Intrepid 6064 Director single component
failure. Together, these features sup-
port nondisruptive maintenance and
upgrades without loss of data access.
Multiple Directors can be used to create
a scalable enterprise SAN backbone
that supports consolidated storage
management applications such as disk
sharing, tape pooling and enterprise-
wide data sharing.
Industry-standard Fibre Channel
connectivity
The Director provides Fibre Channel
connectivity to servers, storage and
McDATA Fabric Switches:
• IBM ~ zSeries and selected
S/390 servers
• IBM ~ pSeries and selected RS/
6000 servers
• IBM ~ iSeries and selected
AS/400® servers
• IBM ~ xSeries and selected
Netfinity servers
• Other Intel-based servers with
Microsoft™ Windows NT ™ and
Windows/2000®, Netware and Linux
• Selected Sun and HP servers
• IBM TotalStorage™ Enterprise Storage
Server™ (ESS)
• IBM TotalStorage FAStT Storage Servers
• IBM TotalStorage Enterprise Tape Sys-
tem 3590 and Tape Library 3494
• IBM TotalStorage Ultrium Tape Library
3583 and IBM TotalStorage Enterprise
Tape Library 3584
• McDATA Sphereon 4500 and 3232
2 Gbps Fabric Switches
Multiple configuration options
The Director provides a wide range of
configuration options. Universal Port
Module provides four Fibre Channel
ports. Each port delivers 100 or 200 MB/
Enterprise Fabric Connectivity (EFC)
Management software
EFC Management software is designed
to centralize the management of
multiple, distributed Directors in an
enterprise-wide Fibre Channel fabric.
Designed for usability, this flexible
software helps simplify the addition
of managed Directors as the enter-
prise Fibre Channel fabric grows.
Simplified operation of multiple FICON
Directors and Fibre Channel Directors
is provided by this integrated switch
management system. Leveraging Java
®
technology, operators can use the EFC
Management software remotely from
virtually anywhere on the network.
EFC management provides a scalable,
modular architecture consisting of the
EFC Server PC ,the EFC Management
Software, and the EFC Product Manager
application.
The architecture is implemented through
a multi-tiered client/server networking
model. You can access all management,
monitoring and diagnostic functions by
running the EFC Management client
application on a workstation located
anywhere on the network.
Enterprise Fabric Connectivity Server
The EFC Server PC centralizes man-
agement of multiple Directors in the
fabric and continuously monitors their
operations. The hardware, a PC running
Windows NT, provides two Ethernet LAN
connections—one for a private LAN
that supports communication with the
Directors, and the second for an optional
connection to a corporate intranet for
remote workstation access.
sec, full-duplex data transfer. McDATA
Viper SAN engine ViperASIC
™
serial
cross bar technology delivers scalable,
64-port nonblocking performance with
up to 12,800 MB/sec full duplex band-
width. Unique McDATA single-stage
switching architecture is designed to
provide consistently low latency across
all ports. Full throughput at extended
distances is supported with longwave
optics, 60 buffer credits for each port
and repeaters.
Other configuration options include
shortwave Universal Port Modules
(transmission distance up to 500 meters)
and longwave Universal Port Modules
(transmission distance up to 20 kilome-
ters at 1Gbps and 10 km at 2Gbps). You
can combine Port Modules for scalabil-
ity from 16 to 64 ports.
1 to 2Gbps Upgrade Options
Investment protection is supported with
1 to 2Gbps Director and Switch Module
field upgrades. Existing 1Gbps Directors
may be upgraded to 2Gbps capa-
bility with 1 to 2Gbps field upgrade
kits. Additionally, existing 1Gbps Fibre
Connectivity Modules (FCM) modules
may be feature converted to 2Gbps UPM
modules in the field. The Director must
be 2Gbps enabled with all 2Gbps UPM
modules to provide 2Gbps switching.
High port density saves rack space
Rapidly growing Fibre Channel SAN
infrastructures place a premium on rack
space. McDATA Intrepid 6064 Director
requires only 9 U of rack space for
64 ports—this is twice the ports in half
the space required by the ED-5000
Director. Port density improvement has
been enabled by the combination of
standard LC small form factor optical
transceivers and serial architecture.
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