Nvidia Quadro FX 3700 Specification

NVIDIA Quadro
NVIDIA Quadro FX 3700
Revolutionary Visual Computing Solutions
NVIDIA Quadro® FX 3700 graphics board delivers
performance and quality on high-end CAD, DCC, and
visualization applications to the professional user.
Featuring NVIDIA's new unified architecture,
the Quadro FX 3700 professional graphics
board dynamically allocates geometry,
shading, pixel processing, and compute power
to deliver optimized GPU performance while
enabling Energy Star power savings. The
reference standard for Shader Model 4.0, the
Quadro FX 3700 enables next-generation,
ultra-realistic, real-time OpenGL® and DirectX
10 visualization applications. With two dual-
link DVI connectors, the Quadro FX 3700
also offers the industry's best image quality
at resolutions up to 2560 x 1600 @ 60Hz.
The NVIDIA Quadro FX 3700 is the high-
end solution in NVIDIA's latest generation of
unified-architecture, professional product
offerings. The entire NVIDIA Quadro family
takes computer-aided design (CAD), digital-
content creation (DCC), and visualization
applications to a new level of interactivity by
enabling unprecedented programmability
and precision. The industry's leading
workstation applications leverage these
capabilities to deliver hardware-accelerated
features, performance, and quality not
found in other professional graphics
Volvo Image Copyright © 2006 MFX / Percival Productions. www.mfx.se.
solutions. From Quadro FX 5600 at the
ultra-high-end, and Quadro FX 4600 and
3700 at the high-end, through Quadro FX
1700 at the mid-range, to Quadro FX 570
and 370 at the entry-level, Quadro delivers
the productivity you need at every price.

Product Specifications

Form Factor ATX, 4.38"(H) x 9.0" (L)
Frame Buffer Memory 512MB GDDR3
Memory Interface 256-bit
Memory Bandwidth 51.2GBps
Max Power Consumption 78W
Graphics Bus PCI Express x16
Display Connectors Dual DVI-I, Stereo
Dual Link DVI Yes (2)
Auxiliary Power Connectors Yes (1)
Number of Slots 1
Thermal Solution Active Fansink
NVIDIA QUADRO | PRODUCT OVER VIEW | JAN 2008 | v02