1. Define Analysis Name - Recall prior analysis. Note: Recall is under development and not available at this time.
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 Transmitter - model is linear and time invariant (LTI).
Name | Description | Entry Value(s) | Status | Type | Limits | Comment | Action |
TransmitterType | Transmitter type | Integer | [0, 5] |
0 = None |
3. Define Channel - model is linear and time invariant (LTI).
Name | Description | Entry Value(s) | Status | Type | Limits | Comment | Action |
ChannelType | Channel specification type | Integer | [ 0, 3] |
0 = None |
4. Define Receiver Front End - model is linear and time invariant (LTI).
Name | Description | Entry Value(s) | Status | Type | Limits | Comment | Action |
ReceiverFEType | Receiver front end type | Integer | [0, 4] |
0 = None |
5. Define Receiver CDR/DFE - model is nonlinear and time variant (NLTV); forces Bit-by-bit Analysis mode.
Name | Description | Entry Value(s) | Status | Type | Limits | Comment | Action |
ReceiverCDRDFEType | Receiver CDR/DFE type | Integer | [0, 6] |
0 = None |
6. Setup Analysis - With LTI system, analysis uses Statistical mode. With NLTV system, analysis uses Bit-by-bit mode.
Name | Description | Entry Value(s) | Status | Type | Limits | Comment | Action |
BitRate | Bit rate (symbol rate for PAM4) | Real | > 0 | Bits (symbols) per second | |||
SamplesPerBit | Samples per bit (samples per symbol for PAM4) | Integer | [4, 128] | ||||
SetupOptions | Setup analysis options | Integer | [0, 1] |
0 = No |
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SetupBitByBitMode | Setup bit-by-bit mode | Integer | [0, 1] |
0 = No |
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GenerateModels | Generate IBIS-AMI models Generate models after Run with satisfactory results |
Integer | [0, 1, 2, 3] |
0 = No |
Info... |
7. Run Analysis
Select to run analysis | Waiting to run |
8. Display Results
Display | Action |
Analysis log file | |
1. Channel and System LTI spectrum magnitude | |
2. Channel and System LTI spectrum phase | |
3. Channel data impulse response | |
4. System LTI impulse response | |
5. System worst/best case eye contours | |
6. System amplitude bathtub BER | |
7. System waveform |
9. Download Channel Data Files
Item | Action |
Total channel causal impulse file |