869
edits
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from no$gba
{| class="wikitable" border="1"
! NAME
! PHYSICAL ADDRESS
! WIDTH
|-
| DSP_PDATA
| 0x10203000
| 2
|-
| DSP_PADR
| 0x10203004
| 2
|-
| DSP_PCFG
| 0x10203008
| 2
|-
| DSP_PSTS
| 0x1020300C
| 2
|-
| DSP_PSEM
| 0x10203010
| 2
|-
| DSP_PMASK
| 0x10203014
| 2
|-
| DSP_PCLEAR
| 0x10203018
| 2
|-
| DSP_SEM
| 0x1020301C
| 2
|-
| DSP_CMD0
| 0x10203020
| 2
|-
| DSP_REP0
| 0x10203024
| 2
|-
| DSP_CMD1
| 0x10203028
| 2
|-
| DSP_REP1
| 0x1020302C
| 2
|-
| DSP_CMD2
| 0x10203030
| 2
|-
| DSP_REP2
| 0x10203034
| 2
|}
=== DSP_PDATA - DSP Transfer Data Read FIFO (R) ===
0-15 Data (one stage of the 16-stage Read FIFO)
=== DSP_PDATA - DSP Transfer Data Write FIFO (W) ===
0-15 Data (one stage of the 16-stage Write FIFO)
=== DSP_PADR - DSP Transfer Address (W) ===
0-15 Lower 16bit of Address in DSP Memory
Note: The upper 16bit of Address must be configued in the DMA register (inside
of the DSP).
=== DSP_PCFG - DSP Configuration (R/W) (16bit) ===
0 DSP Reset (0=Release, 1=Reset) ;should be held "1" for 8 DSP clks
1 Address Auto-Increment (0=Off, 1=On)
2-3 DSP Read Data Length (0=1 word, 1=8 words, 2=16 words, 3=Free-Run)
4 DSP Read Start Flag (mem transfer via Read FIFO) (1=Start)
5 Interrupt Enable Read FIFO Full (0=Off, 1=On)
6 Interrupt Enable Read FIFO Not-Empty (0=Off, 1=On)
7 Interrupt Enable Write FIFO Full (0=Off, 1=On)
8 Interrupt Enable Write FIFO Empty (0=Off, 1=On)
9 Interrupt Enable Reply Register 0 (0=Off, 1=On)
10 Interrupt Enable Reply Register 1 (0=Off, 1=On)
11 Interrupt Enable Reply Register 2 (0=Off, 1=On)
12-15 DSP Memory Transfer (0=Data Memory, 1=MMIO Register, 5=Program Memory)
=== DSP_PSTS - DSP Status (R) (16bit) ===
0 Read Transfer Underway Flag (0=No, 1=Yes/From DSP Memory)
1 Write Transfer Underway Flag (0=No, 1=Yes/To DSP Memory)
2 Peripheral Reset Flag (0=No/Ready, 1=Reset/Busy)
3-4 Unused
5 Read FIFO Full Flag (0=No, 1=Yes)
6 Read FIFO Not-Empty Flag (0=No, 1=Yes) ;ARM9 may read DSP_PDATA
7 Write FIFO Full Flag (0=No, 1=Yes)
8 Write FIFO Empty Flag (0=No, 1=Yes)
9 Semaphore IRQ Flag (0=None, 1=IRQ)
10 Reply Register 0 Update Flag (0=Was Written by DSP, 1=No)
11 Reply Register 1 Update Flag (0=Was Written by DSP, 1=No)
12 Reply Register 2 Update Flag (0=Was Written by DSP, 1=No)
13 Command Register 0 Read Flag (0=Was Read by DSP, 1=No)
14 Command Register 1 Read Flag (0=Was Read by DSP, 1=No)
15 Command Register 2 Read Flag (0=Was Read by DSP, 1=No)
Unknown if/when bit10-15 get reset... maybe after reading the status?
=== DSP_PSEM - ARM9-to-DSP Semaphore (16bit) ===
0-15 DSP-to-ARM9 Semaphore 0..15 Flags (0=Off, 1=On)
Reportedly these flags are sent in ARM9-to-DSP direction.
Confusingly, the other DSP_Pxxx registers are for opposite direction?
=== DSP_PMASK - DSP-to-ARM9 Semaphore Mask (16bit) ===
0-15 DSP-to-ARM9 Semaphore 0..15 Interrupt Disable (0=Enable, 1=Disable)
=== DSP_PCLEAR - DSP-to-ARM9 Semaphore Clear (W) (16bit) ===
0-15 DSP-to-ARM9 Semaphore 0..15 Clear (0=No Change, 1=Clear)
Reportedly clears bits in DSP_PSEM/4004310h. [that's probably nonsense, clearing bits in DSP_SEM/400431Ch would make more sense]
=== DSP_SEM - DSP-to-ARM9 Semaphore Data (R) (16bit) ===
0-15 DSP-to-ARM9 Semaphore 0..15 Flags (0=Off, 1=On)
Reportedly these flags are received in DSP-to-ARM9 direction.
=== DSP_CMDX - DSP Command Reg. X (R/W) (ARM9 to DSP) (16bit) ===
0-15 Command/Data to DSP
=== DSP_REPX - DSP Reply Register X (R) (DSP to ARM9) (16bit) ===
0-15 Reply/Data from DSP
! NAME
! PHYSICAL ADDRESS
! WIDTH
|-
| DSP_PDATA
| 0x10203000
| 2
|-
| DSP_PADR
| 0x10203004
| 2
|-
| DSP_PCFG
| 0x10203008
| 2
|-
| DSP_PSTS
| 0x1020300C
| 2
|-
| DSP_PSEM
| 0x10203010
| 2
|-
| DSP_PMASK
| 0x10203014
| 2
|-
| DSP_PCLEAR
| 0x10203018
| 2
|-
| DSP_SEM
| 0x1020301C
| 2
|-
| DSP_CMD0
| 0x10203020
| 2
|-
| DSP_REP0
| 0x10203024
| 2
|-
| DSP_CMD1
| 0x10203028
| 2
|-
| DSP_REP1
| 0x1020302C
| 2
|-
| DSP_CMD2
| 0x10203030
| 2
|-
| DSP_REP2
| 0x10203034
| 2
|}
=== DSP_PDATA - DSP Transfer Data Read FIFO (R) ===
0-15 Data (one stage of the 16-stage Read FIFO)
=== DSP_PDATA - DSP Transfer Data Write FIFO (W) ===
0-15 Data (one stage of the 16-stage Write FIFO)
=== DSP_PADR - DSP Transfer Address (W) ===
0-15 Lower 16bit of Address in DSP Memory
Note: The upper 16bit of Address must be configued in the DMA register (inside
of the DSP).
=== DSP_PCFG - DSP Configuration (R/W) (16bit) ===
0 DSP Reset (0=Release, 1=Reset) ;should be held "1" for 8 DSP clks
1 Address Auto-Increment (0=Off, 1=On)
2-3 DSP Read Data Length (0=1 word, 1=8 words, 2=16 words, 3=Free-Run)
4 DSP Read Start Flag (mem transfer via Read FIFO) (1=Start)
5 Interrupt Enable Read FIFO Full (0=Off, 1=On)
6 Interrupt Enable Read FIFO Not-Empty (0=Off, 1=On)
7 Interrupt Enable Write FIFO Full (0=Off, 1=On)
8 Interrupt Enable Write FIFO Empty (0=Off, 1=On)
9 Interrupt Enable Reply Register 0 (0=Off, 1=On)
10 Interrupt Enable Reply Register 1 (0=Off, 1=On)
11 Interrupt Enable Reply Register 2 (0=Off, 1=On)
12-15 DSP Memory Transfer (0=Data Memory, 1=MMIO Register, 5=Program Memory)
=== DSP_PSTS - DSP Status (R) (16bit) ===
0 Read Transfer Underway Flag (0=No, 1=Yes/From DSP Memory)
1 Write Transfer Underway Flag (0=No, 1=Yes/To DSP Memory)
2 Peripheral Reset Flag (0=No/Ready, 1=Reset/Busy)
3-4 Unused
5 Read FIFO Full Flag (0=No, 1=Yes)
6 Read FIFO Not-Empty Flag (0=No, 1=Yes) ;ARM9 may read DSP_PDATA
7 Write FIFO Full Flag (0=No, 1=Yes)
8 Write FIFO Empty Flag (0=No, 1=Yes)
9 Semaphore IRQ Flag (0=None, 1=IRQ)
10 Reply Register 0 Update Flag (0=Was Written by DSP, 1=No)
11 Reply Register 1 Update Flag (0=Was Written by DSP, 1=No)
12 Reply Register 2 Update Flag (0=Was Written by DSP, 1=No)
13 Command Register 0 Read Flag (0=Was Read by DSP, 1=No)
14 Command Register 1 Read Flag (0=Was Read by DSP, 1=No)
15 Command Register 2 Read Flag (0=Was Read by DSP, 1=No)
Unknown if/when bit10-15 get reset... maybe after reading the status?
=== DSP_PSEM - ARM9-to-DSP Semaphore (16bit) ===
0-15 DSP-to-ARM9 Semaphore 0..15 Flags (0=Off, 1=On)
Reportedly these flags are sent in ARM9-to-DSP direction.
Confusingly, the other DSP_Pxxx registers are for opposite direction?
=== DSP_PMASK - DSP-to-ARM9 Semaphore Mask (16bit) ===
0-15 DSP-to-ARM9 Semaphore 0..15 Interrupt Disable (0=Enable, 1=Disable)
=== DSP_PCLEAR - DSP-to-ARM9 Semaphore Clear (W) (16bit) ===
0-15 DSP-to-ARM9 Semaphore 0..15 Clear (0=No Change, 1=Clear)
Reportedly clears bits in DSP_PSEM/4004310h. [that's probably nonsense, clearing bits in DSP_SEM/400431Ch would make more sense]
=== DSP_SEM - DSP-to-ARM9 Semaphore Data (R) (16bit) ===
0-15 DSP-to-ARM9 Semaphore 0..15 Flags (0=Off, 1=On)
Reportedly these flags are received in DSP-to-ARM9 direction.
=== DSP_CMDX - DSP Command Reg. X (R/W) (ARM9 to DSP) (16bit) ===
0-15 Command/Data to DSP
=== DSP_REPX - DSP Reply Register X (R) (DSP to ARM9) (16bit) ===
0-15 Reply/Data from DSP