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SmartAudio/lichee/brandy/u-boot-2014.07/drivers/clk/clk-sun8iw8_tbl.c

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merge tinav3.06 code
2018-12-13 10:48:25 +00:00
/*
* Copyright (C) 2016 Allwinnertech, czy <chenzunyin@allwinnertech.com>
*/
#include "clk-sun8iw8.h"
/*
* freq table from hardware, need follow rules
* 1) each table named as
* factor_pll1_tbl
* factor_pll2_tbl
* ...
* 2) for each table line
* a) follow the format PLLx(n,k,m,p,d1,d2,freq), and keep the factors order
* b) if any factor not used, skip it
* c) the factor is the value to write registers, not means factor+1
*
* example
* PLL1(9, 0, 0, 2, 60000000) means PLL1(n,k,m,p,freq)
* PLLVIDEO0(3, 0, 96000000) means PLLVIDEO0(n,m,freq)
*
*/
//n,k,m,p,freq
struct sunxi_clk_factor_freq factor_pllcpu_tbl[] = {
PLLCPU( 9, 0, 0, 2, 60000000U),
PLLCPU( 10, 0, 0, 2, 66000000U),
PLLCPU( 11, 0, 0, 2, 72000000U),
PLLCPU( 12, 0, 0, 2, 78000000U),
PLLCPU( 13, 0, 0, 2, 84000000U),
PLLCPU( 14, 0, 0, 2, 90000000U),
PLLCPU( 15, 0, 0, 2, 96000000U),
PLLCPU( 16, 0, 0, 2, 102000000U),
PLLCPU( 17, 0, 0, 2, 108000000U),
PLLCPU( 18, 0, 0, 2, 114000000U),
PLLCPU( 9, 0, 0, 1, 120000000U),
PLLCPU( 10, 0, 0, 1, 132000000U),
PLLCPU( 11, 0, 0, 1, 144000000U),
PLLCPU( 12, 0, 0, 1, 156000000U),
PLLCPU( 13, 0, 0, 1, 168000000U),
PLLCPU( 14, 0, 0, 1, 180000000U),
PLLCPU( 15, 0, 0, 1, 192000000U),
PLLCPU( 16, 0, 0, 1, 204000000U),
PLLCPU( 17, 0, 0, 1, 216000000U),
PLLCPU( 18, 0, 0, 1, 228000000U),
PLLCPU( 9, 0, 0, 0, 240000000U),
PLLCPU( 10, 0, 0, 0, 264000000U),
PLLCPU( 11, 0, 0, 0, 288000000U),
PLLCPU( 12, 0, 0, 0, 312000000U),
PLLCPU( 13, 0, 0, 0, 336000000U),
PLLCPU( 14, 0, 0, 0, 360000000U),
PLLCPU( 15, 0, 0, 0, 384000000U),
PLLCPU( 16, 0, 0, 0, 408000000U),
PLLCPU( 17, 0, 0, 0, 432000000U),
PLLCPU( 18, 0, 0, 0, 456000000U),
PLLCPU( 19, 0, 0, 0, 480000000U),
PLLCPU( 20, 0, 0, 0, 504000000U),
PLLCPU( 21, 0, 0, 0, 528000000U),
PLLCPU( 22, 0, 0, 0, 552000000U),
PLLCPU( 23, 0, 0, 0, 576000000U),
PLLCPU( 24, 0, 0, 0, 600000000U),
PLLCPU( 25, 0, 0, 0, 624000000U),
PLLCPU( 26, 0, 0, 0, 648000000U),
PLLCPU( 27, 0, 0, 0, 672000000U),
PLLCPU( 28, 0, 0, 0, 696000000U),
PLLCPU( 29, 0, 0, 0, 720000000U),
PLLCPU( 15, 1, 0, 0, 768000000U),
PLLCPU( 10, 2, 0, 0, 792000000U),
PLLCPU( 16, 1, 0, 0, 816000000U),
PLLCPU( 17, 1, 0, 0, 864000000U),
PLLCPU( 18, 1, 0, 0, 912000000U),
PLLCPU( 12, 2, 0, 0, 936000000U),
PLLCPU( 19, 1, 0, 0, 960000000U),
PLLCPU( 20, 1, 0, 0, 1008000000U),
PLLCPU( 21, 1, 0, 0, 1056000000U),
PLLCPU( 14, 2, 0, 0, 1080000000U),
PLLCPU( 22, 1, 0, 0, 1104000000U),
PLLCPU( 23, 1, 0, 0, 1152000000U),
PLLCPU( 24, 1, 0, 0, 1200000000U),
PLLCPU( 16, 2, 0, 0, 1224000000U),
PLLCPU( 25, 1, 0, 0, 1248000000U),
PLLCPU( 26, 1, 0, 0, 1296000000U),
PLLCPU( 27, 1, 0, 0, 1344000000U),
PLLCPU( 18, 2, 0, 0, 1368000000U),
PLLCPU( 19, 2, 0, 0, 1440000000U),
PLLCPU( 20, 2, 0, 0, 1512000000U),
PLLCPU( 15, 3, 0, 0, 1536000000U),
PLLCPU( 21, 2, 0, 0, 1584000000U),
PLLCPU( 16, 3, 0, 0, 1632000000U),
PLLCPU( 22, 2, 0, 0, 1656000000U),
PLLCPU( 23, 2, 0, 0, 1728000000U),
PLLCPU( 24, 2, 0, 0, 1800000000U),
PLLCPU( 25, 2, 0, 0, 1872000000U),
};
//n,m,freq
struct sunxi_clk_factor_freq factor_pllvideo_tbl[] = {
PLLVIDEO( 6, 0, 168000000U),
PLLVIDEO( 7, 0, 192000000U),
PLLVIDEO( 24, 2, 200000000U),
PLLVIDEO( 16, 1, 204000000U),
PLLVIDEO( 25, 2, 208000000U),
PLLVIDEO( 8, 0, 216000000U),
PLLVIDEO( 36, 3, 222000000U),
PLLVIDEO( 27, 2, 224000000U),
PLLVIDEO( 18, 1, 228000000U),
PLLVIDEO( 76, 7, 231000000U),
PLLVIDEO( 28, 2, 232000000U),
PLLVIDEO( 38, 3, 234000000U),
PLLVIDEO( 78, 7, 237000000U),
PLLVIDEO( 79, 7, 240000000U),
PLLVIDEO( 80, 7, 243000000U),
PLLVIDEO( 40, 3, 246000000U),
PLLVIDEO( 30, 2, 248000000U),
PLLVIDEO( 82, 7, 249000000U),
PLLVIDEO( 20, 1, 252000000U),
PLLVIDEO( 84, 7, 255000000U),
PLLVIDEO( 31, 2, 256000000U),
PLLVIDEO( 42, 3, 258000000U),
PLLVIDEO( 86, 7, 261000000U),
PLLVIDEO( 43, 3, 264000000U),
PLLVIDEO( 88, 7, 267000000U),
PLLVIDEO( 44, 3, 270000000U),
PLLVIDEO( 33, 2, 272000000U),
PLLVIDEO( 90, 7, 273000000U),
PLLVIDEO( 22, 1, 276000000U),
PLLVIDEO( 92, 7, 279000000U),
PLLVIDEO( 34, 2, 280000000U),
PLLVIDEO( 46, 3, 282000000U),
PLLVIDEO( 94, 7, 285000000U),
PLLVIDEO( 23, 1, 288000000U),
PLLVIDEO( 96, 7, 291000000U),
PLLVIDEO( 97, 7, 294000000U),
PLLVIDEO( 36, 2, 296000000U),
PLLVIDEO( 98, 7, 297000000U),
PLLVIDEO( 24, 1, 300000000U),
PLLVIDEO( 100, 7, 303000000U),
PLLVIDEO( 37, 2, 304000000U),
PLLVIDEO( 50, 3, 306000000U),
PLLVIDEO( 102, 7, 309000000U),
PLLVIDEO( 103, 7, 312000000U),
PLLVIDEO( 104, 7, 315000000U),
PLLVIDEO( 105, 7, 318000000U),
PLLVIDEO( 39, 2, 320000000U),
PLLVIDEO( 106, 7, 321000000U),
PLLVIDEO( 107, 7, 324000000U),
PLLVIDEO( 108, 7, 327000000U),
PLLVIDEO( 40, 2, 328000000U),
PLLVIDEO( 109, 7, 330000000U),
PLLVIDEO( 110, 7, 333000000U),
PLLVIDEO( 55, 3, 336000000U),
PLLVIDEO( 112, 7, 339000000U),
PLLVIDEO( 56, 3, 342000000U),
PLLVIDEO( 114, 7, 345000000U),
PLLVIDEO( 57, 3, 348000000U),
PLLVIDEO( 116, 7, 351000000U),
PLLVIDEO( 117, 7, 354000000U),
PLLVIDEO( 118, 7, 357000000U),
PLLVIDEO( 29, 1, 360000000U),
PLLVIDEO( 120, 7, 363000000U),
PLLVIDEO( 121, 7, 366000000U),
PLLVIDEO( 122, 7, 369000000U),
PLLVIDEO( 123, 7, 372000000U),
PLLVIDEO( 124, 7, 375000000U),
PLLVIDEO( 62, 3, 378000000U),
PLLVIDEO( 126, 7, 381000000U),
PLLVIDEO( 63, 3, 384000000U),
PLLVIDEO( 64, 3, 390000000U),
PLLVIDEO( 65, 3, 396000000U),
PLLVIDEO( 66, 3, 402000000U),
PLLVIDEO( 67, 3, 408000000U),
PLLVIDEO( 68, 3, 414000000U),
PLLVIDEO( 34, 1, 420000000U),
PLLVIDEO( 70, 3, 426000000U),
PLLVIDEO( 17, 0, 432000000U),
PLLVIDEO( 72, 3, 438000000U),
PLLVIDEO( 73, 3, 444000000U),
PLLVIDEO( 74, 3, 450000000U),
PLLVIDEO( 37, 1, 456000000U),
PLLVIDEO( 76, 3, 462000000U),
PLLVIDEO( 77, 3, 468000000U),
PLLVIDEO( 78, 3, 474000000U),
PLLVIDEO( 19, 0, 480000000U),
PLLVIDEO( 80, 3, 486000000U),
PLLVIDEO( 40, 1, 492000000U),
PLLVIDEO( 82, 3, 498000000U),
PLLVIDEO( 20, 0, 504000000U),
PLLVIDEO( 84, 3, 510000000U),
PLLVIDEO( 85, 3, 516000000U),
PLLVIDEO( 86, 3, 522000000U),
PLLVIDEO( 87, 3, 528000000U),
PLLVIDEO( 88, 3, 534000000U),
PLLVIDEO( 89, 3, 540000000U),
PLLVIDEO( 90, 3, 546000000U),
PLLVIDEO( 22, 0, 552000000U),
PLLVIDEO( 92, 3, 558000000U),
PLLVIDEO( 93, 3, 564000000U),
PLLVIDEO( 94, 3, 570000000U),
PLLVIDEO( 95, 3, 576000000U),
PLLVIDEO( 96, 3, 582000000U),
PLLVIDEO( 97, 3, 588000000U),
PLLVIDEO( 98, 3, 594000000U),
PLLVIDEO( 24, 0, 600000000U),
PLLVIDEO( 100, 3, 606000000U),
PLLVIDEO( 101, 3, 612000000U),
PLLVIDEO( 102, 3, 618000000U),
PLLVIDEO( 103, 3, 624000000U),
PLLVIDEO( 104, 3, 630000000U),
PLLVIDEO( 105, 3, 636000000U),
PLLVIDEO( 106, 3, 642000000U),
PLLVIDEO( 107, 3, 648000000U),
PLLVIDEO( 108, 3, 654000000U),
PLLVIDEO( 109, 3, 660000000U),
PLLVIDEO( 110, 3, 666000000U),
PLLVIDEO( 111, 3, 672000000U),
PLLVIDEO( 112, 3, 678000000U),
PLLVIDEO( 113, 3, 684000000U),
PLLVIDEO( 114, 3, 690000000U),
PLLVIDEO( 115, 3, 696000000U),
PLLVIDEO( 116, 3, 702000000U),
PLLVIDEO( 117, 3, 708000000U),
PLLVIDEO( 118, 3, 714000000U),
PLLVIDEO( 29, 0, 720000000U),
PLLVIDEO( 120, 3, 726000000U),
PLLVIDEO( 121, 3, 732000000U),
PLLVIDEO( 122, 3, 738000000U),
PLLVIDEO( 123, 3, 744000000U),
PLLVIDEO( 124, 3, 750000000U),
PLLVIDEO( 125, 3, 756000000U),
PLLVIDEO( 126, 3, 762000000U),
PLLVIDEO( 127, 3, 768000000U),
PLLVIDEO( 32, 0, 792000000U),
PLLVIDEO( 33, 0, 816000000U),
PLLVIDEO( 34, 0, 840000000U),
PLLVIDEO( 35, 0, 864000000U),
PLLVIDEO( 36, 0, 888000000U),
PLLVIDEO( 37, 0, 912000000U),
PLLVIDEO( 38, 0, 936000000U),
};
//n,m,freq
struct sunxi_clk_factor_freq factor_pllve_tbl[] = {
PLLVE( 4, 0, 120000000U),
PLLVE( 16, 2, 136000000U),
PLLVE( 5, 0, 144000000U),
PLLVE( 18, 2, 152000000U),
PLLVE( 25, 3, 156000000U),
PLLVE( 19, 2, 160000000U),
PLLVE( 26, 3, 162000000U),
PLLVE( 54, 7, 165000000U),
PLLVE( 6, 0, 168000000U),
PLLVE( 56, 7, 171000000U),
PLLVE( 57, 7, 174000000U),
PLLVE( 21, 2, 176000000U),
PLLVE( 58, 7, 177000000U),
PLLVE( 14, 1, 180000000U),
PLLVE( 22, 2, 184000000U),
PLLVE( 30, 3, 186000000U),
PLLVE( 62, 7, 189000000U),
PLLVE( 31, 3, 192000000U),
PLLVE( 64, 7, 195000000U),
PLLVE( 65, 7, 198000000U),
PLLVE( 24, 2, 200000000U),
PLLVE( 66, 7, 201000000U),
PLLVE( 33, 3, 204000000U),
PLLVE( 68, 7, 207000000U),
PLLVE( 25, 2, 208000000U),
PLLVE( 34, 3, 210000000U),
PLLVE( 70, 7, 213000000U),
PLLVE( 8, 0, 216000000U),
PLLVE( 72, 7, 219000000U),
PLLVE( 73, 7, 222000000U),
PLLVE( 27, 2, 224000000U),
PLLVE( 74, 7, 225000000U),
PLLVE( 18, 1, 228000000U),
PLLVE( 76, 7, 231000000U),
PLLVE( 28, 2, 232000000U),
PLLVE( 38, 3, 234000000U),
PLLVE( 78, 7, 237000000U),
PLLVE( 39, 3, 240000000U),
PLLVE( 80, 7, 243000000U),
PLLVE( 81, 7, 246000000U),
PLLVE( 30, 2, 248000000U),
PLLVE( 82, 7, 249000000U),
PLLVE( 83, 7, 252000000U),
PLLVE( 84, 7, 255000000U),
PLLVE( 31, 2, 256000000U),
PLLVE( 42, 3, 258000000U),
PLLVE( 86, 7, 261000000U),
PLLVE( 43, 3, 264000000U),
PLLVE( 88, 7, 267000000U),
PLLVE( 44, 3, 270000000U),
PLLVE( 33, 2, 272000000U),
PLLVE( 90, 7, 273000000U),
PLLVE( 45, 3, 276000000U),
PLLVE( 92, 7, 279000000U),
PLLVE( 34, 2, 280000000U),
PLLVE( 93, 7, 282000000U),
PLLVE( 94, 7, 285000000U),
PLLVE( 95, 7, 288000000U),
PLLVE( 96, 7, 291000000U),
PLLVE( 97, 7, 294000000U),
PLLVE( 36, 2, 296000000U),
PLLVE( 98, 7, 297000000U),
PLLVE( 49, 3, 300000000U),
PLLVE( 100, 7, 303000000U),
PLLVE( 37, 2, 304000000U),
PLLVE( 50, 3, 306000000U),
PLLVE( 102, 7, 309000000U),
PLLVE( 12, 0, 312000000U),
PLLVE( 104, 7, 315000000U),
PLLVE( 52, 3, 318000000U),
PLLVE( 39, 2, 320000000U),
PLLVE( 107, 7, 324000000U),
PLLVE( 108, 7, 327000000U),
PLLVE( 40, 2, 328000000U),
PLLVE( 109, 7, 330000000U),
PLLVE( 110, 7, 333000000U),
PLLVE( 55, 3, 336000000U),
PLLVE( 112, 7, 339000000U),
PLLVE( 113, 7, 342000000U),
PLLVE( 114, 7, 345000000U),
PLLVE( 57, 3, 348000000U),
PLLVE( 116, 7, 351000000U),
PLLVE( 117, 7, 354000000U),
PLLVE( 118, 7, 357000000U),
PLLVE( 14, 0, 360000000U),
PLLVE( 120, 7, 363000000U),
PLLVE( 121, 7, 366000000U),
PLLVE( 122, 7, 369000000U),
PLLVE( 123, 7, 372000000U),
PLLVE( 124, 7, 375000000U),
PLLVE( 62, 3, 378000000U),
PLLVE( 126, 7, 381000000U),
PLLVE( 127, 7, 384000000U),
PLLVE( 64, 3, 390000000U),
PLLVE( 65, 3, 396000000U),
PLLVE( 66, 3, 402000000U),
PLLVE( 16, 0, 408000000U),
PLLVE( 68, 3, 414000000U),
PLLVE( 34, 1, 420000000U),
PLLVE( 70, 3, 426000000U),
PLLVE( 71, 3, 432000000U),
PLLVE( 72, 3, 438000000U),
PLLVE( 36, 1, 444000000U),
PLLVE( 74, 3, 450000000U),
PLLVE( 37, 1, 456000000U),
PLLVE( 76, 3, 462000000U),
PLLVE( 38, 1, 468000000U),
PLLVE( 78, 3, 474000000U),
PLLVE( 39, 1, 480000000U),
PLLVE( 80, 3, 486000000U),
PLLVE( 81, 3, 492000000U),
PLLVE( 82, 3, 498000000U),
PLLVE( 41, 1, 504000000U),
PLLVE( 84, 3, 510000000U),
PLLVE( 85, 3, 516000000U),
PLLVE( 86, 3, 522000000U),
PLLVE( 87, 3, 528000000U),
PLLVE( 88, 3, 534000000U),
PLLVE( 89, 3, 540000000U),
PLLVE( 90, 3, 546000000U),
PLLVE( 91, 3, 552000000U),
PLLVE( 92, 3, 558000000U),
PLLVE( 93, 3, 564000000U),
PLLVE( 94, 3, 570000000U),
PLLVE( 95, 3, 576000000U),
PLLVE( 96, 3, 582000000U),
PLLVE( 97, 3, 588000000U),
PLLVE( 98, 3, 594000000U),
PLLVE( 99, 3, 600000000U),
PLLVE( 100, 3, 606000000U),
PLLVE( 101, 3, 612000000U),
PLLVE( 102, 3, 618000000U),
PLLVE( 25, 0, 624000000U),
PLLVE( 104, 3, 630000000U),
PLLVE( 105, 3, 636000000U),
PLLVE( 106, 3, 642000000U),
PLLVE( 26, 0, 648000000U),
PLLVE( 108, 3, 654000000U),
PLLVE( 109, 3, 660000000U),
PLLVE( 110, 3, 666000000U),
PLLVE( 111, 3, 672000000U),
PLLVE( 112, 3, 678000000U),
PLLVE( 113, 3, 684000000U),
PLLVE( 114, 3, 690000000U),
PLLVE( 28, 0, 696000000U),
PLLVE( 116, 3, 702000000U),
PLLVE( 117, 3, 708000000U),
PLLVE( 118, 3, 714000000U),
PLLVE( 29, 0, 720000000U),
PLLVE( 120, 3, 726000000U),
PLLVE( 121, 3, 732000000U),
PLLVE( 122, 3, 738000000U),
PLLVE( 30, 0, 744000000U),
PLLVE( 124, 3, 750000000U),
PLLVE( 125, 3, 756000000U),
PLLVE( 126, 3, 762000000U),
PLLVE( 31, 0, 768000000U),
PLLVE( 32, 0, 792000000U),
PLLVE( 33, 0, 816000000U),
PLLVE( 34, 0, 840000000U),
PLLVE( 35, 0, 864000000U),
PLLVE( 36, 0, 888000000U),
PLLVE( 37, 0, 912000000U),
};
//n,k,m,freq
struct sunxi_clk_factor_freq factor_pllddr0_tbl[] = {
PLLDDR0( 0, 1, 3, 12000000U),
PLLDDR0( 0, 2, 2, 24000000U),
PLLDDR0( 2, 1, 3, 36000000U),
PLLDDR0( 3, 1, 3, 48000000U),
PLLDDR0( 8, 0, 3, 54000000U),
PLLDDR0( 9, 0, 3, 60000000U),
PLLDDR0( 7, 0, 2, 64000000U),
PLLDDR0( 10, 0, 3, 66000000U),
PLLDDR0( 3, 2, 3, 72000000U),
PLLDDR0( 12, 0, 3, 78000000U),
PLLDDR0( 9, 0, 2, 80000000U),
PLLDDR0( 6, 1, 3, 84000000U),
PLLDDR0( 10, 0, 2, 88000000U),
PLLDDR0( 4, 2, 3, 90000000U),
PLLDDR0( 3, 3, 3, 96000000U),
PLLDDR0( 16, 0, 3, 102000000U),
PLLDDR0( 12, 0, 2, 104000000U),
PLLDDR0( 5, 2, 3, 108000000U),
PLLDDR0( 6, 1, 2, 112000000U),
PLLDDR0( 18, 0, 3, 114000000U),
PLLDDR0( 9, 1, 3, 120000000U),
PLLDDR0( 6, 2, 3, 126000000U),
PLLDDR0( 15, 0, 2, 128000000U),
PLLDDR0( 21, 0, 3, 132000000U),
PLLDDR0( 16, 0, 2, 136000000U),
PLLDDR0( 22, 0, 3, 138000000U),
PLLDDR0( 7, 2, 3, 144000000U),
PLLDDR0( 24, 0, 3, 150000000U),
PLLDDR0( 18, 0, 2, 152000000U),
PLLDDR0( 25, 0, 3, 156000000U),
PLLDDR0( 19, 0, 2, 160000000U),
PLLDDR0( 8, 2, 3, 162000000U),
PLLDDR0( 27, 0, 3, 168000000U),
PLLDDR0( 28, 0, 3, 174000000U),
PLLDDR0( 10, 1, 2, 176000000U),
PLLDDR0( 9, 2, 3, 180000000U),
PLLDDR0( 22, 0, 2, 184000000U),
PLLDDR0( 30, 0, 3, 186000000U),
PLLDDR0( 23, 0, 2, 192000000U),
PLLDDR0( 10, 2, 3, 198000000U),
PLLDDR0( 24, 0, 2, 200000000U),
PLLDDR0( 16, 1, 3, 204000000U),
PLLDDR0( 25, 0, 2, 208000000U),
PLLDDR0( 11, 2, 3, 216000000U),
PLLDDR0( 6, 3, 2, 224000000U),
PLLDDR0( 18, 1, 3, 228000000U),
PLLDDR0( 28, 0, 2, 232000000U),
PLLDDR0( 12, 2, 3, 234000000U),
PLLDDR0( 19, 0, 1, 240000000U),
PLLDDR0( 30, 0, 2, 248000000U),
PLLDDR0( 20, 1, 3, 252000000U),
PLLDDR0( 15, 1, 2, 256000000U),
PLLDDR0( 21, 0, 1, 264000000U),
PLLDDR0( 14, 2, 3, 270000000U),
PLLDDR0( 16, 1, 2, 272000000U),
PLLDDR0( 22, 1, 3, 276000000U),
PLLDDR0( 11, 2, 2, 288000000U),
PLLDDR0( 24, 0, 1, 300000000U),
PLLDDR0( 18, 1, 2, 304000000U),
PLLDDR0( 16, 2, 3, 306000000U),
PLLDDR0( 25, 1, 3, 312000000U),
PLLDDR0( 19, 1, 2, 320000000U),
PLLDDR0( 26, 0, 1, 324000000U),
PLLDDR0( 13, 2, 2, 336000000U),
PLLDDR0( 18, 2, 3, 342000000U),
PLLDDR0( 28, 0, 1, 348000000U),
PLLDDR0( 10, 3, 2, 352000000U),
PLLDDR0( 14, 1, 1, 360000000U),
PLLDDR0( 22, 1, 2, 368000000U),
PLLDDR0( 30, 0, 1, 372000000U),
PLLDDR0( 20, 2, 3, 378000000U),
PLLDDR0( 23, 1, 2, 384000000U),
PLLDDR0( 10, 2, 1, 396000000U),
PLLDDR0( 24, 1, 2, 400000000U),
PLLDDR0( 16, 1, 1, 408000000U),
PLLDDR0( 22, 2, 3, 414000000U),
PLLDDR0( 12, 3, 2, 416000000U),
PLLDDR0( 26, 1, 2, 432000000U),
PLLDDR0( 13, 3, 2, 448000000U),
PLLDDR0( 24, 2, 3, 450000000U),
PLLDDR0( 18, 0, 0, 456000000U),
PLLDDR0( 28, 1, 2, 464000000U),
PLLDDR0( 12, 2, 1, 468000000U),
PLLDDR0( 19, 2, 2, 480000000U),
PLLDDR0( 30, 1, 2, 496000000U),
PLLDDR0( 20, 2, 2, 504000000U),
PLLDDR0( 31, 1, 2, 512000000U),
PLLDDR0( 10, 3, 1, 528000000U),
PLLDDR0( 14, 2, 1, 540000000U),
PLLDDR0( 16, 3, 2, 544000000U),
PLLDDR0( 22, 0, 0, 552000000U),
PLLDDR0( 23, 2, 2, 576000000U),
PLLDDR0( 24, 1, 1, 600000000U),
PLLDDR0( 18, 3, 2, 608000000U),
PLLDDR0( 16, 2, 1, 612000000U),
PLLDDR0( 25, 1, 1, 624000000U),
PLLDDR0( 19, 3, 2, 640000000U),
PLLDDR0( 17, 2, 1, 648000000U),
PLLDDR0( 27, 0, 0, 672000000U),
PLLDDR0( 18, 2, 1, 684000000U),
PLLDDR0( 28, 1, 1, 696000000U),
PLLDDR0( 9, 2, 0, 720000000U),
PLLDDR0( 30, 1, 1, 744000000U),
PLLDDR0( 20, 2, 1, 756000000U),
PLLDDR0( 7, 3, 0, 768000000U),
PLLDDR0( 21, 2, 1, 792000000U),
PLLDDR0( 16, 3, 1, 816000000U),
PLLDDR0( 22, 2, 1, 828000000U),
PLLDDR0( 17, 3, 1, 864000000U),
PLLDDR0( 24, 2, 1, 900000000U),
PLLDDR0( 18, 3, 1, 912000000U),
PLLDDR0( 12, 2, 0, 936000000U),
PLLDDR0( 9, 3, 0, 960000000U),
PLLDDR0( 13, 2, 0, 1008000000U),
PLLDDR0( 10, 3, 0, 1056000000U),
PLLDDR0( 14, 2, 0, 1080000000U),
PLLDDR0( 22, 1, 0, 1104000000U),
PLLDDR0( 15, 2, 0, 1152000000U),
PLLDDR0( 24, 1, 0, 1200000000U),
PLLDDR0( 16, 2, 0, 1224000000U),
PLLDDR0( 25, 1, 0, 1248000000U),
PLLDDR0( 26, 1, 0, 1296000000U),
PLLDDR0( 13, 3, 0, 1344000000U),
PLLDDR0( 18, 2, 0, 1368000000U),
PLLDDR0( 28, 1, 0, 1392000000U),
PLLDDR0( 14, 3, 0, 1440000000U),
PLLDDR0( 30, 1, 0, 1488000000U),
PLLDDR0( 20, 2, 0, 1512000000U),
PLLDDR0( 15, 3, 0, 1536000000U),
PLLDDR0( 21, 2, 0, 1584000000U),
PLLDDR0( 16, 3, 0, 1632000000U),
PLLDDR0( 22, 2, 0, 1656000000U),
PLLDDR0( 23, 2, 0, 1728000000U),
PLLDDR0( 24, 2, 0, 1800000000U),
PLLDDR0( 18, 3, 0, 1824000000U),
PLLDDR0( 25, 2, 0, 1872000000U),
PLLDDR0( 19, 3, 0, 1920000000U),
};
//n,k,freq
struct sunxi_clk_factor_freq factor_pllperiph0_tbl[] = {
PLLPERIPH( 1, 3, 96000000U),
PLLPERIPH( 8, 0, 108000000U),
PLLPERIPH( 9, 0, 120000000U),
PLLPERIPH( 10, 0, 132000000U),
PLLPERIPH( 3, 2, 144000000U),
PLLPERIPH( 12, 0, 156000000U),
PLLPERIPH( 13, 0, 168000000U),
PLLPERIPH( 14, 0, 180000000U),
PLLPERIPH( 7, 1, 192000000U),
PLLPERIPH( 16, 0, 204000000U),
PLLPERIPH( 17, 0, 216000000U),
PLLPERIPH( 18, 0, 228000000U),
PLLPERIPH( 4, 3, 240000000U),
PLLPERIPH( 6, 2, 252000000U),
PLLPERIPH( 21, 0, 264000000U),
PLLPERIPH( 7, 2, 288000000U),
PLLPERIPH( 24, 0, 300000000U),
PLLPERIPH( 25, 0, 312000000U),
PLLPERIPH( 26, 0, 324000000U),
PLLPERIPH( 6, 3, 336000000U),
PLLPERIPH( 28, 0, 348000000U),
PLLPERIPH( 9, 2, 360000000U),
PLLPERIPH( 30, 0, 372000000U),
PLLPERIPH( 31, 0, 384000000U),
PLLPERIPH( 10, 2, 396000000U),
PLLPERIPH( 16, 1, 408000000U),
PLLPERIPH( 17, 1, 432000000U),
PLLPERIPH( 18, 1, 456000000U),
PLLPERIPH( 12, 2, 468000000U),
PLLPERIPH( 19, 1, 480000000U),
PLLPERIPH( 20, 1, 504000000U),
PLLPERIPH( 10, 3, 528000000U),
PLLPERIPH( 14, 2, 540000000U),
PLLPERIPH( 22, 1, 552000000U),
PLLPERIPH( 11, 3, 576000000U),
PLLPERIPH( 24, 1, 600000000U),
PLLPERIPH( 16, 2, 612000000U),
PLLPERIPH( 25, 1, 624000000U),
PLLPERIPH( 17, 2, 648000000U),
PLLPERIPH( 13, 3, 672000000U),
PLLPERIPH( 18, 2, 684000000U),
PLLPERIPH( 28, 1, 696000000U),
PLLPERIPH( 29, 1, 720000000U),
PLLPERIPH( 30, 1, 744000000U),
};
//n,m,freq
struct sunxi_clk_factor_freq factor_pllisp_tbl[] = {
PLLISP( 4, 0, 120000000U),
PLLISP( 5, 0, 144000000U),
PLLISP( 18, 2, 152000000U),
PLLISP( 12, 1, 156000000U),
PLLISP( 19, 2, 160000000U),
PLLISP( 6, 0, 168000000U),
PLLISP( 28, 3, 174000000U),
PLLISP( 21, 2, 176000000U),
PLLISP( 14, 1, 180000000U),
PLLISP( 22, 2, 184000000U),
PLLISP( 30, 3, 186000000U),
PLLISP( 62, 7, 189000000U),
PLLISP( 31, 3, 192000000U),
PLLISP( 64, 7, 195000000U),
PLLISP( 32, 3, 198000000U),
PLLISP( 24, 2, 200000000U),
PLLISP( 66, 7, 201000000U),
PLLISP( 16, 1, 204000000U),
PLLISP( 68, 7, 207000000U),
PLLISP( 25, 2, 208000000U),
PLLISP( 34, 3, 210000000U),
PLLISP( 70, 7, 213000000U),
PLLISP( 35, 3, 216000000U),
PLLISP( 72, 7, 219000000U),
PLLISP( 36, 3, 222000000U),
PLLISP( 27, 2, 224000000U),
PLLISP( 74, 7, 225000000U),
PLLISP( 18, 1, 228000000U),
PLLISP( 76, 7, 231000000U),
PLLISP( 28, 2, 232000000U),
PLLISP( 38, 3, 234000000U),
PLLISP( 78, 7, 237000000U),
PLLISP( 29, 2, 240000000U),
PLLISP( 80, 7, 243000000U),
PLLISP( 40, 3, 246000000U),
PLLISP( 30, 2, 248000000U),
PLLISP( 82, 7, 249000000U),
PLLISP( 20, 1, 252000000U),
PLLISP( 84, 7, 255000000U),
PLLISP( 31, 2, 256000000U),
PLLISP( 42, 3, 258000000U),
PLLISP( 86, 7, 261000000U),
PLLISP( 10, 0, 264000000U),
PLLISP( 88, 7, 267000000U),
PLLISP( 44, 3, 270000000U),
PLLISP( 33, 2, 272000000U),
PLLISP( 90, 7, 273000000U),
PLLISP( 45, 3, 276000000U),
PLLISP( 92, 7, 279000000U),
PLLISP( 34, 2, 280000000U),
PLLISP( 93, 7, 282000000U),
PLLISP( 94, 7, 285000000U),
PLLISP( 23, 1, 288000000U),
PLLISP( 96, 7, 291000000U),
PLLISP( 97, 7, 294000000U),
PLLISP( 36, 2, 296000000U),
PLLISP( 98, 7, 297000000U),
PLLISP( 24, 1, 300000000U),
PLLISP( 100, 7, 303000000U),
PLLISP( 37, 2, 304000000U),
PLLISP( 50, 3, 306000000U),
PLLISP( 102, 7, 309000000U),
PLLISP( 25, 1, 312000000U),
PLLISP( 104, 7, 315000000U),
PLLISP( 52, 3, 318000000U),
PLLISP( 39, 2, 320000000U),
PLLISP( 106, 7, 321000000U),
PLLISP( 26, 1, 324000000U),
PLLISP( 108, 7, 327000000U),
PLLISP( 40, 2, 328000000U),
PLLISP( 54, 3, 330000000U),
PLLISP( 110, 7, 333000000U),
PLLISP( 41, 2, 336000000U),
PLLISP( 112, 7, 339000000U),
PLLISP( 113, 7, 342000000U),
PLLISP( 114, 7, 345000000U),
PLLISP( 28, 1, 348000000U),
PLLISP( 116, 7, 351000000U),
PLLISP( 117, 7, 354000000U),
PLLISP( 118, 7, 357000000U),
PLLISP( 29, 1, 360000000U),
PLLISP( 120, 7, 363000000U),
PLLISP( 121, 7, 366000000U),
PLLISP( 122, 7, 369000000U),
PLLISP( 30, 1, 372000000U),
PLLISP( 124, 7, 375000000U),
PLLISP( 125, 7, 378000000U),
PLLISP( 126, 7, 381000000U),
PLLISP( 15, 0, 384000000U),
PLLISP( 64, 3, 390000000U),
PLLISP( 65, 3, 396000000U),
PLLISP( 66, 3, 402000000U),
PLLISP( 16, 0, 408000000U),
PLLISP( 68, 3, 414000000U),
PLLISP( 34, 1, 420000000U),
PLLISP( 70, 3, 426000000U),
PLLISP( 17, 0, 432000000U),
PLLISP( 72, 3, 438000000U),
PLLISP( 36, 1, 444000000U),
PLLISP( 74, 3, 450000000U),
PLLISP( 75, 3, 456000000U),
PLLISP( 76, 3, 462000000U),
PLLISP( 77, 3, 468000000U),
PLLISP( 78, 3, 474000000U),
PLLISP( 79, 3, 480000000U),
PLLISP( 80, 3, 486000000U),
PLLISP( 81, 3, 492000000U),
PLLISP( 82, 3, 498000000U),
PLLISP( 41, 1, 504000000U),
PLLISP( 84, 3, 510000000U),
PLLISP( 85, 3, 516000000U),
PLLISP( 86, 3, 522000000U),
PLLISP( 21, 0, 528000000U),
PLLISP( 88, 3, 534000000U),
PLLISP( 89, 3, 540000000U),
PLLISP( 90, 3, 546000000U),
PLLISP( 91, 3, 552000000U),
PLLISP( 92, 3, 558000000U),
PLLISP( 93, 3, 564000000U),
PLLISP( 94, 3, 570000000U),
PLLISP( 95, 3, 576000000U),
PLLISP( 96, 3, 582000000U),
PLLISP( 97, 3, 588000000U),
PLLISP( 98, 3, 594000000U),
PLLISP( 99, 3, 600000000U),
PLLISP( 100, 3, 606000000U),
PLLISP( 101, 3, 612000000U),
PLLISP( 102, 3, 618000000U),
PLLISP( 25, 0, 624000000U),
PLLISP( 104, 3, 630000000U),
PLLISP( 105, 3, 636000000U),
PLLISP( 106, 3, 642000000U),
PLLISP( 107, 3, 648000000U),
PLLISP( 108, 3, 654000000U),
PLLISP( 109, 3, 660000000U),
PLLISP( 110, 3, 666000000U),
PLLISP( 27, 0, 672000000U),
PLLISP( 112, 3, 678000000U),
PLLISP( 113, 3, 684000000U),
PLLISP( 114, 3, 690000000U),
PLLISP( 115, 3, 696000000U),
PLLISP( 116, 3, 702000000U),
PLLISP( 117, 3, 708000000U),
PLLISP( 118, 3, 714000000U),
PLLISP( 29, 0, 720000000U),
PLLISP( 120, 3, 726000000U),
PLLISP( 121, 3, 732000000U),
PLLISP( 122, 3, 738000000U),
PLLISP( 123, 3, 744000000U),
PLLISP( 124, 3, 750000000U),
PLLISP( 125, 3, 756000000U),
PLLISP( 126, 3, 762000000U),
PLLISP( 127, 3, 768000000U),
PLLISP( 32, 0, 792000000U),
PLLISP( 33, 0, 816000000U),
};
//n,k,freq
struct sunxi_clk_factor_freq factor_pllperiph1_tbl[] = {
PLLPERIPH( 7, 0, 96000000U),
PLLPERIPH( 8, 0, 108000000U),
PLLPERIPH( 4, 1, 120000000U),
PLLPERIPH( 10, 0, 132000000U),
PLLPERIPH( 11, 0, 144000000U),
PLLPERIPH( 12, 0, 156000000U),
PLLPERIPH( 6, 1, 168000000U),
PLLPERIPH( 4, 2, 180000000U),
PLLPERIPH( 15, 0, 192000000U),
PLLPERIPH( 16, 0, 204000000U),
PLLPERIPH( 8, 1, 216000000U),
PLLPERIPH( 18, 0, 228000000U),
PLLPERIPH( 9, 1, 240000000U),
PLLPERIPH( 6, 2, 252000000U),
PLLPERIPH( 10, 1, 264000000U),
PLLPERIPH( 22, 0, 276000000U),
PLLPERIPH( 23, 0, 288000000U),
PLLPERIPH( 24, 0, 300000000U),
PLLPERIPH( 25, 0, 312000000U),
PLLPERIPH( 26, 0, 324000000U),
PLLPERIPH( 27, 0, 336000000U),
PLLPERIPH( 28, 0, 348000000U),
PLLPERIPH( 9, 2, 360000000U),
PLLPERIPH( 30, 0, 372000000U),
PLLPERIPH( 15, 1, 384000000U),
PLLPERIPH( 10, 2, 396000000U),
PLLPERIPH( 16, 1, 408000000U),
PLLPERIPH( 17, 1, 432000000U),
PLLPERIPH( 18, 1, 456000000U),
PLLPERIPH( 12, 2, 468000000U),
PLLPERIPH( 19, 1, 480000000U),
PLLPERIPH( 20, 1, 504000000U),
PLLPERIPH( 10, 3, 528000000U),
PLLPERIPH( 14, 2, 540000000U),
PLLPERIPH( 22, 1, 552000000U),
PLLPERIPH( 11, 3, 576000000U),
PLLPERIPH( 24, 1, 600000000U),
PLLPERIPH( 16, 2, 612000000U),
PLLPERIPH( 25, 1, 624000000U),
PLLPERIPH( 26, 1, 648000000U),
PLLPERIPH( 27, 1, 672000000U),
PLLPERIPH( 18, 2, 684000000U),
PLLPERIPH( 28, 1, 696000000U),
PLLPERIPH( 29, 1, 720000000U),
PLLPERIPH( 30, 1, 744000000U),
};
//n,m,freq
struct sunxi_clk_factor_freq factor_pllddr1_tbl[] = {
PLLDDR1( 8, 0, 216000000U),
PLLDDR1( 9, 0, 240000000U),
PLLDDR1( 10, 0, 264000000U),
PLLDDR1( 11, 0, 288000000U),
PLLDDR1( 12, 0, 312000000U),
PLLDDR1( 13, 0, 336000000U),
PLLDDR1( 14, 0, 360000000U),
PLLDDR1( 15, 0, 384000000U),
PLLDDR1( 16, 0, 408000000U),
PLLDDR1( 17, 0, 432000000U),
PLLDDR1( 18, 0, 456000000U),
PLLDDR1( 19, 0, 480000000U),
PLLDDR1( 20, 0, 504000000U),
PLLDDR1( 21, 0, 528000000U),
PLLDDR1( 22, 0, 552000000U),
PLLDDR1( 23, 0, 576000000U),
PLLDDR1( 24, 0, 600000000U),
PLLDDR1( 25, 0, 624000000U),
PLLDDR1( 26, 0, 648000000U),
PLLDDR1( 27, 0, 672000000U),
PLLDDR1( 28, 0, 696000000U),
PLLDDR1( 29, 0, 720000000U),
PLLDDR1( 30, 0, 744000000U),
PLLDDR1( 31, 0, 768000000U),
PLLDDR1( 32, 0, 792000000U),
PLLDDR1( 33, 0, 816000000U),
PLLDDR1( 34, 0, 840000000U),
PLLDDR1( 35, 0, 864000000U),
PLLDDR1( 36, 0, 888000000U),
PLLDDR1( 37, 0, 912000000U),
PLLDDR1( 38, 0, 936000000U),
PLLDDR1( 39, 0, 960000000U),
PLLDDR1( 40, 0, 984000000U),
PLLDDR1( 41, 0, 1008000000U),
PLLDDR1( 42, 0, 1032000000U),
PLLDDR1( 43, 0, 1056000000U),
PLLDDR1( 44, 0, 1080000000U),
PLLDDR1( 45, 0, 1104000000U),
PLLDDR1( 46, 0, 1128000000U),
PLLDDR1( 47, 0, 1152000000U),
PLLDDR1( 48, 0, 1176000000U),
PLLDDR1( 49, 0, 1200000000U),
PLLDDR1( 50, 0, 1224000000U),
PLLDDR1( 51, 0, 1248000000U),
PLLDDR1( 52, 0, 1272000000U),
PLLDDR1( 53, 0, 1296000000U),
PLLDDR1( 54, 0, 1320000000U),
PLLDDR1( 55, 0, 1344000000U),
PLLDDR1( 56, 0, 1368000000U),
PLLDDR1( 57, 0, 1392000000U),
PLLDDR1( 58, 0, 1416000000U),
PLLDDR1( 59, 0, 1440000000U),
PLLDDR1( 60, 0, 1464000000U),
PLLDDR1( 61, 0, 1488000000U),
PLLDDR1( 62, 0, 1512000000U),
PLLDDR1( 63, 0, 1536000000U),
PLLDDR1( 64, 0, 1560000000U),
PLLDDR1( 65, 0, 1584000000U),
PLLDDR1( 66, 0, 1608000000U),
PLLDDR1( 67, 0, 1632000000U),
PLLDDR1( 68, 0, 1656000000U),
PLLDDR1( 69, 0, 1680000000U),
PLLDDR1( 70, 0, 1704000000U),
PLLDDR1( 71, 0, 1728000000U),
PLLDDR1( 72, 0, 1752000000U),
PLLDDR1( 73, 0, 1776000000U),
PLLDDR1( 74, 0, 1800000000U),
PLLDDR1( 75, 0, 1824000000U),
PLLDDR1( 76, 0, 1848000000U),
PLLDDR1( 77, 0, 1872000000U),
PLLDDR1( 78, 0, 1896000000U),
PLLDDR1( 79, 0, 1920000000U),
PLLDDR1( 80, 0, 1944000000U),
PLLDDR1( 81, 0, 1968000000U),
PLLDDR1( 82, 0, 1992000000U),
PLLDDR1( 83, 0, 2016000000U),
PLLDDR1( 84, 0, 2040000000U),
PLLDDR1( 85, 0, 2064000000U),
PLLDDR1( 86, 0, 2088000000U),
};
static unsigned int pllcpu_max,pllvideo_max,pllve_max ,
pllddr0_max,pllperiph0_max ,pllperiph1_max,
pllddr1_max,pllisp_max;
#define PLL_MAX_ASSIGN(name) pll##name##_max=factor_pll##name##_tbl[ARRAY_SIZE(factor_pll##name##_tbl)-1].freq
void sunxi_clk_factor_initlimits(void)
{
PLL_MAX_ASSIGN(cpu);PLL_MAX_ASSIGN(video);PLL_MAX_ASSIGN(ve);
PLL_MAX_ASSIGN(periph0);PLL_MAX_ASSIGN(periph1);PLL_MAX_ASSIGN(ddr0);
PLL_MAX_ASSIGN(ddr1);PLL_MAX_ASSIGN(isp);
}