ISL36111DRZ-T7 查看數據表（PDF） - Renesas Electronics
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ISL36111DRZ-T7 Datasheet PDF : 9 Pages
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ISL36111
11.1Gb/s Lane Extender
The ISL36111 is a settable single-channel receive-side
equalizer with extended functionality for advanced protocols
operating with line rates up to 11.1Gb/s, such as 10G
Ethernet. The ISL36111 compensates for the frequency
dependent attenuation of copper twin-axial cables, extending
the signal reach up to at least 10m on 28AWG cable.
The small form factor, highly-integrated design is ideal for
high-density data transmission applications including active
copper cable assemblies. The equalizing filter within the
ISL36111 can be set to provide optimal signal fidelity for a
given media and length. The compensation level for the filter is
set by two external control pins.
Operating on a single 1.2V power supply, the ISL36111
enables channel throughputs of 10Gb/s to 11.1Gb/s while
supporting lower data rates including 8.5, 6.25, 5, 4.25, 3.125,
2.5 and 1 Gb/s. The ISL36111 uses current mode logic (CML)
input/output and is packaged in a 3mmx3mm 16 lead QFN.
The device supports LOS functionality for module applications.
DATASHEET
FN6974
Rev 2.00
Jul 12, 2012
Features
• Supports data rates up to 11.1Gb/s
• Low power (~110mW)
• Low latency (<500ps)
• Single channel equalizer in a 3mmx3mm QFN package for
straight route-through architecture and simplified routing
• Adjustable equalizer boost
• Supports 64b/66b encoded data – long run lengths
• Line silence preservation
• 1.2V supply voltage
• Loss of Signal support
Applications
• SFP+ active copper cable modules
• QSFP active copper cable modules
• 10G Ethernet
• Fibre Channel
• High-speed active cable assemblies
• High-speed printed circuit board (PCB) traces
Benefits
• Thinner gauge cable
• Extends cable reach greater than 3x
• Improved BER
1.2V
0.1mF
0.1mF
LOS CP-A CP-B Vdd
OUT [P]
IN [P]
IQSLLx316111V1R1x
OUT [N]
IN [N]
0.1mF
0.1mF
GND DT
1.2V
0.1mF
LOS DE-A
Vdd
DE-B
IN [P]
OUT [P]
0.1mF IQSLLx315111V1T1x
IN [N]
OUT [N]
TDSBL GND DT
FN6974 Rev 2.00
Jul 12, 2012
FIGURE 1. TYPICAL CABLE APPLICATION DIAGRAM
Page 1 of 9
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