Hardware Options
Chapter 10, Xgig Performance Monitor Configuration
Xgig Analyzer User’s Guide
191
For the Xgig5000 16G FC blade, the speed can be set to
4.2500
,
8.5000
, or
14.0250
Gbps
.
For the Xgig5000 10G Ethernet blade, if it is being used at 10G, the speed is set to
10.3125 Gbps
and cannot be changed. If the blade is being used as a 40G Analyzer, the speed is set to
41.2500
Gbps
and cannot be changed.
For the 10 Gigabit Multi-Function FC blade, the speed is fixed at
10.5187 Gbps
and cannot be
changed. For the GE blade, the speed is fixed at
10.3125 Gbps
and cannot be changed.
Signal Regeneration
The signal can be digitally retimed. See
“Signal Regeneration” on page 99
for more information
about signal regeneration settings. Select the
Digital Retime
option in the
Signal Regeneration
column to retransmit the signal using the analyzer's clock. Jitter is eliminated and fill characters
are added or deleted in compliance with the specification of the protocol for the network data. If
the hardware setting is
Analog Passthrough
, the received signal is buffered and retransmitted
without modification.
There are two Analog Passthrough options available,
Analog Passthrough
and
Analog
Passthrough Multiplexed
. Note that
Analog Passthrough Multiplexed
is only available for 6G
SAS/SATA blades.
Digital retiming is currently supported in FC, GE (except 40G Ethernet) and SAS/SATA Analyzer
ports. For SAS/SATA Analyzer ports,
Digital Retime
is only available for the 6G Wide-Port blade.
Scrambling
This setting applies only to the 8G Fibre Channel ports and PCIe ports. However, the scrambling
setting for PCIe ports is on the
Lane Control
tab in TraceControl, not on the
General Setting
tab.
for instructions on using the Scrambling setting on the Lane
Control tab. This setting allows you to specify whether the capture will include scrambled data.
Select Fibre Channel ports, and check the
Scrambling
box to enable scrambling.
When capturing data using analyzer ports on the new 8G Fibre Channel blade, you can set the link
speed so that the capture will include or not include scrambled data. By default, scrambled data is
turned on for 8.5000 Gbps captures and turned off for lower-speed captures. You must set the
Link
Speed
to 8.5000 (Scrambling Off) to turn off the data scrambling feature for 8.5000 Gbps link
speed. You must set the
Link Speed
to the 2.1250 (scrambling On) option to turn on the data
scrambling feature for 2.1250 Gbps link speed.
When capturing data using analyzer ports on the Xgig1000 with 16G FC functionality, you can set
the link speed so that the capture will include or not include scrambled data. By default, scrambled
data is turned on for 8.2500 Gbps captures and turned off for 4.2500 Gbps captures.
If you toggle between the scrambling and the non-scrambling mode for the same link speed, you
will not get a warning message since scrambling does not affect the data path but only how the
data is written to the buffer.
Warning:
Changing the signal regeneration between Analog Passthrough and Digital Retime
may cause loss of data on the network. Changing the link speed when the signal is digitally
retimed may also cause data loss.
Summary of Contents for Xgig
Page 1: ...Xgig Analyzer Version 7 3 User s Guide ...
Page 2: ......
Page 3: ...Viavi Solutions 1 844 GO VIAVI www viavisolutions com Xgig Analyzer Version 7 3 User s Guide ...
Page 6: ...Xgig Analyzer User s Guide Page iv Version 7 3 December 2015 ...
Page 7: ...v CONTENTS ...
Page 15: ...1 PART ONE Using Xgig Analyzer ...
Page 16: ...PART ONE Using Xgig Analyzer 2 Xgig Analyzer User s Guide ...
Page 27: ...13 PART TWO Using Xgig TraceControl ...
Page 28: ...PART TWO Using Xgig TraceControl 14 Xgig Analyzer User s Guide ...
Page 29: ...15 Chapter 2 About Xgig TraceControl In this chapter Introduction to TraceControl ...
Page 176: ...Chapter 6 Xgig TraceControl Hints and Tips Keyboard Shortcuts 162 Xgig Analyzer User s Guide ...
Page 177: ...163 PART THREE Using Xgig Performance Monitor ...
Page 178: ...PART THREE Using Xgig Performance Monitor 164 Xgig Analyzer User s Guide ...
Page 223: ...209 PART FOUR Using Xgig TraceView ...
Page 224: ...PART FOUR Using Xgig TraceView 210 Xgig Analyzer User s Guide ...
Page 225: ...211 Chapter 11 About Xgig TraceView In this chapter Introducing Xgig TraceView ...
Page 382: ...Chapter 15 Xgig TraceView Histograms Histogram Controls 368 Xgig Analyzer User s Guide ...
Page 383: ...369 Chapter 16 Xgig TraceView Template Editor In this chapter Using Template Editor ...
Page 437: ...423 PART FIVE Using Xgig Expert ...
Page 438: ...PART FIVE Using Xgig Expert 424 Xgig Analyzer User s Guide ...
Page 442: ...Chapter 21 Xgig Expert 428 Xgig Analyzer User s Guide Figure 194 Xgig Expert Graph View ...
Page 443: ...429 PART SIX Appendices ...
Page 444: ...PART SIX Appendices 430 Xgig Analyzer User s Guide ...
Page 454: ...Appendix C Protocol Display Color Coding 440 Xgig Analyzer User s Guide ...
Page 461: ...447 INDEX ...
Page 467: ......