For standard and custom SFP+, SFP and Infiniband cables, please Request a Quote.
In stock, ready to Ship:
Infiniband Cable Assemblies
Infiniband Loopback Modules
For wholesale prices and reseller opportunities, please contact us. For almost two decades we served our customers with high quality cabling products at very competitive prices. With a very diversified product line and cable manufacturing facilities in the USA, Mexico, and China, we can be your OEM partner and a true One Stop Shop for connectivity products.
Related: Infiniband cables, Infiniband 4x cables, Infiniband 12x cables, SFF-8470 Cables, SFF-8470 Infiniband cables, SFF-8470 latch type cables, SFF -8470 screw typ cables, SFF-8470 infiniband latch-type cables, Small Form-factor Pluggable, SFP
If you are interested to buy original Molex patch cables for Infiniband and SFP applications, please contact us for a Quick Quote.
About the Molex SFP+ Patch Cables
The Molex SFP+ Patch Cables connect 10 Gbps host systems at a much lower cost than
SFP+ 10Gbps Interconnect System from Molex supports next generation speeds of standard SFP applications.
The SFP+ (Small Form-factor Pluggable) connectors, cages and patch cables are the latest additions to Molex's extensive SFP product line. SFP+ takes SFP to the next level. SFP+ interconnects are designed to support applications for 8 Gbps Fibre Channel and 10 Gbps Gigabit Ethernet, as opposed to SFP which is designed to support 2.125 Gbps Fibre Channel and 2.5 Gbps Gigabit Ethernet applications. SFP+ interconnects use the same space-per-port as standard SFP interconnects, therefore providing 10 Gbps capability in a space that is 30% smaller than XFP.
SFP+ was developed under a Multi-Source Agreement (MSA) by a group of diverse companies to ensure industry-wide compatibility. The SFP+ specification will address requirements for greater power, reduced cost and smaller footprints than existing 10 Gbps MSA's (Xenpak, XPAK, X2 and XFP).
Molex's SFP+ copper cable assemblies incorporate optional active circuitry which require no additional
special-driver circuitry than optical modules. I²C interface and on-board EEPROM enable the host to detect or configure specific performance characteristics, provide LOS and Transmit disable and offer a number of
additional host management capabilities.
The superior EMI girdle design feature ensures the industry's lowest EMI interference. Low power helps to maximize the number of ports that can be used per host board.
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