Table 2-2. Jumpers (continued)
Jumper
Default Position
Description
JMP15
Short 4 to 6
SCL and CFG0.
Short 1 to 3:
I2C clock from TUSB3410 (U7).
Short 3 to 5:
I2C clock from Aardvark connector (J5).
Short 2 to 4:
CFG0 pulled up to VIO (3.3 V). Refer to data sheet for details on CFG0.
Short 4 to 6:
CFG0 pull-down to GND. Refer to data sheet for details on CFG0.
JMP16
Short 4 to 6
SDA and CFG1.
Short 1 to 3:
I2C data from TUSB3410 (U7).
Short 3 to 5:
I2C data from Aardvark connector (J5).
Short 2 to 4:
CFG1 pulled up to VIO (3.3 V). Refer to data sheet for details on CFG1.
Short 4 to 6:
CFG1 pull-down to GND. Refer to data sheet for details on CFG1.
J25
Short 2 to 3
HPDOUT_SEL.
Short 1 to 2:
HPD_OUT is open drain.
Short 2 to 3:
HPD_OUT is push-pull.
J27
Short 2 to 3
AC_EN
Short 1 to 2:
OUT_D[2:0] and OUT_CLK is AC-coupled. Make sure R171, R172, R173, R174,
R175, R176, R177, and R178 are populated with 100nF capacitor or make sure AC capacitor is
external to EVM board.
Short 2 to 3:
OUT_D[2:0] and OUT_CLK is DC-coupled. Make sure R171, R172, R173, R174,
R175, R176, R177, and R178 are populated with 0-ohm resistor.
J31
Short 2 to 3
DDC Level Shifter enable/disable
Short 1 to 2:
Discrete DDC level shifter (U23) disabled.
Short 2 to 3:
Discrete DDC level shifter (U23) enabled.
J32
Short 1 to 2
VIO Voltage.
Short 1 to 2:
VIO connected to board 3.3 V.
OPEN:
VIO is from an external supply.
2.4 Rx EQ Configuration
There are sixteen EQ settings with 0 being the lowest and Fh being the highest. Refer to data sheet for specific
EQ value.
Table 2-3. Rx Equalization Control
Register(s): CLK_EQ, D0_EQ,
D1_EQ, D2_EQ
Equalization Setting #
EQ1 PIN Level
EQ0 PIN Level
EQ Gain
0
0
0
Lowest EQ setting.
1
0
R
2
0
F
3
0
1
4
R
0
5
R
R
6
R
F
7
R
1
8
F
0
9
F
R
10
F
F
11
F
1
12
1
0
13
1
R
14
1
F
15
1
1
Highest EQ setting
Hardware Configuration
4
TDP0604 EVM User's Guide
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