Texas Instruments OMAP5912 Reference Manual page 489

Configuration
Table 38. Functional Multiplexing Control F Register (FUNC_MUX_CTRL_F)
Bit Name
31:30 RESERVED
29:27 CONF_V2
26:24 CONF_U4
23:21 CONF_W1
20:18 CONF_W2
17:15 CONF_V4
14:12 CONF_Y1
11:9 CONF_Y17
8:6 CONF_D18
5:3 CONF_B21
2:0 CONF_C19
Table 39. Functional Multiplexing Control 10 Register (FUNC_MUX_CTRL_10)
Bit Name
31:30 RESERVED
29:27 CONF_M3
26:24 CONF_N8
23:21 CONF_N3
20:18 CONF_P3
17:15 CONF_W11
14:12 RESERVED
1
72 Initialization
Base Address = 0xFFFE 1000, Offset Address = 0x94
Function
Reserved for future expansion.
Controls multiplexing on V2. Formerly CONF_FRDY_R.
Controls multiplexing on U4. Formerly CONF_NFOE_R.
Controls multiplexing on W1. Formerly CONF_NFRP_R.
Controls multiplexing on W2. Formerly CONF_NFWE_R.
Controls multiplexing on V4. Formerly CONF_NFWP_R.
Controls multiplexing on Y1. Formerly CONF_NFCS_1B_R.
Controls multiplexing on Y17. Formerly CONF_RTCK_R.
Controls multiplexing on D18. Formerly CONF_LCD_PIXEL_0_R. R/W
Controls multiplexing on B21. Formerly CONF_LCD_PIXEL_1_R.
Controls multiplexing on C19. Formerly CONF_LCD_PIXEL_2_R. R/W
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 = 0x98
Function
Reserved for future expansion.
Controls multiplexing on M3. Formerly CONF_NFCS_1_R.
Controls multiplexing on N8. Formerly CONF_NFCS_3_R.
Controls multiplexing on N3. Formerly CONF_FCLK_R.
Controls multiplexing on P3. Formerly CONF_NFCS_2B_R.
Controls multiplexing on W11. Formerly CONF_MMC_DAT3_R.
Reserved for future expansion.
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
0x0
R/W 0x0
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
SPRU752B