NVIDIA Quadro DDR

by Gary Jones on January 25, 2000 11:44 AM EST

The Test

Windows NT SP6a Test System

Hardware

CPU


Intel Pentium III 600 (Katmai)

Motherboard

Intel SE440BX2

Memory

3 x 128MB PC100 SDRAM  - 384 MB Total

Hard Drive / Controller

2 x Quantum Atlas III 9 GB – Wide Ultra2 SCSI / Adaptec AHA-2940U2W

CDROM

HP 8100 CD/RW

Video Card(s)

NVIDIA Quadro DDR 64 MB (default clock - 135/150)

ELSA GLoria II Quadro SDR 64 MB (default clock - 135/166)
Creative Labs Annihilator SDR 32 MB (GeForce) (default clock - 120/166)
3Dlabs Oxygen GVX1 AGP 32 MB (default clock)
3Dlabs Oxygen GVX1 PCI  32 MB (default clock)
3Dlabs VX1 32 MB (default clock)
Diamond Viper 770U 32 MB (TNT2Ultra) (default clock - 150/183)

Ethernet

Intel 100Mbit PCI Ethernet Adapter

Software

Operating System

Windows NT 4 SP6a

Video Drivers

GLoria II Quadro SDR- ELSA Driver 4.02.02.014_19 B
Quadro DDR,GLoria II Quadro SDR , GeForce, TNT2U - NVIDIA Detonator 3.65
Oxygen GVX1 - 3Dlabs Oxygen Driver 2.14-1060
Oxygen VX1 - 3Dlabs Oxygen Driver 2.15-0146b

Benchmarking Applications

Technical

Indy3D ver. 3
OCUS R20 together with SPEC’s: GLperf 3.1.2, Viewperf 6.1.1
Pro/E Rel. 20 APC test
 
Intergraph's 3D ExerciZer

The tests were performed at 1280x1024 truecolor with Vsync off.

Note that four categories of technical benchmark codes from simple to complex were used in this review:

1) SPEC’s GLperf 3.1.2 and Intergraph's 3D ExerciZer - Are simple OpenGL test tools useful for looking at the performance of specific OpenGL operations.

2) Indy3D Ver. 3 - Somewhat more complex code that tries to simulate real apps.

3) SPEC’s ViewPerf 6.1.1 - Test code that uses fragments of real apps with simulated data sets.

4) SPEC APC Pro/E 20 and OCUS R20  – Tests that require the actual application, Pro/E Ver. 20, to be run with test data.


The Card SPEC’s GLperf
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