; General settings that can be overwritten in the host code
; that calls the AISGen library.
[General]
busWidth=8
BootMode=uart


; The PLL section allows setting the PLL1 system clock with a  
; specified multiplier and divider as shown. The clock source
; can also be chosen for internal or external.
[PLL]
PLLM = 21
PLLDIV1 = 0
CLK_SRC = 0


; The DDR section allows setting the DDR clock rates (PLL2) and 
; the needed values for the DDR control registers.  Only the 9
; paramters shown below can be set via the AIS method.
[DDR]
DDRPLLM = 23
DDRCLKDIV = 1
VPFECLKDIV = 11
CLK_SRC = 0
DDRPHYCR = 0x50006405
SDBCR = 0x00138822
SDTIMR = 0x16492148
SDTIMR2 = 0x000CC702
SDRCR = 0x000004EF


; The EMIF section allows setting the AEMIF control registers of the 
; the DM643x device to the specified values. Only the five registers
; shown below can be set via the AIS method.
[EMIF]
AB1CR = 0x3FFFFFFC
AB2CR = 0x3FFFFFFC
AB3CR = 0x3FFFFFFC
AB4CR = 0x3FFFFFFC
NANDFCR = 0x00000000


; The PINMUX section allows setting the pinmux registers of the 
; the DM643x device to the specified values.
[PINMUX]
PINMUX0 = 0x00148001
PINMUX1 = 0x01618530


; The LPSC sections are used to set the power domain STATE of the 
; specfied MODNUM power domain module. A seperate section must
; exist for each power domain you want to manipulate. The entries,
; are handled in the order present in this file, so the last 
; state set for a particular domain is the one that is used.
[LPSC]
MODNUM = 0
STATE = 0x3

[LPSC]
MODNUM = 1
STATE = 0x3

[LPSC]
MODNUM = 2
STATE = 0x3

[LPSC]
MODNUM = 3
STATE = 0x3

[LPSC]
MODNUM = 4
STATE = 0x3

[LPSC]
MODNUM = 5
STATE = 0x3

[LPSC]
MODNUM = 6
STATE = 0x3

[LPSC]
MODNUM = 7
STATE = 0x3

[LPSC]
MODNUM = 8
STATE = 0x3

[LPSC]
MODNUM = 9
STATE = 0x3

[LPSC]
MODNUM = 11
STATE = 0x3

[LPSC]
MODNUM = 12
STATE = 0x3

[LPSC]
MODNUM = 13
STATE = 0x3

[LPSC]
MODNUM = 14
STATE = 0x3

[LPSC]
MODNUM = 15
STATE = 0x3

[LPSC]
MODNUM = 16
STATE = 0x3

[LPSC]
MODNUM = 17
STATE = 0x3

[LPSC]
MODNUM = 18
STATE = 0x3

[LPSC]
MODNUM = 19
STATE = 0x3

[LPSC]
MODNUM = 20
STATE = 0x3

[LPSC]
MODNUM = 21
STATE = 0x3

[LPSC]
MODNUM = 22
STATE = 0x3

[LPSC]
MODNUM = 23
STATE = 0x3

[LPSC]
MODNUM = 24
STATE = 0x3

[LPSC]
MODNUM = 25
STATE = 0x3

[LPSC]
MODNUM = 26
STATE = 0x3

[LPSC]
MODNUM = 27
STATE = 0x3

[LPSC]
MODNUM = 28
STATE = 0x3