1 <?xml version="1.0" encoding="ISO-8859-1" ?>
\r
2 <?xml-stylesheet type="text/xsl" href="datasheet.xsl"?>
\r
4 <header>RTOSDemo</header>
\r
6 <fam>SmartFusion2</fam>
\r
7 <die>M2S050T_ES</die>
\r
8 <package>896 FBGA</package>
\r
9 <speed-grade>STD</speed-grade>
\r
10 <voltage>1.2</voltage>
\r
11 <hdl-type>Verilog</hdl-type>
\r
12 <project-description>
\r
13 </project-description>
\r
14 <location>c:/dev/FreeRTOS/SmartFustion2/Libero/RTOSDemo/component/work/RTOSDemo</location>
\r
15 <state>GENERATED ( Sun May 05 13:23:22 2013 )</state>
\r
16 <swide-toolchain>SoftConsole workspace generated to c:\dev\FreeRTOS\SmartFustion2\Libero\RTOSDemo\SoftConsole</swide-toolchain>
\r
21 <name>HDL File(s)</name>
\r
22 <file>c:\dev\FreeRTOS\SmartFustion2\Libero\RTOSDemo\component\Actel\SgCore\OSC\1.0.100\osc_comps.v</file>
\r
23 <file>c:\dev\FreeRTOS\SmartFustion2\Libero\RTOSDemo\component\work\RTOSDemo\FCCC_0\RTOSDemo_FCCC_0_FCCC.v</file>
\r
24 <file>c:\dev\FreeRTOS\SmartFustion2\Libero\RTOSDemo\component\work\RTOSDemo\OSC_0\RTOSDemo_OSC_0_OSC.v</file>
\r
25 <file>c:\dev\FreeRTOS\SmartFustion2\Libero\RTOSDemo\component\work\RTOSDemo\RTOSDemo.v</file>
\r
26 <file>c:\dev\FreeRTOS\SmartFustion2\Libero\RTOSDemo\component\work\RTOSDemo_MSS\RTOSDemo_MSS.v</file>
\r
27 <file>c:\dev\FreeRTOS\SmartFustion2\Libero\RTOSDemo\component\work\RTOSDemo_MSS\RTOSDemo_MSS_tmp_syn.v</file>
\r
30 <port-name>GPIO_0_M2F</port-name>
\r
31 <direction>N/A</direction>
\r
32 <pin-number>-</pin-number>
\r
35 <port-name>GPIO_8_F2M</port-name>
\r
36 <direction>IN</direction>
\r
37 <pin-number>-</pin-number>
\r
40 <port-name>GPIO_1_M2F</port-name>
\r
41 <direction>N/A</direction>
\r
42 <pin-number>-</pin-number>
\r
45 <port-name>MMUART_0_RXD</port-name>
\r
46 <direction>IN</direction>
\r
47 <pin-number>-</pin-number>
\r
50 <port-name>MMUART_0_TXD</port-name>
\r
51 <direction>N/A</direction>
\r
52 <pin-number>-</pin-number>
\r
54 <core type="SpiritModule">
\r
55 <core-exttype>IP</core-exttype>
\r
56 <core-type>SpiritModule</core-type>
\r
57 <core-vendor>Actel</core-vendor>
\r
58 <core-lib>SgCore</core-lib>
\r
59 <core-intname>FCCC</core-intname>
\r
60 <core-ver>2.0.100</core-ver>
\r
61 <core-desc> "SmartFusion2 Clock Conditioning Circuit (CCC)" </core-desc>
\r
62 <core-name>FCCC_0</core-name>
\r
64 <core type="SpiritModule">
\r
65 <core-exttype>IP</core-exttype>
\r
66 <core-type>SpiritModule</core-type>
\r
67 <core-vendor>Actel</core-vendor>
\r
68 <core-lib>SgCore</core-lib>
\r
69 <core-intname>OSC</core-intname>
\r
70 <core-ver>1.0.100</core-ver>
\r
73 <core-name>OSC_0</core-name>
\r
75 <core type="ComponentModule">
\r
76 <core-type>ComponentModule</core-type>
\r
77 <core-exttype>HierSpiritDesign</core-exttype>
\r
78 <core-location>c:/dev/FreeRTOS/SmartFustion2/Libero/RTOSDemo/component/work/RTOSDemo_MSS</core-location>
\r
79 <core-name>RTOSDemo_MSS_0</core-name>
\r
81 <firmware_core type="FirmWareModule">
\r
82 <core-exttype>IP</core-exttype>
\r
83 <core-type>FirmWareModule</core-type>
\r
84 <core-vendor>Actel</core-vendor>
\r
85 <core-lib>Firmware</core-lib>
\r
86 <core-intname>SmartFusion2_CMSIS</core-intname>
\r
87 <core-ver>2.1.101</core-ver>
\r
88 <core-desc>SmartFusion2 Cortex Microcontroller Software Interface Standard (CMSIS).
\r
90 The firmware package provides:
\r
91 - Cortex-M3 startup code.
\r
92 - CMSIS standard naming for exception and interrupt handlers.
\r
93 - CMSIS standard functions for controlling the Cortex-M3 Nested Vectored Interrupt Controller (NVIC).
\r
94 - peripherals registers description.
\r
95 - hardware abstraction layer (HAL) for FPGA fabric soft-IP peripherirals.
\r
97 These files are required by the SmartFusion2 bare metal peripheral drivers to build correctly.
\r
100 <param-name>Software Tool Chain:</param-name>
\r
101 <param-value>SoftConsole</param-value>
\r
102 <param-hdlname>ToolChain</param-hdlname>
\r
103 <param-hdlvalue>0</param-hdlvalue>
\r
104 <param-tag>actel-cc:variantParameter</param-tag>
\r
106 <core-name>SmartFusion2_CMSIS_0</core-name>
\r
108 <firmware_core type="FirmWareModule">
\r
109 <core-exttype>IP</core-exttype>
\r
110 <core-type>FirmWareModule</core-type>
\r
111 <core-vendor>Actel</core-vendor>
\r
112 <core-lib>Firmware</core-lib>
\r
113 <core-intname>SmartFusion2_MSS_GPIO_Driver</core-intname>
\r
114 <core-ver>2.0.101</core-ver>
\r
115 <core-desc>SmartFusion2 microcontroller subsystem (MSS) GPIO bare metal software driver.
\r
117 This driver requires the SmartFusion2 CMSIS Hardware Abstraction Layer to build correctly.</core-desc>
\r
118 <core-name>SmartFusion2_MSS_GPIO_Driver_0</core-name>
\r
120 <firmware_core type="FirmWareModule">
\r
121 <core-exttype>IP</core-exttype>
\r
122 <core-type>FirmWareModule</core-type>
\r
123 <core-vendor>Actel</core-vendor>
\r
124 <core-lib>Firmware</core-lib>
\r
125 <core-intname>SmartFusion2_MSS_HPDMA_Driver</core-intname>
\r
126 <core-ver>2.0.101</core-ver>
\r
127 <core-desc>SmartFusion2 microcontroller subsystem (MSS) High Performance DMA bare metal software driver.
\r
129 This driver requires the SmartFusion2 CMSIS Hardware Abstraction Layer to build correctly.</core-desc>
\r
130 <core-name>SmartFusion2_MSS_HPDMA_Driver_0</core-name>
\r
132 <firmware_core type="FirmWareModule">
\r
133 <core-exttype>IP</core-exttype>
\r
134 <core-type>FirmWareModule</core-type>
\r
135 <core-vendor>Actel</core-vendor>
\r
136 <core-lib>Firmware</core-lib>
\r
137 <core-intname>SmartFusion2_MSS_MMUART_Driver</core-intname>
\r
138 <core-ver>2.0.101</core-ver>
\r
139 <core-desc>SmartFusion2 microcontroller subsystem (MSS) MMUART bare metal software driver.
\r
141 This driver requires the SmartFusion2 CMSIS Hardware Abstraction Layer to build correctly.</core-desc>
\r
142 <core-name>SmartFusion2_MSS_MMUART_Driver_0</core-name>
\r
144 <firmware_core type="FirmWareModule">
\r
145 <core-exttype>IP</core-exttype>
\r
146 <core-type>FirmWareModule</core-type>
\r
147 <core-vendor>Actel</core-vendor>
\r
148 <core-lib>Firmware</core-lib>
\r
149 <core-intname>SmartFusion2_MSS_NVM_Driver</core-intname>
\r
150 <core-ver>2.0.103</core-ver>
\r
151 <core-desc>SmartFusion2 microcontroller subsystem (MSS) eNVM bare metal software driver.
\r
153 This driver requires the SmartFusion2 CMSIS Hardware Abstraction Layer to build correctly.</core-desc>
\r
154 <core-name>SmartFusion2_MSS_NVM_Driver_0</core-name>
\r
156 <firmware_core type="FirmWareModule">
\r
157 <core-exttype>IP</core-exttype>
\r
158 <core-type>FirmWareModule</core-type>
\r
159 <core-vendor>Actel</core-vendor>
\r
160 <core-lib>Firmware</core-lib>
\r
161 <core-intname>SmartFusion2_MSS_RTC_Driver</core-intname>
\r
162 <core-ver>2.0.101</core-ver>
\r
163 <core-desc>SmartFusion2 microcontroller subsystem (MSS) RTC bare metal software driver.
\r
165 This driver requires the SmartFusion2 CMSIS Hardware Abstraction Layer to build correctly.</core-desc>
\r
166 <core-name>SmartFusion2_MSS_RTC_Driver_0</core-name>
\r
168 <firmware_core type="FirmWareModule">
\r
169 <core-exttype>IP</core-exttype>
\r
170 <core-type>FirmWareModule</core-type>
\r
171 <core-vendor>Actel</core-vendor>
\r
172 <core-lib>Firmware</core-lib>
\r
173 <core-intname>SmartFusion2_MSS_System_Services_Driver</core-intname>
\r
174 <core-ver>2.0.103</core-ver>
\r
175 <core-desc>SmartFusion2 microsontroller subsystem (MSS) System Services software driver.
\r
177 This driver requires the SmartFusion2 CMSIS Hardware Abstraction Layer to build correctly.</core-desc>
\r
178 <core-name>SmartFusion2_MSS_System_Services_Driver_0</core-name>
\r
180 <firmware_core type="FirmWareModule">
\r
181 <core-exttype>IP</core-exttype>
\r
182 <core-type>FirmWareModule</core-type>
\r
183 <core-vendor>Actel</core-vendor>
\r
184 <core-lib>Firmware</core-lib>
\r
185 <core-intname>SmartFusion2_MSS_Timer_Driver</core-intname>
\r
186 <core-ver>2.0.101</core-ver>
\r
187 <core-desc>SmartFusion2 microcontroller subsystem (MSS) Timer bare metal software driver.
\r
189 This driver requires the SmartFusion2 CMSIS Hardware Abstraction Layer to build correctly.</core-desc>
\r
190 <core-name>SmartFusion2_MSS_Timer_Driver_0</core-name>
\r
193 <title>Memory Map for RTOSDemo</title>
\r
194 <description>The project contains the following subsystems:</description>
\r
198 <master>CM3</master>
\r
205 <name>FIC32_REGION5</name>
\r
208 <remapAddress>0xF0000000</remapAddress>
\r
209 <fullAddressSpace>0xF0000000 - 0xFFFFFFFF</fullAddressSpace>
\r
210 <range>0x10000000</range>
\r
213 <name>DDR_0_SPACE_3</name>
\r
216 <remapAddress>0xD0000000</remapAddress>
\r
217 <fullAddressSpace>0xD0000000 - 0xDFFFFFFF</fullAddressSpace>
\r
218 <range>0x10000000</range>
\r
221 <name>DDR_0_SPACE_2</name>
\r
224 <remapAddress>0xC0000000</remapAddress>
\r
225 <fullAddressSpace>0xC0000000 - 0xCFFFFFFF</fullAddressSpace>
\r
226 <range>0x10000000</range>
\r
229 <name>DDR_0_SPACE_1</name>
\r
232 <remapAddress>0xB0000000</remapAddress>
\r
233 <fullAddressSpace>0xB0000000 - 0xBFFFFFFF</fullAddressSpace>
\r
234 <range>0x10000000</range>
\r
237 <name>DDR_0_SPACE_0</name>
\r
240 <remapAddress>0xA0000000</remapAddress>
\r
241 <fullAddressSpace>0xA0000000 - 0xAFFFFFFF</fullAddressSpace>
\r
242 <range>0x10000000</range>
\r
245 <name>FIC32_REGION4</name>
\r
248 <remapAddress>0x90000000</remapAddress>
\r
249 <fullAddressSpace>0x90000000 - 0x9FFFFFFF</fullAddressSpace>
\r
250 <range>0x10000000</range>
\r
253 <name>FIC32_REGION3</name>
\r
256 <remapAddress>0x80000000</remapAddress>
\r
257 <fullAddressSpace>0x80000000 - 0x8FFFFFFF</fullAddressSpace>
\r
258 <range>0x10000000</range>
\r
261 <name>AHB2ENVM1_REGISTERS</name>
\r
264 <remapAddress>0x600C0000</remapAddress>
\r
265 <fullAddressSpace>0x600C0000 - 0x600FFFFF</fullAddressSpace>
\r
266 <range>0x00040000</range>
\r
269 <name>AHB2ENVM0_REGISTERS</name>
\r
272 <remapAddress>0x60080000</remapAddress>
\r
273 <fullAddressSpace>0x60080000 - 0x600BFFFF</fullAddressSpace>
\r
274 <range>0x00040000</range>
\r
280 <remapAddress>0x60040000</remapAddress>
\r
281 <fullAddressSpace>0x60040000 - 0x6007FFFF</fullAddressSpace>
\r
282 <range>0x00040000</range>
\r
288 <remapAddress>0x60000000</remapAddress>
\r
289 <fullAddressSpace>0x60000000 - 0x6003FFFF</fullAddressSpace>
\r
290 <range>0x00040000</range>
\r
293 <name>FIC32_REGION1</name>
\r
296 <remapAddress>0x50000000</remapAddress>
\r
297 <fullAddressSpace>0x50000000 - 0x5FFFFFFF</fullAddressSpace>
\r
298 <range>0x10000000</range>
\r
301 <name>CACHE_BACKDOOR</name>
\r
304 <remapAddress>0x40400000</remapAddress>
\r
305 <fullAddressSpace>0x40400000 - 0x4040FFFF</fullAddressSpace>
\r
306 <range>0x00010000</range>
\r
309 <name>SYSREG</name>
\r
312 <remapAddress>0x40038000</remapAddress>
\r
313 <fullAddressSpace>0x40038000 - 0x40038FFF</fullAddressSpace>
\r
314 <range>0x00001000</range>
\r
316 <name>RegisterMap</name>
\r
318 <baseAddress>0x0</baseAddress>
\r
319 <range format="long">0x1000</range>
\r
320 <width format="long" id="width">32</width>
\r
322 <name>ESRAM_CONFIG</name>
\r
323 <addressOffset>0x0</addressOffset>
\r
324 <absoluteAddress>0x40038000</absoluteAddress>
\r
326 <access>R/W</access>
\r
327 <resetValue>0x0</resetValue>
\r
329 <name>F2_ESRAMSIZE</name>
\r
330 <bitNumber>4:3</bitNumber>
\r
331 <access>R/W</access>
\r
336 <name>F2_TESTESRAM1REMAP_SYNC</name>
\r
337 <bitNumber>2</bitNumber>
\r
338 <access>R/W</access>
\r
343 <name>F2_TESTREMAPENABLE_SYNC</name>
\r
344 <bitNumber>1</bitNumber>
\r
345 <access>R/W</access>
\r
350 <name>COM_ESRAMFWREMAP</name>
\r
351 <bitNumber>0</bitNumber>
\r
352 <access>R/W</access>
\r
358 <name>ENVM_CONFIG</name>
\r
359 <addressOffset>0x4</addressOffset>
\r
360 <absoluteAddress>0x40038004</absoluteAddress>
\r
362 <access>R/W</access>
\r
363 <resetValue>0x0</resetValue>
\r
365 <name>ENVM_SIX_CYCLE</name>
\r
366 <bitNumber>7</bitNumber>
\r
367 <access>R/W</access>
\r
372 <name>ENVM_PIPE_BYPASS</name>
\r
373 <bitNumber>6</bitNumber>
\r
374 <access>R/W</access>
\r
379 <name>F2_ENVMPOWEREDDOWN</name>
\r
380 <bitNumber>5</bitNumber>
\r
381 <access>R/W</access>
\r
386 <name>COM_ENVMREMAPSIZE</name>
\r
387 <bitNumber>4:0</bitNumber>
\r
388 <access>R/W</access>
\r
394 <name>ENVM_REMAP_BASE</name>
\r
395 <addressOffset>0x8</addressOffset>
\r
396 <absoluteAddress>0x40038008</absoluteAddress>
\r
398 <access>R/W</access>
\r
399 <resetValue>0x0</resetValue>
\r
401 <name>COM_ENVMREMAPBASE</name>
\r
402 <bitNumber>19:0</bitNumber>
\r
403 <access>R/W</access>
\r
409 <name>ENVM_FAB_REMAP</name>
\r
410 <addressOffset>0xC</addressOffset>
\r
411 <absoluteAddress>0x4003800C</absoluteAddress>
\r
413 <access>R/W</access>
\r
414 <resetValue>0x0</resetValue>
\r
416 <name>COM_ENVMFABREMAPBASE</name>
\r
417 <bitNumber>19:0</bitNumber>
\r
418 <access>R/W</access>
\r
424 <name>FAB_PROT_SIZE</name>
\r
425 <addressOffset>0x10</addressOffset>
\r
426 <absoluteAddress>0x40038010</absoluteAddress>
\r
428 <access>R/W</access>
\r
429 <resetValue>0x0</resetValue>
\r
431 <name>COM_PROTREGIONSIZE</name>
\r
432 <bitNumber>4:0</bitNumber>
\r
433 <access>R/W</access>
\r
439 <name>FAB_PROT_BASE</name>
\r
440 <addressOffset>0x14</addressOffset>
\r
441 <absoluteAddress>0x40038014</absoluteAddress>
\r
443 <access>R/W</access>
\r
444 <resetValue>0x0</resetValue>
\r
446 <name>COM_PROTREGIONBASE</name>
\r
447 <bitNumber>31:0</bitNumber>
\r
448 <access>R/W</access>
\r
454 <name>MATRIX_CONFIG</name>
\r
455 <addressOffset>0x18</addressOffset>
\r
456 <absoluteAddress>0x40038018</absoluteAddress>
\r
458 <access>R/W</access>
\r
459 <resetValue>0x0</resetValue>
\r
461 <name>COM_WEIGHTEDMODE</name>
\r
462 <bitNumber>3</bitNumber>
\r
463 <access>R/W</access>
\r
468 <name>COM_MASTERENABLE</name>
\r
469 <bitNumber>2:0</bitNumber>
\r
470 <access>R/W</access>
\r
476 <name>DSS_STATUS</name>
\r
477 <addressOffset>0x1C</addressOffset>
\r
478 <absoluteAddress>0x4003801C</absoluteAddress>
\r
480 <access>R/W</access>
\r
481 <resetValue>0x0</resetValue>
\r
483 <name>PLLLOCKLOSTINT</name>
\r
484 <bitNumber>10</bitNumber>
\r
485 <access>R/W</access>
\r
490 <name>PLLLOCKINT</name>
\r
491 <bitNumber>9</bitNumber>
\r
492 <access>R/W</access>
\r
497 <name>COM_ERRORSTATUS</name>
\r
498 <bitNumber>8:4</bitNumber>
\r
499 <access>R/W</access>
\r
504 <name>BROWNOUT3_3VINT</name>
\r
505 <bitNumber>3</bitNumber>
\r
506 <access>R/W</access>
\r
511 <name>BROWNOUT1_5VINT</name>
\r
512 <bitNumber>2</bitNumber>
\r
513 <access>R/W</access>
\r
518 <name>WDOGTIMEOUTEVENT</name>
\r
519 <bitNumber>1</bitNumber>
\r
520 <access>R/W</access>
\r
525 <name>RTCMATCHEVENT</name>
\r
526 <bitNumber>0</bitNumber>
\r
527 <access>R/W</access>
\r
533 <name>CLR_DSS_STATUS</name>
\r
534 <addressOffset>0x20</addressOffset>
\r
535 <absoluteAddress>0x40038020</absoluteAddress>
\r
537 <access>R/W</access>
\r
538 <resetValue>0x0</resetValue>
\r
540 <name>CLRPLLLOCKLOSTINT</name>
\r
541 <bitNumber>10</bitNumber>
\r
542 <access>R/W</access>
\r
547 <name>CLRPLLLOCKINT</name>
\r
548 <bitNumber>9</bitNumber>
\r
549 <access>R/W</access>
\r
554 <name>COM_CLEARSTATUS</name>
\r
555 <bitNumber>8:4</bitNumber>
\r
556 <access>R/W</access>
\r
561 <name>CLRBROWNOUT3_3VINT</name>
\r
562 <bitNumber>3</bitNumber>
\r
563 <access>R/W</access>
\r
568 <name>CLRBROWNOUT1_5VINT</name>
\r
569 <bitNumber>2</bitNumber>
\r
570 <access>R/W</access>
\r
575 <name>CLRWDOGTIMEOUTEVENT</name>
\r
576 <bitNumber>1</bitNumber>
\r
577 <access>R/W</access>
\r
582 <name>CLRRTCMATCHEVENT</name>
\r
583 <bitNumber>0</bitNumber>
\r
584 <access>R/W</access>
\r
590 <name>FROM_CONFIG</name>
\r
591 <addressOffset>0x24</addressOffset>
\r
592 <absoluteAddress>0x40038024</absoluteAddress>
\r
594 <access>R/W</access>
\r
595 <resetValue>0x0</resetValue>
\r
597 <name>SYS_TOPT</name>
\r
598 <bitNumber>3:0</bitNumber>
\r
599 <access>R/W</access>
\r
605 <name>IAP_CONFIG</name>
\r
606 <addressOffset>0x28</addressOffset>
\r
607 <absoluteAddress>0x40038028</absoluteAddress>
\r
609 <access>R/W</access>
\r
610 <resetValue>0x0</resetValue>
\r
612 <name>SYS_FCFG</name>
\r
613 <bitNumber>2:0</bitNumber>
\r
614 <access>R/W</access>
\r
620 <name>SOFT_INTERRUPT</name>
\r
621 <addressOffset>0x2C</addressOffset>
\r
622 <absoluteAddress>0x4003802C</absoluteAddress>
\r
624 <access>R/W</access>
\r
625 <resetValue>0x0</resetValue>
\r
627 <name>SOFTINTERRUPT</name>
\r
628 <bitNumber>0</bitNumber>
\r
629 <access>R/W</access>
\r
635 <name>SOFT_RESET</name>
\r
636 <addressOffset>0x30</addressOffset>
\r
637 <absoluteAddress>0x40038030</absoluteAddress>
\r
639 <access>R/W</access>
\r
640 <resetValue>0x0</resetValue>
\r
642 <name>PADRESETENABLE</name>
\r
643 <bitNumber>19</bitNumber>
\r
644 <access>R/W</access>
\r
649 <name>USERRESETACTIVE</name>
\r
650 <bitNumber>18</bitNumber>
\r
651 <access>R/W</access>
\r
656 <name>FPGA_SOFTRESET</name>
\r
657 <bitNumber>17</bitNumber>
\r
658 <access>R/W</access>
\r
663 <name>EXT_SOFTRESET</name>
\r
664 <bitNumber>16</bitNumber>
\r
665 <access>R/W</access>
\r
670 <name>IAP_SOFTRESET</name>
\r
671 <bitNumber>15</bitNumber>
\r
672 <access>R/W</access>
\r
677 <name>GPIO_SOFTRESET</name>
\r
678 <bitNumber>14</bitNumber>
\r
679 <access>R/W</access>
\r
684 <name>ACE_SOFTRESET</name>
\r
685 <bitNumber>13</bitNumber>
\r
686 <access>R/W</access>
\r
691 <name>I2C1_SOFTRESET</name>
\r
692 <bitNumber>12</bitNumber>
\r
693 <access>R/W</access>
\r
698 <name>I2C0_SOFTRESET</name>
\r
699 <bitNumber>11</bitNumber>
\r
700 <access>R/W</access>
\r
705 <name>SPI1_SOFTRESET</name>
\r
706 <bitNumber>10</bitNumber>
\r
707 <access>R/W</access>
\r
712 <name>SPI0_SOFTRESET</name>
\r
713 <bitNumber>9</bitNumber>
\r
714 <access>R/W</access>
\r
719 <name>UART1_SOFTRESET</name>
\r
720 <bitNumber>8</bitNumber>
\r
721 <access>R/W</access>
\r
726 <name>UART0_SOFTRESET</name>
\r
727 <bitNumber>7</bitNumber>
\r
728 <access>R/W</access>
\r
733 <name>TIMER_SOFTRESET</name>
\r
734 <bitNumber>6</bitNumber>
\r
735 <access>R/W</access>
\r
740 <name>PDMA_SOFTRESET</name>
\r
741 <bitNumber>5</bitNumber>
\r
742 <access>R/W</access>
\r
747 <name>MAC_SOFTRESET</name>
\r
748 <bitNumber>4</bitNumber>
\r
749 <access>R/W</access>
\r
754 <name>EMC_SOFTRESET</name>
\r
755 <bitNumber>3</bitNumber>
\r
756 <access>R/W</access>
\r
761 <name>ESRAM1_SOFTRESET</name>
\r
762 <bitNumber>2</bitNumber>
\r
763 <access>R/W</access>
\r
768 <name>ESRAM0_SOFTRESET</name>
\r
769 <bitNumber>1</bitNumber>
\r
770 <access>R/W</access>
\r
775 <name>ENVM_SOFTRESET</name>
\r
776 <bitNumber>0</bitNumber>
\r
777 <access>R/W</access>
\r
783 <name>DEVICE_STATUS</name>
\r
784 <addressOffset>0x34</addressOffset>
\r
785 <absoluteAddress>0x40038034</absoluteAddress>
\r
787 <access>R/W</access>
\r
788 <resetValue>0x0</resetValue>
\r
790 <name>FPGAGOOD_SYNC</name>
\r
791 <bitNumber>6</bitNumber>
\r
792 <access>R/W</access>
\r
797 <name>FPGAPROGRAMMING_SYNC</name>
\r
798 <bitNumber>5</bitNumber>
\r
799 <access>R/W</access>
\r
804 <name>F2_PC_ACCESS_SYNC</name>
\r
805 <bitNumber>4:3</bitNumber>
\r
806 <access>R/W</access>
\r
811 <name>VCCIBGOOD_SYNC</name>
\r
812 <bitNumber>2</bitNumber>
\r
813 <access>R/W</access>
\r
818 <name>BROWNOUT3_3V_SYNCN</name>
\r
819 <bitNumber>1</bitNumber>
\r
820 <access>R/W</access>
\r
825 <name>BROWNOUT1_5V_SYNCN</name>
\r
826 <bitNumber>0</bitNumber>
\r
827 <access>R/W</access>
\r
833 <name>SYSTICK_CONFIG</name>
\r
834 <addressOffset>0x38</addressOffset>
\r
835 <absoluteAddress>0x40038038</absoluteAddress>
\r
837 <access>R/W</access>
\r
838 <resetValue>0x0</resetValue>
\r
840 <name>STCLK_DIVISOR</name>
\r
841 <bitNumber>29:28</bitNumber>
\r
842 <access>R/W</access>
\r
847 <name>STCALIB</name>
\r
848 <bitNumber>25:0</bitNumber>
\r
849 <access>R/W</access>
\r
855 <name>EM_MUX_CONFIG</name>
\r
856 <addressOffset>0x3C</addressOffset>
\r
857 <absoluteAddress>0x4003803C</absoluteAddress>
\r
859 <access>R/W</access>
\r
860 <resetValue>0x0</resetValue>
\r
862 <name>EM_SEL</name>
\r
863 <bitNumber>0</bitNumber>
\r
864 <access>R/W</access>
\r
870 <name>EM_CONFIG_0</name>
\r
871 <addressOffset>0x40</addressOffset>
\r
872 <absoluteAddress>0x40038040</absoluteAddress>
\r
874 <access>R/W</access>
\r
875 <resetValue>0x0</resetValue>
\r
877 <name>EM_CSFE0</name>
\r
878 <bitNumber>21</bitNumber>
\r
879 <access>R/W</access>
\r
884 <name>EM_WENBEN0</name>
\r
885 <bitNumber>20</bitNumber>
\r
886 <access>R/W</access>
\r
891 <name>EM_RWPOL0</name>
\r
892 <bitNumber>19</bitNumber>
\r
893 <access>R/W</access>
\r
898 <name>EM_PIPEWRN0</name>
\r
899 <bitNumber>18</bitNumber>
\r
900 <access>R/W</access>
\r
905 <name>EM_PIPERDN0</name>
\r
906 <bitNumber>17</bitNumber>
\r
907 <access>R/W</access>
\r
912 <name>EM_IDD0</name>
\r
913 <bitNumber>16:15</bitNumber>
\r
914 <access>R/W</access>
\r
919 <name>EM_WRITELAT0</name>
\r
920 <bitNumber>14:11</bitNumber>
\r
921 <access>R/W</access>
\r
926 <name>EM_RDLATREST0</name>
\r
927 <bitNumber>10:7</bitNumber>
\r
928 <access>R/W</access>
\r
933 <name>EM_RDLATFIRST0</name>
\r
934 <bitNumber>6:3</bitNumber>
\r
935 <access>R/W</access>
\r
940 <name>EM_PORTSIZE0</name>
\r
941 <bitNumber>2</bitNumber>
\r
942 <access>R/W</access>
\r
947 <name>EM_MEMTYPE0</name>
\r
948 <bitNumber>1:0</bitNumber>
\r
949 <access>R/W</access>
\r
955 <name>EM_CONFIG_1</name>
\r
956 <addressOffset>0x44</addressOffset>
\r
957 <absoluteAddress>0x40038044</absoluteAddress>
\r
959 <access>R/W</access>
\r
960 <resetValue>0x0</resetValue>
\r
962 <name>EM_CSFE1</name>
\r
963 <bitNumber>21</bitNumber>
\r
964 <access>R/W</access>
\r
969 <name>EM_WENBEN1</name>
\r
970 <bitNumber>20</bitNumber>
\r
971 <access>R/W</access>
\r
976 <name>EM_RWPOL1</name>
\r
977 <bitNumber>19</bitNumber>
\r
978 <access>R/W</access>
\r
983 <name>EM_PIPEWRN1</name>
\r
984 <bitNumber>18</bitNumber>
\r
985 <access>R/W</access>
\r
990 <name>EM_PIPERDN1</name>
\r
991 <bitNumber>17</bitNumber>
\r
992 <access>R/W</access>
\r
997 <name>EM_IDD1</name>
\r
998 <bitNumber>16:15</bitNumber>
\r
999 <access>R/W</access>
\r
1004 <name>EM_WRITELAT1</name>
\r
1005 <bitNumber>14:11</bitNumber>
\r
1006 <access>R/W</access>
\r
1011 <name>EM_RDLATREST1</name>
\r
1012 <bitNumber>10:7</bitNumber>
\r
1013 <access>R/W</access>
\r
1018 <name>EM_RDLATFIRST1</name>
\r
1019 <bitNumber>6:3</bitNumber>
\r
1020 <access>R/W</access>
\r
1025 <name>EM_PORTSIZE1</name>
\r
1026 <bitNumber>2</bitNumber>
\r
1027 <access>R/W</access>
\r
1032 <name>EM_MEMTYPE1</name>
\r
1033 <bitNumber>1:0</bitNumber>
\r
1034 <access>R/W</access>
\r
1040 <name>CLK_CTRL</name>
\r
1041 <addressOffset>0x48</addressOffset>
\r
1042 <absoluteAddress>0x40038048</absoluteAddress>
\r
1044 <access>R/W</access>
\r
1045 <resetValue>0x0</resetValue>
\r
1047 <name>GLBDIVISOR</name>
\r
1048 <bitNumber>13:12</bitNumber>
\r
1049 <access>R/W</access>
\r
1054 <name>RTCIF_ACMDIVISOR</name>
\r
1055 <bitNumber>11:8</bitNumber>
\r
1056 <access>R/W</access>
\r
1061 <name>ACLKDIVISOR</name>
\r
1062 <bitNumber>7:6</bitNumber>
\r
1063 <access>R/W</access>
\r
1068 <name>PCLK1DIVISOR</name>
\r
1069 <bitNumber>5:4</bitNumber>
\r
1070 <access>R/W</access>
\r
1075 <name>PCLK0DIVISOR</name>
\r
1076 <bitNumber>3:2</bitNumber>
\r
1077 <access>R/W</access>
\r
1082 <name>RMIICLKSEL</name>
\r
1083 <bitNumber>1</bitNumber>
\r
1084 <access>R/W</access>
\r
1090 <name>CCC_DIV_CONFIG</name>
\r
1091 <addressOffset>0x4C</addressOffset>
\r
1092 <absoluteAddress>0x4003804C</absoluteAddress>
\r
1094 <access>R/W</access>
\r
1095 <resetValue>0x0</resetValue>
\r
1097 <name>OCDIVRST</name>
\r
1098 <bitNumber>22</bitNumber>
\r
1099 <access>R/W</access>
\r
1104 <name>OCDIVHALF</name>
\r
1105 <bitNumber>21</bitNumber>
\r
1106 <access>R/W</access>
\r
1111 <name>OCDIV4</name>
\r
1112 <bitNumber>20</bitNumber>
\r
1113 <access>R/W</access>
\r
1118 <name>OCDIV3</name>
\r
1119 <bitNumber>19</bitNumber>
\r
1120 <access>R/W</access>
\r
1125 <name>OCDIV2</name>
\r
1126 <bitNumber>18</bitNumber>
\r
1127 <access>R/W</access>
\r
1132 <name>OCDIV1</name>
\r
1133 <bitNumber>17</bitNumber>
\r
1134 <access>R/W</access>
\r
1139 <name>OCDIV0</name>
\r
1140 <bitNumber>16</bitNumber>
\r
1141 <access>R/W</access>
\r
1146 <name>OBDIVRST</name>
\r
1147 <bitNumber>14</bitNumber>
\r
1148 <access>R/W</access>
\r
1153 <name>OBDIVHALF</name>
\r
1154 <bitNumber>13</bitNumber>
\r
1155 <access>R/W</access>
\r
1160 <name>OBDIV4</name>
\r
1161 <bitNumber>12</bitNumber>
\r
1162 <access>R/W</access>
\r
1167 <name>OBDIV3</name>
\r
1168 <bitNumber>11</bitNumber>
\r
1169 <access>R/W</access>
\r
1174 <name>OBDIV2</name>
\r
1175 <bitNumber>10</bitNumber>
\r
1176 <access>R/W</access>
\r
1181 <name>OBDIV1</name>
\r
1182 <bitNumber>9</bitNumber>
\r
1183 <access>R/W</access>
\r
1188 <name>OBDIV0</name>
\r
1189 <bitNumber>8</bitNumber>
\r
1190 <access>R/W</access>
\r
1195 <name>OADIVRST</name>
\r
1196 <bitNumber>6</bitNumber>
\r
1197 <access>R/W</access>
\r
1202 <name>OADIVHALF</name>
\r
1203 <bitNumber>5</bitNumber>
\r
1204 <access>R/W</access>
\r
1209 <name>OADIV4</name>
\r
1210 <bitNumber>4</bitNumber>
\r
1211 <access>R/W</access>
\r
1216 <name>OADIV3</name>
\r
1217 <bitNumber>3</bitNumber>
\r
1218 <access>R/W</access>
\r
1223 <name>OADIV2</name>
\r
1224 <bitNumber>2</bitNumber>
\r
1225 <access>R/W</access>
\r
1230 <name>OADIV1</name>
\r
1231 <bitNumber>1</bitNumber>
\r
1232 <access>R/W</access>
\r
1237 <name>OADIV0</name>
\r
1238 <bitNumber>0</bitNumber>
\r
1239 <access>R/W</access>
\r
1245 <name>CCC_MUX_CONFIG</name>
\r
1246 <addressOffset>0x50</addressOffset>
\r
1247 <absoluteAddress>0x40038050</absoluteAddress>
\r
1249 <access>R/W</access>
\r
1250 <resetValue>0x0</resetValue>
\r
1253 <bitNumber>31:30</bitNumber>
\r
1254 <access>R/W</access>
\r
1260 <bitNumber>29</bitNumber>
\r
1261 <access>R/W</access>
\r
1266 <name>GLMUXCFG1</name>
\r
1267 <bitNumber>27</bitNumber>
\r
1268 <access>R/W</access>
\r
1273 <name>GLMUXCFG0</name>
\r
1274 <bitNumber>26</bitNumber>
\r
1275 <access>R/W</access>
\r
1280 <name>GLMUXSEL1</name>
\r
1281 <bitNumber>25</bitNumber>
\r
1282 <access>R/W</access>
\r
1287 <name>GLMUXSEL0</name>
\r
1288 <bitNumber>24</bitNumber>
\r
1289 <access>R/W</access>
\r
1294 <name>BYPASS_PLL3</name>
\r
1295 <bitNumber>22</bitNumber>
\r
1296 <access>R/W</access>
\r
1301 <name>OCMUX2</name>
\r
1302 <bitNumber>21</bitNumber>
\r
1303 <access>R/W</access>
\r
1308 <name>OCMUX1</name>
\r
1309 <bitNumber>20</bitNumber>
\r
1310 <access>R/W</access>
\r
1315 <name>OCMUX0</name>
\r
1316 <bitNumber>19</bitNumber>
\r
1317 <access>R/W</access>
\r
1322 <name>DYNCSEL</name>
\r
1323 <bitNumber>18</bitNumber>
\r
1324 <access>R/W</access>
\r
1329 <name>RXCSEL</name>
\r
1330 <bitNumber>17</bitNumber>
\r
1331 <access>R/W</access>
\r
1336 <name>STATCSEL</name>
\r
1337 <bitNumber>16</bitNumber>
\r
1338 <access>R/W</access>
\r
1343 <name>BYPASS_PLL2</name>
\r
1344 <bitNumber>14</bitNumber>
\r
1345 <access>R/W</access>
\r
1350 <name>OBMUX2</name>
\r
1351 <bitNumber>13</bitNumber>
\r
1352 <access>R/W</access>
\r
1357 <name>OBMUX1</name>
\r
1358 <bitNumber>12</bitNumber>
\r
1359 <access>R/W</access>
\r
1364 <name>OBMUX0</name>
\r
1365 <bitNumber>11</bitNumber>
\r
1366 <access>R/W</access>
\r
1371 <name>DYNBSEL</name>
\r
1372 <bitNumber>10</bitNumber>
\r
1373 <access>R/W</access>
\r
1378 <name>RXBSEL</name>
\r
1379 <bitNumber>9</bitNumber>
\r
1380 <access>R/W</access>
\r
1385 <name>STATBSEL</name>
\r
1386 <bitNumber>8</bitNumber>
\r
1387 <access>R/W</access>
\r
1392 <name>BYPASS_PLL1</name>
\r
1393 <bitNumber>6</bitNumber>
\r
1394 <access>R/W</access>
\r
1399 <name>OAMUX2</name>
\r
1400 <bitNumber>5</bitNumber>
\r
1401 <access>R/W</access>
\r
1406 <name>OAMUX1</name>
\r
1407 <bitNumber>4</bitNumber>
\r
1408 <access>R/W</access>
\r
1413 <name>OAMUX0</name>
\r
1414 <bitNumber>3</bitNumber>
\r
1415 <access>R/W</access>
\r
1420 <name>DYNASEL</name>
\r
1421 <bitNumber>2</bitNumber>
\r
1422 <access>R/W</access>
\r
1427 <name>RXASEL</name>
\r
1428 <bitNumber>1</bitNumber>
\r
1429 <access>R/W</access>
\r
1434 <name>STATASEL</name>
\r
1435 <bitNumber>0</bitNumber>
\r
1436 <access>R/W</access>
\r
1442 <name>CCC_PLL_CONFIG</name>
\r
1443 <addressOffset>0x54</addressOffset>
\r
1444 <absoluteAddress>0x40038054</absoluteAddress>
\r
1446 <access>R/W</access>
\r
1447 <resetValue>0x0</resetValue>
\r
1449 <name>POWERDOWN</name>
\r
1450 <bitNumber>31</bitNumber>
\r
1451 <access>R/W</access>
\r
1456 <name>VCOSEL2</name>
\r
1457 <bitNumber>24</bitNumber>
\r
1458 <access>R/W</access>
\r
1463 <name>VCOSEL1</name>
\r
1464 <bitNumber>23</bitNumber>
\r
1465 <access>R/W</access>
\r
1470 <name>VCOSEL0</name>
\r
1471 <bitNumber>22</bitNumber>
\r
1472 <access>R/W</access>
\r
1477 <name>XDLYSEL</name>
\r
1478 <bitNumber>21</bitNumber>
\r
1479 <access>R/W</access>
\r
1484 <name>FBDLY4</name>
\r
1485 <bitNumber>20</bitNumber>
\r
1486 <access>R/W</access>
\r
1491 <name>FBDLY3</name>
\r
1492 <bitNumber>19</bitNumber>
\r
1493 <access>R/W</access>
\r
1498 <name>FBDLY2</name>
\r
1499 <bitNumber>18</bitNumber>
\r
1500 <access>R/W</access>
\r
1505 <name>FBDLY1</name>
\r
1506 <bitNumber>17</bitNumber>
\r
1507 <access>R/W</access>
\r
1512 <name>FBDLY0</name>
\r
1513 <bitNumber>16</bitNumber>
\r
1514 <access>R/W</access>
\r
1519 <name>FBSEL1</name>
\r
1520 <bitNumber>15</bitNumber>
\r
1521 <access>R/W</access>
\r
1526 <name>FBSEL0</name>
\r
1527 <bitNumber>14</bitNumber>
\r
1528 <access>R/W</access>
\r
1533 <name>FBDIV6</name>
\r
1534 <bitNumber>13</bitNumber>
\r
1535 <access>R/W</access>
\r
1540 <name>FBDIV5</name>
\r
1541 <bitNumber>12</bitNumber>
\r
1542 <access>R/W</access>
\r
1547 <name>FBDIV4</name>
\r
1548 <bitNumber>11</bitNumber>
\r
1549 <access>R/W</access>
\r
1554 <name>FBDIV3</name>
\r
1555 <bitNumber>10</bitNumber>
\r
1556 <access>R/W</access>
\r
1561 <name>FBDIV2</name>
\r
1562 <bitNumber>9</bitNumber>
\r
1563 <access>R/W</access>
\r
1568 <name>FBDIV1</name>
\r
1569 <bitNumber>8</bitNumber>
\r
1570 <access>R/W</access>
\r
1575 <name>FBDIV0</name>
\r
1576 <bitNumber>7</bitNumber>
\r
1577 <access>R/W</access>
\r
1582 <name>FINDIV6</name>
\r
1583 <bitNumber>6</bitNumber>
\r
1584 <access>R/W</access>
\r
1589 <name>FINDIV5</name>
\r
1590 <bitNumber>5</bitNumber>
\r
1591 <access>R/W</access>
\r
1596 <name>FINDIV4</name>
\r
1597 <bitNumber>4</bitNumber>
\r
1598 <access>R/W</access>
\r
1603 <name>FINDIV3</name>
\r
1604 <bitNumber>3</bitNumber>
\r
1605 <access>R/W</access>
\r
1610 <name>FINDIV2</name>
\r
1611 <bitNumber>2</bitNumber>
\r
1612 <access>R/W</access>
\r
1617 <name>FINDIV1</name>
\r
1618 <bitNumber>1</bitNumber>
\r
1619 <access>R/W</access>
\r
1624 <name>FINDIV0</name>
\r
1625 <bitNumber>0</bitNumber>
\r
1626 <access>R/W</access>
\r
1632 <name>CCC_DLY_CONFIG</name>
\r
1633 <addressOffset>0x58</addressOffset>
\r
1634 <absoluteAddress>0x40038058</absoluteAddress>
\r
1636 <access>R/W</access>
\r
1637 <resetValue>0x0</resetValue>
\r
1639 <name>DLYA14</name>
\r
1640 <bitNumber>24</bitNumber>
\r
1641 <access>R/W</access>
\r
1646 <name>DLYA13</name>
\r
1647 <bitNumber>23</bitNumber>
\r
1648 <access>R/W</access>
\r
1653 <name>DLYA12</name>
\r
1654 <bitNumber>22</bitNumber>
\r
1655 <access>R/W</access>
\r
1660 <name>DLYA11</name>
\r
1661 <bitNumber>21</bitNumber>
\r
1662 <access>R/W</access>
\r
1667 <name>DLYA10</name>
\r
1668 <bitNumber>20</bitNumber>
\r
1669 <access>R/W</access>
\r
1674 <name>DLYA04</name>
\r
1675 <bitNumber>19</bitNumber>
\r
1676 <access>R/W</access>
\r
1681 <name>DLYA03</name>
\r
1682 <bitNumber>18</bitNumber>
\r
1683 <access>R/W</access>
\r
1688 <name>DLYA02</name>
\r
1689 <bitNumber>17</bitNumber>
\r
1690 <access>R/W</access>
\r
1695 <name>DLYA01</name>
\r
1696 <bitNumber>16</bitNumber>
\r
1697 <access>R/W</access>
\r
1702 <name>DLYA00</name>
\r
1703 <bitNumber>15</bitNumber>
\r
1704 <access>R/W</access>
\r
1709 <name>DLYHCC4</name>
\r
1710 <bitNumber>14</bitNumber>
\r
1711 <access>R/W</access>
\r
1716 <name>DLYHCC3</name>
\r
1717 <bitNumber>13</bitNumber>
\r
1718 <access>R/W</access>
\r
1723 <name>DLYHCC2</name>
\r
1724 <bitNumber>12</bitNumber>
\r
1725 <access>R/W</access>
\r
1730 <name>DLYHCC1</name>
\r
1731 <bitNumber>11</bitNumber>
\r
1732 <access>R/W</access>
\r
1737 <name>DLYHCC0</name>
\r
1738 <bitNumber>10</bitNumber>
\r
1739 <access>R/W</access>
\r
1744 <name>DLYHCB4</name>
\r
1745 <bitNumber>9</bitNumber>
\r
1746 <access>R/W</access>
\r
1751 <name>DLYHCB3</name>
\r
1752 <bitNumber>8</bitNumber>
\r
1753 <access>R/W</access>
\r
1758 <name>DLYHCB2</name>
\r
1759 <bitNumber>7</bitNumber>
\r
1760 <access>R/W</access>
\r
1765 <name>DLYHCB1</name>
\r
1766 <bitNumber>6</bitNumber>
\r
1767 <access>R/W</access>
\r
1772 <name>DLYHCB0</name>
\r
1773 <bitNumber>5</bitNumber>
\r
1774 <access>R/W</access>
\r
1779 <name>DLYHCA4</name>
\r
1780 <bitNumber>4</bitNumber>
\r
1781 <access>R/W</access>
\r
1786 <name>DLYHCA3</name>
\r
1787 <bitNumber>3</bitNumber>
\r
1788 <access>R/W</access>
\r
1793 <name>DLYHCA2</name>
\r
1794 <bitNumber>2</bitNumber>
\r
1795 <access>R/W</access>
\r
1800 <name>DLYHCA1</name>
\r
1801 <bitNumber>1</bitNumber>
\r
1802 <access>R/W</access>
\r
1807 <name>DLYHCA0</name>
\r
1808 <bitNumber>0</bitNumber>
\r
1809 <access>R/W</access>
\r
1815 <name>CCC_STATUS</name>
\r
1816 <addressOffset>0x5C</addressOffset>
\r
1817 <absoluteAddress>0x4003805C</absoluteAddress>
\r
1819 <access>R/W</access>
\r
1820 <resetValue>0x0</resetValue>
\r
1822 <name>PLLLOCK_SYNC</name>
\r
1823 <bitNumber>0</bitNumber>
\r
1824 <access>R/W</access>
\r
1830 <name>VTG_CTRL</name>
\r
1831 <addressOffset>0x64</addressOffset>
\r
1832 <absoluteAddress>0x40038064</absoluteAddress>
\r
1834 <access>R/W</access>
\r
1835 <resetValue>0x0</resetValue>
\r
1837 <name>BGPSMENABLE</name>
\r
1838 <bitNumber>4</bitNumber>
\r
1839 <access>R/W</access>
\r
1844 <name>VBATSELECT</name>
\r
1845 <bitNumber>3</bitNumber>
\r
1846 <access>R/W</access>
\r
1851 <name>RTCIF_CLRPUBINT</name>
\r
1852 <bitNumber>2</bitNumber>
\r
1853 <access>R/W</access>
\r
1858 <name>RTCIF_VRONENABLE</name>
\r
1859 <bitNumber>1</bitNumber>
\r
1860 <access>R/W</access>
\r
1865 <name>RTCIF_FWVRON</name>
\r
1866 <bitNumber>0</bitNumber>
\r
1867 <access>R/W</access>
\r
1873 <name>FAB_IF</name>
\r
1874 <addressOffset>0x6C</addressOffset>
\r
1875 <absoluteAddress>0x4003806C</absoluteAddress>
\r
1877 <access>R/W</access>
\r
1878 <resetValue>0x0</resetValue>
\r
1880 <name>FABCALIBFAIL</name>
\r
1881 <bitNumber>6</bitNumber>
\r
1882 <access>R/W</access>
\r
1887 <name>FABCALIBSTART</name>
\r
1888 <bitNumber>5</bitNumber>
\r
1889 <access>R/W</access>
\r
1894 <name>F2_LARGE_CT_XS</name>
\r
1895 <bitNumber>4</bitNumber>
\r
1896 <access>R/W</access>
\r
1901 <name>FAB_APB32</name>
\r
1902 <bitNumber>3</bitNumber>
\r
1903 <access>R/W</access>
\r
1908 <name>FAB_AHBIF</name>
\r
1909 <bitNumber>2</bitNumber>
\r
1910 <access>R/W</access>
\r
1915 <name>F2_AHBCAPABLE</name>
\r
1916 <bitNumber>1</bitNumber>
\r
1917 <access>R/W</access>
\r
1922 <name>FAB_AHB_BYPASS</name>
\r
1923 <bitNumber>0</bitNumber>
\r
1924 <access>R/W</access>
\r
1930 <name>APB_EXTN</name>
\r
1931 <addressOffset>0x70</addressOffset>
\r
1932 <absoluteAddress>0x40038070</absoluteAddress>
\r
1934 <access>R/W</access>
\r
1935 <resetValue>0x0</resetValue>
\r
1937 <name>APB16_XHOLD</name>
\r
1938 <bitNumber>15:0</bitNumber>
\r
1939 <access>R/W</access>
\r
1945 <name>LOOPBACK_CTRL</name>
\r
1946 <addressOffset>0x74</addressOffset>
\r
1947 <absoluteAddress>0x40038074</absoluteAddress>
\r
1949 <access>R/W</access>
\r
1950 <resetValue>0x0</resetValue>
\r
1952 <name>DSS_EMACLOOPBACK</name>
\r
1953 <bitNumber>4</bitNumber>
\r
1954 <access>R/W</access>
\r
1959 <name>DSS_GPIOLOOPBACK</name>
\r
1960 <bitNumber>3</bitNumber>
\r
1961 <access>R/W</access>
\r
1966 <name>DSS_I2CLOOPBACK</name>
\r
1967 <bitNumber>2</bitNumber>
\r
1968 <access>R/W</access>
\r
1973 <name>DSS_SPILOOPBACK</name>
\r
1974 <bitNumber>1</bitNumber>
\r
1975 <access>R/W</access>
\r
1980 <name>DSS_UARTLOOPBACK</name>
\r
1981 <bitNumber>0</bitNumber>
\r
1982 <access>R/W</access>
\r
1988 <name>IO_BANK_CONFIG</name>
\r
1989 <addressOffset>0x78</addressOffset>
\r
1990 <absoluteAddress>0x40038078</absoluteAddress>
\r
1992 <access>R/W</access>
\r
1993 <resetValue>0x0</resetValue>
\r
1995 <name>BTWEST</name>
\r
1996 <bitNumber>3:2</bitNumber>
\r
1997 <access>R/W</access>
\r
2002 <name>BTEAST</name>
\r
2003 <bitNumber>1:0</bitNumber>
\r
2004 <access>R/W</access>
\r
2010 <name>GPIN_SRC_SEL</name>
\r
2011 <addressOffset>0x7C</addressOffset>
\r
2012 <absoluteAddress>0x4003807C</absoluteAddress>
\r
2014 <access>R/W</access>
\r
2015 <resetValue>0x0</resetValue>
\r
2017 <name>DSS_GPINSOURCE[15]</name>
\r
2018 <bitNumber>15</bitNumber>
\r
2019 <access>R/W</access>
\r
2024 <name>DSS_GPINSOURCE[14]</name>
\r
2025 <bitNumber>14</bitNumber>
\r
2026 <access>R/W</access>
\r
2031 <name>DSS_GPINSOURCE[13]</name>
\r
2032 <bitNumber>13</bitNumber>
\r
2033 <access>R/W</access>
\r
2038 <name>DSS_GPINSOURCE[12]</name>
\r
2039 <bitNumber>12</bitNumber>
\r
2040 <access>R/W</access>
\r
2045 <name>DSS_GPINSOURCE[11]</name>
\r
2046 <bitNumber>11</bitNumber>
\r
2047 <access>R/W</access>
\r
2052 <name>DSS_GPINSOURCE[10]</name>
\r
2053 <bitNumber>10</bitNumber>
\r
2054 <access>R/W</access>
\r
2059 <name>DSS_GPINSOURCE[9]</name>
\r
2060 <bitNumber>9</bitNumber>
\r
2061 <access>R/W</access>
\r
2066 <name>DSS_GPINSOURCE[8]</name>
\r
2067 <bitNumber>8</bitNumber>
\r
2068 <access>R/W</access>
\r
2073 <name>DSS_GPINSOURCE[7]</name>
\r
2074 <bitNumber>7</bitNumber>
\r
2075 <access>R/W</access>
\r
2080 <name>DSS_GPINSOURCE[6]</name>
\r
2081 <bitNumber>6</bitNumber>
\r
2082 <access>R/W</access>
\r
2087 <name>DSS_GPINSOURCE[5]</name>
\r
2088 <bitNumber>5</bitNumber>
\r
2089 <access>R/W</access>
\r
2094 <name>DSS_GPINSOURCE[4]</name>
\r
2095 <bitNumber>4</bitNumber>
\r
2096 <access>R/W</access>
\r
2101 <name>DSS_GPINSOURCE[3]</name>
\r
2102 <bitNumber>3</bitNumber>
\r
2103 <access>R/W</access>
\r
2108 <name>DSS_GPINSOURCE[2]</name>
\r
2109 <bitNumber>2</bitNumber>
\r
2110 <access>R/W</access>
\r
2115 <name>DSS_GPINSOURCE[1]</name>
\r
2116 <bitNumber>1</bitNumber>
\r
2117 <access>R/W</access>
\r
2122 <name>DSS_GPINSOURCE[0]</name>
\r
2123 <bitNumber>0</bitNumber>
\r
2124 <access>R/W</access>
\r
2136 <remapAddress>0x40017000</remapAddress>
\r
2137 <fullAddressSpace>0x40017000 - 0x40017FFF</fullAddressSpace>
\r
2138 <range>0x1000</range>
\r
2141 <name>COMBLK</name>
\r
2144 <remapAddress>0x40016000</remapAddress>
\r
2145 <fullAddressSpace>0x40016000 - 0x40016FFF</fullAddressSpace>
\r
2146 <range>0x1000</range>
\r
2152 <remapAddress>0x40014000</remapAddress>
\r
2153 <fullAddressSpace>0x40014000 - 0x40014FFF</fullAddressSpace>
\r
2154 <range>0x1000</range>
\r
2160 <remapAddress>0x40013000</remapAddress>
\r
2161 <fullAddressSpace>0x40013000 - 0x40013FFF</fullAddressSpace>
\r
2162 <range>0x1000</range>
\r
2165 <name>H2FINTERRUPT</name>
\r
2168 <remapAddress>0x40006000</remapAddress>
\r
2169 <fullAddressSpace>0x40006000 - 0x40006FFF</fullAddressSpace>
\r
2170 <range>0x1000</range>
\r
2173 <name>TIMER</name>
\r
2176 <remapAddress>0x40004000</remapAddress>
\r
2177 <fullAddressSpace>0x40004000 - 0x40004FFF</fullAddressSpace>
\r
2178 <range>0x1000</range>
\r
2181 <name>MMUART_0</name>
\r
2184 <remapAddress>0x40000000</remapAddress>
\r
2185 <fullAddressSpace>0x40000000 - 0x40000FFF</fullAddressSpace>
\r
2186 <range>0x1000</range>
\r
2189 <name>RECYCLED_ESRAM1</name>
\r
2192 <remapAddress>0x20012000</remapAddress>
\r
2193 <fullAddressSpace>0x20012000 - 0x20013FFF</fullAddressSpace>
\r
2194 <range>0x00002000</range>
\r
2197 <name>RECYCLED_ESRAM0</name>
\r
2200 <remapAddress>0x20010000</remapAddress>
\r
2201 <fullAddressSpace>0x20010000 - 0x20011FFF</fullAddressSpace>
\r
2202 <range>0x00002000</range>
\r
2205 <name>ESRAM1</name>
\r
2208 <remapAddress>0x20008000</remapAddress>
\r
2209 <fullAddressSpace>0x20008000 - 0x2000FFFF</fullAddressSpace>
\r
2210 <range>0x00008000</range>
\r
2213 <name>ESRAM0</name>
\r
2216 <remapAddress>0x00080000</remapAddress>
\r
2217 <fullAddressSpace>0x00080000 - 0x00087FFF</fullAddressSpace>
\r
2218 <range>0x00008000</range>
\r