Copyright 2000 by 3Dlabs, Inc.
3Dlabs, GLINT and Permedia are registered trademarks, and Oxygen and PowerThreads are trademarks of
3Dlabs, Inc. or 3Dlabs Inc. Ltd. Pentium is a registered trademark of Intel. OpenGL is a registered trademark
of Silicon Graphics, Inc. Soft Engine is a trademark of Vibrant Graphics, Inc. AutoCAD is a registered
trademark of AutoDesk Inc. Colorific is a registered trademark of E-Color, Inc. Microsoft and Windows NT
are registered trademarks of the Microsoft Corporation. Athlon and 3DNow! are registered trademarks of
AMD. All other trademarks and registered trademarks are the property of their respective holders.
Caution: Changes or modifications to the Oxygen GVX210 graphics accelerator card not expressly approved
by 3Dlabs, Inc. voids the user’s warranty.
FCC Notice: This equipment has been tested and found to comply with the limits for a Class B digital device,
pursuant to Part 15 of the FCC Rules. These limits are designed to provide reasonable protection against
harmful interference in a residential installation. This equipment generates, uses, and can radiate radio
frequency energy. If product is not installed and used in accordance with the instruction manual, it may cause
harmful interference to radio communications; however, there is no guarantee that interference will not occur
in a particular installation. If this equipment does cause harmful interference to radio or television reception,
which can be determined by turning the equipment off and on, the user is encouraged to try to correct the
interference by one or more of the following measures:
1. Re-orient or relocate the receiving antenna.
2. Increase the separation between the equipment and receiver.
3. Connect the equipment to an outlet on a circuit different from that to which the receiver is
connected.
4. Consult 3Dlabs or an experienced radio/TV technician for assistance.
Compliance with FCC Rules requires that a shielded cable be used to connect to other equipment. This
device complies with Part 15 of the FCC Rules. Operation is subject to the following two conditions: 1) this
device may not cause harmful interference, and 2) this device must accept any interference received, including
interference that may cause undesired operation.
This Class B digital apparatus meets all the requirements of the Canadian Interference- Causing Equipment
Regulations. Cet appareil numérique de la classe B respecte toutes les exigences du Règlement sur le material
brouilleur du Canada.
3Dlabs, Inc. makes no representation that the use of its products in the manner described in this publication
will not infringe on existing or future patent rights, nor do descriptions contained in this publication imply
the granting of licenses to make, use, or sell equipment or software in accordance with the description.
Thank you for selecting the 3Dlabs® Oxygen™ GVX210 graphics accelerator card!
Oxygen GVX210 delivers high-end geometry and rasterization graphics acceleration on a single
AGP/AGP Pro card for the most demanding workstation professional. By integrating two 3Dlabs GLINT
R3 rasterizers, the new generation GLINT Gamma G2 geometry processor and 64MB of memory on a single
card, Oxygen GVX210 boosts the interactivity of huge models with a 256-bit memory bus.
Oxygen GVX210
i
3Dlabs Oxygen GVX210 User's Guide
Introduction
v
Overview
Your Oxygen GVX210 card has the following features:
•
Seamless Dual-head support
Oxygen GVX210 supports dual high-resolution displays under Windows NT 4.0 and Windows
2000 from a single card, seamlessly supporting a total multi-monitor true-color desktop size of up to
4096 x 1536.
•
Dual GLINT R3 rasterization processors
The dual GLINT R3 rasterization engines accelerate tasks like true-color shading, texture mapping,
anti-aliasing, and transparency operations.
•
GLINT Gamma G2 geometry processing
On-board hardware geometry acceleration boosts the interactivity of large models by up to three
times and offloads the CPU for increased application performance. The 5Gflop new generation
GLINT Gamma G2 processes 100% of the OpenGL geometry pipeline in silicon, including 16
simultaneous light sources.
•
Virtual Textures
Oxygen GVX210 implements 3Dlabs unique full demand-paged virtual texture sub-system in
hardware, using on-board graphics memory to cache up to 256MB of textures stored in main system
memory. Oxygen GVX210 allows you to manipulate up to 256MB of textures, seamlessly from your
favorite applications.
•
PowerThreads SSE OpenGL Drivers
3Dlabs’ new-generation PowerThreads SSE and 3DNow! OpenGL drivers are fully optimized for
Pentium III and Athlon processors to dynamically load balance the geometry and lighting load
between the GLINT Gamma hardware geometry processor and host CPU. PowerThreads SSE and
3DNow! give you the power of geometry hardware
plus
the additional power of Pentium III’s SSE-
instructions or Athlon's 3DNow! instructions for full performance scalability with faster host CPU’s.
•
Dynamic load balancing
When the GLINT Gamma processor is busy, geometry and transform calculations are automatically
shared between the CPU and the GLINT Gamma.
•
Quad-buffered stereo
Left and right buffers are flipped simultaneously to preserve synchronization in your stereo 3D
High-precision, high resolution display
Your Oxygen card has a 300 MHz RAMDAC enabling flicker-free resolutions up to 2048 x 1536 on
a single monitor or 4096 x 1536 with two monitors connected.
3Dlabs Oxygen GVX210 User's Guide
ii
Introduction
v
•
16, 24, and 32-bit linear Z-buffer
The Z-buffer provides the highest level of depth-precision, even at the highest resolutions.
•
Full AGP sideband addressing
Sideband addressing ensures high-performance 3D acceleration through the advanced features of the
AGP bus.
•
SoftEngine AutoCAD support
SoftEngine enhances AutoCAD R12, R13, R14, and LT performance by up to four times on
Windows NT systems.
•
Colorific screen-to-print color matching
Colorific simplifies color matching without sacrificing accuracy.
•
Control Panel Application Configuration
3Dlabs’ advanced control panel and task-bar applet let you optimize your system configuration for
your favorite professional applications in just three mouse clicks.
iii
3Dlabs Oxygen GVX210 User's Guide
Introduction
System Requirements
Your system needs a minimum of the following features in order to support Oxygen GVX210:
•
Intel Pentium or AMD Athlon or compatible, 166 MHz system
•
Windows
(The Windows 2000 driver will be available on www.3dlabs.com
•
64 MB RAM (Random Access Memory)
•
16 MB available hard drive space
•
AGP or AGP Pro expansion slot
•
VGA multisync monitor
®
NT 4.0 Service Pack 4.0 or later or Windows 2000 or Windows 98* operating system.
sshortly after introduction.)
* The Oxygen GVX210 operates with Windows 98. However, maximum performance can only be achieved with
Windows NT or Windows 2000.
3Dlabs Oxygen GVX210 User's Guide
ix
Introduction
x
Software Partners
Your Oxygen GVX210 card and drivers are designed to optimize the performance of a variety of software
applications, several of which are listed below. Many of these applications are also tuned to the Oxygen
GVX210 to further improve the performance that you will see when using the card, drivers, and application
together. For the most current information about applications support, testing, and certification status, please
visit www.3dlabs.com
Software Application Web Site Address
AutoCAD http://www.autodesk.com
Colorific http://www.colorific.com
3D Studio MAX http://www.ktx.com
Lightscape http://www.lightscape.com
LightWave 3D http://www.newtek.com
Maya http://www.aw.sgi.com
MicroStation http://www.bentley.com
Pro/ENGINEER http://www.ptc.com
SDRC I-DEAS http://www.sdrc.com
Softimage | 3D http://www.softimage.com
SolidWorks
Unigraphics
.
http://www.solidworks.com
http://www.ug.eds.com/
3Dlabs Oxygen GVX210 User's Guide
C
HAPTER
1 - I
NSTALLATION
Installation
Getting Ready
To successfully use your new Oxygen GVX210 card, you must install the card and the accompanying driver
software. Whether you install your new card or the driver first depends on whether a video card is already
present in your system.
If there is a video card in your system: Uninstall the drivers for the existing card, then install the Oxygen
driver. Once the new driver is loaded, remove the old card and install your Oxygen GVX210 card. The
instructions for uninstalling an old driver and installing the new driver begin on page 6.
If there is not a video card in your system: Install your new card as described in the Installing Hardware
section, below, then install the driver.
Once the basic installation is complete, you can choose to install the SoftEngine and Colorific enhancements
as described on page 6.
Note: Be sure to register your new card using one of the options described on page 7.
Before You Start
Take every possible precaution against static electricity as you prepare to install the card: static can
damage components. We have included an anti-static wrist strap for you to wear while installing the
hardware: you should also try to work in a static free area (such as on a tile floor rather than carpet).
You might even consider wearing special ESD, or at least rubber-soled, shoes.
Save any work in progress and exit any open applications. Always back up your system before you
install new hardware or software.
Have your anti-static strap and a Philips-head screwdriver ready.
2
3Dlabs Oxygen GVX210 User's Guide
Installation
Installing Hardware
Your Oxygen GVX210 card will work in either AGP or AGP Pro compatible systems. Check the
documentation for your system to locate the AGP or AGP Pro expansion slot(s).
To remove an old card from your system
1. Make sure you have uninstalled any old drivers and installed the Oxygen driver in their place.
2. Turn off and unplug the power source for your system and each of its peripherals.
3. Unplug the monitor cable from the old card.
4. Remove the cover from your system.
5. Attach the anti-static strap to your wrist, and attach the other end to a bare, conductive (as opposed
to painted or sticker-covered) area of your system’s chassis.
6. Remove any screws securing the card to the chassis.
7. Lift the card out of the slot.
To install your Oxygen GVX210 card
1. Turn off and unplug the power source for your system and each of its peripherals, if you have not
already done so.
2. Remove the cover from your system so you can access an AGP or AGP Pro expansion slot. See your
system documentation for AGP or AGP Pro slot location.
3Dlabs Oxygen GVX210 User's Guide
3
Installation
3. Locate the AGP or AGP Pro slot you are going to use and remove its slot cover.
4. Attach the anti-static strap to your wrist, and attach the other end to a bare, conductive (as opposed
to painted or sticker-covered) area of your system’s chassis.
5. Remove the card from its anti-static packaging. Write down the serial number for registration and
future use.
6. Align the connector on the Oxygen GVX210 card over the AGP or AGP Pro expansion slot and seat
it firmly.
Important! See your system documentation for instructions on securing the card to the chassis.
Loose cards and connections can cause grounding and operating problems.
Installing the
Oxygen GVX210
4
3Dlabs Oxygen GVX210 User's Guide
Installation
V
V
7 Remove the anti-static strap and replace the cover on your system.
8 Connect the video cable from your monitor to one of the video connectors on the card. If you are
connecting only one monitor, you must use the connector labeled #1.
GA monitor connector #1
GA monitor connector #2
Stereo connector
9. Oxygen GVX210 supports multi-monitor functionality on one card for Windows NT 4.0 and
Windows 2000. If you want to attach a second monitor, connect the second monitor to connector
#2. (Dual-monitor support is not available for Windows 98.)
Connect first monitor to
connector #1
Connect second monitor
to connector #2
1
2
10. Plug in and start up your system, including peripherals, and log on to your operating system.
3Dlabs Oxygen GVX210 User's Guide
5
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