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About the CrossTalk Simulation Tool...
Typical CrossTalk Simulation Characteristics and Displays...

List of Cross Talk Channel Configurations Supported

XTalk type Number of FEXT Number of NEXT Link to Figure
0 0 0 No XTalk ...
1 1 0 1FEXT ...
2 0 1 1NEXT ...
3 1 1 1FEXT 1NEXT ...
4 2 0 2FEXT ...
5 0 2 2NEXT ...
6 2 1 2FEXT 1NEXT ...
7 1 2 1FEXT 2NEXT ...
8 2 2 2FEXT 2NEXT ...

0. Define Analysis Name

Description and Name Prefix Name Status Comment Action Action
Analysis name: Serdes_ Alpha-numeric characters or underbar - case sensitive - start with alpha character Info...

2. Define Ch0 Transmitter

Name Description Entry Value(s) Status Type Limits Comment Action
TransmitterJitterType Transmitter jitter type Integer [0, 1]

0 = Use Ch0 IBIS-AMI jitter
1 = Apply this jitter

TransmitterType Transmitter type Integer {0,1}

0 = Use Ch0 IBIS-AMI
1 = Use Ch0 IBIS with this FFE

3.0 Define Channels - the channel is linear and time invariant (LTI), but the AMI portion of IBIS-AMI models may be LTI or NLTV.

Name Description Entry Value(s) Status Type Limits Comment Action
XTalk0Type Main channel specification type Integer [1]

1 = Enable main channel (Ch0)

XTalkF1Type FEXT 1 channel specification type Integer [0, 1]

0 = None
1 = Enable FEXT 1 Channel (F1)

XTalkN1Type NEXT 1 channel specification type Integer [0, 1]

0 = None
1 = Enable NEXT 1 Channel (N1)

XTalkF2Type FEXT 2 channel specification type Integer [0, 1]

0 = None
1 = Enable FEXT 2 Channel (F2)

XTalkN2Type NEXT 2 channel specification type Integer [0, 1]

0 = None
1 = Enable NEXT 2 Channel (N2)

4. Define Ch0 Receiver

Name Description Entry Value(s) Status Type Limits Comment Action
ReceiverFEType Receiver LTI front end type Integer {0,1}

0 = Use Ch0 IBIS-AMI
1 = Use Ch0 IBIS with this RxFE1

ReceiverNLTVType Receiver NLTV type Integer {0,3}

0 = Use Ch0 IBIS-AMI
3 = Use Ch0 IBIS with this CDR/DFE

ReceiverJitterType Receiver jitter type Integer [0, 1]

0 = Use Ch0 IBIS-AMI jitter
1 = Apply ths jitter

5. Setup Analysis - Bit-by-Bit Analysis is used by default; Statistical Analysis is used if system is LTI and SetupOption ForceBitByBitMode = 0.

Name Description Entry Value(s) Status Type Limits Comment Action
SymbolRate Symbol rate (same as bit rate for NRZ) Real > 0 Symbols per second (same as bits per second for NRZ)
SamplesPerSymbol Samples per symbol (same as samples per bit for NRZ) Integer [4, 128]
SetupOptions Setup analysis options Integer [1]

0 = No
1 = Yes

6. Run Analysis

Select to run analysis Waiting to run

7. Display Results

Go to the Eye Analysis Tool for detail eye analysis for this SerDes system (set ChAnalysisName = Serdes_'Analysis name')...
Display Action Action
Analysis log file None
0. Channel spectrum magnitude None
1. FEXT/NEXT channel spectrum magnitude None
2. FEXT/NEXT channel time domain response None
3. Corrected channel impulse response None
4. System worst/best case eye contours None
5. System amplitude bathtub BER None
6. System Rx input waveform None
7. System Rx output waveform None