Basic manual
SIGMABLADE B140a-T
BLADE SERVER
Overview:
Taking advantage of performance optimization for
virtualized environments using the new Intel processors,
the SIGMABLADE B140a-T can achieve signicant overall
throughput performance improvement over the previous
models. Peak performance enables greater efciency to
run your standard applications, clustered applications,
databases, and popular hypervisor platform solutions
making your data center dynamic, manageable, and energy
efcient in the most extensive virtualized environments.
For more efficient management, NEC Includes server
utilities for centralized administration, with easy-to-use
EXPRESSBUILDER software for conguration and operating
system installation utilities. Remote management
capability is included through NEC’s EXPRESSSCOPE
management solution.
About NEC SIGMABLADE R140a-T
The NEC SIGMABLADE B140a-T is an innovative four-socket blade server based on the Intel Xeon 7000 Series. The B140a-T
blade server is a powerful server beneting from performance capacity for processing capability up to sixteen cores.The
NEC blade server is designed for application compatibility and high availability in a choice of congurations. With very
high quality ratings the SIGMABLADE B140a-T server can outlast other servers, delivering the best overall total cost of
ownership and excellent value. Includes up to eight I/O gigabit ports and two additional Fibre Channel ports for increased
bandwidth to meet the I/O demands in virtualized environments.
Key Benets:
• High Performance
• Leverages Intel processors
• Higher throughput performance
• Performance optimized for virtualized environments
• Peak performance efciency for standard & clustered
applications, databases, and hypervisor platforms
• Designed for Virtualization
• High performance with fast Intel processors
• More memory space; up to 128GB
• Extended I/O capacity; up to eight 1GeBit Ethernet ports
• Quality and Value
• NEC delivers high quality servers optimizing latest
Intel technology
• Servers designed to run at maximum performance
over the life of its service
• Minimal total cost of ownership
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