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Asus
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| Part# |
Product
Name |
Description |
Price |
AS-8420DLX |
Asus GeForce4
TI4200 128MB VIVO&DVI AGP Video Card Retail |
Specifications
Mfr Part Number: V8420 DELUXE
Graphics Engine: NVIDIA® GeForce 4 Ti 4200 GPU
Video Memory: 128MB DDR Video Memory
Memory Clock: 550MHz (275MHz DDR)
RAMDAC: 350MHz 
Vertical Refresh Rate: 70-240 Hz
Max. Resolution: 2048 x 1536 x 85Hz
Bus Standard: AGP 4X / 2X
VGA-out, TV-out, DVI-I, Video-in, 3D glasses
Retail Package |
$246.40 |
AS-8420_12 |
Asus GeForce4
TI4200 128MB TV & DVI AGP Video Card Retail |
Specifications
Mfr Part Number: V8420/128MB
Graphics Engine: NVIDIA® GeForce 4 Ti 4200 GPU
Video Memory: 128MB DDR Video Memory 
Bus Standard: AGP 4X / 2X / 1X
W/TV-out & DVI
Retail Package |
$189.28 |
AS-8420_64 |
Asus GeForce4
TI4200 64MB TV & DVI AGP Video Card Retail |
Specifications
Mfr Part Number: V8420/64MB
Graphics Engine: NVIDIA® GeForce 4 Ti 4200 GPU
Video Memory: 64MB DDR Video Memory
Bus Standard: AGP 4X / 2X 
W/TV-out & DVI
Retail Package |
$153.44 |
AS-8170MAG |
Asus V8170Magic
GeForce4 MX420 64MB W/TV AGP Video Card |
Specifications
Mfr Model Number: 8170 Magic
Graphics Engine: NVIDIA® GeForce 4 MX 420 GPU
Video Memory: 64MB/32MB DDR
Engine Clock: 250MHz
Memory Clock: 400MHz (200MHz DDR)
RAMDAC: 350MHz 
Vertical Refresh Rate: 60-240Hz
Max. Resolution: 2048 x 1536 x 75Hz
Bus Standard: AGP 4X/2X
VGA outport: Standard 15-pin D-sub
TV-out port: S-VHS & Composite |
$80.64 |
AS-8170DDR |
Asus GeForce4
MX440 64MB DDR W/TV AGP Video Card Retail |
Specifications
Mfr Part Number: 8170DDR
ASUS V8170DDR GeForce 4 MX 440 Graphics Card
Powered by the powerful GPU - NVIDIA® GeForce 4 MX 440 GPU
High speed 64MB DDR video memory with 6.4 GB/sec bandwidth
Bus Standard: AGP 4X / 2X / 1X 
TV-out Connector: One S-VHS mini-DIN and one RCA to mini-DIN cable
Retail Package |
$95.20 |
AS-7100PRO |
Asus
V7100Pro/Pure GeForce2 MX400 64MB AGP Video Card Retail |
Specifications
Mfr Part Number: V7100Pro/Pure
Graphic engine: NVIDIA GeForce2 MX-400 GPU
Memory: 64MB
High Speed Video Memory (64-bit) 
Bus standard: Full AGP 4X/2X with Fast Writes
Optimized for Direct X and OpenGL to support superior gaming quality in
most popular 3D games
Retail Package |
$49.28 |
AS-71PR_64 |
Asus V7100 PRO
GeForce2 MX-400 Video Card |
Specifications
Graphic engine: NVIDIA GeForce2 MX-400
TwinView: High quality TV output support(TV-out model only)
Heat sink with active cooling fan
64/32MB video memory
Video Port: full VIP 1.1 interface 
Bus Standard: AGP 4x/2x/1x
Maximum 3D resolution of 2048x1536@75Hz |
$61.60 |
AS-7100_MG |
Asus V7100 Magic
Pure 32M AGP Video Card |
Specifications
Graphic engine: NVIDIA GeForce2 MX-200
64/32MB video memory
AGP 4x/2x/1x 
Maximum 3D resolution of 2048x1536@75Hz
TV-out connector |
$50.40 |
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positive
criticism worldwide. Listed below is only part of the recent recognitions generated from
professional websites and articles worldwide. We sincerely hope that these information
will aid in making your purchase. The motherboard contains the connectors for
attaching additional boards. Typically, the motherboard contains the CPU, BIOS, memory,
mass storage interfaces, serial and parallel ports, expansion slots, and all the
controllers required to control standard peripheral devices, such as the display screen,
keyboard, and disk drive. Collectively, all these chips that reside on the motherboard are
known as the motherboard's chipset. On most PCs, it is possible to add memory chips
directly to the motherboard. You may also be able to upgrade to a faster PC by replacing
the CPU chip. To add additional core features, you may need to replace the motherboard
entirely.
A board that plugs into a personal computer to give it display capabilities. The display
capabilities of a computer, however, depend on both the logical circuitry (provided in the
video adapter) and the display monitor. A monochrome monitor, for example, cannot display
colors no matter how powerful the video adapter. Many different types of video adapters
are available for PCs. Most conform to one of the video standards defined by IBM or VESA.
Each adapter offers several different video modes. The two basic categories of video modes
are text and graphics. In text mode, a monitor can display only ASCII characters. In
graphics mode, a monitor can display any bit-mapped image. Within the text and graphics
modes, some monitors also offer a choice of resolutions. At lower resolutions a monitor
can display more colors. Modern video adapters contain memory, so that the computer's RAM
is not used for storing displays. In addition, most adapters have their own graphics
coprocessor for performing graphics calculations. These adapters are often called graphics
accelerators. A type of video adapter that contains its own processor to boost performance
levels. These processors are specialized for computing graphical transformations, so they
achieve better results than the general-purpose CPU used by the computer. In addition,
they free up the computer's CPU to execute other commands while the graphics accelerator
is handling graphics computations. The popularity of graphical applications, and
especially multimedia applications, has made graphics accelerators not only a common
enhancement, but a necessity. Most computer manufacturers now bundle a graphics
accelerator with their mid-range and high-end systems. Aside from the graphics processor
used, the other characteristics that differentiate graphics accelerators are: memory :
Graphics accelerators have their own memory, which is reserved for storing graphical
representations. The amount of memory determines how much resolution and how many colors
can be displayed. Some accelerators use conventional DRAM, but others use a special type
of video RAM (VRAM), which enables both the video circuitry and the processor to
simultaneously access the memory. bus : Each graphics accelerator is designed for a
particular type of video bus. As of 1995, most are designed for the PCI bus. register
width: The wider the register, the more data the processor can manipulate with each
instruction. 64-bit accelerators are already becoming common, and we can expect 128-bit
accelerators in the near future. |
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