1 // SPDX-License-Identifier: GPL-2.0+
3 * (C) Copyright 2013-2020
4 * NVIDIA Corporation <www.nvidia.com>
7 /* Tegra210 Clock control functions */
13 #include <asm/cache.h>
15 #include <asm/arch/clock.h>
16 #include <asm/arch/sysctr.h>
17 #include <asm/arch/tegra.h>
18 #include <asm/arch-tegra/clk_rst.h>
19 #include <asm/arch-tegra/timer.h>
24 * Clock types that we can use as a source. The Tegra210 has muxes for the
25 * peripheral clocks, and in most cases there are four options for the clock
26 * source. This gives us a clock 'type' and exploits what commonality exists
29 * Letters are obvious, except for T which means CLK_M, and S which means the
30 * clock derived from 32KHz. Beware that CLK_M (also called OSC in the
31 * datasheet) and PLL_M are different things. The former is the basic
32 * clock supplied to the SOC from an external oscillator. The latter is the
35 * See definitions in clock_id in the header file.
38 CLOCK_TYPE_AXPT, /* PLL_A, PLL_X, PLL_P, CLK_M */
39 CLOCK_TYPE_MCPA, /* and so on */
53 CLOCK_TYPE_PC2CC3M_T16, /* PC2CC3M_T, but w/16-bit divisor (I2C) */
56 CLOCK_TYPE_MCPTM2C2C3,
58 CLOCK_TYPE_AC2CC3P_TS2,
59 CLOCK_TYPE_PC01C00_C42C41TC40,
62 CLOCK_TYPE_NONE = -1, /* invalid clock type */
66 CLOCK_MAX_MUX = 8 /* number of source options for each clock */
70 * Clock source mux for each clock type. This just converts our enum into
71 * a list of mux sources for use by the code.
74 * The extra column in each clock source array is used to store the mask
75 * bits in its register for the source.
77 #define CLK(x) CLOCK_ID_ ## x
78 static enum clock_id clock_source[CLOCK_TYPE_COUNT][CLOCK_MAX_MUX+1] = {
79 { CLK(AUDIO), CLK(XCPU), CLK(PERIPH), CLK(OSC),
80 CLK(NONE), CLK(NONE), CLK(NONE), CLK(NONE),
82 { CLK(MEMORY), CLK(CGENERAL), CLK(PERIPH), CLK(AUDIO),
83 CLK(NONE), CLK(NONE), CLK(NONE), CLK(NONE),
85 { CLK(MEMORY), CLK(CGENERAL), CLK(PERIPH), CLK(OSC),
86 CLK(NONE), CLK(NONE), CLK(NONE), CLK(NONE),
88 { CLK(PERIPH), CLK(CGENERAL), CLK(MEMORY), CLK(NONE),
89 CLK(NONE), CLK(NONE), CLK(NONE), CLK(NONE),
91 { CLK(PERIPH), CLK(CGENERAL), CLK(MEMORY), CLK(OSC),
92 CLK(NONE), CLK(NONE), CLK(NONE), CLK(NONE),
94 { CLK(PERIPH), CLK(DISPLAY), CLK(CGENERAL), CLK(OSC),
95 CLK(NONE), CLK(NONE), CLK(NONE), CLK(NONE),
97 { CLK(AUDIO), CLK(CGENERAL), CLK(PERIPH), CLK(OSC),
98 CLK(NONE), CLK(NONE), CLK(NONE), CLK(NONE),
100 { CLK(AUDIO), CLK(SFROM32KHZ), CLK(PERIPH), CLK(OSC),
101 CLK(EPCI), CLK(NONE), CLK(NONE), CLK(NONE),
103 { CLK(PERIPH), CLK(NONE), CLK(DISPLAY), CLK(NONE),
104 CLK(NONE), CLK(DISPLAY2), CLK(OSC), CLK(NONE),
106 { CLK(PERIPH), CLK(CGENERAL), CLK(SFROM32KHZ), CLK(OSC),
107 CLK(NONE), CLK(NONE), CLK(NONE), CLK(NONE),
110 { CLK(NONE), CLK(NONE), CLK(NONE), CLK(NONE),
111 CLK(NONE), CLK(NONE), CLK(NONE), CLK(NONE),
114 /* Additional clock types on Tegra114+ */
115 /* CLOCK_TYPE_PC2CC3M */
116 { CLK(PERIPH), CLK(CGENERAL2), CLK(CGENERAL), CLK(CGENERAL3),
117 CLK(MEMORY), CLK(NONE), CLK(NONE), CLK(NONE),
119 /* CLOCK_TYPE_PC2CC3S_T */
120 { CLK(PERIPH), CLK(CGENERAL2), CLK(CGENERAL), CLK(CGENERAL3),
121 CLK(SFROM32KHZ), CLK(NONE), CLK(OSC), CLK(NONE),
123 /* CLOCK_TYPE_PC2CC3M_T */
124 { CLK(PERIPH), CLK(CGENERAL2), CLK(CGENERAL), CLK(CGENERAL3),
125 CLK(MEMORY), CLK(NONE), CLK(OSC), CLK(NONE),
127 /* CLOCK_TYPE_PC2CC3M_T, w/16-bit divisor (I2C) */
128 { CLK(PERIPH), CLK(CGENERAL2), CLK(CGENERAL), CLK(CGENERAL3),
129 CLK(MEMORY), CLK(NONE), CLK(OSC), CLK(NONE),
131 /* CLOCK_TYPE_MC2CC3P_A */
132 { CLK(MEMORY), CLK(CGENERAL2), CLK(CGENERAL), CLK(CGENERAL3),
133 CLK(PERIPH), CLK(NONE), CLK(AUDIO), CLK(NONE),
136 { CLK(MEMORY), CLK(NONE), CLK(NONE), CLK(NONE),
137 CLK(NONE), CLK(NONE), CLK(NONE), CLK(NONE),
139 /* CLOCK_TYPE_MCPTM2C2C3 */
140 { CLK(MEMORY), CLK(CGENERAL), CLK(PERIPH), CLK(OSC),
141 CLK(MEMORY2), CLK(CGENERAL2), CLK(CGENERAL3), CLK(NONE),
143 /* CLOCK_TYPE_PC2CC3T_S */
144 { CLK(PERIPH), CLK(CGENERAL2), CLK(CGENERAL), CLK(CGENERAL3),
145 CLK(OSC), CLK(NONE), CLK(SFROM32KHZ), CLK(NONE),
147 /* CLOCK_TYPE_AC2CC3P_TS2 */
148 { CLK(AUDIO), CLK(CGENERAL2), CLK(CGENERAL), CLK(CGENERAL3),
149 CLK(PERIPH), CLK(NONE), CLK(OSC), CLK(SRC2),
151 /* CLOCK_TYPE_PC01C00_C42C41TC40 */
152 { CLK(PERIPH), CLK(CGENERAL_1), CLK(CGENERAL_0), CLK(NONE),
153 CLK(CGENERAL4_2), CLK(CGENERAL4_1), CLK(OSC), CLK(CGENERAL4_0),
158 * Clock type for each peripheral clock source. We put the name in each
159 * record just so it is easy to match things up
161 #define TYPE(name, type) type
162 static enum clock_type_id clock_periph_type[PERIPHC_COUNT] = {
164 TYPE(PERIPHC_I2S2, CLOCK_TYPE_AXPT),
165 TYPE(PERIPHC_I2S3, CLOCK_TYPE_AXPT),
166 TYPE(PERIPHC_SPDIF_OUT, CLOCK_TYPE_AXPT),
167 TYPE(PERIPHC_SPDIF_IN, CLOCK_TYPE_PC2CC3M),
168 TYPE(PERIPHC_PWM, CLOCK_TYPE_PC2CC3S_T),
169 TYPE(PERIPHC_05h, CLOCK_TYPE_NONE),
170 TYPE(PERIPHC_SBC2, CLOCK_TYPE_PC2CC3M_T),
171 TYPE(PERIPHC_SBC3, CLOCK_TYPE_PC2CC3M_T),
174 TYPE(PERIPHC_08h, CLOCK_TYPE_NONE),
175 TYPE(PERIPHC_I2C1, CLOCK_TYPE_PC2CC3M_T16),
176 TYPE(PERIPHC_I2C5, CLOCK_TYPE_PC2CC3M_T16),
177 TYPE(PERIPHC_0bh, CLOCK_TYPE_NONE),
178 TYPE(PERIPHC_0ch, CLOCK_TYPE_NONE),
179 TYPE(PERIPHC_SBC1, CLOCK_TYPE_PC2CC3M_T),
180 TYPE(PERIPHC_DISP1, CLOCK_TYPE_PDD2T),
181 TYPE(PERIPHC_DISP2, CLOCK_TYPE_PDD2T),
184 TYPE(PERIPHC_10h, CLOCK_TYPE_NONE),
185 TYPE(PERIPHC_11h, CLOCK_TYPE_NONE),
186 TYPE(PERIPHC_VI, CLOCK_TYPE_MC2CC3P_A),
187 TYPE(PERIPHC_13h, CLOCK_TYPE_NONE),
188 TYPE(PERIPHC_SDMMC1, CLOCK_TYPE_PC2CC3M_T),
189 TYPE(PERIPHC_SDMMC2, CLOCK_TYPE_PC2CC3M_T),
190 TYPE(PERIPHC_16h, CLOCK_TYPE_NONE),
191 TYPE(PERIPHC_17h, CLOCK_TYPE_NONE),
194 TYPE(PERIPHC_18h, CLOCK_TYPE_NONE),
195 TYPE(PERIPHC_SDMMC4, CLOCK_TYPE_PC2CC3M_T),
196 TYPE(PERIPHC_VFIR, CLOCK_TYPE_PC2CC3M_T),
197 TYPE(PERIPHC_1Bh, CLOCK_TYPE_NONE),
198 TYPE(PERIPHC_1Ch, CLOCK_TYPE_NONE),
199 TYPE(PERIPHC_HSI, CLOCK_TYPE_PC2CC3M_T),
200 TYPE(PERIPHC_UART1, CLOCK_TYPE_PC2CC3M_T),
201 TYPE(PERIPHC_UART2, CLOCK_TYPE_PC2CC3M_T),
204 TYPE(PERIPHC_HOST1X, CLOCK_TYPE_MC2CC3P_A),
205 TYPE(PERIPHC_21h, CLOCK_TYPE_NONE),
206 TYPE(PERIPHC_22h, CLOCK_TYPE_NONE),
207 TYPE(PERIPHC_23h, CLOCK_TYPE_NONE),
208 TYPE(PERIPHC_24h, CLOCK_TYPE_NONE),
209 TYPE(PERIPHC_25h, CLOCK_TYPE_NONE),
210 TYPE(PERIPHC_I2C2, CLOCK_TYPE_PC2CC3M_T16),
211 TYPE(PERIPHC_EMC, CLOCK_TYPE_MCPTM2C2C3),
214 TYPE(PERIPHC_UART3, CLOCK_TYPE_PC2CC3M_T),
215 TYPE(PERIPHC_29h, CLOCK_TYPE_NONE),
216 TYPE(PERIPHC_VI_SENSOR, CLOCK_TYPE_MC2CC3P_A),
217 TYPE(PERIPHC_2bh, CLOCK_TYPE_NONE),
218 TYPE(PERIPHC_2ch, CLOCK_TYPE_NONE),
219 TYPE(PERIPHC_SBC4, CLOCK_TYPE_PC2CC3M_T),
220 TYPE(PERIPHC_I2C3, CLOCK_TYPE_PC2CC3M_T16),
221 TYPE(PERIPHC_SDMMC3, CLOCK_TYPE_PC2CC3M_T),
224 TYPE(PERIPHC_UART4, CLOCK_TYPE_PC2CC3M_T),
225 TYPE(PERIPHC_UART5, CLOCK_TYPE_PC2CC3M_T),
226 TYPE(PERIPHC_VDE, CLOCK_TYPE_PC2CC3M_T),
227 TYPE(PERIPHC_OWR, CLOCK_TYPE_PC2CC3M_T),
228 TYPE(PERIPHC_NOR, CLOCK_TYPE_PC2CC3M_T),
229 TYPE(PERIPHC_CSITE, CLOCK_TYPE_PC2CC3M_T),
230 TYPE(PERIPHC_I2S1, CLOCK_TYPE_AXPT),
231 TYPE(PERIPHC_DTV, CLOCK_TYPE_NONE),
234 TYPE(PERIPHC_38h, CLOCK_TYPE_NONE),
235 TYPE(PERIPHC_39h, CLOCK_TYPE_NONE),
236 TYPE(PERIPHC_3ah, CLOCK_TYPE_NONE),
237 TYPE(PERIPHC_3bh, CLOCK_TYPE_NONE),
238 TYPE(PERIPHC_MSENC, CLOCK_TYPE_MC2CC3P_A),
239 TYPE(PERIPHC_TSEC, CLOCK_TYPE_PC2CC3M_T),
240 TYPE(PERIPHC_3eh, CLOCK_TYPE_NONE),
241 TYPE(PERIPHC_OSC, CLOCK_TYPE_NONE),
244 TYPE(PERIPHC_40h, CLOCK_TYPE_NONE), /* start with 0x3b0 */
245 TYPE(PERIPHC_MSELECT, CLOCK_TYPE_PC2CC3M_T),
246 TYPE(PERIPHC_TSENSOR, CLOCK_TYPE_PC2CC3T_S),
247 TYPE(PERIPHC_I2S4, CLOCK_TYPE_AXPT),
248 TYPE(PERIPHC_I2S5, CLOCK_TYPE_AXPT),
249 TYPE(PERIPHC_I2C4, CLOCK_TYPE_PC2CC3M_T16),
250 TYPE(PERIPHC_SBC5, CLOCK_TYPE_PC2CC3M_T),
251 TYPE(PERIPHC_SBC6, CLOCK_TYPE_PC2CC3M_T),
254 TYPE(PERIPHC_AUDIO, CLOCK_TYPE_AC2CC3P_TS2),
255 TYPE(PERIPHC_49h, CLOCK_TYPE_NONE),
256 TYPE(PERIPHC_4ah, CLOCK_TYPE_NONE),
257 TYPE(PERIPHC_4bh, CLOCK_TYPE_NONE),
258 TYPE(PERIPHC_4ch, CLOCK_TYPE_NONE),
259 TYPE(PERIPHC_HDA2CODEC2X, CLOCK_TYPE_PC2CC3M_T),
260 TYPE(PERIPHC_ACTMON, CLOCK_TYPE_PC2CC3S_T),
261 TYPE(PERIPHC_EXTPERIPH1, CLOCK_TYPE_ASPTE),
264 TYPE(PERIPHC_EXTPERIPH2, CLOCK_TYPE_ASPTE),
265 TYPE(PERIPHC_EXTPERIPH3, CLOCK_TYPE_ASPTE),
266 TYPE(PERIPHC_52h, CLOCK_TYPE_NONE),
267 TYPE(PERIPHC_I2CSLOW, CLOCK_TYPE_PC2CC3S_T),
268 TYPE(PERIPHC_SYS, CLOCK_TYPE_NONE),
269 TYPE(PERIPHC_55h, CLOCK_TYPE_NONE),
270 TYPE(PERIPHC_56h, CLOCK_TYPE_NONE),
271 TYPE(PERIPHC_57h, CLOCK_TYPE_NONE),
274 TYPE(PERIPHC_58h, CLOCK_TYPE_NONE),
275 TYPE(PERIPHC_59h, CLOCK_TYPE_NONE),
276 TYPE(PERIPHC_5ah, CLOCK_TYPE_NONE),
277 TYPE(PERIPHC_5bh, CLOCK_TYPE_NONE),
278 TYPE(PERIPHC_SATAOOB, CLOCK_TYPE_PCMT),
279 TYPE(PERIPHC_SATA, CLOCK_TYPE_PCMT),
280 TYPE(PERIPHC_HDA, CLOCK_TYPE_PC2CC3M_T),
281 TYPE(PERIPHC_5fh, CLOCK_TYPE_NONE),
284 TYPE(PERIPHC_XUSB_CORE_HOST, CLOCK_TYPE_NONE),
285 TYPE(PERIPHC_XUSB_FALCON, CLOCK_TYPE_NONE),
286 TYPE(PERIPHC_XUSB_FS, CLOCK_TYPE_NONE),
287 TYPE(PERIPHC_XUSB_CORE_DEV, CLOCK_TYPE_NONE),
288 TYPE(PERIPHC_XUSB_SS, CLOCK_TYPE_NONE),
289 TYPE(PERIPHC_CILAB, CLOCK_TYPE_NONE),
290 TYPE(PERIPHC_CILCD, CLOCK_TYPE_NONE),
291 TYPE(PERIPHC_CILE, CLOCK_TYPE_NONE),
294 TYPE(PERIPHC_DSIA_LP, CLOCK_TYPE_NONE),
295 TYPE(PERIPHC_DSIB_LP, CLOCK_TYPE_NONE),
296 TYPE(PERIPHC_ENTROPY, CLOCK_TYPE_NONE),
297 TYPE(PERIPHC_DVFS_REF, CLOCK_TYPE_NONE),
298 TYPE(PERIPHC_DVFS_SOC, CLOCK_TYPE_NONE),
299 TYPE(PERIPHC_TRACECLKIN, CLOCK_TYPE_NONE),
300 TYPE(PERIPHC_6eh, CLOCK_TYPE_NONE),
301 TYPE(PERIPHC_6fh, CLOCK_TYPE_NONE),
304 TYPE(PERIPHC_EMC_LATENCY, CLOCK_TYPE_NONE),
305 TYPE(PERIPHC_SOC_THERM, CLOCK_TYPE_NONE),
306 TYPE(PERIPHC_72h, CLOCK_TYPE_NONE),
307 TYPE(PERIPHC_73h, CLOCK_TYPE_NONE),
308 TYPE(PERIPHC_74h, CLOCK_TYPE_NONE),
309 TYPE(PERIPHC_75h, CLOCK_TYPE_NONE),
310 TYPE(PERIPHC_VI_SENSOR2, CLOCK_TYPE_NONE),
311 TYPE(PERIPHC_I2C6, CLOCK_TYPE_PC2CC3M_T16),
314 TYPE(PERIPHC_78h, CLOCK_TYPE_NONE),
315 TYPE(PERIPHC_EMC_DLL, CLOCK_TYPE_MCPTM2C2C3),
316 TYPE(PERIPHC_7ah, CLOCK_TYPE_NONE),
317 TYPE(PERIPHC_CLK72MHZ, CLOCK_TYPE_NONE),
318 TYPE(PERIPHC_7ch, CLOCK_TYPE_NONE),
319 TYPE(PERIPHC_7dh, CLOCK_TYPE_NONE),
320 TYPE(PERIPHC_VIC, CLOCK_TYPE_NONE),
321 TYPE(PERIPHC_7Fh, CLOCK_TYPE_NONE),
324 TYPE(PERIPHC_SDMMC_LEGACY_TM, CLOCK_TYPE_NONE),
325 TYPE(PERIPHC_NVDEC, CLOCK_TYPE_NONE),
326 TYPE(PERIPHC_NVJPG, CLOCK_TYPE_NONE),
327 TYPE(PERIPHC_NVENC, CLOCK_TYPE_NONE),
328 TYPE(PERIPHC_84h, CLOCK_TYPE_NONE),
329 TYPE(PERIPHC_85h, CLOCK_TYPE_NONE),
330 TYPE(PERIPHC_86h, CLOCK_TYPE_NONE),
331 TYPE(PERIPHC_87h, CLOCK_TYPE_NONE),
334 TYPE(PERIPHC_88h, CLOCK_TYPE_NONE),
335 TYPE(PERIPHC_89h, CLOCK_TYPE_NONE),
336 TYPE(PERIPHC_DMIC3, CLOCK_TYPE_NONE),
337 TYPE(PERIPHC_APE, CLOCK_TYPE_NONE),
338 TYPE(PERIPHC_QSPI, CLOCK_TYPE_PC01C00_C42C41TC40),
339 TYPE(PERIPHC_VI_I2C, CLOCK_TYPE_PC2CC3M_T16),
340 TYPE(PERIPHC_USB2_HSIC_TRK, CLOCK_TYPE_NONE),
341 TYPE(PERIPHC_PEX_SATA_USB_RX_BYP, CLOCK_TYPE_NONE),
344 TYPE(PERIPHC_MAUD, CLOCK_TYPE_NONE),
345 TYPE(PERIPHC_TSECB, CLOCK_TYPE_NONE),
349 * This array translates a periph_id to a periphc_internal_id
351 * Not present/matched up:
352 * uint vi_sensor; _VI_SENSOR_0, 0x1A8
353 * SPDIF - which is both 0x08 and 0x0c
356 #define NONE(name) (-1)
357 #define OFFSET(name, value) PERIPHC_ ## name
358 #define INTERNAL_ID(id) (id & 0x000000ff)
359 static s8 periph_id_to_internal_id[PERIPH_ID_COUNT] = {
368 PERIPHC_UART2, /* and vfir 0x68 */
400 /* Middle word: 63:32 */
412 PERIPHC_SBC1, /* SBCx = SPIx */
440 /* Upper word 95:64 */
600 /* Y: 192 (192 - 223) */
602 PERIPHC_SDMMC_LEGACY_TM,
606 PERIPHC_DMIC3, /* 197 */
607 PERIPHC_APE, /* 198 */
621 PERIPHC_VI_I2C, /* 208 */
624 PERIPHC_QSPI, /* 211 */
634 PERIPHC_NVENC, /* 219 */
642 * PLL divider shift/mask tables for all PLL IDs.
644 struct clk_pll_info tegra_pll_info_table[CLOCK_ID_PLL_COUNT] = {
646 * NOTE: If kcp_mask/kvco_mask == 0, they're not used in that PLL (PLLC, etc.)
647 * If lock_ena or lock_det are >31, they're not used in that PLL (PLLC, etc.)
649 { .m_shift = 0, .m_mask = 0xFF, .n_shift = 10, .n_mask = 0xFF, .p_shift = 20, .p_mask = 0x1F,
650 .lock_ena = 32, .lock_det = 27, .kcp_shift = 0, .kcp_mask = 0, .kvco_shift = 0, .kvco_mask = 0 }, /* PLLC */
651 { .m_shift = 0, .m_mask = 0xFF, .n_shift = 8, .n_mask = 0xFF, .p_shift = 20, .p_mask = 0x1F,
652 .lock_ena = 4, .lock_det = 27, .kcp_shift = 1, .kcp_mask = 3, .kvco_shift = 0, .kvco_mask = 1 }, /* PLLM */
653 { .m_shift = 0, .m_mask = 0xFF, .n_shift = 10, .n_mask = 0xFF, .p_shift = 20, .p_mask = 0x1F,
654 .lock_ena = 18, .lock_det = 27, .kcp_shift = 0, .kcp_mask = 3, .kvco_shift = 2, .kvco_mask = 1 }, /* PLLP */
655 { .m_shift = 0, .m_mask = 0xFF, .n_shift = 8, .n_mask = 0xFF, .p_shift = 20, .p_mask = 0x1F,
656 .lock_ena = 28, .lock_det = 27, .kcp_shift = 25, .kcp_mask = 3, .kvco_shift = 24, .kvco_mask = 1 }, /* PLLA */
657 { .m_shift = 0, .m_mask = 0xFF, .n_shift = 8, .n_mask = 0xFF, .p_shift = 16, .p_mask = 0x1F,
658 .lock_ena = 29, .lock_det = 27, .kcp_shift = 25, .kcp_mask = 3, .kvco_shift = 24, .kvco_mask = 1 }, /* PLLU */
659 { .m_shift = 0, .m_mask = 0xFF, .n_shift = 11, .n_mask = 0xFF, .p_shift = 20, .p_mask = 0x07,
660 .lock_ena = 18, .lock_det = 27, .kcp_shift = 23, .kcp_mask = 3, .kvco_shift = 22, .kvco_mask = 1 }, /* PLLD */
661 { .m_shift = 0, .m_mask = 0xFF, .n_shift = 8, .n_mask = 0xFF, .p_shift = 20, .p_mask = 0x1F,
662 .lock_ena = 18, .lock_det = 27, .kcp_shift = 1, .kcp_mask = 3, .kvco_shift = 0, .kvco_mask = 1 }, /* PLLX */
663 { .m_shift = 0, .m_mask = 0xFF, .n_shift = 8, .n_mask = 0xFF, .p_shift = 0, .p_mask = 0,
664 .lock_ena = 9, .lock_det = 11, .kcp_shift = 6, .kcp_mask = 3, .kvco_shift = 0, .kvco_mask = 1 }, /* PLLE */
665 { .m_shift = 0, .m_mask = 0, .n_shift = 0, .n_mask = 0, .p_shift = 0, .p_mask = 0,
666 .lock_ena = 0, .lock_det = 0, .kcp_shift = 0, .kcp_mask = 0, .kvco_shift = 0, .kvco_mask = 0 }, /* PLLS (gone)*/
667 { .m_shift = 0, .m_mask = 0xFF, .n_shift = 8, .n_mask = 0xFF, .p_shift = 19, .p_mask = 0x1F,
668 .lock_ena = 30, .lock_det = 27, .kcp_shift = 25, .kcp_mask = 3, .kvco_shift = 24, .kvco_mask = 1 }, /* PLLDP */
672 * Get the oscillator frequency, from the corresponding hardware configuration
673 * field. Note that Tegra30+ support 3 new higher freqs, but we map back
674 * to the old T20 freqs. Support for the higher oscillators is TBD.
676 enum clock_osc_freq clock_get_osc_freq(void)
678 struct clk_rst_ctlr *clkrst =
679 (struct clk_rst_ctlr *)NV_PA_CLK_RST_BASE;
682 reg = readl(&clkrst->crc_osc_ctrl);
683 reg = (reg & OSC_FREQ_MASK) >> OSC_FREQ_SHIFT;
685 * 0 = 13MHz, 1 = 16.8MHz, 4 = 19.2MHz, 5 = 38.4MHz,
686 * 8 = 12MHz, 9 = 48MHz, 12 = 26MHz
689 debug("OSC_FREQ is 38.4MHz (%d) ...\n", reg);
690 /* Map it to the 5th CLOCK_OSC_ enum, i.e. 4 */
695 * Map to most common (T20) freqs (except 38.4, handled above):
696 * 13/16.8 = 0, 19.2 = 1, 12/48 = 2, 26 = 3
701 /* Returns a pointer to the clock source register for a peripheral */
702 u32 *get_periph_source_reg(enum periph_id periph_id)
704 struct clk_rst_ctlr *clkrst =
705 (struct clk_rst_ctlr *)NV_PA_CLK_RST_BASE;
706 enum periphc_internal_id internal_id;
708 /* Coresight is a special case */
709 if (periph_id == PERIPH_ID_CSI)
710 return &clkrst->crc_clk_src[PERIPH_ID_CSI+1];
712 assert(periph_id >= PERIPH_ID_FIRST && periph_id < PERIPH_ID_COUNT);
713 internal_id = INTERNAL_ID(periph_id_to_internal_id[periph_id]);
714 assert(internal_id != -1);
716 if (internal_id < PERIPHC_VW_FIRST)
718 return &clkrst->crc_clk_src[internal_id];
720 if (internal_id < PERIPHC_X_FIRST) {
722 internal_id -= PERIPHC_VW_FIRST;
723 return &clkrst->crc_clk_src_vw[internal_id];
726 if (internal_id < PERIPHC_Y_FIRST) {
728 internal_id -= PERIPHC_X_FIRST;
729 return &clkrst->crc_clk_src_x[internal_id];
733 internal_id -= PERIPHC_Y_FIRST;
734 return &clkrst->crc_clk_src_y[internal_id];
737 int get_periph_clock_info(enum periph_id periph_id, int *mux_bits,
738 int *divider_bits, int *type)
740 enum periphc_internal_id internal_id;
742 if (!clock_periph_id_isvalid(periph_id))
745 internal_id = INTERNAL_ID(periph_id_to_internal_id[periph_id]);
746 if (!periphc_internal_id_isvalid(internal_id))
749 *type = clock_periph_type[internal_id];
750 if (!clock_type_id_isvalid(*type))
753 *mux_bits = clock_source[*type][CLOCK_MAX_MUX];
755 if (*type == CLOCK_TYPE_PC2CC3M_T16)
763 enum clock_id get_periph_clock_id(enum periph_id periph_id, int source)
765 enum periphc_internal_id internal_id;
768 if (!clock_periph_id_isvalid(periph_id))
769 return CLOCK_ID_NONE;
771 internal_id = INTERNAL_ID(periph_id_to_internal_id[periph_id]);
772 if (!periphc_internal_id_isvalid(internal_id))
773 return CLOCK_ID_NONE;
775 type = clock_periph_type[internal_id];
776 if (!clock_type_id_isvalid(type))
777 return CLOCK_ID_NONE;
779 return clock_source[type][source];
783 * Given a peripheral ID and the required source clock, this returns which
784 * value should be programmed into the source mux for that peripheral.
786 * There is special code here to handle the one source type with 5 sources.
788 * @param periph_id peripheral to start
789 * @param source PLL id of required parent clock
790 * @param mux_bits Set to number of bits in mux register: 2 or 4
791 * @param divider_bits Set to number of divider bits (8 or 16)
792 * @return mux value (0-4, or -1 if not found)
794 int get_periph_clock_source(enum periph_id periph_id,
795 enum clock_id parent, int *mux_bits, int *divider_bits)
797 enum clock_type_id type;
800 err = get_periph_clock_info(periph_id, mux_bits, divider_bits, &type);
803 for (mux = 0; mux < CLOCK_MAX_MUX; mux++)
804 if (clock_source[type][mux] == parent)
807 /* if we get here, either us or the caller has made a mistake */
808 printf("Caller requested bad clock: periph=%d, parent=%d\n", periph_id,
813 void clock_set_enable(enum periph_id periph_id, int enable)
815 struct clk_rst_ctlr *clkrst =
816 (struct clk_rst_ctlr *)NV_PA_CLK_RST_BASE;
820 /* Enable/disable the clock to this peripheral */
821 assert(clock_periph_id_isvalid(periph_id));
822 if ((int)periph_id < (int)PERIPH_ID_VW_FIRST)
823 clk = &clkrst->crc_clk_out_enb[PERIPH_REG(periph_id)];
824 else if ((int)periph_id < (int)PERIPH_ID_X_FIRST)
825 clk = &clkrst->crc_clk_out_enb_vw[PERIPH_REG(periph_id)];
826 else if ((int)periph_id < (int)PERIPH_ID_Y_FIRST)
827 clk = &clkrst->crc_clk_out_enb_x;
829 clk = &clkrst->crc_clk_out_enb_y;
833 reg |= PERIPH_MASK(periph_id);
835 reg &= ~PERIPH_MASK(periph_id);
839 void reset_set_enable(enum periph_id periph_id, int enable)
841 struct clk_rst_ctlr *clkrst =
842 (struct clk_rst_ctlr *)NV_PA_CLK_RST_BASE;
846 /* Enable/disable reset to the peripheral */
847 assert(clock_periph_id_isvalid(periph_id));
848 if (periph_id < PERIPH_ID_VW_FIRST)
849 reset = &clkrst->crc_rst_dev[PERIPH_REG(periph_id)];
850 else if ((int)periph_id < (int)PERIPH_ID_X_FIRST)
851 reset = &clkrst->crc_rst_dev_vw[PERIPH_REG(periph_id)];
852 else if ((int)periph_id < (int)PERIPH_ID_Y_FIRST)
853 reset = &clkrst->crc_rst_devices_x;
855 reset = &clkrst->crc_rst_devices_y;
859 reg |= PERIPH_MASK(periph_id);
861 reg &= ~PERIPH_MASK(periph_id);
865 #ifdef CONFIG_OF_CONTROL
867 * Convert a device tree clock ID to our peripheral ID. They are mostly
868 * the same but we are very cautious so we check that a valid clock ID is
871 * @param clk_id Clock ID according to tegra210 device tree binding
872 * @return peripheral ID, or PERIPH_ID_NONE if the clock ID is invalid
874 enum periph_id clk_id_to_periph_id(int clk_id)
876 if (clk_id > PERIPH_ID_COUNT)
877 return PERIPH_ID_NONE;
880 case PERIPH_ID_RESERVED4:
881 case PERIPH_ID_RESERVED25:
882 case PERIPH_ID_RESERVED35:
883 case PERIPH_ID_RESERVED36:
884 case PERIPH_ID_RESERVED38:
885 case PERIPH_ID_RESERVED43:
886 case PERIPH_ID_RESERVED49:
887 case PERIPH_ID_RESERVED53:
888 case PERIPH_ID_RESERVED64:
889 case PERIPH_ID_RESERVED84:
890 case PERIPH_ID_RESERVED85:
891 case PERIPH_ID_RESERVED86:
892 case PERIPH_ID_RESERVED88:
893 case PERIPH_ID_RESERVED90:
894 case PERIPH_ID_RESERVED92:
895 case PERIPH_ID_RESERVED93:
896 case PERIPH_ID_RESERVED94:
897 case PERIPH_ID_V_RESERVED2:
898 case PERIPH_ID_V_RESERVED4:
899 case PERIPH_ID_V_RESERVED17:
900 case PERIPH_ID_V_RESERVED18:
901 case PERIPH_ID_V_RESERVED19:
902 case PERIPH_ID_V_RESERVED20:
903 case PERIPH_ID_V_RESERVED21:
904 case PERIPH_ID_V_RESERVED22:
905 case PERIPH_ID_W_RESERVED2:
906 case PERIPH_ID_W_RESERVED3:
907 case PERIPH_ID_W_RESERVED4:
908 case PERIPH_ID_W_RESERVED5:
909 case PERIPH_ID_W_RESERVED6:
910 case PERIPH_ID_W_RESERVED7:
911 case PERIPH_ID_W_RESERVED9:
912 case PERIPH_ID_W_RESERVED10:
913 case PERIPH_ID_W_RESERVED11:
914 case PERIPH_ID_W_RESERVED12:
915 case PERIPH_ID_W_RESERVED13:
916 case PERIPH_ID_W_RESERVED15:
917 case PERIPH_ID_W_RESERVED16:
918 case PERIPH_ID_W_RESERVED17:
919 case PERIPH_ID_W_RESERVED18:
920 case PERIPH_ID_W_RESERVED19:
921 case PERIPH_ID_W_RESERVED20:
922 case PERIPH_ID_W_RESERVED23:
923 case PERIPH_ID_W_RESERVED29:
924 case PERIPH_ID_W_RESERVED30:
925 case PERIPH_ID_W_RESERVED31:
926 return PERIPH_ID_NONE;
931 #endif /* CONFIG_OF_CONTROL */
934 * T210 redefines PLLP_OUT2 as PLLP_VCO/DIVP, so do different OUT1-4 setup here.
935 * PLLP_BASE/MISC/etc. is already set up for 408MHz in the BootROM.
937 void tegra210_setup_pllp(void)
939 struct clk_rst_ctlr *clkrst = (struct clk_rst_ctlr *)NV_PA_CLK_RST_BASE;
942 /* Set PLLP_OUT1, 3 & 4 freqs to 9.6, 102 & 204MHz */
945 /* Assert RSTN before enable */
946 reg = PLLP_OUT1_RSTN_EN;
947 writel(reg, &clkrst->crc_pll[CLOCK_ID_PERIPH].pll_out[0]);
948 /* Set divisor and reenable */
949 reg = (IN_408_OUT_9_6_DIVISOR << PLLP_OUT1_RATIO)
950 | PLLP_OUT1_OVR | PLLP_OUT1_CLKEN | PLLP_OUT1_RSTN_DIS;
951 writel(reg, &clkrst->crc_pll[CLOCK_ID_PERIPH].pll_out[0]);
954 /* Assert RSTN before enable */
955 reg = PLLP_OUT4_RSTN_EN | PLLP_OUT3_RSTN_EN;
956 writel(reg, &clkrst->crc_pll[CLOCK_ID_PERIPH].pll_out[1]);
957 /* Set divisor and reenable */
958 reg = (IN_408_OUT_204_DIVISOR << PLLP_OUT4_RATIO)
959 | PLLP_OUT4_OVR | PLLP_OUT4_CLKEN | PLLP_OUT4_RSTN_DIS
960 | (IN_408_OUT_102_DIVISOR << PLLP_OUT3_RATIO)
961 | PLLP_OUT3_OVR | PLLP_OUT3_CLKEN | PLLP_OUT3_RSTN_DIS;
962 writel(reg, &clkrst->crc_pll[CLOCK_ID_PERIPH].pll_out[1]);
965 * NOTE: If you want to change PLLP_OUT2 away from 204MHz,
966 * you can change PLLP_BASE DIVP here. Currently defaults
967 * to 1, which is 2^1, or 2, so PLLP_OUT2 is 204MHz.
968 * See Table 13 in section 5.1.4 in T210 TRM for more info.
972 void clock_early_init(void)
974 struct clk_rst_ctlr *clkrst =
975 (struct clk_rst_ctlr *)NV_PA_CLK_RST_BASE;
976 struct clk_pll_info *pllinfo = &tegra_pll_info_table[CLOCK_ID_DISPLAY];
979 tegra210_setup_pllp();
982 * PLLC output frequency set to 600Mhz
983 * PLLD output frequency set to 925Mhz
985 switch (clock_get_osc_freq()) {
986 case CLOCK_OSC_FREQ_12_0: /* OSC is 12Mhz */
987 clock_set_rate(CLOCK_ID_CGENERAL, 600, 12, 0, 8);
988 clock_set_rate(CLOCK_ID_DISPLAY, 925, 12, 0, 12);
991 case CLOCK_OSC_FREQ_26_0: /* OSC is 26Mhz */
992 clock_set_rate(CLOCK_ID_CGENERAL, 600, 26, 0, 8);
993 clock_set_rate(CLOCK_ID_DISPLAY, 925, 26, 0, 12);
996 case CLOCK_OSC_FREQ_13_0: /* OSC is 13Mhz */
997 clock_set_rate(CLOCK_ID_CGENERAL, 600, 13, 0, 8);
998 clock_set_rate(CLOCK_ID_DISPLAY, 925, 13, 0, 12);
1000 case CLOCK_OSC_FREQ_19_2:
1001 clock_set_rate(CLOCK_ID_CGENERAL, 125, 4, 0, 0);
1002 clock_set_rate(CLOCK_ID_DISPLAY, 96, 2, 0, 12);
1004 case CLOCK_OSC_FREQ_38_4:
1005 clock_set_rate(CLOCK_ID_CGENERAL, 125, 8, 0, 0);
1006 clock_set_rate(CLOCK_ID_DISPLAY, 96, 4, 0, 0);
1010 * These are not supported. It is too early to print a
1011 * message and the UART likely won't work anyway due to the
1012 * oscillator being wrong.
1017 /* PLLC_MISC1: Turn IDDQ off. NOTE: T210 PLLC_MISC_1 maps to pll_misc */
1018 clrbits_le32(&clkrst->crc_pll[CLOCK_ID_CGENERAL].pll_misc,
1023 * PLLC_MISC: Take PLLC out of reset. NOTE: T210 PLLC_MISC maps
1026 clrbits_le32(&clkrst->crc_pll[CLOCK_ID_CGENERAL].pll_out[1],
1030 /* PLLD_MISC: Set CLKENABLE and LOCK_DETECT bits */
1031 data = (1 << PLLD_ENABLE_CLK) | (1 << pllinfo->lock_ena);
1032 writel(data, &clkrst->crc_pll[CLOCK_ID_DISPLAY].pll_misc);
1036 unsigned int clk_m_get_rate(unsigned parent_rate)
1038 struct clk_rst_ctlr *clkrst = (struct clk_rst_ctlr *)NV_PA_CLK_RST_BASE;
1041 value = readl(&clkrst->crc_spare_reg0);
1042 div = ((value >> 2) & 0x3) + 1;
1044 return parent_rate / div;
1047 void arch_timer_init(void)
1049 struct sysctr_ctlr *sysctr = (struct sysctr_ctlr *)NV_PA_TSC_BASE;
1052 freq = clock_get_rate(CLOCK_ID_CLK_M);
1053 debug("%s: clk_m freq is %dHz [0x%08X]\n", __func__, freq, freq);
1055 if (current_el() == 3)
1056 asm("msr cntfrq_el0, %0\n" : : "r" (freq));
1058 /* Only Tegra114+ has the System Counter regs */
1059 debug("%s: setting CNTFID0 to 0x%08X\n", __func__, freq);
1060 writel(freq, &sysctr->cntfid0);
1062 val = readl(&sysctr->cntcr);
1063 val |= TSC_CNTCR_ENABLE | TSC_CNTCR_HDBG;
1064 writel(val, &sysctr->cntcr);
1065 debug("%s: TSC CNTCR = 0x%08X\n", __func__, val);
1068 #define PLLREFE_MISC 0x4c8
1069 #define PLLREFE_MISC_LOCK BIT(27)
1070 #define PLLREFE_MISC_IDDQ BIT(24)
1072 #define PLLREFE_BASE 0x4c4
1073 #define PLLREFE_BASE_BYPASS BIT(31)
1074 #define PLLREFE_BASE_ENABLE BIT(30)
1075 #define PLLREFE_BASE_REF_DIS BIT(29)
1076 #define PLLREFE_BASE_KCP(kcp) (((kcp) & 0x3) << 27)
1077 #define PLLREFE_BASE_KVCO BIT(26)
1078 #define PLLREFE_BASE_DIVP(p) (((p) & 0x1f) << 16)
1079 #define PLLREFE_BASE_DIVN(n) (((n) & 0xff) << 8)
1080 #define PLLREFE_BASE_DIVM(m) (((m) & 0xff) << 0)
1082 static int tegra_pllref_enable(void)
1085 unsigned long start;
1088 * This sequence comes from Tegra X1 TRM section "Cold Boot, with no
1089 * Recovery Mode or Boot from USB", sub-section "PLLREFE".
1092 value = readl(NV_PA_CLK_RST_BASE + PLLREFE_MISC);
1093 value &= ~PLLREFE_MISC_IDDQ;
1094 writel(value, NV_PA_CLK_RST_BASE + PLLREFE_MISC);
1098 value = PLLREFE_BASE_ENABLE |
1099 PLLREFE_BASE_KCP(0) |
1100 PLLREFE_BASE_DIVP(0) |
1101 PLLREFE_BASE_DIVN(0x41) |
1102 PLLREFE_BASE_DIVM(4);
1103 writel(value, NV_PA_CLK_RST_BASE + PLLREFE_BASE);
1105 debug("waiting for pllrefe lock\n");
1106 start = get_timer(0);
1107 while (get_timer(start) < 250) {
1108 value = readl(NV_PA_CLK_RST_BASE + PLLREFE_MISC);
1109 if (value & PLLREFE_MISC_LOCK)
1112 if (!(value & PLLREFE_MISC_LOCK)) {
1113 debug(" timeout\n");
1121 #define PLLE_SS_CNTL 0x68
1122 #define PLLE_SS_CNTL_SSCINCINTR(x) (((x) & 0x3f) << 24)
1123 #define PLLE_SS_CNTL_SSCINC(x) (((x) & 0xff) << 16)
1124 #define PLLE_SS_CNTL_SSCINVERT (1 << 15)
1125 #define PLLE_SS_CNTL_SSCCENTER (1 << 14)
1126 #define PLLE_SS_CNTL_SSCBYP (1 << 12)
1127 #define PLLE_SS_CNTL_INTERP_RESET (1 << 11)
1128 #define PLLE_SS_CNTL_BYPASS_SS (1 << 10)
1129 #define PLLE_SS_CNTL_SSCMAX(x) (((x) & 0x1ff) << 0)
1131 #define PLLE_BASE 0x0e8
1132 #define PLLE_BASE_ENABLE (1 << 31)
1133 #define PLLE_BASE_PLDIV_CML(x) (((x) & 0x1f) << 24)
1134 #define PLLE_BASE_NDIV(x) (((x) & 0xff) << 8)
1135 #define PLLE_BASE_MDIV(x) (((x) & 0xff) << 0)
1137 #define PLLE_MISC 0x0ec
1138 #define PLLE_MISC_IDDQ_SWCTL (1 << 14)
1139 #define PLLE_MISC_IDDQ_OVERRIDE_VALUE (1 << 13)
1140 #define PLLE_MISC_LOCK (1 << 11)
1141 #define PLLE_PTS (1 << 8)
1142 #define PLLE_MISC_KCP(x) (((x) & 0x3) << 6)
1143 #define PLLE_MISC_VREG_CTRL(x) (((x) & 0x3) << 2)
1144 #define PLLE_MISC_KVCO (1 << 0)
1146 #define PLLE_AUX 0x48c
1147 #define PLLE_AUX_SS_SEQ_INCLUDE (1 << 31)
1148 #define PLLE_AUX_REF_SEL_PLLREFE (1 << 28)
1149 #define PLLE_AUX_SEQ_ENABLE (1 << 24)
1150 #define PLLE_AUX_SS_SWCTL (1 << 6)
1151 #define PLLE_AUX_ENABLE_SWCTL (1 << 4)
1152 #define PLLE_AUX_USE_LOCKDET (1 << 3)
1154 int tegra_plle_enable(void)
1157 unsigned long start;
1159 /* PLLREF feeds PLLE */
1160 tegra_pllref_enable();
1163 * This sequence comes from Tegra X1 TRM section "Cold Boot, with no
1164 * Recovery Mode or Boot from USB", sub-section "PLLEs".
1167 /* 1. Select XTAL as the source */
1169 value = readl(NV_PA_CLK_RST_BASE + PLLE_AUX);
1170 value &= ~PLLE_AUX_REF_SEL_PLLREFE;
1171 writel(value, NV_PA_CLK_RST_BASE + PLLE_AUX);
1173 value = readl(NV_PA_CLK_RST_BASE + PLLE_MISC);
1174 value &= ~PLLE_MISC_IDDQ_OVERRIDE_VALUE;
1175 writel(value, NV_PA_CLK_RST_BASE + PLLE_MISC);
1181 * 3. Program the following registers to generate a low jitter 100MHz
1185 value = readl(NV_PA_CLK_RST_BASE + PLLE_BASE);
1186 value &= ~PLLE_BASE_PLDIV_CML(0x1f);
1187 value &= ~PLLE_BASE_NDIV(0xff);
1188 value &= ~PLLE_BASE_MDIV(0xff);
1189 value |= PLLE_BASE_PLDIV_CML(0xe);
1190 value |= PLLE_BASE_NDIV(0x7d);
1191 value |= PLLE_BASE_MDIV(2);
1192 writel(value, NV_PA_CLK_RST_BASE + PLLE_BASE);
1194 value = readl(NV_PA_CLK_RST_BASE + PLLE_MISC);
1196 value &= ~PLLE_MISC_KCP(3);
1197 value &= ~PLLE_MISC_VREG_CTRL(3);
1198 value &= ~PLLE_MISC_KVCO;
1199 writel(value, NV_PA_CLK_RST_BASE + PLLE_MISC);
1201 value = readl(NV_PA_CLK_RST_BASE + PLLE_BASE);
1202 value |= PLLE_BASE_ENABLE;
1203 writel(value, NV_PA_CLK_RST_BASE + PLLE_BASE);
1205 /* 4. Wait for LOCK */
1207 debug("waiting for plle lock\n");
1208 start = get_timer(0);
1209 while (get_timer(start) < 250) {
1210 value = readl(NV_PA_CLK_RST_BASE + PLLE_MISC);
1211 if (value & PLLE_MISC_LOCK)
1214 if (!(value & PLLE_MISC_LOCK)) {
1215 debug(" timeout\n");
1222 value = readl(NV_PA_CLK_RST_BASE + PLLE_SS_CNTL);
1223 value &= ~PLLE_SS_CNTL_SSCINC(0xff);
1224 value |= PLLE_SS_CNTL_SSCINC(1);
1225 value &= ~PLLE_SS_CNTL_SSCINCINTR(0x3f);
1226 value |= PLLE_SS_CNTL_SSCINCINTR(0x23);
1227 value &= ~PLLE_SS_CNTL_SSCMAX(0x1fff);
1228 value |= PLLE_SS_CNTL_SSCMAX(0x21);
1229 value &= ~PLLE_SS_CNTL_SSCINVERT;
1230 value &= ~PLLE_SS_CNTL_SSCCENTER;
1231 value &= ~PLLE_SS_CNTL_BYPASS_SS;
1232 value &= ~PLLE_SS_CNTL_SSCBYP;
1233 writel(value, NV_PA_CLK_RST_BASE + PLLE_SS_CNTL);
1235 /* 6. Wait 300 ns */
1238 value &= ~PLLE_SS_CNTL_INTERP_RESET;
1239 writel(value, NV_PA_CLK_RST_BASE + PLLE_SS_CNTL);
1244 struct periph_clk_init periph_clk_init_table[] = {
1245 { PERIPH_ID_SBC1, CLOCK_ID_PERIPH },
1246 { PERIPH_ID_SBC2, CLOCK_ID_PERIPH },
1247 { PERIPH_ID_SBC3, CLOCK_ID_PERIPH },
1248 { PERIPH_ID_SBC4, CLOCK_ID_PERIPH },
1249 { PERIPH_ID_SBC5, CLOCK_ID_PERIPH },
1250 { PERIPH_ID_SBC6, CLOCK_ID_PERIPH },
1251 { PERIPH_ID_HOST1X, CLOCK_ID_PERIPH },
1252 { PERIPH_ID_SDMMC1, CLOCK_ID_PERIPH },
1253 { PERIPH_ID_SDMMC2, CLOCK_ID_PERIPH },
1254 { PERIPH_ID_SDMMC3, CLOCK_ID_PERIPH },
1255 { PERIPH_ID_SDMMC4, CLOCK_ID_PERIPH },
1256 { PERIPH_ID_PWM, CLOCK_ID_SFROM32KHZ },
1257 { PERIPH_ID_I2C1, CLOCK_ID_PERIPH },
1258 { PERIPH_ID_I2C2, CLOCK_ID_PERIPH },
1259 { PERIPH_ID_I2C3, CLOCK_ID_PERIPH },
1260 { PERIPH_ID_I2C4, CLOCK_ID_PERIPH },
1261 { PERIPH_ID_I2C5, CLOCK_ID_PERIPH },
1262 { PERIPH_ID_I2C6, CLOCK_ID_PERIPH },