| Field Name | Bits | Type | Reset Value | Description |
| src31 | 31 | wtcReadable, write a 1 to clear | 0x0 | Gigabit Ethernet3 interrupt |
| src30 | 30 | wtcReadable, write a 1 to clear | 0x0 | Gigabit Ethernet2 wakeup interrupt |
| src29 | 29 | wtcReadable, write a 1 to clear | 0x0 | Gigabit Ethernet2 interrupt |
| src28 | 28 | wtcReadable, write a 1 to clear | 0x0 | Gigabit Ethernet1 wakeup interrupt |
| src27 | 27 | wtcReadable, write a 1 to clear | 0x0 | Gigabit Ethernet1 interrupt |
| src26 | 26 | wtcReadable, write a 1 to clear | 0x0 | Ethernet0 wakeup interrupt |
| src25 | 25 | wtcReadable, write a 1 to clear | 0x0 | Ethernet0 interrupt |
| src24 | 24 | wtcReadable, write a 1 to clear | 0x0 | AMS interrupt |
| src23 | 23 | wtcReadable, write a 1 to clear | 0x0 | AIB AXI interrupt |
| src22 | 22 | wtcReadable, write a 1 to clear | 0x0 | ATB interrupt |
| src21 | 21 | wtcReadable, write a 1 to clear | 0x0 | WDT in the CSUPMU: This is Edge trigger interrupt and Interrupt pulse width case be prograbble window from 40ns to 320ns. This signal synchronized using double-flops; due to this method of synchronization, the duration of the narrowest 'pulse' must be accounted for. |
| src20 | 20 | wtcReadable, write a 1 to clear | 0x0 | WDT in the LPD (IOU). This is Edge trigger interrupt and Interrupt pulse width case be prograbble window from 40ns to 320ns. This signal synchronized using double-flops; due to this method of synchronization, the duration of the narrowest 'pulse' must be accounted for. |
| src19 | 19 | wtcReadable, write a 1 to clear | 0x0 | SDIO1 wake interrupt |
| src18 | 18 | wtcReadable, write a 1 to clear | 0x0 | SDIO0 wake interrupt |
| src17 | 17 | wtcReadable, write a 1 to clear | 0x0 | SDIO1 interrupt |
| src16 | 16 | wtcReadable, write a 1 to clear | 0x0 | SDIO0 interrupt |
| src15 | 15 | wtcReadable, write a 1 to clear | 0x0 | Triple Time Counter3 |
| src14 | 14 | wtcReadable, write a 1 to clear | 0x0 | Triple Time Counter3 |
| src13 | 13 | wtcReadable, write a 1 to clear | 0x0 | Triple Time Counter3 |
| src12 | 12 | wtcReadable, write a 1 to clear | 0x0 | Triple Timer Counter2 |
| src11 | 11 | wtcReadable, write a 1 to clear | 0x0 | Triple Timer Counter2 |
| src10 | 10 | wtcReadable, write a 1 to clear | 0x0 | Triple Timer Counter2 |
| src9 | 9 | wtcReadable, write a 1 to clear | 0x0 | Triple Timer counter1 |
| src8 | 8 | wtcReadable, write a 1 to clear | 0x0 | Triple Timer counter1 |
| src7 | 7 | wtcReadable, write a 1 to clear | 0x0 | Triple Timer counter1 |
| src6 | 6 | wtcReadable, write a 1 to clear | 0x0 | Triple Timer counter0 |
| src5 | 5 | wtcReadable, write a 1 to clear | 0x0 | Triple Timer counter0 |
| src4 | 4 | wtcReadable, write a 1 to clear | 0x0 | Triple Timer counter0 |
| src3 | 3 | wtcReadable, write a 1 to clear | 0x0 | APU_IPI0: OR of all of IPIs targeted to APU CPU |
| src2 | 2 | wtcReadable, write a 1 to clear | 0x0 | RPU_IPI1: OR of all of IPIs targeted to RPU CPU1 |
| src1 | 1 | wtcReadable, write a 1 to clear | 0x0 | RPU_IPI0: OR of all of IPIs targeted to RPU CPU0 |
| src0 | 0 | wtcReadable, write a 1 to clear | 0x0 | PL_IPI3: OR of all of IPIs targeted to RPU PL3 |