incluyen las ediciones limitadas, especiales o de coleccionista ni las versiones AIB.

Explicaciones de campo

Los campos de la tabla que aparece a continuación describen lo siguiente:

GPU de escritorio

Antes de GeForce

  1. ^ Tuberías de píxeles : unidades de mapeo de texturas : unidades de salida de renderizado

Serie GeForce 256

  1. ^ Tuberías de píxeles : unidades de mapeo de texturas : unidades de salida de renderizado

Serie GeForce2

  1. ^ Tuberías de píxeles : unidades de mapeo de texturas : unidades de salida de renderizado

Serie GeForce3

  1. ^ Sombreadores de píxeles : sombreadores de vértices : unidades de mapeo de texturas : unidades de salida de renderizado

Serie GeForce4

  1. ^ Sombreadores de píxeles : sombreadores de vértices : unidades de mapeo de texturas : unidades de salida de renderizado
  2. ^ GeForce4 Ti4400 8x: los fabricantes de tarjetas que utilizan este chip etiquetan la tarjeta como Ti4800SE. La superficie del chip tiene impreso "Ti-8x".
  3. ^ GeForce4 Ti4600 8x: los fabricantes de tarjetas que utilizan este chip etiquetan la tarjeta como Ti4600 y, en algunos casos, como Ti4800. La superficie del chip tiene impreso "Ti-8x" y "4800" en la parte inferior.

Serie GeForce FX (5xxx)

  1. ^ ab Sombreadores de píxeles : sombreadores de vértices : unidades de mapeo de texturas : unidades de salida de renderizado

Serie GeForce 6 (6xxx)

  1. ^ ab Sombreadores de píxeles : sombreadores de vértices : unidades de mapeo de texturas : unidades de salida de renderizado

Características

Serie GeForce 7 (7xxx)

  1. ^ ab Sombreadores de píxeles : sombreadores de vértices : unidades de mapeo de texturas : unidades de salida de renderizado

Características

Serie GeForce 8 (8xxx)

  1. ^ ab Sombreadores unificados : unidades de mapeo de texturas : unidades de salida de renderizado
  2. ^ ab Para calcular la potencia de procesamiento, consulte Rendimiento .
  3. ^ ab Full G80 contiene 32 unidades de dirección de textura y 64 unidades de filtrado de textura a diferencia de G92 que contiene 64 unidades de dirección de textura y 64 unidades de filtrado de textura [46] [47]

Características

Serie GeForce 9 (9xxx)

  1. ^ ab Sombreadores unificados : unidades de mapeo de texturas : unidades de salida de renderizado
  2. ^ ab Para calcular la potencia de procesamiento, consulte Tesla (microarquitectura)#Rendimiento .

Características

Serie GeForce 100

  1. ^ Shaders unificados : unidades de mapeo de texturas : unidades de salida de renderizado
  2. ^ Para calcular la potencia de procesamiento, consulte Tesla (microarquitectura)#Rendimiento .

Serie GeForce 200

  1. ^ ab Sombreadores unificados : unidades de mapeo de texturas : unidades de salida de renderizado
  2. ^ ab Para calcular la potencia de procesamiento, consulte Tesla (microarquitectura)#Rendimiento .

Características

Serie GeForce 300

  1. ^ Shaders unificados : unidades de mapeo de texturas : unidades de salida de renderizado
  2. ^ Para calcular la potencia de procesamiento, consulte Tesla (microarquitectura)#Rendimiento .

Serie GeForce 400

  1. ^ ab Sombreadores unificados : unidades de mapeo de texturas : unidades de salida de renderizado
  2. ^ ab Cada SM en el GF100 contiene 4 unidades de filtrado de textura por cada unidad de dirección de textura. El chip GF100 completo contiene 64 unidades de dirección de textura y 256 unidades de filtrado de textura. [60] Cada SM en la arquitectura GF104/106/108 contiene 8 unidades de filtrado de textura por cada unidad de dirección de textura, pero ha duplicado tanto las unidades de direccionamiento como las de filtrado. El chip GF104 completo también contiene 64 unidades de dirección de textura y 512 unidades de filtrado de textura a pesar de la mitad del recuento de SM, el chip GF106 completo contiene 32 unidades de dirección de textura y 256 unidades de filtrado de textura y el chip GF108 completo contiene 16 unidades de dirección de textura y 128 unidades de filtrado de textura. [61]
  3. ^ ab Para calcular la potencia de procesamiento, consulte Fermi (microarquitectura)#Rendimiento .
  4. ^ abcde Tenga en cuenta que si bien el TDP de la GTX 460 es comparable al de la serie HD5000 de AMD, las tarjetas basadas en GF100 (GTX 480/470/465) tienen una clasificación mucho más baja pero consumen significativamente más energía, por ejemplo, la GTX 480 con un TDP de 250 W consume más energía que una HD 5970 con un TDP de 297 W. [62]
  5. ^ ab La serie 400 es la única familia no OEM, desde la serie GeForce 9 hasta la 700, que no incluye un sistema oficial de doble GPU. Sin embargo, el 18 de marzo de 2011, EVGA lanzó la primera tarjeta de una sola placa con dos GPU 460 integradas. La tarjeta venía con 2048 MiB de memoria a 3600 MHz y 672 procesadores shader a 1400 MHz y se ofrecía a un precio de venta sugerido de 429 dólares.
  6. ^ La tarjeta GeForce 405 es una GeForce 310 renombrada, que a su vez es una GeForce 210 renombrada.

Serie GeForce 500

  1. ^ ab Sombreadores unificados : unidades de mapeo de texturas : unidades de salida de renderizado
  2. ^ ab Cada SM en el GF110 contiene 4 unidades de filtrado de textura por cada unidad de dirección de textura. El chip GF110 completo contiene 64 unidades de dirección de textura y 256 unidades de filtrado de textura. [65] Cada SM en la arquitectura GF114/116/118 contiene 8 unidades de filtrado de textura por cada unidad de dirección de textura, pero ha duplicado tanto las unidades de direccionamiento como las de filtrado.
  3. ^ ab Para calcular la potencia de procesamiento, consulte Fermi (microarquitectura)#Rendimiento .
  4. ^ abcde De manera similar a la generación anterior, la GTX 580 y probablemente la futura GTX 570 [ necesita actualización ] , si bien reflejan su mejora con respecto a la GF100, aún tienen un TDP nominal más bajo y un mayor consumo de energía, por ejemplo, la GTX580 (TDP de 243 W) consume un poco menos de energía que la GTX 480 (TDP de 250 W). Esto se gestiona mediante la limitación del reloj a través de los controladores cuando se identifica una aplicación dedicada que consume mucha energía que podría infringir el TDP de la tarjeta. El cambio de nombre de la aplicación deshabilitará la limitación y habilitará el consumo de energía total, que en algunos casos podría ser cercano al de la GTX480. [66]
  5. ^ ab 1024 MiB de RAM en un bus de 192 bits ensamblado con 4 x (128 MiB) + 2 x (256 MiB).
  6. ^ abc Internamente se le conoce como GF104B [69]
  7. ^ abcd Internamente se le denomina GF100B [69]
  8. ^ Algunas compañías han anunciado que ofrecerán la GTX580 con 3 GB de RAM. [71]

Serie GeForce 600

  1. ^ ab Sombreadores unificados : unidades de mapeo de texturas : unidades de salida de renderizado
  2. ^ ab Para calcular la potencia de procesamiento, consulte Kepler (microarquitectura)#Rendimiento o Fermi (microarquitectura)#Rendimiento .
  3. ^ ab Vulkan 1.2 sólo es compatible con tarjetas Kepler. [63]
  4. ^ La tarjeta GeForce 605 (OEM) es una GeForce 510 renombrada.
  5. ^ La tarjeta GeForce GT 610 es una GeForce GT 520 renombrada.
  6. ^ La tarjeta GeForce GT 620 (OEM) es una GeForce GT 520 renombrada.
  7. ^ La tarjeta GeForce GT 630 (DDR3, 128 bits, venta minorista) es una GeForce GT 430 (DDR3, 128 bits) renombrada.
  8. ^ La tarjeta GeForce GT 630 (GDDR5) es una GeForce GT 440 (GDDR5) renombrada.
  9. ^ La tarjeta GeForce GT 640 (OEM) GF116 es una GeForce GT 545 (DDR3) renombrada.
  10. ^ La tarjeta GeForce GT 645 (OEM) es una GeForce GTX 560 SE renombrada.

Serie GeForce 700

La serie GeForce 700 para computadoras de escritorio. Los chips GM107 están basados ​​en Maxwell , los GF1xx están basados ​​en Fermi y los chips GKxxx están basados ​​en Kepler .

  1. ^ ab Sombreadores unificados : unidades de mapeo de texturas : unidades de salida de renderizado
  2. ^ ab Para calcular la potencia de procesamiento, consulte Maxwell (microarquitectura)#Rendimiento o Kepler (microarquitectura)#Rendimiento .
  3. ^ ab Max Boost depende de la calidad ASIC. Por ejemplo, algunas GTX TITAN con una calidad ASIC superior al 80 % pueden alcanzar 1019 MHz de forma predeterminada; una calidad ASIC inferior será de 1006 MHz o 993 MHz.
  4. ^ ab Maxwell admite la versión 1.3 de Vulkan, mientras que Kepler solo admite la versión 1.2 de Vulkan, Fermi no admite la API de Vulkan en absoluto. [63]
  5. ^ ab Kepler admite algunas funciones opcionales de la versión 11.1 en el nivel de funciones 11_0 a través de la API Direct3D 11.1, sin embargo, Nvidia no habilitó cuatro funciones no relacionadas con juegos para calificar a Kepler para el nivel 11_1. [75] [76]
  6. ^ La GeForce GT 705 (OEM) es una GeForce GT 610 renombrada, que a su vez es una GeForce GT 520 renombrada.
  7. ^ La GeForce GT 730 (DDR3, 64 bits) es una GeForce GT 630 (Rev. 2) renombrada.
  8. ^ La GeForce GT 730 (DDR3, 128 bits) es una GeForce GT 630 (128 bits) renombrada.
  9. ^ La GeForce GT 740 (OEM) es una GeForce GTX 650 renombrada.
  10. ^ abc Como una GPC Kepler puede rasterizar 8 píxeles por ciclo de reloj, las GPU GK110 completamente habilitadas (780 Ti/TITAN Black) solo pueden generar 40 píxeles por ciclo de reloj (5 GPC), a pesar de que hay 48 ROP y todas las unidades SMX presentes físicamente. Para GTX 780 y GTX 760, son posibles múltiples configuraciones de GPC con diferentes tasas de relleno de píxeles, según qué SMX se hayan deshabilitado en el chip: 5/4 GPC o 4/3 GPC, respectivamente.
  11. ^ La GeForce GTX 760 Ti (OEM) es una GeForce GTX 670 renombrada.

Serie GeForce 900

  1. ^ Procesadores de sombreado principales  : unidades de mapeo de texturas  : unidades de salida de renderizado (multiprocesadores de transmisión)
  2. ^ ab Reloj base, Reloj de refuerzo
  3. ^ Para calcular la potencia de procesamiento, consulte Maxwell (microarquitectura)#Rendimiento .
  4. ^ La tasa de relleno de píxeles se calcula como la cantidad de ROP multiplicada por la velocidad del reloj del núcleo respectivo.
  5. ^ La tasa de relleno de textura se calcula como la cantidad de TMU multiplicada por la velocidad del reloj del núcleo respectivo.
  6. ^ Algunas tarjetas GTX950 se lanzaron sin conector de alimentación, alimentado únicamente por ranura PCIe. Estas tenían un consumo de energía y una TPD limitados a 75 W. [99]
  7. ^ abc Para acceder a su memoria, la GTX 970 distribuye los datos en 7 de sus 8 líneas de memoria física de 32 bits, a 196 GB/s. El último 1/8 de su memoria (0,5 GiB en una tarjeta de 4 GiB) se accede en una conexión solitaria de 32 bits no intercalada a 28 GB/s, una séptima parte de la velocidad del resto del espacio de memoria. Debido a que este grupo de memoria más pequeño utiliza la misma conexión que el séptimo carril al grupo principal más grande, compite con los accesos al bloque más grande que reducen el ancho de banda de memoria efectivo en lugar de agregarlo como lo haría una conexión independiente. [104]

Serie GeForce 10

  1. ^ La NVIDIA TITAN Xp y la Founders Edition GTX 1080 Ti no tienen un puerto DVI de doble enlace, pero se incluye en la caja un adaptador de DisplayPort a DVI de enlace único.
  2. ^ ab Procesadores de sombreado principales  : unidades de mapeo de texturas  : unidades de salida de renderizado (multiprocesadores de transmisión) (grupos de procesamiento de gráficos)
  3. ^ abcd Reloj base, Reloj de refuerzo
  4. ^ ab Para calcular la potencia de procesamiento, consulte Pascal (microarquitectura)#Rendimiento .
  5. ^ La tasa de relleno de píxeles se calcula como el menor de tres números: la cantidad de ROP multiplicada por la velocidad del reloj del núcleo base, la cantidad de rasterizadores multiplicada por la cantidad de fragmentos que pueden generar por rasterizador multiplicada por la velocidad del reloj del núcleo base y la cantidad de multiprocesadores de transmisión multiplicada por la cantidad de fragmentos por reloj que pueden generar multiplicado por la frecuencia del reloj base.
  6. ^ Como la GTX 1070 tiene una de las cuatro GPC GP104 deshabilitadas en el chip, su interfaz solo puede rasterizar 48 píxeles por reloj. [109] Análogamente, la GTX 1060 tiene solo dos GPC en su chip GP106, lo que significa que su interfaz solo puede rasterizar 32 píxeles por reloj. Los ROP restantes del backend aún se pueden usar para tareas como MSAA. [110]
  7. ^ La tasa de relleno de textura se calcula como la cantidad de TMU multiplicada por la velocidad del reloj del núcleo base.
  8. ^ Como la GTX 1070 tiene una de las cuatro GPC GP104 deshabilitadas en el chip, su interfaz solo puede rasterizar 48 píxeles por reloj. [109] Análogamente, la GTX 1060 tiene solo dos GPC en su chip GP106, lo que significa que su interfaz solo puede rasterizar 32 píxeles por reloj. Los ROP restantes del backend aún se pueden usar para tareas como MSAA. [110]

Serie Volta

  1. ^ Procesadores de sombreado principales  : unidades de mapeo de texturas  : unidades de salida de renderizado  : núcleos tensoriales (multiprocesadores de transmisión) (grupos de procesamiento de gráficos)
  2. ^ ab Reloj base, Reloj de refuerzo
  3. ^ La tasa de relleno de píxeles se calcula como el menor de tres números: la cantidad de ROP multiplicada por la velocidad del reloj del núcleo base, la cantidad de rasterizadores multiplicada por la cantidad de fragmentos que pueden generar por rasterizador multiplicada por la velocidad del reloj del núcleo base y la cantidad de multiprocesadores de transmisión multiplicada por la cantidad de fragmentos por reloj que pueden generar multiplicado por la frecuencia del reloj base.
  4. ^ La tasa de relleno de textura se calcula como la cantidad de TMU multiplicada por la velocidad del reloj del núcleo base.

Serie GeForce 16

Serie RTX 20

  1. ^ ab Procesadores de sombreado principales  : unidades de mapeo de texturas  : unidades de salida de renderizado  : núcleos tensoriales (o núcleos FP16 en la serie GeForce 16): núcleos de trazado de rayos (multiprocesadores de transmisión) (grupos de procesamiento de gráficos)
  2. ^ abcd Reloj base, Reloj de refuerzo
  3. ^ La tasa de relleno de píxeles se calcula como el menor de tres números: la cantidad de ROP multiplicada por la velocidad del reloj del núcleo base, la cantidad de rasterizadores multiplicada por la cantidad de fragmentos que pueden generar por rasterizador multiplicada por la velocidad del reloj del núcleo base y la cantidad de multiprocesadores de transmisión multiplicada por la cantidad de fragmentos por reloj que pueden generar multiplicado por la frecuencia del reloj base.
  4. ^ La tasa de relleno de textura se calcula como la cantidad de TMU multiplicada por la velocidad del reloj del núcleo base.
  5. ^ Boost de las Ediciones Fundadores, ya que no existe una versión de referencia de esta carta.

Serie RTX 30

  1. ^ Procesadores de sombreado principales  : unidad de mapeo de texturas  : unidades de salida de renderizado  : núcleos tensoriales  : núcleos de trazado de rayos (multiprocesadores de transmisión) (grupos de procesamiento de gráficos)

Serie RTX 40

  1. ^ Procesadores de sombreado principales  : unidad de mapeo de texturas  : unidades de salida de renderizado  : núcleos tensoriales  : núcleos de trazado de rayos (multiprocesadores de transmisión) (grupos de procesamiento de gráficos)

GPU móviles

Las GPU móviles están soldadas a la placa base o a algún módulo PCI Express móvil (MXM).

Serie GeForce2 Go

  1. ^ Sombreadores de píxeles : sombreadores de vértices : unidades de mapeo de texturas : unidades de salida de renderizado

Serie GeForce4 Go

  1. ^ Sombreadores de píxeles : sombreadores de vértices : unidades de mapeo de texturas : unidades de salida de renderizado

Serie GeForce FX Go 5 (Go 5xxx)

La serie GeForce FX Go 5 para arquitectura de portátiles.

Serie GeForce Go 6 (Go 6xxx)

Serie GeForce Go 7 (Go 7xxx)

La serie GeForce Go 7 para arquitectura de portátiles.

Serie GeForce 8M (8xxxM)

La serie GeForce 8M para portátiles con arquitectura Tesla .

Serie GeForce 9M (9xxxM)

La arquitectura de la serie GeForce 9M para portátiles. Tesla (microarquitectura)

Serie GeForce 100M (1xxM)

La serie GeForce 100M para la arquitectura de portátiles. Tesla (microarquitectura) (103M, 105M, 110M, 130M son GPU con una nueva marca, es decir, utilizan los mismos núcleos de GPU de la generación anterior, 9M, con la optimización prometida en otras funciones)

Serie GeForce 200M (2xxM)

La serie GeForce 200M es una arquitectura de procesador gráfico para portátiles, Tesla (microarquitectura)

Serie GeForce 300M (3xxM)

La serie GeForce 300M para portátiles, arquitectura Tesla (microarquitectura)

Serie GeForce 400M (4xxM)

La arquitectura de la serie GeForce 400M para portátiles, Fermi (microarquitectura)

Serie GeForce 500M (5xxM)

La serie GeForce 500M para arquitectura de portátiles.

GeForce 600M (6xxM) series

The GeForce 600M series for notebooks architecture. The processing power is obtained by multiplying shader clock speed, the number of cores, and how many instructions the cores can perform per cycle.

GeForce 700M (7xxM) series

The GeForce 700M series for notebooks architecture. The processing power is obtained by multiplying shader clock speed, the number of cores, and how many instructions the cores can perform per cycle.

GeForce 800M (8xxM) series

The GeForce 800M series for notebooks architecture. The processing power is obtained by multiplying shader clock speed, the number of cores, and how many instructions the cores can perform per cycle.

GeForce 900M (9xxM) series

The GeForce 900M series for notebooks architecture. The processing power is obtained by multiplying shader clock speed, the number of cores, and how many instructions the cores can perform per cycle.

GeForce 10 series

GeForce 16 series

GeForce 20 series

  1. ^ Main Shader Processors : Texture Mapping Units : Render Output Units : Tensor Cores (or FP16 Cores in GeForce 16 series) : Ray-tracing Cores (Streaming Multiprocessors) (Graphics Processing Clusters)
  2. ^ a b Base clock, Boost clock
  3. ^ Pixel fillrate is calculated as the lowest of three numbers: number of ROPs multiplied by the base core clock speed, number of rasterizers multiplied by the number of fragments they can generate per rasterizer multiplied by the base core clock speed, and the number of streaming multiprocessors multiplied by the number of fragments per clock that they can output multiplied by the base clock rate.
  4. ^ Texture fillrate is calculated as the number of TMUs multiplied by the base core clock speed.

GeForce 30 series

  1. ^ Which base and boost core clockspeeds the GPU has depends on the TDP configuration set by the system builder
  2. ^ Main Shader Processors : Texture Mapping Units : Render Output Units : Tensor Cores (or FP16 Cores in GeForce 16 series) : Ray-tracing Cores (Streaming Multiprocessors) (Graphics Processing Clusters)
  3. ^ a b Base clock, Boost clock.
  4. ^ Pixel fillrate is calculated as the lowest of three numbers: number of ROPs multiplied by the base core clock speed, number of rasterizers multiplied by the number of fragments they can generate per rasterizer multiplied by the base core clock speed, and the number of streaming multiprocessors multiplied by the number of fragments per clock that they can output multiplied by the base clock rate.
  5. ^ Texture fillrate is calculated as the number of TMUs multiplied by the base core clock speed.

GeForce 40 series

  1. ^ Which base and boost core clockspeeds the GPU has depends on the TDP configuration set by the system builder
  2. ^ Main Shader Processors : Texture Mapping Units : Render Output Units : Tensor Cores : Ray-tracing Cores (Streaming Multiprocessors) (Graphics Processing Clusters)
  3. ^ a b Base clock, Boost clock.
  4. ^ Pixel fillrate is calculated as the lowest of three numbers: number of ROPs multiplied by the base core clock speed, number of rasterizers multiplied by the number of fragments they can generate per rasterizer multiplied by the base core clock speed, and the number of streaming multiprocessors multiplied by the number of fragments per clock that they can output multiplied by the clock rate.
  5. ^ Texture fillrate is calculated as the number of TMUs multiplied by the core clock speed.

GeForce MX series

  1. ^ Shader Processors : Texture mapping units : Render output units : Streaming Multiprocessors : Ray tracing cores : Tensor Cores
  2. ^ a b Base clock, Boost clock
  3. ^ Pixel fillrate is calculated as the lowest of three numbers: number of ROPs multiplied by the base core clock speed, number of rasterizers multiplied by the number of fragments they can generate per rasterizer multiplied by the base core clock speed, and the number of streaming multiprocessors multiplied by the number of fragments per clock that they can output multiplied by the base clock rate.
  4. ^ Texture fillrate is calculated as the number of TMUs multiplied by the base core clock speed.

Workstation GPUs

Quadro

Quadro FX series

Quadro FX (x300) series

Quadro FX (x400) series

Quadro FX (x500) series

Quadro FX (x600) series

Quadro FX (x700) series

Quadro FX (x800) series

Quadro x000 series

Quadro Kxxx series

Quadro Mxxx series

Quadro Pxxx series

Quadro GVxxx series

Quadro Tx00/Tx000 series

Quadro RTX x000 series

RTX Ax000 series

RTX Ada Generation

Quadro NVS

Mobile Workstation GPUs

Early mobile Quadro chips based on the GeForce2 Go up to GeForce Go 6800. Precise specifications on these old mobile workstation chips are very hard to find, and conflicting between Nvidia press releases and product lineups in GPU databases like TechPowerUp's GPUDB.

Quadro FX (x500M) series

GeForce 7-Series based.

Quadro FX (x600M) series

GeForce 8-Series (except FX 560M and FX 3600M) based. First Quadro Mobile line to support DirectX 10.

Quadro FX (x700M) series

Quadro FX (x800M) series

The last DirectX 10 based Quadro mobile cards.

Quadro (xxxxM) series

Quadro (Kx000M) series

Quadro (Kx100M) series

Quadro (Kx200M) series

Quadro (Mx000M) series

Quadro (Mx200) series

Mobile version of the Quadro (Mx200) series.

Quadro (Mx500) series

Mobile version of the Quadro (Mx500) series.

Quadro (Px000) series

Mobile version of the Quadro (Px000) series series.

Quadro (Px200) series

Quadro RTX / T x000 series

Mobile version of the Quadro RTX / T x000 series.

RTX Ax000 series

Mobile version of the RTX Ax000 series.

RTX Ada Generation

Mobile version of the RTX Ada Generation

Mobility Quadro NVS series

Mobility NVS series

Tegra GPU

Data Center GPUs

GRID

Tesla

Notes

  1. ^ To calculate the processing power see Tesla (microarchitecture)#Performance, Fermi (microarchitecture)#Performance, Kepler (microarchitecture)#Performance, Maxwell (microarchitecture)#Performance, or Pascal (microarchitecture)#Performance. A number range specifies the minimum and maximum processing power at, respectively, the base clock and maximum boost clock.
  2. ^ Core architecture version according to the CUDA programming guide.
  3. ^ GPU Boost is a default feature that increases the core clock rate while remaining under the card's predetermined power budget. Multiple boost clocks are available, but this table lists the highest clock supported by each card.[386]
  4. ^ a b c Specifications not specified by Nvidia assumed to be based on the GeForce 8800 GTX
  5. ^ a b c d Specifications not specified by Nvidia assumed to be based on the GeForce GTX 280
  6. ^ a b Specifications not specified by Nvidia assumed to be based on the Quadro FX 5800
  7. ^ a b c d e f With ECC on, a portion of the dedicated memory is used for ECC bits, so the available user memory is reduced by 12.5%. (e.g. 4 GB total memory yields 3.5 GB of user available memory.)

Console/Handheld GPUs

See also

References

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