Brocade 4G FC ELWL - 30 km XBR-000146 数据表
产品代码
XBR-000146
STORAGE AREA
NETWORK
DATA SHEET
BrocADE
4 GBIT/SEc ELWL
(30 KM) oPTIcAL
TrANScEIVEr
HIGHLIGHTs
Provides high system reliability through
rigorous qualification and certification
processes
Leverages unique design parameters to
provide the highest performance with
industry-leading Brocade switch, director,
and backbone platforms to support
business continuity and disaster recovery
Helps eliminate issues related to SFP
incompatibility, reducing downtime and
support costs
Helps eliminate issues resulting from
unexpected design changes, providing
ongoing end-to-end compatibility
Optimizes connectivity with Brocade
platforms to enable maximum cable
distance
rigorous qualification and certification
processes
Leverages unique design parameters to
provide the highest performance with
industry-leading Brocade switch, director,
and backbone platforms to support
business continuity and disaster recovery
Helps eliminate issues related to SFP
incompatibility, reducing downtime and
support costs
Helps eliminate issues resulting from
unexpected design changes, providing
ongoing end-to-end compatibility
Optimizes connectivity with Brocade
platforms to enable maximum cable
distance
•
•
•
•
•
Optimized, Certified Optical
Transceivers for Extending Data
Center Fabrics
Today’s enterprise data centers are
undergoing an infrastructure transformation,
requiring higher speeds, greater scalability,
and higher levels of performance and
reliability to better meet the demands
of business. As speed and performance
needs increase, optical transceivers—once
considered a generic component of Fibre
Channel switching technologies—have
become an integral part of overall system
design. However, optical transceiver design
margins and parameters vary widely, and
can be the difference between an optimized,
highly reliable fabric and incompatibility
issues that drive up support costs.
undergoing an infrastructure transformation,
requiring higher speeds, greater scalability,
and higher levels of performance and
reliability to better meet the demands
of business. As speed and performance
needs increase, optical transceivers—once
considered a generic component of Fibre
Channel switching technologies—have
become an integral part of overall system
design. However, optical transceiver design
margins and parameters vary widely, and
can be the difference between an optimized,
highly reliable fabric and incompatibility
issues that drive up support costs.
The Brocade
®
4 Gbit/sec Extended
Long Wavelength (ELWL) 30 km optical
transceiver, part of the Brocade family of
Small Form-Factor Pluggable (SFP) optical
transceivers, is optimized to fully leverage
Brocade backbone, director, and switch
products. Brocade ELWL SFPs extend native
Fibre Channel connectivity over distance,
enabling high-performance disaster recovery
and business continuity solutions.
transceiver, part of the Brocade family of
Small Form-Factor Pluggable (SFP) optical
transceivers, is optimized to fully leverage
Brocade backbone, director, and switch
products. Brocade ELWL SFPs extend native
Fibre Channel connectivity over distance,
enabling high-performance disaster recovery
and business continuity solutions.
Brocade ELWL SFPs are the standard
choice for use in mainframe environments,
connecting to IBM System z channels and
FICON
choice for use in mainframe environments,
connecting to IBM System z channels and
FICON
®
devices over distance for business
continuity and disaster recovery. Together
with Brocade switching products, they
provide state-of-the-art performance,
helping IT organizations achieve new
levels of infrastructure consolidation
while expanding the capabilities of their
applications and services.
with Brocade switching products, they
provide state-of-the-art performance,
helping IT organizations achieve new
levels of infrastructure consolidation
while expanding the capabilities of their
applications and services.
END-TO-END COMPATIBILITY
AND RELIABILITY
Brocade 4 Gbit/sec ELWL 30 km optical
transceivers support highly reliable
operations in data center fabrics and are
optimized for Brocade switching platforms.
They undergo rigorous qualification and
certification testing that results in an end-to-
end solution that is easier to maintain—helping
improve the availability of data center fabrics
supporting mission-critical applications.
transceivers support highly reliable
operations in data center fabrics and are
optimized for Brocade switching platforms.
They undergo rigorous qualification and
certification testing that results in an end-to-
end solution that is easier to maintain—helping
improve the availability of data center fabrics
supporting mission-critical applications.