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New EMC Connectrix MDS 9513 Director Enables Massive SAN Consolidation
¡ª¡ªFrom EMC Corporation. April 26 2006
Newest Connectrix System Scales to 528 1/2/4-Gbps Ports; EMC Announces New 4-and 10-Gbps Add-On Modules for Connectrix MDS 9000 Systems
EMC Corporation, the world leader in information management
and storage, today announced the new EMC® Connectrix®
MDS 9513 Director, which can scale up to 528 ports to enable
massive consolidation and tiering of storage area networks
(SANs) for information lifecycle management (ILM). In addition,
EMC introduced new 4-and 10-gigabits per second (Gbps) Fibre
Channel Switching Modules for use in new and existing Connectrix
MDS 9000 family products.
Based on technology from Cisco Systems, Inc.®, the Connectrix
MDS 9513 can scale to 528 1/2/4-Gbps Fibre Channel ports
and up to 44 10-Gbps Fibre Channel ports in a single chassis,
allowing greater degrees of SAN consolidation than ever
before and enabling users to tier information and scale
their data center SANs as their business requirements grow.
The Connectrix MDS 9513 runs Cisco SAN-OS Software Release
3.0 and features high availability features, including dual
supervisors, support for nondisruptive software upgrades,
full redundancy of all critical hardware components, modular
software with stateful process restart and support for cross-module
inter-switch links (ISLs) that can each scale to 16 ports.
The new Fibre Channel Switching Modules, also from Cisco,
provide high levels of investment protection across the
entire Connectrix MDS 9000 family. Customers can now seamlessly
upgrade their current Connectrix MDS 9506 and 9509 systems
to incorporate the latest port speeds and scale them up
to 192-and 336-ports per chassis respectively. The Connectrix
MDS 9500 series, including the new MDS 9513, also provides
integrated multi-protocol support of iSCSI, FCIP and FICON,
enabling customers to further consolidate diverse server
environments ¨C from small servers using iSCSI to mainframes
using FICON ¨C into a single SAN. Additionally, integrated
SAN extension support with FCIP gives customers greater
flexibility for disaster recovery solutions that span longer
distances.
"The new Connectrix MDS 9513 system breaks through
the 256-port barrier and provides the scalability and performance
to meet the most demanding ILM environments," said
Marty Lans, EMC Senior Director of Storage Network Marketing.
"Together with Cisco, we are providing our Connectrix
MDS customers with the highest levels of flexibility and
investment protection, enabling the mixing and matching
of modules to achieve optimum performance and service levels
in a single chassis."
The new modules and Connectrix MDS 9513 system support
the complete MDS 9000 feature set, including Virtual SANs
(VSANs), Inter-VSAN routing, advanced management, security
and diagnostic features. VSANs improve consolidation and
simplify management by allowing for more efficient SAN utilization
by creating hardware-based isolated fabrics within a physical
infrastructure. Inter-VSAN routing allows a resource on
any individual VSAN to be shared by users of a different
VSAN without merging the fabrics. SAN OS 3.0 also provides
new features for advanced port bandwidth reservation that
allows individual ports to operate in dedicated mode, guaranteeing
the full configured bandwidth to that port.
The EMC Connectrix family offers the industry's most extensive
selection of networked storage connectivity products, ranging
from highly available enterprise-class directors to edge
switches and management tools. All Connectrix systems concurrently
support multiple hosts and operating systems, enabling multiple
servers to connect to multiple storage systems from EMC
as well as other vendors. This flexible family of platforms
helps facilitate the consolidation of information onto fewer
storage systems for improved management, protection and
availability.
Availability:
The Connectrix MDS 9513 Multilayer Director and the Fibre
Channel Switching Modules will be generally available from
EMC and EMC Velocity partners in June 2006.
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