L77SDE09S1ACH4R Amphenol, L77SDE09S1ACH4R Datasheet - Page 131

• Manufacturer Part Number: L77SDE09S1ACH4R
• Manufacturer: Amphenol
• Type: D-Subminiaturer

Specifications of L77SDE09S1ACH4R

• Gender: SKT
• Pitch: 2.74 mm
• Termination Method: Solder
• Mounting: Through Hole
• Body Orientation: Right Angle

Amphenol InfoCom Europe | www.amphenolinfocom.eu | [e-mail] | Specifications subject to change
FIBrE ChAnnEL
Fibre Channel, or FC is a Gigabit-Speed network technology
primarily used for Storage Area Networking (SAN). FC signalling
can run on both twisted pair copper wire and fiber-optics.
Fibre Channel Copper Assembly:
SFP / SFP+
Amphenol SFP cable assemblies are a high performance, cost
effective I/O solution for 10Gb Fibre Channel applications. SFP+
copper assemblies allow hardware manufacturers to achieve high
port density, configurability and utilization at a very low cost and
reduced power budget.
Continuing to advance the SFP technology, Amphenol has deve-
loped a fully featured low cost alternative to multi-mode optical
SFP+ assemblies. Our optical alternative uses copper assemblies
with incorporated features such as TX disable and loss of signal.
Utilizing this cable solution will be transparent to the system as it
behaves as though it is optical. Another benefit in addition to the
price point is the significant reduction in power consumption as our
units use 250 mW vs 500 mW seen on most optical modules.
Key Features:
Applications:
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Compliant with Optical ports
Improved Pluggable Formfactor (IPF) compliant for enhanced
EMI/EMC performance.
Support for 1x, 2x, 4x and 8x Fibre Channel data rates.
I/O connector designed for high speed differential signal
Low crosstalk
Low power consumption
EMI shield spring for reduced EMI
Wide temperature range
Data rates up to 4.25 Gb/s for SFP and 11.3 Gb/s for SFP+
Push to release latch
Compliant to SFP and SFP+ MSA
Storage Area Networks, Network Attached Storage and
Storage Servers
Switched fabric I/O such as ultra high bandwidth switches
and routers
Telecomm transport to metro or enterprise hand-off and
transport to switching i/f
Data centre cabling infrastructure
High density connections between networking equipment
applications
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