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Articles: Video

Contemporary Graphics Card Naming Guide (page 3)


Category: Video

by Igor Kozachenko

[ 10/25/2005 | 04:00 PM ]


Pages : 1 | 2 | 3

NVIDIA Graphics Solutions

Graphics card name

GPU

Process

Bus

Memory

Pixel pipes / textures per clock

Vertex pipes

DX

Chip / mem freq.

Mem bus

High-End graphics cards and their modifications

GeForce 7800 GTX

G70

110 nm

PCI-E13

256 MB GDDR3

24/24

8

9.0c

430/1200 MHz

256 bit

GeForce 7800 GT

G70

110 nm

PCI-E

256 MB GDDR3

20/20

7

9.0c

400/1000 MHz

256 bit

GeForce 6800 Ultra

NV40

130 nm

PCI-E

512 MB GDDR3

16/16 or 32/0

6

9.0c

400/1100 (1050) MHz

256 bit

GeForce 6800 Ultra

NV40/NV45

130 nm

AGP/
PCI-E

256 MB GDDR3

16/16 or 32/0

6

9.0c

400/1100 MHz

256 bit

GeForce 6800 GT

NV40/NV45

130 nm

AGP/
PCI-E

256 MB GDDR3

16/16 or 32/0

6

9.0c

350/1000 MHz

256 bit

GeForce 680011

NV41/NV42

130/110 nm

PCI-E

128/ 256 MB DDR

12/12 or 24/0

5

9.0c

325/700 MHz

256 bit

GeForce 6800

NV40

130 nm

AGP

128/256 MB DDR

12/12 or 24/0

5

9.0c

325/700 MHz

256 bit

GeForce 6800 XT15

NV41/NV42

130/110 nm

PCI-E

128 MB

8/8 or 16/0

4

9.0c

325/700 MHz?

256 bit

GeForce 6800 LE11

NV41/NV42

130/110 nm

PCI-E

128/ 256 MB DDR

8/8 or 16/0

4

9.0c

325/700 MHz12

256 bit

GeForce 6800 LE

NV40

130 nm

AGP

128/ 256 MB DDR

8/8 or 16/0

4

9.0c

325/700 MHz12

256 bit

GeForce PCX 5950 1*

NV38X

130 nm

PCI-E

256 MB

4/8 or 8/0

3

9.0

475/950 MHz

256 bit

GeForceFX 5950 Ultra

NV38

130 nm

AGP

256 MB

4/8 or 8/0

3

9.0

475/950 MHz

256 bit

GeForceFX 5900 Ultra *

NV35

130 nm

AGP

256 MB

4/8 or 8/0

3

9.0

450/850 MHz

256 bit

GeForce PCX 5900 *

NV35X

130 nm

PCI-E

128 MB

4/8 or 8/0

3

9.0

400/850 MHz

256 bit

GeForceFX 5900 *

NV35

130 nm

AGP

128 MB

4/8 or 8/0

3

9.0

400/850 MHz

256 bit

GeForceFX 5900 XT (Value)

NV35

130 nm

AGP

128 MB

4/8 or 8/0

3

9.0

390/700 MHz

256 bit

GeForceFX 5900 ZT

NV35

130 nm

AGP

128 MB

4/8 or 8/0

3

9.0

325/700 MHz

256 bit

GeForceFX 5800 Ultra *

NV30

130 nm

AGP

128 MB DDR II

4/8 or 8/0

3

9.0

500/1000 MHz

128 bit

GeForceFX 5800 *

NV30

130 nm

AGP

128 MB DDR II

4/8 or 8/0

3

9.0

400/800 MHz

128 bit

Mainstream graphics cards

GeForce 6600 GT

NV43

110 nm

PCI-E

128 MB GDDR3

8/8

3

9.0c

500/1000 MHz

128 bit

GeForce 6600 GT

NV43

110 nm

AGP

128 MB GDDR3

8/8

3

9.0c

500/900 MHz

128 bit

GeForce 66003

NV43

110 nm

PCI-E

512 MB GDDR3

8/8

3

9.0c

300/5502 MHz

128 bit

GeForce 6600

NV43

110 nm

PCI-E

128/256 MB DDR

8/8

3

9.0c

300/5502 MHz

128 bit

GeForce 66004

NV43

110 nm

AGP

128 MB DDR

8/8

3

9.0c

300/500 MHz

128 bit

GeForce 6600 LE14

NV43V

110 nm

PCI-E

128 MB DDR

4/4

3

9.0c

300/500 MHz?

128 bit

GeForce 6200

NV43V

110 nm

PCI-E

128 MB DDR

4/4

3

9.0c

300/500 MHz

128 bit

GeForce 62006

NV43V

110 nm

AGP

128 MB DDR

4/4

3

9.0c

300/500 MHz

128 bit

GeForce 62007

NV44

110 nm

AGP

128 MB DDR

4/4

2

9.0c

300/500 MHz

128/64 bit9

GeForce 62008

NV44A

110 nm

AGP

128 MB DDR

4/4

2

9.0c

300/500 MHz

128/64 bit9

GeForce 620010

NV44A?

110 nm

AGP

512 MB DDR?

4/4

2

9.0c

?/? MHz

128 bit?

"New" GeForceFX 5700 Ultra *

NV36

130 nm

AGP

128 MB GDDR3

2/4 or 4/4

2

9.0

475/950 MHz

128 bit

GeForceFX 5700 Ultra *

NV36

130 nm

AGP

128 MB GDDR

2/4 or 4/4

2

9.0

475/900 MHz

128 bit

"New" GeForceFX 5600 Ultra *

NV31

130 nm

AGP

128 MB

2/4 or 4/4

2

9.0

400/800 MHz

128 bit

"Old" GeForceFX 5600 Ultra *

NV31

130 nm

AGP

128 MB

2/4 or 4/4

2

9.0

350/700 MHz

128 bit

GeForce PCX 5750

NV39

130 nm

PCI-E

256/ 128 MB

2/4 or 4/4

2

9.0

425/550 MHz

128 bit

GeForceFX 5700

NV36

130 nm

AGP

256/ 128 MB

2/4 or 4/4

2

9.0

425/550 MHz

128 bit

GeForceFX 5700 LE

NV36

130 nm

AGP

256/ 128 MB

2/4 or 4/4

2

9.0

250/400 MHz

128/64 bit

GeForceFX 5600 *

NV31

130 nm

AGP

128/ 64 MB

2/4 or 4/4

2

9.0

325/550 MHz

128 bit

GeForceFX 5600 XT *

NV31

130 nm

AGP

64/ 128/ 256 MB

2/4 or 4/4

2

9.0

235/400 MHz

128/64 bit

Value graphics cards

GeForce 6500

NV44

110 nm

PCI-E

128 MB GDDR2 (256 MB)5

4/4

2

9.0c

400/700 MHz2

64 bit

GeForce 6200 with TurboCache type 3

NV44

110 nm

PCI-E

64 MB (256 MB)5

4/4

2

9.0c

350/700 MHz

128 bit

GeForce 6200 with TurboCache type 2

NV44

110 nm

PCI-E

32 MB (128 MB)5

4/4

2

9.0c

350/700 MHz

64 bit

GeForce 6200 with TurboCache type 1

NV44

110 nm

PCI-E

16 MB (128 MB)5

4/4

2

9.0c

350/700 MHz

32 bit

GeForceFX 5200 Ultra *

NV34

130 nm

AGP

128/ 64 MB

2/4 or 4/0

1

9.0

325/650 MHz

128/64 bit

GeForceFX 5500

NV34

130 nm

AGP

256/ 128 MB

2/4 or 4/0

1

9.0

270/400 MHz

128/64 bit

GeForce PCX 5300 *

NV37

130 nm

PCI-E

128/ 64 MB

2/4 or 4/0

1

9.0

250/400 MHz

128/64 bit

GeForceFX 5200

NV34

130 nm

AGP

128/ 64 MB

2/4 or 4/0

1

9.0

250/400 MHz

128/64 bit

GeForce4 Ti4800 (4600-8x) *

NV28

150 nm

AGP

128/ 64 MB

4/8

2

8.0

300/650 MHz

128 bit

GeForce4 Ti4200-8x *

NV28

150 nm

AGP

128/ 64 MB

4/8

2

8.0

250/512 MHz

128 bit

GeForce PCX 4300 1*

NV19

150 nm

PCI-E

64 MB

2/4

-

7.0

275/512 MHz

128/64 bit

GeForce4 MX440-8x *

NV18

150 nm

AGP

64 MB

2/4

-

7.0

275/512 MHz

128/64 bit

* - These graphics cards are given only for comparison purposes. There are very few or none of them left in the market today.

1 – These graphics cards were introduced last February. However, they disappeared from the list of NVIDIA’s products and have never got into the market.

2 – This frequency is not strictly defined and depends on the manufacturer only.

3 – This graphics card doesn’t support SLI mode.

4 – This graphics card hasn’t been officially announced because the use of additional PCI-E/AGP bridge hasn’t been justified for a value graphics card. However, some vendors, such as MSI, for instance, are still offering this solution.

5 – The number in brackets is the overall size of the addressed frame-buffer, most of which is in the system memory.

6, 7 – These graphics cards are equipped with a PCI-E/AGP bridge.

8 – The chip on this graphics card features integrated AGP support.

9 – It is quite possible that all GeForce 6200 AGP graphics cards will feature only 64-bit memory access.

10 – Even though the graphics card has been officially announced, no specification details have been revealed except for the amount of supported onboard memory.

11 – NV41 is a modification of NV40 with cut-down number of “physical” pipelines. NV42 is a modification of NV41 manufactured with 110nm technology.

12 – The frequencies haven’t been strictly specified and are determined by the graphics card vendors.

13 – No AGP version of this graphics card is planned.

14 – The only difference between this graphics card and the old 6200 based on the cut-down NV43 chip modification is the SLI support. The recommended frequencies haven’t been specified.

15 – The only difference between this graphics card and the 6800 LE is the SLI support.

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