SNLU336 august 2023 TDP1204
This document is an IBIS-AMI Model User’s Guide for the TDP1204 HDMI2.1 redriver. Table 1-1 lists pertinent information related to the model.
Item | Value / Comment |
---|---|
TI Device | TDP1204 |
IBIS Model Version | Compliant to IBIS Version 6.0 |
Supported Platforms |
|
Process | Nominal process |
Temperature | Room temperature (25ºC) |
Supply | Nominal supply (3.3V) |
VOD support | Dx_VOD = 1, 3, 5 |
Tx De-emphasis | Dx_TXFFE = 0, 4, 5, 6, 7. Supported only in TDP1204_FRL.ibs. The TDP1204_TMDS.ibs does not support de-emphasis or pre-emphasis. |
TERM support | TERM = 0. Supported only in TDP1204_TMDS.ibs. Use
tx_term_NT.s4p. TERM = 1. Supported only in TDP1204_TMDS.ibs. Use tx_term_300.s4p. TERM = 3. Use tx_term_100.s4p. |
8G, 10G, and 12G Slew rate support | SLEW_8G10G12G = 6, 7. Supported only in TDP1204_FRL.ibs. |
6G Slew rate support | SLEW_6G = 3, 4, 5. Supported only in TDP1204_TMDS.ibs. |
3G Slew rate | SLEW_3G = 2, 3, 4. Supported only in TDP1204_TMDS.ibs. |
DC Gain Support | GLOBAL_DCG = 2 |
3G CTLE | CTLE_SEL = 0. Supported only in TDP1204_TMDS.ibs. |
6G CTLE | CTLE_SEL = 1. Supported only in TDP1204_TMDS.ibs. |
12G CTLE | CTLE_SEL = 2. Supported only in TDP1204_FRL.ibs. |
EQ support | Dx_EQ: 0 through 15 |
File Name | Description |
---|---|
TDP1204_FRL.ibis | Top-level IBIS wrapper |
Redriver_FRL_Signal_path.ami | Parameters file for complete TDP1204 model as required by the IBIS-AMI standard. This is a text file that is common for all OS/execution platforms. |
Redriver_FRL_Signal_Path_x64.dll | Windows 64-bit compiled shared library for the "Rx model". This shared library includes the AMI_Init, AMI_GetWave. |
Redriver_FRL_Signal_Path_x64.so | Linux 64-bit compiled shared object library for the "Rx model". This shared library includes the AMI_Init, AMI_GetWave. |
Thru.ami | Parameters file for the "tx model" as required by the IBIS-AMI standard. This file is needed to complete the redriver component |
Thru_x64.dll | Windows 64-bit compiled shared library for the "TX model". This file is needed to complete the redriver component. |
Thru_x64.so | Linux 64-bit compiled shared library for the "TX model". This file is needed to complete the redriver component. |
rx_term.s4p | Input termination and package. Captures the input reflection and coupling between input differential pair. |
tx_term_100.s4p | TX driver 100-Ω differential termination and package. Use in HDMI 2.0 and 2.1 datarates. |
TDP1204_IBIS_AMI_wrk.7zads | ADS archive of a sample test bench for the different modes of operation. |
File Name | Description |
---|---|
TDP1204_TMDS.ibis | Top-level IBIS wrapper |
Redriver_TMDS_Signal_path.ami | Parameters file for complete TDP1204 model as required by the IBIS-AMI standard. This is a text file that is common for all OS/execution platforms. |
Redriver_TMDS_Signal_Path_x64.dll | Windows 64-bit compiled shared library for the "Rx model". This shared library includes the AMI_Init, AMI_GetWave. |
Redriver_TMDS_Signal_Path_x64.so | Linux 64-bit compiled shared object library for the "Rx model". This shared library includes the AMI_Init, AMI_GetWave. |
Thru.ami | Parameters file for the "tx model" as required by the IBIS-AMI standard. This file is needed to complete the redriver component |
Thru_x64.dll | Windows 64-bit compiled shared library for the "TX model". This file is needed to complete the redriver component. |
Thru_x64.so | Linux 64-bit compiled shared library for the "TX model". This file is needed to complete the redriver component. |
rx_term.s4p | Input termination and package. Captures the input reflection and coupling between input differential pair. |
tx_term_NT.s4p | TX driver open termination and package. Use in HDMI1.4 when datarates are <= 1.65Gbps. |
tx_term_300.s4p | TX driver 300-Ω differential termination and package. Use in HDMI 1.4 when datarates are > 1.65Gbps |
tx_term_100.s4p | TX driver 100-Ω differential termination and package. Use in HDMI 2.0 and 2.1 datarates. |
TDP1204_IBIS_AMI_wrk.7zads | ADS archive of a sample test bench for the different modes of operation. |