Philips LPC2129 - Page 98

Vectored Interrupt Controller (VIC) 98 May 03, 2004
Philips Semiconductors Preliminary User Manual
LPC2119/2129/2194/2292/2294ARM-based Microcontroller
*Reset Value refers to the data stored in used bits only. It does not include reserved bits content.
VICVectAddr10 Vector address 10 register R/W 0 0xFFFF F128
VICVectAddr11 Vector address 11 register R/W 0 0xFFFF F12C
VICVectAddr12 Vector address 12 register R/W 0 0xFFFF F130
VICVectAddr13 Vector address 13 register R/W 0 0xFFFF F134
VICVectAddr14 Vector address 14 register R/W 0 0xFFFF F138
VICVectAddr15 Vector address 15 register R/W 0 0xFFFF F13C
VICVectCntl0
Vector control 0 register. Vector Control Registers 0-15 each control one
of the 16 vectored IRQ slots. Slot 0 has the highest priority and slot 15
the lowest.
R/W 0 0xFFFF F200
VICVectCntl1 Vector control 1 register R/W 0 0xFFFF F204
VICVectCntl2 Vector control 2 register R/W 0 0xFFFF F208
VICVectCntl3 Vector control 3 register R/W 0 0xFFFF F20C
VICVectCntl4 Vector control 4 register R/W 0 0xFFFF F210
VICVectCntl5 Vector control 5 register R/W 0 0xFFFF F214
VICVectCntl6 Vector control 6 register R/W 0 0xFFFF F218
VICVectCntl7 Vector control 7 register R/W 0 0xFFFF F21C
VICVectCntl8 Vector control 8 register R/W 0 0xFFFF F220
VICVectCntl9 Vector control 9 register R/W 0 0xFFFF F224
VICVectCntl10 Vector control 10 register R/W 0 0xFFFF F228
VICVectCntl11 Vector control 11 register R/W 0 0xFFFF F22C
VICVectCntl12 Vector control 12 register R/W 0 0xFFFF F230
VICVectCntl13 Vector control 13 register R/W 0 0xFFFF F234
VICVectCntl14 Vector control 14 register R/W 0 0xFFFF F238
VICVectCntl15 Vector control 15 register R/W 0 0xFFFF F23C
Table 40: VIC Register Map
Name Description Access
Reset
Value*
Address