Brocade 1GE Copper XBR-000190 Data Sheet

Product codes
XBR-000190
Page of 2
data center 
netWOrK
DATA SHEET
www.brocade.com
BrocADE  
1 GBPS 
ElEcTrIcAl  
TrANScEIVEr
HIGHLIGHTs
Provides high system reliability  
based on rigorous qualification and 
certification testing
leverages unique design parameters  
to provide the highest performance  
with industry-leading Brocade solutions,  
supporting business continuity
Helps eliminate issues related to SFP 
incompatibility, reducing downtime and 
support costs
Minimizes issues resulting from 
unexpected design changes, providing 
ongoing end-to-end compatibility
Optimized, Certified Electrical 
Transceivers for Network 
Connectivity
Today’s enterprise data centers and 
networking environments 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, electrical 
transceivers have become an integral part 
of overall system design. However, electrical 
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
®
 1 Gbps Ethernet electrical 
transceiver, part of the Brocade family of Small 
Form-Factor Pluggable (SFP) transceivers, is 
optimized to fully leverage Brocade backbone, 
director, and switch products. Together, 
these transceivers 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 1 Gbps Ethernet electrical 
transceivers support highly reliable operations 
in data center networks, and are optimized for 
Brocade switching platforms. They undergo 
rigorous qualification and certification testing 
to provide an end-to-end solution that is easier 
to maintain—helping improve the availability 
of data center networks supporting mission-
critical applications.