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Contemporary Graphics Card Naming Guide (page 2)
Category: Video
by Igor Kozachenko
[ 10/25/2005 | 04:00 PM ]
ATI Graphics Solutions
Graphics
GPU
Process
Bus
Memory
Pixel pipes / textures per clock
Vertex pipes
DX
Chip / mem freq.
Mem bus
High-End graphics cards and their modifications
RADEON X1800 XT
R520
90 nm
PCI-E
256/512 MB
16/16
8
9.0c
625/1500 MHz
256 bit
RADEON X1800 XL
R520
90 nm
PCI-E
256 MB
16/16
8
9.0c
500/1000 MHz
256 bit
RADEON X850 XT Platinum Edition
R480
110 nm
PCI-E
256 MB
16/16
6
9.0
540/1180 MHz
256 bit
RADEON X850 XT
R480
110 nm
PCI-E
256 MB
16/16
6
9.0
520/1080 MHz
256 bit
RADEON X850 XT AGP
R481
110 nm
AGP
256 MB
16/16
6
9.0
520/1080 MHz
256 bit
RADEON X850 Pro
R480
110 nm
PCI-E
256 MB
12/12
6
9.0
520/1080 MHz
256 bit
RADEON X800 XT Platinum Edition
R423
130 nm
PCI-E
256 MB
16/16
6
9.0
520/1120 MHz
256 bit
RADEON X800 XT
R423
130 nm
PCI-E
256 MB
16/16
6
9.0
500/1000 MHz
256 bit
RADEON X800 XT Platinum Edition
R420
130 nm
AGP
256 MB
16/16
6
9.0
520/1120 MHz
256 bit
RADEON X800 XL
R4304
110 nm
PCI-E
512 MB
16/16
6
9.0
400/980 MHz
256 bit
RADEON X800 XL
R4304
110 nm
PCI-E
256 MB
16/16
6
9.0
400/980 MHz
256 bit
RADEON X800 XL AGP**
R4304
110 nm
AGP
256 MB
16/16
6
9.0
400/980 MHz
256 bit
RADEON X800 GTO
R480/ R430/ R423
110/130 nm
PCI-E
256 MB GDDR3
12/12
6
9.0
400/980 MHz
256 bit
RADEON X800 GTO
R480/ R430/ R423
110/130 nm
PCI-E
128 MB
12/12
6
9.0
400/700 MHz
256 bit
RADEON X800
R4304
110 nm
PCI-E
128 MB
12/12
6
9.0
400/700 MHz
256 bit
RADEON X800 Pro
R420
130 nm
AGP
256 MB
12/12
6
9.0
475/900 MHz
256 bit
RADEON X800 GT
R480/ R423
110/130 nm
PCI-E
256 MB
8/8
6
9.0
475/980 MHz
256 bit
RADEON X800 GT
R480/ R423
110/130 nm
PCI-E
128 MB
8/8
6
9.0
475/700 MHz
256 bit?
RADEON X800 SE
R420
130 nm
AGP
128 MB
8/8
6
9.0
425/700 MHz
256 bit
RADEON 9800 XT
R360
130 nm
AGP
256 MB
8/8
4
9.0
412/730 MHz
256 bit
RADEON 9800 PRO *
R350
150 nm
AGP
256 MB/
8/8
4
9.0
380/700 MHz
256 bit
RADEON 9800 PRO5
R350
150 nm
AGP
128 MB
8/8
4
9.0
380/680 MHz
256 bit
RADEON 9800 *
R350
150 nm
AGP
128 MB
8/8
4
9.0
325/580 MHz
256 bit
RADEON 9800 SE
R350
150 nm
AGP
128 MB
4 (8) / 4 (8)
4
9.0
380/680
256/ 128 bit
RADEON 9700 PRO *
R300
150 nm
AGP
128 MB
8/8
4
9.0
325/620 MHz
256 bit
RADEON 9700 *
R300
150 nm
AGP
128 MB
8/8
4
9.0
275/540 MHz
256 bit
Mainstream graphics cards
RADEON X1600 XT
RV530
90 nm
PCI-E (AGP)8
128/256 MB
12/4
5
9.0c
590/1380 MHz
128 bit
RADEON X1600 Pro
RV530
90 nm
PCI-E (AGP)8
128/256 MB
12/4
5
9.0c
500/780 MHz
128 bit
RADEON X700 XT3
RV410
110 nm
PCI-E
128/256 MB
8/8
6
9.0
475/1050 MHz
128 bit
RADEON X700 Pro
RV410
110 nm
PCI-E
256/128 MB GDDR3
8/8
6
9.0
420/864 MHz
128 bit
RADEON X700 Pro AGP***
RV410
110 nm
AGP
256/128 MB GDDR3
8/8
6
9.0
420/864 MHz
128 bit
RADEON X700
RV410
110 nm
PCI-E
128 MB DDR
8/8
6
9.0
400/700 MHz
128 bit
RADEON X600 XT
RV3801
130 nm
PCI-E
256/128 MB
4/4
2
9.0
500/740 MHz
128 bit
RADEON 9600 XT
RV360
130 nm
AGP
128 MB
4/4
2
9.0
500/600 MHz
128 bit
RADEON X600 Pro
RV3801
130 nm
PCI-E
256/128 MB
4/4
2
9.0
400/600 MHz
128 bit
RADEON 9600 Pro
RV350
130 nm
AGP
128 MB
4/4
2
9.0
400/600 MHz
128 bit
RADEON 9600 SE
RV350
130 nm
AGP
128 MB
4/4
2
9.0
325/400 MHz
64 bit
RADEON 9600
RV350
130 nm
AGP
128/64 MB
4/4
2
9.0
325/400 MHz
128 bit
RADEON 9500 PRO *
R300
150 nm
AGP
128 MB
8/8
4
9.0
275/540 MHz
128 bit
RADEON 9500 *
R300
150 nm
AGP
128 MB
4/4
4
9.0
275/540 MHz
256 bit
RADEON 9500 *
R300
150 nm
AGP
64 MB
4/4
4
9.0
275/540 MHz
128 bit
Value graphics cards
RADEON X1300 Pro
RV515
90 nm
PCI-E (AGP)8
256 MB
4/4
2
9.0c
600/800 MHz
128 (64?) bit
RADEON X1300
RV515
90 nm
PCI-E (AGP)8
256/128 MB
4/4
2
9.0c
450/500 MHz
128/ 64 bit
RADEON X1300 HyperMemory
RV515
90 nm
PCI-E
32-128 MB (256 MB)7
4/4
2
9.0c
450/1000 MHz
32/ 64/ 128 bit
RADEON X550
RV3702
110 nm
PCI-E
256/128/
4/4
2
9.0
400/500 MHz
128/ 64 bit
RADEON X300 SE/256
RV370HM
110 nm
PCI-E
128 MB (256 MB)7
4/4
2
9.0
325/296 MHz
64 bit
RADEON X300 SE/128
RV370HM
110 nm
PCI-E
32 MB (128 MB)7
4/4
2
9.0
325/296 MHz
64 bit
RADEON X300
RV3702
110 nm
PCI-E
256/128/
4/4
2
9.0
325/400 MHz
128/ 64 bit
RADEON X300 SE
RV3702
110 nm
PCI-E
128/64 MB
4/4
2
9.0
325/400 MHz
64 bit
RADEON 9550
RV350
150 nm
AGP
128/64 MB
4/4
2
9.0
250/400 MHz
128/ 64 bit
RADEON 9200 Pro *
RV280
150 nm
AGP
128/64 MB
4/4
1
8.1
275/550 MHz
128/ 64 bit
RADEON 9200
RV280
150 nm
AGP
128/64 MB
4/4
1
8.1
250/400 MHz
128/ 64 bit
RADEON 9250
RV280
150 nm
AGP
256/128/64 MB
4/4
1
8.1
250/4006 MHz
128/ 64 bit
RADEON 9200 SE
RV280
150 nm
AGP
128/64 MB
4/4
1
8.1
200/333 MHz
64 bit
RADEON 9100 *
R200
150 nm
AGP
128/64 MB
4/8
2
8.1
250/500 MHz
128 bit
RADEON 9000 PRO *
RV250
150 nm
AGP
128/64 MB
4/4
1
8.1
275/550 MHz
128 bit
RADEON 9000 *
RV250
150 nm
AGP
64 MB
4/4
1
8.1
250/400 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.
** - This graphics card uses PCI-E/AGP Rialto bridge.
1 – RV380 chip is a modification of RV360 chip with PCI Express support.
2 – RV370 chip is a modification of RV360 chip with PCI Express support manufactured with 110nm technology (RV360 – 130nm).
3 – ATI decided not to release this graphics solution to the market.
4 – R430 chip is a modification of R423 chip manufactured with 110nm technology.
5 – Try to avoid suspiciously inexpensive “RADEON 9800 Pro” graphics cards! This is a cynical trick some of the vendors (even the world famous ones, not to mention the noname ones) use to sell the cut-down RADEON 9800 SE under a fake brand name!
6 – The frequencies can be lower than these. ATI doesn’t have any set recommendations here.
7 – The number in brackets is the overall size of the addressed frame-buffer, most of which is in the system memory.
8 – AGP is supported by adding the PCI-E/AGP bridge to the card.
Table of contents:
ATI Graphics Solutions
NVIDIA Graphics Solutions
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Category: Video
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