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Without
compromising cost while giving you the worlds lowest profile
PowerPC G5 4U drive bay RACK system available. With processor
speed of DUAL 2.7GHz PowerPCMAC G5 mother board in less
than 8.0 the GVS90004U PPC is the only product of its kind
available in the market today.
The GVS9000 PowerPC comes with dual
2.7GHz PowerPC G5 processors running at speeds of up to
20GBps, 512KB of dedicated L2 cache memory per processor,
one full-length 64-bit and one AGP 8X slots, and 4GB of
DDR SDRAM you can upgrade up to 8GB. Plus 4x250GB SATA 7200RPM
8MB cache drive configured as internal SAN
RAID holding about 1,000GB of shared disk space
with three hot-plug on the front with secure door, and one
250GB SATA internal with upgrade option of up to 12 total
internal option, single Gigabit Ethernet(onboard), 8xSATA
drive interface, ADC and DVI standards-based network services
in Mac OS X, operating systems.
The GVS9000 dual 2.7GHz Power Mac G5 models, we taken efficient
data access one step further, to exceed data access over
3.2Gbit/sec ideal for most application such as HD 4:4:4
video Editing, 3D, military, scientific, medical, audio,
retouching, as well as SAN/NAS environment,
ideal video and audio recording, every thing you need in
19" rack mount unit with less than 19" or 24"
deep rack space, ideal for road and portable with its rugged
design.
In
the case of the dual 2.7GHz PowerPC models however, weve
taken efficient data access one step further with RAM suport
up to 16GB, storage of up to 8TB with optional 10,000 RPM
hot-swap drive, ideal for High Performance Computing (HPC)
in scientific and technical environments, as well as for
VTR and render farms. The G5 processor’s superscalar,
superpipelined architecture supports up to 215 simultaneous
in-flight instructions with a high-bandwidth execution core
offering over 12 discrete functional units, including dual
floating-point units and dual 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
and server node .
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