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Quad-Core Xeon 16XCPU with 6-16 internal drive bay all in RACK or Tower available today. With processor
speed of 3GHz Quad-core Xeon mother board in less
than 7" high the GVS900016XCPU is the only product of chouse for render farm mangment solution .
The GVS9000 16XCPU comes with four Quad-core Xeon processors running at speeds of 3GHz
front side bus of 3.0GHz, memory band with from
128-bit, 8,000KB of dedicated L2 cache memory per
processor, four full-length PCI-e and one PCI-x slots,
and 32GB of DDR SDRAM you can upgrade up to 128GB. Plus 16x1,000GB
SATA2 7200RPM 16MB cache drive configured as internal SAN
RAID holding about 8,000GB of shared disk space with sixteen hot-plug on the front with secure door, and one
6x500GB SATA internal with upgrade option of up to 16 total
internal drive interface option, dual Gigabit Ethernet(onboard), Dual DVI standards-based network services
in Windows,or Unix operating systems.
The GVS9000 16XCPU 7000 Xeon models, we taken efficient
data access one step further, to exceed data access over
5.8Gbit/sec ideal for most application such as Aerospace, Animate, Audio/Video 2K & HD editing, Biotechnology,
Communications, Defense, Education, Manufacturing, Medical
Imaging, Mobile equipment, Oil & Gas, Pharmaceutical,
Stereo Video imaging, TV Station, Visualization,
as well as SAN meta-data controller and Server,
ideal video and audio uncompressed 4:4:4, 2K and 4K playback, every
thing you need in 19" rack mount or tower unit with
less than 24 " deep, ideal for road and portable with
its rugged design.
In
the case of the 16XCPU 3GHz Xeon models however, GVS
taken efficient data access one step further with RAM support
64GB up to 128GB, internal storage of up to 16TB with optional
15,000 RPM hot-swap drive with speed of 1.2GB/sec, ideal
for High Performance Computing (HPC) in scientific and technical
environments, as well as for VTR, 3D Design, Film Colorist,
Animation and Visualization application. The Xeon processor’s
superscale, hyper traded architecture supports up to 16 processor
per system with a high-bandwidth execution core offering
over discrete function, including quad floating-point units
and quad integer units, to process immense instructions
in parallel — and of course, with 64-bit precision
on 64-bit wide data paths. And by subtracting the components
better suited for high-end rugged workstation, server
node and mangment software.
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