Fujitsu RX350 S8 VFY:R3508SC010IN/B1 Data Sheet

Product codes
VFY:R3508SC010IN/B1
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Data Sheet
 FUJITSU Server PRIMERGY RX350 S8 Dual Socket 4U rack server 
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Data Sheet
FUJITSU Server PRIMERGY RX350 S8 Dual Socket 4U 
rack server
Maximum expandability in a 2 way server
FUJITSU Server PRIMERGY systems provide the 
most powerful and flexible data center solutions 
for companies of all sizes, across all industries 
and for any type of workload. This includes 
expandable PRIMERGY tower servers for remote 
and branch offices, versatile rack-mount servers, 
compact and scalable blade systems, as well as 
density-optimized scale-out servers. They convince 
by business proven quality with a wide range of 
innovations, highest efficiency cutting operational 
cost and complexity, and provide more agility in 
daily operations in order to turn IT faster into a 
business advantage. 
FUJITSU Server PRIMERGY RX rack systems are 
versatile rack-optimized servers providing best-in-
class performance and energy efficiency, and thus 
form the “standard” in each datacenter. PRIMERGY 
RX servers deliver 20 years of development and 
production know-how resulting in extremely low 
failure rates below market average, and leading to 
continuous operations and outstanding hardware 
availability.
PRIMERGY RX350 S8
The Fujitsu Server PRIMERGY RX350 S8 is a 4U 
rack server with maximum levels of performance, 
expandability and availability. It combines the 
performance of Intel® Xeon® processors E5 family 
with up to two graphics processing units (GPU) for 
computationally intensive applications. The new 
modular concept supports excellent expandability 
with up to 24 hard disk drives, up to 10 PCIe Gen 
3 cards and up to 1536 GB memory. Moreover 
the 4 hot-plug, power supply units with up to 
96% efficiency and the new power management, 
will result in lower operational costs. Thanks 
to the upgrade kits as well as the cost-saving 
Modular LAN options, the RX350 is prepared for 
future requirements. RX350 is ideal for database, 
consolidation or high performance computing 
scenarios.