Eizo Raptor 4000-LR - Manual

G r a p h i c s B o a r d s
F E A T U R E S
T
he Raptor 4000-LR and 4000e-LR
graphics boards were entirely designed
in-house specifically for ATC tower, military,
vessel traffic control and other command and
control applications. They offer highly config-
urable multi-mode standard resolutions where
2K × 2K displays are not required.
• 128 MB frame buffer
• Multi-mode resolution support and layering
via 8+8, 8 bit, 24 bit, 8+24 & MOX Modes
• DVI-D (digital) and DVI-I (digital/analog)
outputs
• PCI/PCI-X (Raptor 4000-LR) and PCI Ex-
press (Raptor 4000e-LR) short form boards
• Comprehensive customer care including
long-term technical support
• Support for Linux, Solaris, Tru64 & HP-UX
Multi-Monitor and Multi Resolution Support
The Raptor 4000-LR and 4000e-LR support up to
two monitors with two DVI outputs. Both heads
support digital monitors and the outer head also
drives analog monitors. The maximum resolution
is 1920 × 1200 on either head. The cards support
DDC/EDID and either head automatically config-
ures to the native resolution of DDC compatible
monitors. Resolutions can also be set through simple
software configuration changes. The drivers are easy
to install and the product is readily adapted to your
changing needs.
Maximum Performance and Flexibility
With 128 MB of on-board memory and an efficient
memory manager, the boards offer excellent draw-
ing performance and optimal pixmap management
with minimum host CPU usage. These products offer
maximum flexibility supporting more video modes
than any other graphics boards currently on the mar-
ket. Layering is available through several methods
including an 8+8 video mode and MOX (Multiple
Overlay eXtension) modes. In addition, traditional
video modes such as 8 bit, 24 bit and 8+24 are avail-
able and selection is easily achieved through software
configuration.
Longest Product Life in its Class
While most vendors’ products are only available for
one or two years, Tech Source guarantees Raptor
4000-LR and 4000e-LR availability for at least five
years, and support for at least ten years. For system
integrators, OEMs and ATC centers, this means sig-
nificant savings on development costs by reducing the
frequency of configuration re-testing that is necessary
when replacing old cards with new ones.