Texas Instruments OMAP5912 Reference Manual page 490

Table 39. Functional Multiplexing Control 10 Register (FUNC_MUX_CTRL_10)
Bit Name
11:9 CONF_L4
8:6 CONF_L3
5:3 CONF_M8
2:0 CONF_M7
Table 40. Functional Multiplexing Control 11 Register (FUNC_MUX_CTRL_11)
Bit Name
31:30 RESERVED
29:27 RESERVED
26:24 CONF_F3
23:21 CONF_G4
20:18 CONF_G3
17:15 CONF_G2
14:12 CONF_K8
11:9 CONF_H4
8:6 CONF_H3
5:3 CONF_K7
2:0 RESERVED
SPRU752B
Base Address = 0xFFFE 1000, Offset Address = 0x98
Function
Controls multiplexing on L4. Formerly CONF_NFADV_R.
Controls multiplexing on L3. Formerly CONF_NFBE_0_R.
Controls multiplexing on M8. Formerly CONF_NFBE_1_R.
Controls multiplexing on M7. Formerly CONF_GPIO_1_R.
This register controls functional multiplexing. COMP_MODE_CTRL_0 must
be programmed to 0xEAEF for this register to control functional multiplexing.
See Table 8 for bit-field values.
Base Address = 0xFFFE 1000, Offset Address = 0x9C
Reserved for future expansion.
Reserved for future expansion.
Controls multiplexing on F3. Formerly CONF_FADD_9_R.
Controls multiplexing on G4. Formerly CONF_FADD_10_R.
Controls multiplexing on G3. Formerly CONF_FADD_11_R.
Controls multiplexing on G2. Formerly CONF_FADD_12_R.
Controls multiplexing on K8. Formerly CONF_FADD_13_R.
Controls multiplexing on H4. Formerly CONF_FADD_14_R.
Controls multiplexing on H3. Formerly CONF_FADD_15_R.
Controls multiplexing on K7. Formerly CONF_FADD_16_R.
Reserved for future expansion.
This register controls functional multiplexing. COMP_MODE_CTRL_0 must
be programmed to 0xEAEF for this register to control functional multiplexing.
See Table 8 for bit−field values.
Function
Configuration
R/W Reset
R/W 0X0
R/W 0x0
R/W 0x0
R/W 0x0
R/W Reset
R/W 0X0
R/W 0X0
R/W 0X0
R/W 0X0
R/W 0X0
R/W 0X0
R/W 0X0
R/W 0X0
R/W 0X0
R/W 0X0
R/W 0X0
Initialization 73