S: Supported
F: arch/arm/dts/am335x-sancloud*
+ARM SC5XX
+M: Nathan Barrett-Morrison <nathan.morrison@timesys.com>
+M: Greg Malysa <greg.malysa@timesys.com>
+M: Ian Roberts <ian.roberts@timesys.com>
+M: Vasileios Bimpikas <vasileios.bimpikas@analog.com>
+M: Utsav Agarwal <utsav.agarwal@analog.com>
+M: Arturs Artamonovs <arturs.artamonovs@analog.com>
+S: Supported
+T: git https://github.com/analogdevicesinc/lnxdsp-u-boot
+F: arch/arm/include/asm/arch-adi/
+F: arch/arm/mach-sc5xx/
+F: include/env/adi/
+
ARM SNAPDRAGON
M: Caleb Connolly <caleb.connolly@linaro.org>
M: Neil Armstrong <neil.armstrong@linaro.org>
development platform that supports the QorIQ LS1046A
Layerscape Architecture processor.
+config ARCH_SC5XX
+ bool "Analog Devices SC5XX-processor family"
+
config TARGET_SL28
bool "Support sl28"
select ARCH_LS1028A
source "arch/arm/mach-s5pc1xx/Kconfig"
+source "arch/arm/mach-sc5xx/Kconfig"
+
source "arch/arm/mach-snapdragon/Kconfig"
source "arch/arm/mach-socfpga/Kconfig"
machine-$(CONFIG_ARCH_RENESAS) += renesas
machine-$(CONFIG_ARCH_ROCKCHIP) += rockchip
machine-$(CONFIG_ARCH_S5PC1XX) += s5pc1xx
+machine-$(CONFIG_ARCH_SC5XX) += sc5xx
machine-$(CONFIG_ARCH_SNAPDRAGON) += snapdragon
machine-$(CONFIG_ARCH_SOCFPGA) += socfpga
machine-$(CONFIG_ARCH_STM32) += stm32
--- /dev/null
+/* SPDX-License-Identifier: GPL-2.0-or-later */
+/*
+ * (C) Copyright 2022 - Analog Devices, Inc.
+ *
+ * Written and/or maintained by Timesys Corporation
+ *
+ * Contact: Nathan Barrett-Morrison <nathan.morrison@timesys.com>
+ * Contact: Greg Malysa <greg.malysa@timesys.com>
+ */
+#ifndef ARCH_ADI_SC5XX_SC5XX_H
+#define ARCH_ADI_SC5XX_SC5XX_H
+
+#include <linux/types.h>
+
+#define TWI0_CLKDIV 0x31001400 // TWI0 SCL Clock Divider Register
+#define TWI1_CLKDIV 0x31001500 // TWI1 SCL Clock Divider Register
+#define TWI2_CLKDIV 0x31001600 // TWI2 SCL Clock Divider Register
+
+const char *sc5xx_get_boot_mode(u32 *bmode);
+void sc5xx_enable_rgmii(void);
+
+void sc5xx_enable_ns_sharc_access(uintptr_t securec0_base);
+void sc5xx_disable_spu0(uintptr_t spu0_start, uintptr_t spu0_end);
+void sc5xx_enable_pmu(void);
+
+/**
+ * Per-SoC init function to be used to initialize hw-specific things. Examples:
+ * enable PMU on armv7, enable coresight timer on armv8, etc.
+ */
+void sc5xx_soc_init(void);
+
+/*
+ * Reconfigure SPI memory map region for OSPI use. The adi-spi3 driver
+ * does not use the memory map, while the OSPI driver requires it. Only
+ * available on sc59x and sc59x-64
+ */
+void sc59x_remap_ospi(void);
+
+#endif
--- /dev/null
+/* SPDX-License-Identifier: GPL-2.0-or-later */
+/*
+ * (C) Copyright 2022 - Analog Devices, Inc.
+ *
+ * Written and/or maintained by Timesys Corporation
+ *
+ * Contact: Nathan Barrett-Morrison <nathan.morrison@timesys.com>
+ * Contact: Greg Malysa <greg.malysa@timesys.com>
+ */
+
+#ifndef BOARD_ADI_COMMON_SOC_H
+#define BOARD_ADI_COMMON_SOC_H
+
+#include <phy.h>
+
+void fixup_dp83867_phy(struct phy_device *phydev);
+
+#endif
--- /dev/null
+/* SPDX-License-Identifier: GPL-2.0-or-later */
+/*
+ * (C) Copyright 2022 - Analog Devices, Inc.
+ *
+ * Written and/or maintained by Timesys Corporation
+ *
+ * Contact: Nathan Barrett-Morrison <nathan.morrison@timesys.com>
+ * Contact: Greg Malysa <greg.malysa@timesys.com>
+ */
+#ifndef ARCH_ADI_SC5XX_SPL_H
+#define ARCH_ADI_SC5XX_SPL_H
+
+#include <linux/types.h>
+
+struct adi_boot_args {
+ phys_addr_t addr;
+ u32 flags;
+ u32 cmd;
+};
+
+extern u32 bmode;
+
+/**
+ * This table stores the arguments to the rom boot function per bootmode,
+ * and it is populated per SoC in the corresponding SoC support file (sc7x, sc58x,
+ * and so on).
+ */
+extern const struct adi_boot_args adi_rom_boot_args[8];
+
+/**
+ * Struct layout for the boot config is also specific to an SoC, so you should
+ * only access it inside an SoC-specific boot hook function, which will be called
+ * from the boot rom while going from SPL to proper u-boot
+ */
+struct ADI_ROM_BOOT_CONFIG;
+int32_t adi_rom_boot_hook(struct ADI_ROM_BOOT_CONFIG *cfg, int32_t cause);
+
+typedef void (*adi_rom_boot_fn)(void *address, uint32_t flags, int32_t count,
+ void *hook, uint32_t command);
+
+extern adi_rom_boot_fn adi_rom_boot;
+
+#endif
--- /dev/null
+# SPDX-License-Identifier: GPL-2.0-or-later
+#
+# (C) Copyright 2022 - Analog Devices, Inc.
+#
+# Written and/or maintained by Timesys Corporation
+#
+# Contact: Nathan Barrett-Morrison <nathan.morrison@timesys.com>
+# Contact: Greg Malysa <greg.malysa@timesys.com>
+#
+
+# All 32-bit platforms require SYS_ARM_CACHE_WRITETHROUGH
+# But it is ignored if selected here, so it must be in the defconfig
+
+if ARCH_SC5XX
+
+config SC57X
+ bool
+ select SUPPORT_SPL
+ select CPU_V7A
+ select PANIC_HANG
+ select COMMON_CLK_ADI_SC57X
+ select TIMER
+ select ADI_SC5XX_TIMER
+
+config SC58X
+ bool
+ select SUPPORT_SPL
+ select CPU_V7A
+ select PANIC_HANG
+ select COMMON_CLK_ADI_SC58X
+ select TIMER
+ select ADI_SC5XX_TIMER
+
+config SC59X
+ bool
+ select SUPPORT_SPL
+ select CPU_V7A
+ select PANIC_HANG
+ select COMMON_CLK_ADI_SC594
+ select TIMER
+ select ADI_SC5XX_TIMER
+ select NOP_PHY
+
+config SC59X_64
+ bool
+ select SUPPORT_SPL
+ select PANIC_HANG
+ select MMC_SDHCI_ADMA_FORCE_32BIT
+ select ARM64
+ select DM
+ select DM_SERIAL
+ select COMMON_CLK_ADI_SC598
+ select GICV3
+ select GIC_600_CLEAR_RDPD
+ select NOP_PHY
+
+config SC_BOOT_MODE
+ int "SC5XX boot mode select"
+ default 1
+ range 0 7
+ help
+ Mode 0: do nothing, just idle
+ Mode 1: boot ldr out of serial flash
+ Mode 7: boot ldr over uart
+
+config SC_BOOT_SPI_BUS
+ int "sc5xx spi boot bus"
+ default 2
+ range 0 4
+ help
+ This is the SPI peripheral number to use for booting, X in the
+ expression `sf probe X:Y`
+
+config SC_BOOT_SPI_SSEL
+ int "sc5xx spi boot chipselect"
+ default 1
+ range 0 6
+ help
+ This is the SPI chip select number to use for booting, Y in the
+ expression `sf probe X:Y`
+
+config SC_BOOT_OSPI_BUS
+ int "sc5xx ospi boot bus"
+ default 0
+ help
+ This is the OSPI peripheral number to use for booting, X in the
+ expression `sf probe X:Y`
+
+config SC_BOOT_OSPI_SSEL
+ int "sc5xx ospi boot chipselect"
+ default 0
+ help
+ This is the OSPI chip select number to use for booting, Y in the
+ expression `sf probe X:Y`
+
+config SYS_FLASH_BASE
+ hex
+ default 0x60000000
+
+config UART_CONSOLE
+ int
+ default 0
+
+config UART4_SERIAL
+ bool
+ depends on DM_SERIAL
+ default y
+
+config WDT_ADI
+ bool
+ default y
+
+config WATCHDOG_TIMEOUT_MSECS
+ int
+ default 30000
+
+config DW_PORTS
+ int
+ default 1
+
+config ADI_BUG_EZKHW21
+ bool "SC584 EZKIT phy bug workaround"
+ depends on SC58X
+ help
+ This workaround affects the SC584 EZKIT and addresses bug EZKHW21.
+ It disables gigabit ethernet mode and limits the board to 100 Mbps
+
+config ADI_CARRIER_SOMCRR_EZKIT
+ bool "Support the EV-SOMCRR-EZKIT"
+ depends on (SC59X || SC59X_64)
+ help
+ Say y to include support for the EV-SOMCRR-EZKIT carrier board,
+ which is compatible with the SC594 and SC598 SOMs. The EZKIT is
+ mutually incompatible with the EZLITE.
+
+config ADI_CARRIER_SOMCRR_EZLITE
+ bool "Support the EV-SOMCRR-EZLITE"
+ depends on (SC59X || SC59X_64)
+ help
+ Say y to include support for the EV-SOMCRR-EZLITE carrier board,
+ which is compatible with the SC594 and SC598 SOMs. The EZLITE is
+ mutually incompatible with the EZKIT.
+
+config ADI_SPL_FORCE_BMODE
+ int "Force the SPL to use this BMODE device during next boot stage"
+ default 0
+ range 0 9
+ depends on SPL
+ help
+ Force the SPL to use this BMODE device during next boot stage.
+ For example, if booting via QSPI, we can force the second stage
+ Of the boot process to use other peripherals via:
+ 1 = QSPI -> QSPI
+ 5 = QSPI -> OSPI
+ 6 = QSPI -> eMMC
+
+config ADI_USE_DMC0
+ bool "Configure DMC0"
+ default y
+ help
+ During hardware initialization, channel 0 of the DMC will be
+ initialized. Select this if you have DMC0 connected to external
+ DDR memory. This is expected to be true for every board using
+ an SC5xx SoC.
+
+config ADI_USE_DMC1
+ bool "Configure DMC1"
+ help
+ During hardware initialization, channel 1 of the DMC will be
+ initialized. Not all processors have a DMC1. Select this if your
+ SoC has DMC1 and you have it connected to external DDR memory.
+
+config ADI_USE_DDR2
+ bool "Configure DMC for DDR2 mode"
+ help
+ Configure the DMC in DDR2 mode. The default is DDR3 and not all
+ parts may actually support DDR2. Please consult the manual for
+ the SoC that you are using to determine if DDR2 mode is supported.
+ This also requires that DDR2 memory is present on the board or it
+ will probably cause strange failure.
+
+menu "Clock configuration"
+
+config CGU0_DF_DIV
+ int "CGU0_DF_DIV"
+ range 0 1
+ help
+ Select 0 to pass CLKIN to PLL
+ Select 1 to pass CLKIN/2 to PLL
+
+config CGU0_VCO_MULT
+ int "CGU0_VCO_MULT"
+ range 0 127
+ help
+ VCO_MULT controls the MSEL (multiplier) bits in PLL_CTL
+ A value of 0 means 128
+
+config CGU0_CCLK_DIV
+ int "CGU0_CCLK_DIV"
+ range 0 31
+ help
+ CCLK_DIV controls the core clock divider
+ A value of 0 means 32
+ CCLK = ((CLKIN / (1 + DF)) * VCO_MULT) / CCLK_DIV
+
+config CGU0_SCLK_DIV
+ int "CGU0_SCLK_DIV"
+ range 0 31
+ help
+ SCLK_DIV controls the system clock divider
+ A value of 0 means 32
+ SCLK = ((CLKIN / (1 + DF)) * VCO_MULT) / SYSCLK_DIV
+
+config CGU0_SCLK0_DIV
+ int "CGU0_SCLK0_DIV"
+ range 0 7
+ help
+ A value of 0 means 8
+ SCLK0 = SCLK / SCLK0_DIV
+
+config CGU0_SCLK1_DIV
+ int "CGU0_SCLK1_DIV"
+ depends on (SC57X || SC58X)
+ range 0 7
+ help
+ A value of 0 means 8
+ SCLK1 = SCLK / SCLK1_DIV
+
+config CGU0_DCLK_DIV
+ int "CGU0_DCLK_DIV"
+ range 0 31
+ help
+ DCLK_DIV controls the DDR clock divider
+ A value of 0 means 32
+ DCLK = ((CLKIN / (1 + DF)) * VCO_MULT) / DCLK_DIV
+
+config CGU0_OCLK_DIV
+ int "CGU0_OCLK_DIV"
+ range 0 127
+ help
+ OCLK_DIV controls the output clock divider
+ A value of 0 means 128
+ OCLK = ((CLKIN / (1 + DF)) * VCO_MULT) / OCLK_DIV
+
+config CGU0_DIV_S1SELEX
+ int "CGU0_DIV_S1SELEX"
+ depends on !SC57X && !SC58X
+ range 0 255
+ help
+ CGU0 SCLK1 Extended divisor register.
+ A value of 0 means 256.
+ SCLK1 = ((CLKIN / (1 + DF)) * VCO_MULT) / DIV_S1SELEX
+
+config CGU0_CLKOUTSEL
+ int "CGU0_CLKOUTSEL"
+ default 0
+ range 0 31
+ help
+ Select signal driven through CLKOUT pin multiplexer.
+ This value varies on each SOC. Refer to
+ CGU_CLKOUTSEL.CLKOUTSEL in the Hardware Reference Manual
+ for values applicable to each SOC.
+ Commonly, values 0 and 1 select CLKIN0 or CLKIN1 respectively.
+
+config CGU1_PLL3_DDRCLK
+ bool "DDRCLK From 3rd PLL"
+ depends on SC59X_64
+ help
+ 3rd PLL output is connected to DMC block when set.
+ When cleared, DDR clock is CLKO3 output of CDU.
+
+config CGU1_PLL3_VCO_MSEL
+ int "CGU0_PLL3_VCO_MSEL"
+ depends on CGU1_PLL3_DDRCLK
+ range 1 128
+ help
+ PLL multiplier value for the 3rd PLL.
+ DCLK = (CLKIN * PLL3_VCO_MSEL) / PLL3_DCLK_DIV
+
+config CGU1_PLL3_DCLK_DIV
+ int "CGU0_PLL3_DCLK_DIV"
+ depends on CGU1_PLL3_DDRCLK
+ range 1 32
+ help
+ PLL divider value for the 3rd PLL.
+ DCLK = (CLKIN * PLL3_VCO_MSEL) / PLL3_DCLK_DIV
+
+config CGU1_DF_DIV
+ int "CGU1_DF_DIV"
+ range 0 1
+ help
+ Select 0 to pass CLKIN to PLL
+ Select 1 to pass CLKIN/2 to PLL
+
+config CGU1_VCO_MULT
+ int "CGU1_VCO_MULT"
+ range 0 127
+ help
+ VCO_MULT controls the MSEL (multiplier) bits in PLL_CTL
+ A value of 0 means 128
+
+config CGU1_CCLK_DIV
+ int "CGU1_CCLK_DIV"
+ range 0 31
+ help
+ CCLK_DIV controls the core clock divider
+ A value of 0 means 32
+ CCLK = ((CLKIN / (1 + DF)) * VCO_MULT) / CCLK_DIV
+
+config CGU1_SCLK_DIV
+ int "CGU1_SCLK_DIV"
+ range 0 31
+ help
+ SCLK_DIV controls the system clock divider
+ A value of 0 means 32
+ SCLK = ((CLKIN / (1 + DF)) * VCO_MULT) / SYSCLK_DIV
+
+config CGU1_SCLK0_DIV
+ int "CGU1_SCLK0_DIV"
+ depends on (SC57X || SC58X || SC59X)
+ range 0 7
+ help
+ A value of 0 means 8
+ SCLK0 = SCLK / SCLK0_DIV
+
+config CGU1_SCLK1_DIV
+ int "CGU1_SCLK1_DIV"
+ depends on (SC57X || SC58X)
+ range 0 7
+ help
+ A value of 0 means 8
+ SCLK1 = SCLK / SCLK1_DIV
+
+config CGU1_DCLK_DIV
+ int "CGU1_DCLK_DIV"
+ range 0 31
+ help
+ DCLK_DIV controls the DDR clock divider
+ A value of 0 means 32
+ DCLK = ((CLKIN / (1 + DF)) * VCO_MULT) / DCLK_DIV
+
+config CGU1_OCLK_DIV
+ int "CGU1_OCLK_DIV"
+ range 0 127
+ help
+ OCLK_DIV controls the output clock divider
+ A value of 0 means 128
+ OCLK = ((CLKIN / (1 + DF)) * VCO_MULT) / OCLK_DIV
+
+config CGU1_DIV_S0SELEX
+ int "CGU1_DIV_S0SELEX"
+ depends on !SC57X && !SC58X && !SC59X
+ range 0 255
+ help
+ CGU1 SCLK0 Extended divisor register.
+ A value of 0 means 256.
+ SCLK0 = ((CLKIN / (1 + DF)) * VCO_MULT) / DIV_S0SELEX
+
+config CGU1_DIV_S1SELEX
+ int "CGU1_DIV_S1SELEX"
+ depends on !SC57X && !SC58X
+ range 0 255
+ help
+ CGU1 SCLK1 Extended divisor register.
+ A value of 0 means 256.
+ SCLK1 = ((CLKIN / (1 + DF)) * VCO_MULT) / DIV_S1SELEX
+
+config CDU0_CGU1_CLKIN
+ int "CDU0 CGU1 CLKINn Select"
+ default 0
+ range 0 1
+ help
+ Selects source clock for CGU1.
+ 0 for CLKIN0
+ 1 for CLKIN1
+
+config CDU0_CLKO0
+ int "CDU0_CLKO0"
+ range 1 7
+ help
+ Clock source select. Refer to SOC Hardware Reference Manual
+
+config CDU0_CLKO1
+ int "CDU0_CLKO1"
+ range 1 7
+ help
+ Clock source select. Refer to SOC Hardware Reference Manual
+
+config CDU0_CLKO2
+ int "CDU0_CLKO2"
+ range 1 7
+ help
+ Clock source select. Refer to SOC Hardware Reference Manual
+
+config CDU0_CLKO3
+ int "CDU0_CLKO3"
+ range 1 7
+ help
+ Clock source select. Refer to SOC Hardware Reference Manual
+
+config CDU0_CLKO4
+ int "CDU0_CLKO4"
+ range 1 7
+ help
+ Clock source select. Refer to SOC Hardware Reference Manual
+
+config CDU0_CLKO5
+ int "CDU0_CLKO5"
+ range 1 7
+ help
+ Clock source select. Refer to SOC Hardware Reference Manual
+
+config CDU0_CLKO6
+ int "CDU0_CLKO6"
+ range 1 7
+ help
+ Clock source select. Refer to SOC Hardware Reference Manual
+
+config CDU0_CLKO7
+ int "CDU0_CLKO7"
+ range 1 7
+ help
+ Clock source select. Refer to SOC Hardware Reference Manual
+
+config CDU0_CLKO8
+ int "CDU0_CLKO8"
+ range 1 7
+ help
+ Clock source select. Refer to SOC Hardware Reference Manual
+
+config CDU0_CLKO9
+ int "CDU0_CLKO9"
+ range 1 7
+ help
+ Clock source select. Refer to SOC Hardware Reference Manual
+
+config CDU0_CLKO10
+ int "CDU0_CLKO10"
+ range 1 7
+ depends on (SC59X || SC59X_64)
+ help
+ Clock source select. Refer to SOC Hardware Reference Manual
+
+config CDU0_CLKO12
+ int "CDU0_CLKO12"
+ range 1 7
+ depends on (SC59X || SC59X_64)
+ help
+ Clock source select. Refer to SOC Hardware Reference Manual
+
+config CDU0_CLKO13
+ int "CDU0_CLKO13"
+ range 1 7
+ depends on SC59X_64
+ help
+ Clock source select. Refer to SOC Hardware Reference Manual
+
+config CDU0_CLKO14
+ int "CDU0_CLKO14"
+ range 1 7
+ depends on SC59X_64
+ help
+ Clock source select. Refer to SOC Hardware Reference Manual
+
+endmenu
+
+config ADI_GPIO
+ bool
+ default y
+
+config PINCTRL_ADI
+ bool
+ default y
+
+endif
--- /dev/null
+# SPDX-License-Identifier: GPL-2.0-or-later
+#
+# (C) Copyright 2022 - Analog Devices, Inc.
+#
+# Written and/or maintained by Timesys Corporation
+#
+# Contact: Nathan Barrett-Morrison <nathan.morrison@timesys.com>
+# Contact: Greg Malysa <greg.malysa@timesys.com>
+#
+
+obj-y += soc.o init/
+
+obj-$(CONFIG_SC57X) += sc57x.o
+obj-$(CONFIG_SC58X) += sc58x.o
+obj-$(CONFIG_SC59X) += sc59x.o
+obj-$(CONFIG_SC59X_64) += sc59x_64.o
+
+obj-$(CONFIG_SPL_BUILD) += spl.o
+obj-$(CONFIG_SYSCON) += rcu.o
--- /dev/null
+# SPDX-License-Identifier: GPL-2.0-or-later
+#
+# (C) Copyright 2022 - Analog Devices, Inc.
+#
+# Written and/or maintained by Timesys Corporation
+#
+# Contact: Nathan Barrett-Morrison <nathan.morrison@timesys.com>
+# Contact: Greg Malysa <greg.malysa@timesys.com>
+#
+
+ifdef CONFIG_SPL_BUILD
+INPUTS-y += $(obj)/u-boot-spl.ldr
+endif
+
+LDR_FLAGS += --bcode=$(CONFIG_SC_BOOT_MODE)
+LDR_FLAGS += --use-vmas
--- /dev/null
+# SPDX-License-Identifier: GPL-2.0-or-later
+#
+# (C) Copyright 2022 - Analog Devices, Inc.
+#
+# Written and/or maintained by Timesys Corporation
+#
+# Contact: Nathan Barrett-Morrison <nathan.morrison@timesys.com>
+# Contact: Greg Malysa <greg.malysa@timesys.com>
+#
+
+obj-y += dmcinit.o clkinit.o
--- /dev/null
+// SPDX-License-Identifier: GPL-2.0-or-later
+/*
+ * (C) Copyright 2022 - Analog Devices, Inc.
+ *
+ * Written and/or maintained by Timesys Corporation
+ *
+ * Contact: Nathan Barrett-Morrison <nathan.morrison@timesys.com>
+ * Contact: Greg Malysa <greg.malysa@timesys.com>
+ */
+
+#include <asm/arch-adi/sc5xx/sc5xx.h>
+#include <asm/io.h>
+#include <linux/types.h>
+#include "clkinit.h"
+#include "dmcinit.h"
+
+#ifdef CONFIG_CGU0_SCLK0_DIV
+ #define VAL_CGU0_SCLK0_DIV CONFIG_CGU0_SCLK0_DIV
+#else
+ #define VAL_CGU0_SCLK0_DIV 1
+#endif
+#ifdef CONFIG_CGU0_SCLK1_DIV
+ #define VAL_CGU0_SCLK1_DIV CONFIG_CGU0_SCLK1_DIV
+#else
+ #define VAL_CGU0_SCLK1_DIV 1
+#endif
+#ifdef CONFIG_CGU0_DIV_S0SELEX
+ #define VAL_CGU0_DIV_S0SELEX CONFIG_CGU0_DIV_S0SELEX
+#else
+ #define VAL_CGU0_DIV_S0SELEX -1
+#endif
+#ifdef CONFIG_CGU0_DIV_S1SELEX
+ #define VAL_CGU0_DIV_S1SELEX CONFIG_CGU0_DIV_S1SELEX
+#else
+ #define VAL_CGU0_DIV_S1SELEX -1
+#endif
+#ifdef CONFIG_CGU0_CLKOUTSEL
+ #define VAL_CGU0_CLKOUTSEL CONFIG_CGU0_CLKOUTSEL
+#else
+ #define VAL_CGU0_CLKOUTSEL -1
+#endif
+#ifdef CONFIG_CGU1_SCLK0_DIV
+ #define VAL_CGU1_SCLK0_DIV CONFIG_CGU1_SCLK0_DIV
+#else
+ #define VAL_CGU1_SCLK0_DIV 1
+#endif
+#ifdef CONFIG_CGU1_SCLK1_DIV
+ #define VAL_CGU1_SCLK1_DIV CONFIG_CGU1_SCLK1_DIV
+#else
+ #define VAL_CGU1_SCLK1_DIV 1
+#endif
+#ifdef CONFIG_CGU1_DIV_S0SELEX
+ #define VAL_CGU1_DIV_S0SELEX CONFIG_CGU1_DIV_S0SELEX
+#else
+ #define VAL_CGU1_DIV_S0SELEX -1
+#endif
+#ifdef CONFIG_CGU1_DIV_S1SELEX
+ #define VAL_CGU1_DIV_S1SELEX CONFIG_CGU1_DIV_S1SELEX
+#else
+ #define VAL_CGU1_DIV_S1SELEX -1
+#endif
+#ifdef CONFIG_CGU1_CLKOUTSEL
+ #define VAL_CGU1_CLKOUTSEL CONFIG_CGU1_CLKOUTSEL
+#else
+ #define VAL_CGU1_CLKOUTSEL -1
+#endif
+
+#define REG_MISC_REG10_tst_addr 0x310A902C
+
+#define CGU0_REGBASE 0x3108D000
+#define CGU1_REGBASE 0x3108E000
+
+#define CGU_CTL 0x00 // CGU0 Control Register
+#define CGU_PLLCTL 0x04 // CGU0 PLL Control Register
+#define CGU_STAT 0x08 // CGU0 Status Register
+#define CGU_DIV 0x0C // CGU0 Clocks Divisor Register
+#define CGU_CLKOUTSEL 0x10 // CGU0 CLKOUT Select Register
+#define CGU_DIVEX 0x40 // CGU0 DIV Register Extension
+
+#define BITP_CGU_DIV_OSEL 22 // OUTCLK Divisor
+#define BITP_CGU_DIV_DSEL 16 // DCLK Divisor
+#define BITP_CGU_DIV_S1SEL 13 // SCLK 1 Divisor
+#define BITP_CGU_DIV_SYSSEL 8 // SYSCLK Divisor
+#define BITP_CGU_DIV_S0SEL 5 // SCLK 0 Divisor
+#define BITP_CGU_DIV_CSEL 0 // CCLK Divisor
+
+#define BITP_CGU_CTL_MSEL 8 // Multiplier Select
+#define BITP_CGU_CTL_DF 0 // Divide Frequency
+
+#define BITM_CGU_STAT_CLKSALGN 0x00000008
+#define BITM_CGU_STAT_PLOCK 0x00000004
+#define BITM_CGU_STAT_PLLBP 0x00000002
+#define BITM_CGU_STAT_PLLEN 0x00000001
+
+/* PLL Multiplier and Divisor Selections (Required Value, Bit Position) */
+/* PLL Multiplier Select */
+#define MSEL(X) (((X) << BITP_CGU_CTL_MSEL) & \
+ BITM_CGU_CTL_MSEL)
+/* Divide frequency[true or false] */
+#define DF(X) (((X) << BITP_CGU_CTL_DF) & \
+ BITM_CGU_CTL_DF)
+/* Core Clock Divisor Select */
+#define CSEL(X) (((X) << BITP_CGU_DIV_CSEL) & \
+ BITM_CGU_DIV_CSEL)
+/* System Clock Divisor Select */
+#define SYSSEL(X) (((X) << BITP_CGU_DIV_SYSSEL) & \
+ BITM_CGU_DIV_SYSSEL)
+/* SCLK0 Divisor Select */
+#define S0SEL(X) (((X) << BITP_CGU_DIV_S0SEL) & \
+ BITM_CGU_DIV_S0SEL)
+/* SCLK1 Divisor Select */
+#define S1SEL(X) (((X) << BITP_CGU_DIV_S1SEL) & \
+ BITM_CGU_DIV_S1SEL)
+/* DDR Clock Divisor Select */
+#define DSEL(X) (((X) << BITP_CGU_DIV_DSEL) & \
+ BITM_CGU_DIV_DSEL)
+/* OUTCLK Divisor Select */
+#define OSEL(X) (((X) << BITP_CGU_DIV_OSEL) & \
+ BITM_CGU_DIV_OSEL)
+/* CLKOUT select */
+#define CLKOUTSEL(X) (((X) << BITP_CGU_CLKOUTSEL_CLKOUTSEL) & \
+ BITM_CGU_CLKOUTSEL_CLKOUTSEL)
+#define S0SELEX(X) (((X) << BITP_CGU_DIVEX_S0SELEX) & \
+ BITM_CGU_DIVEX_S0SELEX)
+#define S1SELEX(X) (((X) << BITP_CGU_DIVEX_S1SELEX) & \
+ BITM_CGU_DIVEX_S1SELEX)
+
+struct CGU_Settings {
+ phys_addr_t rbase;
+ u32 ctl_MSEL:7;
+ u32 ctl_DF:1;
+ u32 div_CSEL:5;
+ u32 div_SYSSEL:5;
+ u32 div_S0SEL:3;
+ u32 div_S1SEL:3;
+ u32 div_DSEL:5;
+ u32 div_OSEL:7;
+ s16 divex_S0SELEX;
+ s16 divex_S1SELEX;
+ s8 clkoutsel;
+};
+
+/* CGU Registers */
+#define BITM_CGU_CTL_LOCK 0x80000000 /* Lock */
+
+#define BITM_CGU_CTL_MSEL 0x00007F00 /* Multiplier Select */
+#define BITM_CGU_CTL_DF 0x00000001 /* Divide Frequency */
+#define BITM_CGU_CTL_S1SELEXEN 0x00020000 /* SCLK1 Extension Divider Enable */
+#define BITM_CGU_CTL_S0SELEXEN 0x00010000 /* SCLK0 Extension Divider Enable */
+
+#define BITM_CGU_DIV_LOCK 0x80000000 /* Lock */
+#define BITM_CGU_DIV_UPDT 0x40000000 /* Update Clock Divisors */
+#define BITM_CGU_DIV_ALGN 0x20000000 /* Align */
+#define BITM_CGU_DIV_OSEL 0x1FC00000 /* OUTCLK Divisor */
+#define BITM_CGU_DIV_DSEL 0x001F0000 /* DCLK Divisor */
+#define BITM_CGU_DIV_S1SEL 0x0000E000 /* SCLK 1 Divisor */
+#define BITM_CGU_DIV_SYSSEL 0x00001F00 /* SYSCLK Divisor */
+#define BITM_CGU_DIV_S0SEL 0x000000E0 /* SCLK 0 Divisor */
+#define BITM_CGU_DIV_CSEL 0x0000001F /* CCLK Divisor */
+
+#define BITP_CGU_DIVEX_S0SELEX 0
+#define BITM_CGU_DIVEX_S0SELEX 0x000000FF /* SCLK 0 Extension Divisor */
+
+#define BITP_CGU_DIVEX_S1SELEX 16
+#define BITM_CGU_DIVEX_S1SELEX 0x00FF0000 /* SCLK 1 Extension Divisor */
+
+#define BITM_CGU_PLLCTL_PLLEN 0x00000008 /* PLL Enable */
+#define BITM_CGU_PLLCTL_PLLBPCL 0x00000002 /* PLL Bypass Clear */
+#define BITM_CGU_PLLCTL_PLLBPST 0x00000001 /* PLL Bypass Set */
+
+#define BITP_CGU_CLKOUTSEL_CLKOUTSEL 0 /* CLKOUT Select */
+#define BITM_CGU_CLKOUTSEL_CLKOUTSEL 0x0000001F /* CLKOUT Select */
+
+#define CGU_STAT_MASK (BITM_CGU_STAT_PLLEN | BITM_CGU_STAT_PLOCK | \
+ BITM_CGU_STAT_CLKSALGN)
+#define CGU_STAT_ALGN_LOCK (BITM_CGU_STAT_PLLEN | BITM_CGU_STAT_PLOCK)
+
+/* Clock Distribution Unit Registers */
+#define REG_CDU0_CFG0 0x3108F000
+#define REG_CDU0_CFG1 0x3108F004
+#define REG_CDU0_CFG2 0x3108F008
+#define REG_CDU0_CFG3 0x3108F00C
+#define REG_CDU0_CFG4 0x3108F010
+#define REG_CDU0_CFG5 0x3108F014
+#define REG_CDU0_CFG6 0x3108F018
+#define REG_CDU0_CFG7 0x3108F01C
+#define REG_CDU0_CFG8 0x3108F020
+#define REG_CDU0_CFG9 0x3108F024
+#define REG_CDU0_CFG10 0x3108F028
+#define REG_CDU0_CFG11 0x3108F02C
+#define REG_CDU0_CFG12 0x3108F030
+#define REG_CDU0_CFG13 0x3108F034
+#define REG_CDU0_CFG14 0x3108F038
+#define REG_CDU0_STAT 0x3108F040
+#define REG_CDU0_CLKINSEL 0x3108F044
+#define REG_CDU0_REVID 0x3108F048
+
+#define BITM_REG10_MSEL3 0x000007F0
+#define BITP_REG10_MSEL3 4
+
+#define BITM_REG10_DSEL3 0x0001F000
+#define BITP_REG10_DSEL3 12
+
+/* Selected clock macros */
+#define CGUn_MULT(cgu) ((CONFIG_CGU##cgu##_VCO_MULT == 0) ? \
+ 128 : CONFIG_CGU##cgu##_VCO_MULT)
+#define CGUn_DIV(clkname, cgu) ((CONFIG_CGU##cgu##_##clkname##_DIV == 0) ? \
+ 32 : CONFIG_CGU##cgu##_##clkname##_DIV)
+#define CCLK1_n_RATIO(cgu) (((CGUn_MULT(cgu)) / \
+ (1 + CONFIG_CGU##cgu##_DF_DIV)) / \
+ CGUn_DIV(CCLK, cgu))
+#define CCLK2_n_RATIO(cgu) (((CGUn_MULT(cgu) * 2) / 3) / \
+ (1 + CONFIG_CGU##cgu##_DF_DIV))
+#define DCLK_n_RATIO(cgu) (((CGUn_MULT(cgu)) / \
+ (1 + CONFIG_CGU##cgu##_DF_DIV)) / \
+ CGUn_DIV(DCLK, cgu))
+#define SYSCLK_n_RATIO(cgu) (((CGUn_MULT(cgu)) / \
+ (1 + CONFIG_CGU##cgu##_DF_DIV)) / \
+ CGUn_DIV(SCLK, cgu))
+#define PLL3_RATIO ((CONFIG_CGU1_PLL3_VCO_MSEL) / \
+ (CONFIG_CGU1_PLL3_DCLK_DIV))
+
+#if (1 == CONFIG_CDU0_CLKO2)
+ #define ARMCLK_IN 0
+ #define ARMCLK_RATIO CCLK1_n_RATIO(0)
+#elif (3 == CONFIG_CDU0_CLKO2) && \
+ (defined(CONFIG_SC57X) || defined(CONFIG_SC58X))
+ #define ARMCLK_IN 0
+ #define ARMCLK_RATIO SYSCLK_n_RATIO(0)
+#elif (5 == CONFIG_CDU0_CLKO2) && defined(CONFIG_SC59X_64)
+ #define ARMCLK_IN 0
+ #define ARMCLK_RATIO CCLK2_n_RATIO(0)
+#elif (7 == CONFIG_CDU0_CLKO2) && defined(CONFIG_SC59X_64)
+ #define ARMCLK_IN CDU0_CGU1_CLKIN
+ #define ARMCLK_RATIO CCLK2_n_RATIO(1)
+#endif
+
+#ifdef CONFIG_CGU1_PLL3_DDRCLK
+ #define DDRCLK_IN CDU0_CGU1_CLKIN
+ #define DDRCLK_RATIO PLL3_RATIO
+#elif (1 == CONFIG_CDU0_CLKO3)
+ #define DDRCLK_IN 0
+ #define DDRCLK_RATIO DCLK_n_RATIO(0)
+#elif (3 == CONFIG_CDU0_CLKO3)
+ #define DDRCLK_IN CDU0_CGU1_CLKIN
+ #define DDRCLK_RATIO DCLK_n_RATIO(1)
+#endif
+
+#ifndef ARMCLK_RATIO
+ #error Invalid/unknown ARMCLK selection!
+#endif
+#ifndef DDRCLK_RATIO
+ #error Invalid/unknown DDRCLK selection!
+#endif
+
+#define ARMDDR_CLK_RATIO_FPERCISION 1000
+
+#if ARMCLK_IN != DDRCLK_IN
+ #ifndef CUSTOM_ARMDDR_CLK_RATIO
+ /**
+ * SYS_CLKINx are defined within the device tree, not configs.
+ * Thus, we can only determine cross-CGU clock ratios if they
+ * use the same SYS_CLKINx.
+ */
+ #error Define CUSTOM_ARMDDR_CLK_RATIO for different SYS_CLKINs
+ #else
+ #define ARMDDR_CLK_RATIO CUSTOM_ARMDDR_CLK_RATIO
+ #endif
+#else
+ #define ARMDDR_CLK_RATIO (ARMDDR_CLK_RATIO_FPERCISION *\
+ ARMCLK_RATIO / DDRCLK_RATIO)
+#endif
+
+void dmcdelay(uint32_t delay)
+{
+ /* There is no zero-overhead loop on ARM, so assume each iteration
+ * takes 4 processor cycles (based on examination of -O3 and -Ofast
+ * output).
+ */
+ u32 i, remainder;
+
+ /* Convert DDR cycles to core clock cycles */
+ u32 f = delay * ARMDDR_CLK_RATIO;
+
+ delay = f + 500;
+ delay /= ARMDDR_CLK_RATIO_FPERCISION;
+
+ /* Round up to multiple of 4 */
+ remainder = delay % 4;
+ if (remainder != 0u)
+ delay += (4u - remainder);
+
+ for (i = 0; i < delay; i += 4)
+ asm("nop");
+}
+
+static void program_cgu(const struct CGU_Settings *cgu)
+{
+ const uintptr_t b = cgu->rbase;
+ const bool use_extension0 = cgu->divex_S0SELEX >= 0;
+ const bool use_extension1 = cgu->divex_S1SELEX >= 0;
+ u32 temp;
+
+ temp = OSEL(cgu->div_OSEL);
+ temp |= SYSSEL(cgu->div_SYSSEL);
+ temp |= CSEL(cgu->div_CSEL);
+ temp |= DSEL(cgu->div_DSEL);
+ temp |= (S0SEL(cgu->div_S0SEL));
+ temp |= (S1SEL(cgu->div_S1SEL));
+ temp &= ~BITM_CGU_DIV_LOCK;
+
+ //Put PLL in to Bypass Mode
+ writel(BITM_CGU_PLLCTL_PLLEN | BITM_CGU_PLLCTL_PLLBPST,
+ b + CGU_PLLCTL);
+ while (!(readl(b + CGU_STAT) & BITM_CGU_STAT_PLLBP))
+ ;
+
+ while (!((readl(b + CGU_STAT) & CGU_STAT_MASK) == CGU_STAT_ALGN_LOCK))
+ ;
+
+ dmcdelay(1000);
+
+ writel(temp & (~BITM_CGU_DIV_ALGN) & (~BITM_CGU_DIV_UPDT),
+ b + CGU_DIV);
+
+ dmcdelay(1000);
+
+ temp = MSEL(cgu->ctl_MSEL) | DF(cgu->ctl_DF);
+ if (use_extension0)
+ temp |= BITM_CGU_CTL_S0SELEXEN;
+ if (use_extension1)
+ temp |= BITM_CGU_CTL_S1SELEXEN;
+
+ writel(temp & (~BITM_CGU_CTL_LOCK), b + CGU_CTL);
+
+ if (use_extension0 || use_extension1) {
+ u32 mask = BITM_CGU_CTL_S1SELEXEN | BITM_CGU_CTL_S0SELEXEN;
+
+ while (!(readl(b + CGU_CTL) & mask))
+ ;
+
+ temp = readl(b + CGU_DIVEX);
+
+ if (use_extension0) {
+ temp &= ~BITM_CGU_DIVEX_S0SELEX;
+ temp |= S0SELEX(cgu->divex_S0SELEX);
+ }
+
+ if (use_extension1) {
+ temp &= ~BITM_CGU_DIVEX_S1SELEX;
+ temp |= S1SELEX(cgu->divex_S1SELEX);
+ }
+
+ writel(temp, b + CGU_DIVEX);
+ }
+
+ dmcdelay(1000);
+
+ //Take PLL out of Bypass Mode
+ writel(BITM_CGU_PLLCTL_PLLEN | BITM_CGU_PLLCTL_PLLBPCL,
+ b + CGU_PLLCTL);
+ while ((readl(b + CGU_STAT) &
+ (BITM_CGU_STAT_PLLBP | BITM_CGU_STAT_CLKSALGN)))
+ ;
+
+ dmcdelay(1000);
+
+ if (cgu->clkoutsel >= 0) {
+ temp = readl(b + CGU_CLKOUTSEL);
+ temp &= ~BITM_CGU_CLKOUTSEL_CLKOUTSEL;
+ temp |= CLKOUTSEL(cgu->clkoutsel);
+ writel(temp, b + CGU_CLKOUTSEL);
+ }
+}
+
+void adi_config_third_pll(void)
+{
+#if defined(CONFIG_CGU1_PLL3_VCO_MSEL) && defined(CONFIG_CGU1_PLL3_DCLK_DIV)
+ u32 temp;
+
+ u32 msel = CONFIG_CGU1_PLL3_VCO_MSEL - 1;
+ u32 dsel = CONFIG_CGU1_PLL3_DCLK_DIV - 1;
+
+ temp = readl(REG_MISC_REG10_tst_addr);
+ temp &= 0xFFFE0000;
+ writel(temp, REG_MISC_REG10_tst_addr);
+
+ dmcdelay(4000u);
+
+ //update MSEL [10:4]
+ temp = readl(REG_MISC_REG10_tst_addr);
+ temp |= ((msel << BITP_REG10_MSEL3) & BITM_REG10_MSEL3);
+ writel(temp, REG_MISC_REG10_tst_addr);
+
+ temp = readl(REG_MISC_REG10_tst_addr);
+ temp |= 0x2;
+ writel(temp, REG_MISC_REG10_tst_addr);
+
+ dmcdelay(100000u);
+
+ temp = readl(REG_MISC_REG10_tst_addr);
+ temp |= 0x1;
+ writel(temp, REG_MISC_REG10_tst_addr);
+
+ temp = readl(REG_MISC_REG10_tst_addr);
+ temp |= 0x800;
+ writel(temp, REG_MISC_REG10_tst_addr);
+
+ temp = readl(REG_MISC_REG10_tst_addr);
+ temp &= 0xFFFFF7F8;
+ writel(temp, REG_MISC_REG10_tst_addr);
+
+ dmcdelay(4000u);
+
+ temp = readl(REG_MISC_REG10_tst_addr);
+ temp |= ((dsel << BITP_REG10_DSEL3) & BITM_REG10_DSEL3);
+ writel(temp, REG_MISC_REG10_tst_addr);
+
+ temp = readl(REG_MISC_REG10_tst_addr);
+ temp |= 0x4;
+ writel(temp, REG_MISC_REG10_tst_addr);
+
+ dmcdelay(100000u);
+
+ temp = readl(REG_MISC_REG10_tst_addr);
+ temp |= 0x1;
+ writel(temp, REG_MISC_REG10_tst_addr);
+
+ temp = readl(REG_MISC_REG10_tst_addr);
+ temp |= 0x800;
+ writel(temp, REG_MISC_REG10_tst_addr);
+#endif
+}
+
+static void Active_To_Fullon(const struct CGU_Settings *pCGU)
+{
+ u32 tmp;
+
+ while (1) {
+ tmp = readl(pCGU->rbase + CGU_STAT);
+ if ((tmp & BITM_CGU_STAT_PLLEN) &&
+ (tmp & BITM_CGU_STAT_PLLBP))
+ break;
+ }
+
+ writel(BITM_CGU_PLLCTL_PLLBPCL, pCGU->rbase + CGU_PLLCTL);
+
+ while (1) {
+ tmp = readl(pCGU->rbase + CGU_STAT);
+ if ((tmp & BITM_CGU_STAT_PLLEN) &&
+ ~(tmp & BITM_CGU_STAT_PLLBP) &&
+ ~(tmp & BITM_CGU_STAT_CLKSALGN))
+ break;
+ }
+}
+
+static void CGU_Init(const struct CGU_Settings *pCGU)
+{
+ const uintptr_t b = pCGU->rbase;
+
+#if defined(CONFIG_SC59X) || defined(CONFIG_SC59X_64)
+ if (readl(b + CGU_STAT) & BITM_CGU_STAT_PLLEN)
+ writel(BITM_CGU_PLLCTL_PLLEN, b + CGU_PLLCTL);
+
+ dmcdelay(1000);
+#endif
+
+ /* Check if processor is in Active mode */
+ if (readl(b + CGU_STAT) & BITM_CGU_STAT_PLLBP)
+ Active_To_Fullon(pCGU);
+
+#if defined(CONFIG_SC59X) || defined(CONFIG_SC59X_64)
+ dmcdelay(1000);
+#endif
+
+ program_cgu(pCGU);
+}
+
+void cgu_init(void)
+{
+ const struct CGU_Settings dividers0 = {
+ .rbase = CGU0_REGBASE,
+ .ctl_MSEL = CONFIG_CGU0_VCO_MULT,
+ .ctl_DF = CONFIG_CGU0_DF_DIV,
+ .div_CSEL = CONFIG_CGU0_CCLK_DIV,
+ .div_SYSSEL = CONFIG_CGU0_SCLK_DIV,
+ .div_S0SEL = VAL_CGU0_SCLK0_DIV,
+ .div_S1SEL = VAL_CGU0_SCLK1_DIV,
+ .div_DSEL = CONFIG_CGU0_DCLK_DIV,
+ .div_OSEL = CONFIG_CGU0_OCLK_DIV,
+ .divex_S0SELEX = VAL_CGU0_DIV_S0SELEX,
+ .divex_S1SELEX = VAL_CGU0_DIV_S1SELEX,
+ .clkoutsel = VAL_CGU0_CLKOUTSEL,
+ };
+ const struct CGU_Settings dividers1 = {
+ .rbase = CGU1_REGBASE,
+ .ctl_MSEL = CONFIG_CGU1_VCO_MULT,
+ .ctl_DF = CONFIG_CGU1_DF_DIV,
+ .div_CSEL = CONFIG_CGU1_CCLK_DIV,
+ .div_SYSSEL = CONFIG_CGU1_SCLK_DIV,
+ .div_S0SEL = VAL_CGU1_SCLK0_DIV,
+ .div_S1SEL = VAL_CGU1_SCLK1_DIV,
+ .div_DSEL = CONFIG_CGU1_DCLK_DIV,
+ .div_OSEL = CONFIG_CGU1_OCLK_DIV,
+ .divex_S0SELEX = VAL_CGU1_DIV_S0SELEX,
+ .divex_S1SELEX = VAL_CGU1_DIV_S1SELEX,
+ .clkoutsel = VAL_CGU1_CLKOUTSEL,
+ };
+
+ CGU_Init(÷rs0);
+ CGU_Init(÷rs1);
+}
+
+#define CONFIGURE_CDU0(a, b, c) \
+ writel(a, b); \
+ while (readl(REG_CDU0_STAT) & (1 << (c)))
+
+void cdu_init(void)
+{
+ while (readl(REG_CDU0_STAT) & 0xffff)
+ ;
+ writel((CONFIG_CDU0_CGU1_CLKIN & 0x1), REG_CDU0_CLKINSEL);
+
+ CONFIGURE_CDU0(CONFIG_CDU0_CLKO0, REG_CDU0_CFG0, 0);
+ CONFIGURE_CDU0(CONFIG_CDU0_CLKO1, REG_CDU0_CFG1, 1);
+ CONFIGURE_CDU0(CONFIG_CDU0_CLKO2, REG_CDU0_CFG2, 2);
+ CONFIGURE_CDU0(CONFIG_CDU0_CLKO3, REG_CDU0_CFG3, 3);
+ CONFIGURE_CDU0(CONFIG_CDU0_CLKO4, REG_CDU0_CFG4, 4);
+ CONFIGURE_CDU0(CONFIG_CDU0_CLKO5, REG_CDU0_CFG5, 5);
+ CONFIGURE_CDU0(CONFIG_CDU0_CLKO6, REG_CDU0_CFG6, 6);
+ CONFIGURE_CDU0(CONFIG_CDU0_CLKO7, REG_CDU0_CFG7, 7);
+ CONFIGURE_CDU0(CONFIG_CDU0_CLKO8, REG_CDU0_CFG8, 8);
+ CONFIGURE_CDU0(CONFIG_CDU0_CLKO9, REG_CDU0_CFG9, 9);
+#ifdef CONFIG_CDU0_CLKO10
+ CONFIGURE_CDU0(CONFIG_CDU0_CLKO10, REG_CDU0_CFG10, 10);
+#endif
+#ifdef CONFIG_CDU0_CLKO12
+ CONFIGURE_CDU0(CONFIG_CDU0_CLKO12, REG_CDU0_CFG12, 12);
+#endif
+#ifdef CONFIG_CDU0_CLKO13
+ CONFIGURE_CDU0(CONFIG_CDU0_CLKO13, REG_CDU0_CFG13, 13);
+#endif
+#ifdef CONFIG_CDU0_CLKO14
+ CONFIGURE_CDU0(CONFIG_CDU0_CLKO14, REG_CDU0_CFG14, 14);
+#endif
+}
+
+void clks_init(void)
+{
+ adi_dmc_reset_lanes(true);
+
+ cdu_init();
+ cgu_init();
+
+ adi_config_third_pll();
+
+ adi_dmc_reset_lanes(false);
+}
--- /dev/null
+/* SPDX-License-Identifier: GPL-2.0-or-later */
+/*
+ * (C) Copyright 2022 - Analog Devices, Inc.
+ *
+ * Written and/or maintained by Timesys Corporation
+ *
+ * Contact: Nathan Barrett-Morrison <nathan.morrison@timesys.com>
+ * Contact: Greg Malysa <greg.malysa@timesys.com>
+ */
+
+#ifndef CLKINIT_H_
+#define CLKINIT_H_
+
+void clks_init(void);
+
+void dmcdelay(uint32_t delay);
+
+#endif
--- /dev/null
+// SPDX-License-Identifier: GPL-2.0-or-later
+/*
+ * (C) Copyright 2022 - Analog Devices, Inc.
+ *
+ * Written and/or maintained by Timesys Corporation
+ *
+ * Contact: Nathan Barrett-Morrison <nathan.morrison@timesys.com>
+ * Contact: Greg Malysa <greg.malysa@timesys.com>
+ */
+
+#include <asm/io.h>
+#include <asm/arch-adi/sc5xx/sc5xx.h>
+#include <linux/types.h>
+#include "clkinit.h"
+#include "dmcinit.h"
+
+#define REG_DMC0_BASE 0x31070000
+#define REG_DMC1_BASE 0x31073000
+
+#define REG_DMC_CTL 0x0004 // Control Register
+#define REG_DMC_STAT 0x0008 // Status Register
+#define REG_DMC_CFG 0x0040 // Configuration Register
+#define REG_DMC_TR0 0x0044 // Timing 0 Register
+#define REG_DMC_TR1 0x0048 // Timing 1 Register
+#define REG_DMC_TR2 0x004C // Timing 2 Register
+#define REG_DMC_MR 0x0060 // Shadow MR Register (DDR3)
+#define REG_DMC_EMR1 0x0064 // Shadow EMR1 Register
+#define REG_DMC_EMR2 0x0068 // Shadow EMR2 Register
+#define REG_DMC_EMR3 0x006C
+#define REG_DMC_DLLCTL 0x0080 // DLL Control Register
+#define REG_DMC_DT_CALIB_ADDR 0x0090 // Data Calibration Address Register
+#define REG_DMC_CPHY_CTL 0x01C0 // Controller to PHY Interface Register
+
+/* SC57x && SC58x DMC REGs */
+#define REG_DMC_PHY_CTL0 0x1000 // PHY Control 0 Register
+#define REG_DMC_PHY_CTL1 0x1004 // PHY Control 1 Register
+#define REG_DMC_PHY_CTL2 0x1008 // PHY Control 2 Register
+#define REG_DMC_PHY_CTL3 0x100c // PHY Control 3 Register
+#define REG_DMC_PHY_CTL4 0x1010 // PHY Control 4 Register
+#define REG_DMC_CAL_PADCTL0 0x1034 // CALIBRATION PAD CTL 0 Register
+#define REG_DMC_CAL_PADCTL2 0x103C // CALIBRATION PAD CTL2 Register
+/* END */
+
+/* SC59x DMC REGs */
+#define REG_DMC_DDR_LANE0_CTL0 0x1000 // Data Lane 0 Control Register 0
+#define REG_DMC_DDR_LANE0_CTL1 0x1004 // Data Lane 0 Control Register 1
+#define REG_DMC_DDR_LANE1_CTL0 0x100C // Data Lane 1 Control Register 0
+#define REG_DMC_DDR_LANE1_CTL1 0x1010 // Data Lane 1 Control Register 1
+#define REG_DMC_DDR_ROOT_CTL 0x1018 // DDR ROOT Module Control Register
+#define REG_DMC_DDR_ZQ_CTL0 0x1034 // DDR Calibration Control Register 0
+#define REG_DMC_DDR_ZQ_CTL1 0x1038 // DDR Calibration Control Register 1
+#define REG_DMC_DDR_ZQ_CTL2 0x103C // DDR Calibration Control Register 2
+#define REG_DMC_DDR_CA_CTL 0x1068 // DDR CA Lane Control Register
+/* END */
+
+#define REG_DMC_DDR_SCRATCH_2 0x1074
+#define REG_DMC_DDR_SCRATCH_3 0x1078
+#define REG_DMC_DDR_SCRATCH_6 0x1084
+#define REG_DMC_DDR_SCRATCH_7 0x1088
+
+#define REG_DMC_DDR_SCRATCH_STAT0 0x107C
+#define REG_DMC_DDR_SCRATCH_STAT1 0x1080
+
+#define DMC0_DATA_CALIB_ADD 0x80000000
+#define DMC1_DATA_CALIB_ADD 0xC0000000
+
+#define BITM_DMC_CFG_EXTBANK 0x0000F000 /* External Banks */
+#define ENUM_DMC_CFG_EXTBANK1 0x00000000 /* EXTBANK: 1 External Bank */
+#define BITM_DMC_CFG_SDRSIZE 0x00000F00 /* SDRAM Size */
+#define ENUM_DMC_CFG_SDRSIZE64 0x00000000 /* SDRSIZE: 64M Bit SDRAM (LPDDR Only) */
+#define ENUM_DMC_CFG_SDRSIZE128 0x00000100 /* SDRSIZE: 128M Bit SDRAM (LPDDR Only) */
+#define ENUM_DMC_CFG_SDRSIZE256 0x00000200 /* SDRSIZE: 256M Bit SDRAM */
+#define ENUM_DMC_CFG_SDRSIZE512 0x00000300 /* SDRSIZE: 512M Bit SDRAM */
+#define ENUM_DMC_CFG_SDRSIZE1G 0x00000400 /* SDRSIZE: 1G Bit SDRAM */
+#define ENUM_DMC_CFG_SDRSIZE2G 0x00000500 /* SDRSIZE: 2G Bit SDRAM */
+#define ENUM_DMC_CFG_SDRSIZE4G 0x00000600 /* SDRSIZE: 4G Bit SDRAM */
+#define ENUM_DMC_CFG_SDRSIZE8G 0x00000700 /* SDRSIZE: 8G Bit SDRAM */
+#define BITM_DMC_CFG_SDRWID 0x000000F0 /* SDRAM Width */
+#define ENUM_DMC_CFG_SDRWID16 0x00000020 /* SDRWID: 16-Bit Wide SDRAM */
+#define BITM_DMC_CFG_IFWID 0x0000000F /* Interface Width */
+#define ENUM_DMC_CFG_IFWID16 0x00000002 /* IFWID: 16-Bit Wide Interface */
+
+#define BITM_DMC_CTL_DDR3EN 0x00000001
+#define BITM_DMC_CTL_INIT 0x00000004
+#define BITP_DMC_STAT_INITDONE 2 /* Initialization Done */
+#define BITM_DMC_STAT_INITDONE 0x00000004
+
+#define BITP_DMC_CTL_AL_EN 27
+#define BITP_DMC_CTL_ZQCL 25 /* ZQ Calibration Long */
+#define BITP_DMC_CTL_ZQCS 24 /* ZQ Calibration Short */
+#define BITP_DMC_CTL_DLLCAL 13 /* DLL Calibration Start */
+#define BITP_DMC_CTL_PPREF 12 /* Postpone Refresh */
+#define BITP_DMC_CTL_RDTOWR 9 /* Read-to-Write Cycle */
+#define BITP_DMC_CTL_ADDRMODE 8 /* Addressing (Page/Bank) Mode */
+#define BITP_DMC_CTL_RESET 7 /* Reset SDRAM */
+#define BITP_DMC_CTL_PREC 6 /* Precharge */
+#define BITP_DMC_CTL_DPDREQ 5 /* Deep Power Down Request */
+#define BITP_DMC_CTL_PDREQ 4 /* Power Down Request */
+#define BITP_DMC_CTL_SRREQ 3 /* Self Refresh Request */
+#define BITP_DMC_CTL_INIT 2 /* Initialize DRAM Start */
+#define BITP_DMC_CTL_LPDDR 1 /* Low Power DDR Mode */
+#define BITP_DMC_CTL_DDR3EN 0 /* DDR3 Mode */
+
+#ifdef CONFIG_TARGET_SC584_EZKIT
+ #define DMC_PADCTL2_VALUE 0x0078283C
+#elif CONFIG_TARGET_SC573_EZKIT
+ #define DMC_PADCTL2_VALUE 0x00782828
+#elif CONFIG_TARGET_SC589_MINI || CONFIG_TARGET_SC589_EZKIT
+ #define DMC_PADCTL2_VALUE 0x00783C3C
+#elif defined(CONFIG_SC57X) || defined(CONFIG_SC58X)
+ #error "PADCTL2 not specified for custom board!"
+#else
+ //Newer DMC. Legacy calibration obsolete
+ #define DMC_PADCTL2_VALUE 0x0
+#endif
+
+#define DMC_CPHYCTL_VALUE 0x0000001A
+
+#define BITP_DMC_MR1_QOFF 12 /* Output Buffer Enable */
+#define BITP_DMC_MR1_TDQS 11 /* Termination Data Strobe */
+#define BITP_DMC_MR1_RTT2 9 /* Rtt_nom */
+#define BITP_DMC_MR1_WL 7 /* Write Leveling Enable. */
+#define BITP_DMC_MR1_RTT1 6 /* Rtt_nom */
+#define BITP_DMC_MR1_DIC1 5 /* Output Driver Impedance Control */
+#define BITP_DMC_MR1_AL 3 /* Additive Latency */
+#define BITP_DMC_MR1_RTT0 2 /* Rtt_nom */
+#define BITP_DMC_MR1_DIC0 1 /* Output Driver Impedance control */
+#define BITP_DMC_MR1_DLLEN 0 /* DLL Enable */
+
+#define BITP_DMC_MR2_CWL 3 /* CAS write Latency */
+
+#define BITP_DMC_TR0_TMRD 28 /* Timing Mode Register Delay */
+#define BITP_DMC_TR0_TRC 20 /* Timing Row Cycle */
+#define BITP_DMC_TR0_TRAS 12 /* Timing Row Active Time */
+#define BITP_DMC_TR0_TRP 8 /* Timing RAS Precharge. */
+#define BITP_DMC_TR0_TWTR 4 /* Timing Write to Read */
+#define BITP_DMC_TR0_TRCD 0 /* Timing RAS to CAS Delay */
+
+#define BITP_DMC_TR1_TRRD 28 /* Timing Read-Read Delay */
+#define BITP_DMC_TR1_TRFC 16 /* Timing Refresh-to-Command */
+#define BITP_DMC_TR1_TREF 0 /* Timing Refresh Interval */
+
+#define BITP_DMC_TR2_TCKE 20 /* Timing Clock Enable */
+#define BITP_DMC_TR2_TXP 16 /* Timing Exit Powerdown */
+#define BITP_DMC_TR2_TWR 12 /* Timing Write Recovery */
+#define BITP_DMC_TR2_TRTP 8 /* Timing Read-to-Precharge */
+#define BITP_DMC_TR2_TFAW 0 /* Timing Four-Activated-Window */
+
+#define BITP_DMC_MR_PD 12 /* Active Powerdown Mode */
+#define BITP_DMC_MR_WRRECOV 9 /* Write Recovery */
+#define BITP_DMC_MR_DLLRST 8 /* DLL Reset */
+#define BITP_DMC_MR_CL 4 /* CAS Latency */
+#define BITP_DMC_MR_CL0 2 /* CAS Latency */
+#define BITP_DMC_MR_BLEN 0 /* Burst Length */
+
+#define BITP_DMC_DLLCTL_DATACYC 8 /* Data Cycles */
+#define BITP_DMC_DLLCTL_DLLCALRDCNT 0 /* DLL Calibration RD Count */
+
+#define BITM_DMC_DLLCTL_DATACYC 0x00000F00 /* Data Cycles */
+#define BITM_DMC_DLLCTL_DLLCALRDCNT 0x000000FF /* DLL Calib RD Count */
+
+#define BITP_DMC_STAT_PHYRDPHASE 20 /* PHY Read Phase */
+
+#define BITM_DMC_DDR_LANE0_CTL0_CB_RSTDAT 0x08000000 /* Rst Data Pads */
+#define BITM_DMC_DDR_LANE1_CTL0_CB_RSTDAT 0x08000000 /* Rst Data Pads */
+#define BITM_DMC_DDR_LANE0_CTL1_COMP_DCYCLE 0x00000002 /* Compute Dcycle */
+#define BITM_DMC_DDR_LANE1_CTL1_COMP_DCYCLE 0x00000002 /* Compute Dcycle */
+#define BITM_DMC_DDR_LANE1_CTL0_CB_RSTDLL 0x00000100 /* Rst Lane DLL */
+#define BITM_DMC_DDR_LANE0_CTL0_CB_RSTDLL 0x00000100 /* Rst Lane DLL */
+#define BITP_DMC_DDR_ROOT_CTL_PIPE_OFSTDCYCLE 10 /* Pipeline offset for PHYC_DATACYCLE */
+#define BITM_DMC_DDR_ROOT_CTL_SW_REFRESH 0x00002000 /* Refresh Lane DLL Code */
+#define BITM_DMC_DDR_CA_CTL_SW_REFRESH 0x00004000 /* Refresh Lane DLL Code */
+
+#define BITP_DMC_CTL_RL_DQS 26 /* RL_DQS */
+#define BITM_DMC_CTL_RL_DQS 0x04000000 /* RL_DQS */
+#define BITP_DMC_EMR3_MPR 2 /* Multi Purpose Read Enable (Read Leveling)*/
+#define BITM_DMC_EMR3_MPR 0x00000004 /* Multi Purpose Read Enable (Read Leveling)*/
+#define BITM_DMC_MR1_WL 0x00000080 /* Write Leveling Enable.*/
+#define BITM_DMC_STAT_PHYRDPHASE 0x00F00000 /* PHY Read Phase */
+
+#define BITP_DMC_DDR_LANE0_CTL1_BYPCODE 10
+#define BITM_DMC_DDR_LANE0_CTL1_BYPCODE 0x00007C00
+#define BITP_DMC_DDR_LANE0_CTL1_BYPDELCHAINEN 15
+#define BITM_DMC_DDR_LANE0_CTL1_BYPDELCHAINEN 0x00008000
+
+#define DMC_ZQCTL0_VALUE 0x00785A64
+#define DMC_ZQCTL1_VALUE 0
+#define DMC_ZQCTL2_VALUE 0x70000000
+
+#define DMC_TRIG_CALIB 0
+#define DMC_OFSTDCYCLE 2
+
+#define BITP_DMC_CAL_PADCTL0_RTTCALEN 31 /* RTT Calibration Enable */
+#define BITP_DMC_CAL_PADCTL0_PDCALEN 30 /* PULLDOWN Calib Enable */
+#define BITP_DMC_CAL_PADCTL0_PUCALEN 29 /* PULLUP Calib Enable */
+#define BITP_DMC_CAL_PADCTL0_CALSTRT 28 /* Start New Calib ( Hardware Cleared) */
+#define BITM_DMC_CAL_PADCTL0_RTTCALEN 0x80000000 /* RTT Calibration Enable */
+#define BITM_DMC_CAL_PADCTL0_PDCALEN 0x40000000 /* PULLDOWN Calib Enable */
+#define BITM_DMC_CAL_PADCTL0_PUCALEN 0x20000000 /* PULLUP Calib Enable */
+#define BITM_DMC_CAL_PADCTL0_CALSTRT 0x10000000 /* Start New Calib ( Hardware Cleared) */
+#define ENUM_DMC_PHY_CTL4_DDR3 0x00000000 /* DDRMODE: DDR3 Mode */
+#define ENUM_DMC_PHY_CTL4_DDR2 0x00000001 /* DDRMODE: DDR2 Mode */
+#define ENUM_DMC_PHY_CTL4_LPDDR 0x00000003 /* DDRMODE: LPDDR Mode */
+
+#define BITP_DMC_DDR_ZQ_CTL0_IMPRTT 16 /* Data/DQS ODT */
+#define BITP_DMC_DDR_ZQ_CTL0_IMPWRDQ 8 /* Data/DQS/DM/CLK Drive Strength */
+#define BITP_DMC_DDR_ZQ_CTL0_IMPWRADD 0 /* Address/Command Drive Strength */
+#define BITM_DMC_DDR_ZQ_CTL0_IMPRTT 0x00FF0000 /* Data/DQS ODT */
+#define BITM_DMC_DDR_ZQ_CTL0_IMPWRDQ 0x0000FF00 /* Data/DQS/DM/CLK Drive Strength */
+#define BITM_DMC_DDR_ZQ_CTL0_IMPWRADD 0x000000FF /* Address/Command Drive Strength */
+
+#define BITM_DMC_DDR_ROOT_CTL_TRIG_RD_XFER_ALL 0x00200000 /* All Lane Read Status */
+
+#if defined(CONFIG_ADI_USE_DDR2)
+ #define DMC_MR0_VALUE \
+ ((DMC_BL / 4 + 1) << BITP_DMC_MR_BLEN) | \
+ (DMC_CL << BITP_DMC_MR_CL) | \
+ (DMC_WRRECOV << BITP_DMC_MR_WRRECOV)
+
+ #define DMC_MR1_VALUE \
+ (DMC_MR1_AL << BITP_DMC_MR1_AL | 0x04) \
+
+ #define DMC_MR2_VALUE 0
+ #define DMC_MR3_VALUE 0
+
+ #define DMC_CTL_VALUE \
+ (DMC_RDTOWR << BITP_DMC_CTL_RDTOWR) | \
+ (1 << BITP_DMC_CTL_DLLCAL) | \
+ (BITM_DMC_CTL_INIT)
+#else
+ #define DMC_MR0_VALUE \
+ (0 << BITP_DMC_MR_BLEN) | \
+ (DMC_CL0 << BITP_DMC_MR_CL0) | \
+ (DMC_CL123 << BITP_DMC_MR_CL) | \
+ (DMC_WRRECOV << BITP_DMC_MR_WRRECOV) | \
+ (1 << BITP_DMC_MR_DLLRST)
+
+ #define DMC_MR1_VALUE \
+ (DMC_MR1_DLLEN << BITP_DMC_MR1_DLLEN) | \
+ (DMC_MR1_DIC0 << BITP_DMC_MR1_DIC0) | \
+ (DMC_MR1_RTT0 << BITP_DMC_MR1_RTT0) | \
+ (DMC_MR1_AL << BITP_DMC_MR1_AL) | \
+ (DMC_MR1_DIC1 << BITP_DMC_MR1_DIC1) | \
+ (DMC_MR1_RTT1 << BITP_DMC_MR1_RTT1) | \
+ (DMC_MR1_RTT2 << BITP_DMC_MR1_RTT2) | \
+ (DMC_MR1_WL << BITP_DMC_MR1_WL) | \
+ (DMC_MR1_TDQS << BITP_DMC_MR1_TDQS) | \
+ (DMC_MR1_QOFF << BITP_DMC_MR1_QOFF)
+
+ #define DMC_MR2_VALUE \
+ ((DMC_WL) << BITP_DMC_MR2_CWL)
+
+ #define DMC_MR3_VALUE \
+ ((DMC_WL) << BITP_DMC_MR2_CWL)
+
+ #define DMC_CTL_VALUE \
+ (DMC_RDTOWR << BITP_DMC_CTL_RDTOWR) | \
+ (BITM_DMC_CTL_INIT) | \
+ (BITM_DMC_CTL_DDR3EN) | \
+ (DMC_CTL_AL_EN << BITP_DMC_CTL_AL_EN)
+#endif
+
+#define DMC_DLLCTL_VALUE \
+ (DMC_DATACYC << BITP_DMC_DLLCTL_DATACYC) | \
+ (DMC_DLLCALRDCNT << BITP_DMC_DLLCTL_DLLCALRDCNT)
+
+#define DMC_CFG_VALUE \
+ ENUM_DMC_CFG_IFWID16 | \
+ ENUM_DMC_CFG_SDRWID16 | \
+ SDR_CHIP_SIZE | \
+ ENUM_DMC_CFG_EXTBANK1
+
+#define DMC_TR0_VALUE \
+ (DMC_TRCD << BITP_DMC_TR0_TRCD) | \
+ (DMC_TWTR << BITP_DMC_TR0_TWTR) | \
+ (DMC_TRP << BITP_DMC_TR0_TRP) | \
+ (DMC_TRAS << BITP_DMC_TR0_TRAS) | \
+ (DMC_TRC << BITP_DMC_TR0_TRC) | \
+ (DMC_TMRD << BITP_DMC_TR0_TMRD)
+
+#define DMC_TR1_VALUE \
+ (DMC_TREF << BITP_DMC_TR1_TREF) | \
+ (DMC_TRFC << BITP_DMC_TR1_TRFC) | \
+ (DMC_TRRD << BITP_DMC_TR1_TRRD)
+
+#define DMC_TR2_VALUE \
+ (DMC_TFAW << BITP_DMC_TR2_TFAW) | \
+ (DMC_TRTP << BITP_DMC_TR2_TRTP) | \
+ (DMC_TWR << BITP_DMC_TR2_TWR) | \
+ (DMC_TXP << BITP_DMC_TR2_TXP) | \
+ (DMC_TCKE << BITP_DMC_TR2_TCKE)
+
+enum DDR_MODE {
+ DDR3_MODE,
+ DDR2_MODE,
+ LPDDR_MODE,
+};
+
+enum CALIBRATION_MODE {
+ CALIBRATION_LEGACY,
+ CALIBRATION_METHOD1,
+ CALIBRATION_METHOD2,
+};
+
+static struct dmc_param {
+ phys_addr_t reg;
+ u32 ddr_mode;
+ u32 padctl2_value;
+ u32 dmc_cphyctl_value;
+ u32 dmc_cfg_value;
+ u32 dmc_dllctl_value;
+ u32 dmc_ctl_value;
+ u32 dmc_tr0_value;
+ u32 dmc_tr1_value;
+ u32 dmc_tr2_value;
+ u32 dmc_mr0_value;
+ u32 dmc_mr1_value;
+ u32 dmc_mr2_value;
+ u32 dmc_mr3_value;
+ u32 dmc_zqctl0_value;
+ u32 dmc_zqctl1_value;
+ u32 dmc_zqctl2_value;
+ u32 dmc_data_calib_add_value;
+ bool phy_init_required;
+ bool anomaly_20000037_applicable;
+ enum CALIBRATION_MODE calib_mode;
+} dmc;
+
+#ifdef CONFIG_SC59X_64
+#define DQS_DEFAULT_DELAY 3ul
+
+#define DELAYTRIM 1
+#define LANE0_DQS_DELAY 1
+#define LANE1_DQS_DELAY 1
+
+#define CLKDIR 0ul
+
+#define DQSTRIM 0
+#define DQSCODE 0ul
+
+#define CLKTRIM 0
+#define CLKCODE 0ul
+#endif
+
+static inline void calibration_legacy(void)
+{
+ u32 temp;
+
+ /* 1. Set DDR mode to DDR3/DDR2/LPDDR in DMCx_PHY_CTL4 register */
+ if (dmc.ddr_mode == DDR3_MODE)
+ writel(ENUM_DMC_PHY_CTL4_DDR3, dmc.reg + REG_DMC_PHY_CTL4);
+ else if (dmc.ddr_mode == DDR2_MODE)
+ writel(ENUM_DMC_PHY_CTL4_DDR2, dmc.reg + REG_DMC_PHY_CTL4);
+ else if (dmc.ddr_mode == LPDDR_MODE)
+ writel(ENUM_DMC_PHY_CTL4_LPDDR, dmc.reg + REG_DMC_PHY_CTL4);
+
+ /*
+ * 2. Make sure that the bits 6, 7, 25, and 27 of the DMC_PHY_
+ * CTL3 register are set
+ */
+ writel(0x0A0000C0, dmc.reg + REG_DMC_PHY_CTL3);
+
+ /*
+ * 3. For DDR2/DDR3 mode, make sure that the bits 0, 1, 2, 3 of
+ * the DMC_PHY_CTL0 register and the bits 26, 27, 28, 29, 30, 31
+ * of the DMC_PHY_CTL2 are set.
+ */
+ if (dmc.ddr_mode == DDR3_MODE ||
+ dmc.ddr_mode == DDR2_MODE) {
+ writel(0XFC000000, dmc.reg + REG_DMC_PHY_CTL2);
+ writel(0x0000000f, dmc.reg + REG_DMC_PHY_CTL0);
+ }
+
+ writel(0x00000000, dmc.reg + REG_DMC_PHY_CTL1);
+
+ /* 4. For DDR3 mode, set bit 1 and configure bits [5:2] of the
+ * DMC_CPHY_CTL register with WL=CWL+AL in DCLK cycles.
+ */
+ if (dmc.ddr_mode == DDR3_MODE)
+ writel(dmc.dmc_cphyctl_value, dmc.reg + REG_DMC_CPHY_CTL);
+ /* 5. Perform On Die Termination(ODT) & Driver Impedance Calibration */
+ if (dmc.ddr_mode == LPDDR_MODE) {
+ /* Bypass processor ODT */
+ writel(0x80000, dmc.reg + REG_DMC_PHY_CTL1);
+ } else {
+ /* Set bits RTTCALEN, PDCALEN, PUCALEN of register */
+ temp = BITM_DMC_CAL_PADCTL0_RTTCALEN |
+ BITM_DMC_CAL_PADCTL0_PDCALEN |
+ BITM_DMC_CAL_PADCTL0_PUCALEN;
+ writel(temp, dmc.reg + REG_DMC_CAL_PADCTL0);
+ /* Configure ODT and drive impedance values in the
+ * DMCx_CAL_PADCTL2 register
+ */
+ writel(dmc.padctl2_value, dmc.reg + REG_DMC_CAL_PADCTL2);
+ /* start calibration */
+ temp |= BITM_DMC_CAL_PADCTL0_CALSTRT;
+ writel(temp, dmc.reg + REG_DMC_CAL_PADCTL0);
+ /* Wait for PAD calibration to complete - 300 DCLK cycle.
+ * Worst case: CCLK=450 MHz, DCLK=125 MHz
+ */
+ dmcdelay(300);
+ }
+}
+
+static inline void calibration_method1(void)
+{
+#if defined(CONFIG_SC59X) || defined(CONFIG_SC59X_64)
+ writel(dmc.dmc_zqctl0_value, dmc.reg + REG_DMC_DDR_ZQ_CTL0);
+ writel(dmc.dmc_zqctl1_value, dmc.reg + REG_DMC_DDR_ZQ_CTL1);
+ writel(dmc.dmc_zqctl2_value, dmc.reg + REG_DMC_DDR_ZQ_CTL2);
+
+ /* Generate the trigger */
+ writel(0x0ul, dmc.reg + REG_DMC_DDR_CA_CTL);
+ writel(0x0ul, dmc.reg + REG_DMC_DDR_ROOT_CTL);
+ writel(0x00010000ul, dmc.reg + REG_DMC_DDR_ROOT_CTL);
+ dmcdelay(8000u);
+
+ /* The [31:26] bits may change if pad ring changes */
+ writel(0x0C000001ul | DMC_TRIG_CALIB, dmc.reg + REG_DMC_DDR_CA_CTL);
+ dmcdelay(8000u);
+ writel(0x0ul, dmc.reg + REG_DMC_DDR_CA_CTL);
+ writel(0x0ul, dmc.reg + REG_DMC_DDR_ROOT_CTL);
+#endif
+}
+
+static inline void calibration_method2(void)
+{
+#if defined(CONFIG_SC59X) || defined(CONFIG_SC59X_64)
+ u32 stat_value = 0x0u;
+ u32 drv_pu, drv_pd, odt_pu, odt_pd;
+ u32 ro_dt, clk_dqs_drv_impedance;
+ u32 temp;
+
+ /* Reset trigger */
+ writel(0x0ul, dmc.reg + REG_DMC_DDR_CA_CTL);
+ writel(0x0ul, dmc.reg + REG_DMC_DDR_ROOT_CTL);
+ writel(0x0ul, dmc.reg + REG_DMC_DDR_SCRATCH_3);
+ writel(0x0ul, dmc.reg + REG_DMC_DDR_SCRATCH_2);
+
+ /* Writing internal registers in calib pad to zero. Calib mode set
+ * to 1 [26], trig M1 S1 write [16], this enables usage of scratch
+ * registers instead of ZQCTL registers
+ */
+ writel(0x04010000ul, dmc.reg + REG_DMC_DDR_ROOT_CTL);
+ dmcdelay(2500u);
+
+ /* TRIGGER FOR M2-S2 WRITE -> slave id 31:26 trig m2,s2 write
+ * bit 1->1 slave1 address is 4
+ */
+ writel(0x10000002ul, dmc.reg + REG_DMC_DDR_CA_CTL);
+ dmcdelay(2500u);
+
+ /* reset Trigger */
+ writel(0x0u, dmc.reg + REG_DMC_DDR_CA_CTL);
+ writel(0x0u, dmc.reg + REG_DMC_DDR_ROOT_CTL);
+
+ /* write to slave 1, make the power down bit high */
+ writel(0x1ul << 12, dmc.reg + REG_DMC_DDR_SCRATCH_3);
+ writel(0x0ul, dmc.reg + REG_DMC_DDR_SCRATCH_2);
+ dmcdelay(2500u);
+
+ /* Calib mode set to 1 [26], trig M1 S1 write [16] */
+ writel(0x04010000ul, dmc.reg + REG_DMC_DDR_ROOT_CTL);
+ dmcdelay(2500u);
+
+ writel(0x10000002ul, dmc.reg + REG_DMC_DDR_CA_CTL);
+ dmcdelay(2500u);
+
+ writel(0x0ul, dmc.reg + REG_DMC_DDR_CA_CTL);
+ writel(0x0ul, dmc.reg + REG_DMC_DDR_ROOT_CTL);
+ writel(0x0, dmc.reg + REG_DMC_DDR_SCRATCH_3);
+
+ /* for slave 0 */
+ writel(dmc.dmc_zqctl0_value, dmc.reg + REG_DMC_DDR_SCRATCH_2);
+
+ /* Calib mode set to 1 [26], trig M1 S1 write [16] */
+ writel(0x04010000ul, dmc.reg + REG_DMC_DDR_ROOT_CTL);
+ dmcdelay(2500u);
+
+ writel(0x0C000002ul, dmc.reg + REG_DMC_DDR_CA_CTL);
+ dmcdelay(2500u);
+
+ writel(0x0ul, dmc.reg + REG_DMC_DDR_CA_CTL);
+ writel(0x0ul, dmc.reg + REG_DMC_DDR_ROOT_CTL);
+
+ /* writing to slave 1
+ * calstrt is 0, but other programming is done
+ *
+ * make power down LOW again, to kickstart BIAS circuit
+ */
+ writel(0x0ul, dmc.reg + REG_DMC_DDR_SCRATCH_3);
+ writel(0x30000000ul, dmc.reg + REG_DMC_DDR_SCRATCH_2);
+
+ /* write to ca_ctl lane, calib mode set to 1 [26],
+ * trig M1 S1 write [16]
+ */
+ writel(0x04010000ul, dmc.reg + REG_DMC_DDR_ROOT_CTL);
+ dmcdelay(2500u);
+
+ /* copies data to lane controller slave
+ * TRIGGER FOR M2-S2 WRITE -> slave id 31:26
+ * trig m2,s2 write bit 1->1
+ * slave1 address is 4
+ */
+ writel(0x10000002ul, dmc.reg + REG_DMC_DDR_CA_CTL);
+ dmcdelay(2500u);
+
+ /* reset Trigger */
+ writel(0x0ul, dmc.reg + REG_DMC_DDR_CA_CTL);
+ writel(0x0ul, dmc.reg + REG_DMC_DDR_ROOT_CTL);
+ writel(0x0ul, dmc.reg + REG_DMC_DDR_SCRATCH_3);
+ writel(0x0ul, dmc.reg + REG_DMC_DDR_SCRATCH_2);
+ writel(0x0ul, dmc.reg + REG_DMC_DDR_SCRATCH_3);
+ writel(0x0ul, dmc.reg + REG_DMC_DDR_SCRATCH_2);
+ writel(0x04010000ul, dmc.reg + REG_DMC_DDR_ROOT_CTL);
+ dmcdelay(2500u);
+ writel(0x10000002ul, dmc.reg + REG_DMC_DDR_CA_CTL);
+ dmcdelay(2500u);
+ writel(0x0ul, dmc.reg + REG_DMC_DDR_CA_CTL);
+ writel(0x0ul, dmc.reg + REG_DMC_DDR_ROOT_CTL);
+ writel(0x0ul, dmc.reg + REG_DMC_DDR_SCRATCH_3);
+ writel(0x0ul, dmc.reg + REG_DMC_DDR_SCRATCH_2);
+ writel(0x0ul, dmc.reg + REG_DMC_DDR_SCRATCH_3);
+ writel(0x50000000ul, dmc.reg + REG_DMC_DDR_SCRATCH_2);
+ writel(0x04010000ul, dmc.reg + REG_DMC_DDR_ROOT_CTL);
+ dmcdelay(2500u);
+ writel(0x10000002ul, dmc.reg + REG_DMC_DDR_CA_CTL);
+ dmcdelay(2500u);
+ writel(0u, dmc.reg + REG_DMC_DDR_CA_CTL);
+ writel(0u, dmc.reg + REG_DMC_DDR_ROOT_CTL);
+ writel(0x0C000004u, dmc.reg + REG_DMC_DDR_CA_CTL);
+ dmcdelay(2500u);
+ writel(BITM_DMC_DDR_ROOT_CTL_TRIG_RD_XFER_ALL,
+ dmc.reg + REG_DMC_DDR_ROOT_CTL);
+ dmcdelay(2500u);
+ writel(0u, dmc.reg + REG_DMC_DDR_CA_CTL);
+ writel(0u, dmc.reg + REG_DMC_DDR_ROOT_CTL);
+ // calculate ODT PU and PD values
+ stat_value = ((readl(dmc.reg + REG_DMC_DDR_SCRATCH_7) & 0x0000FFFFu) <<
+ 16);
+ stat_value |= ((readl(dmc.reg + REG_DMC_DDR_SCRATCH_6) & 0xFFFF0000u) >>
+ 16);
+ clk_dqs_drv_impedance = ((dmc.dmc_zqctl0_value) &
+ BITM_DMC_DDR_ZQ_CTL0_IMPWRDQ) >> BITP_DMC_DDR_ZQ_CTL0_IMPWRDQ;
+ ro_dt = ((dmc.dmc_zqctl0_value) & BITM_DMC_DDR_ZQ_CTL0_IMPRTT) >>
+ BITP_DMC_DDR_ZQ_CTL0_IMPRTT;
+ drv_pu = stat_value & 0x0000003Fu;
+ drv_pd = (stat_value >> 12) & 0x0000003Fu;
+ odt_pu = (drv_pu * clk_dqs_drv_impedance) / ro_dt;
+ odt_pd = (drv_pd * clk_dqs_drv_impedance) / ro_dt;
+ temp = ((1uL << 24) |
+ ((drv_pd & 0x0000003Fu)) |
+ ((odt_pd & 0x0000003Fu) << 6) |
+ ((drv_pu & 0x0000003Fu) << 12) |
+ ((odt_pu & 0x0000003Fu) << 18));
+ temp |= readl(dmc.reg + REG_DMC_DDR_SCRATCH_2);
+ writel(temp, dmc.reg + REG_DMC_DDR_SCRATCH_2);
+ writel(0x0C010000u, dmc.reg + REG_DMC_DDR_ROOT_CTL);
+ dmcdelay(2500u);
+ writel(0x08000002u, dmc.reg + REG_DMC_DDR_CA_CTL);
+ dmcdelay(2500u);
+ writel(0u, dmc.reg + REG_DMC_DDR_CA_CTL);
+ writel(0u, dmc.reg + REG_DMC_DDR_ROOT_CTL);
+ writel(0x04010000u, dmc.reg + REG_DMC_DDR_ROOT_CTL);
+ dmcdelay(2500u);
+ writel(0x80000002u, dmc.reg + REG_DMC_DDR_CA_CTL);
+ dmcdelay(2500u);
+ writel(0u, dmc.reg + REG_DMC_DDR_CA_CTL);
+ writel(0u, dmc.reg + REG_DMC_DDR_ROOT_CTL);
+#endif
+}
+
+static inline void adi_dmc_lane_reset(bool reset, uint32_t dmc_no)
+{
+#if defined(CONFIG_SC59X) || defined(CONFIG_SC59X_64)
+ u32 temp;
+ phys_addr_t base = (dmc_no == 0) ? REG_DMC0_BASE : REG_DMC1_BASE;
+ phys_addr_t ln0 = base + REG_DMC_DDR_LANE0_CTL0;
+ phys_addr_t ln1 = base + REG_DMC_DDR_LANE1_CTL0;
+
+ if (reset) {
+ temp = readl(ln0);
+ temp |= BITM_DMC_DDR_LANE0_CTL0_CB_RSTDLL;
+ writel(temp, ln0);
+
+ temp = readl(ln1);
+ temp |= BITM_DMC_DDR_LANE1_CTL0_CB_RSTDLL;
+ writel(temp, ln1);
+ } else {
+ temp = readl(ln0);
+ temp &= ~BITM_DMC_DDR_LANE0_CTL0_CB_RSTDLL;
+ writel(temp, ln0);
+
+ temp = readl(ln1);
+ temp &= ~BITM_DMC_DDR_LANE1_CTL0_CB_RSTDLL;
+ writel(temp, ln1);
+ }
+ dmcdelay(9000u);
+#endif
+}
+
+void adi_dmc_reset_lanes(bool reset)
+{
+ if (!IS_ENABLED(CONFIG_ADI_USE_DDR2)) {
+ if (IS_ENABLED(CONFIG_SC59X) || IS_ENABLED(CONFIG_SC59X_64)) {
+ if (IS_ENABLED(CONFIG_ADI_USE_DMC0))
+ adi_dmc_lane_reset(reset, 0);
+ if (IS_ENABLED(CONFIG_ADI_USE_DMC1))
+ adi_dmc_lane_reset(reset, 1);
+ }
+ else {
+ u32 temp = reset ? 0x800 : 0x0;
+
+ if (IS_ENABLED(CONFIG_ADI_USE_DMC0))
+ writel(temp, REG_DMC0_BASE + REG_DMC_PHY_CTL0);
+ if (IS_ENABLED(CONFIG_ADI_USE_DMC1))
+ writel(temp, REG_DMC1_BASE + REG_DMC_PHY_CTL0);
+ }
+ }
+}
+
+static inline void dmc_controller_init(void)
+{
+#if defined(CONFIG_SC59X) || defined(CONFIG_SC59X_64)
+ u32 phyphase, rd_cnt, t_EMR1, t_EMR3, t_CTL, data_cyc, temp;
+#endif
+
+ /* 1. Program the DMC controller registers: DMCx_CFG, DMCx_TR0,
+ * DMCx_TR1, DMCx_TR2, DMCx_MR(DDR2/LPDDR)/DMCx_MR0(DDR3),
+ * DMCx_EMR1(DDR2)/DMCx_MR1(DDR3),
+ * DMCx_EMR2(DDR2)/DMCx_EMR(LPDDR)/DMCx_MR2(DDR3)
+ */
+ writel(dmc.dmc_cfg_value, dmc.reg + REG_DMC_CFG);
+ writel(dmc.dmc_tr0_value, dmc.reg + REG_DMC_TR0);
+ writel(dmc.dmc_tr1_value, dmc.reg + REG_DMC_TR1);
+ writel(dmc.dmc_tr2_value, dmc.reg + REG_DMC_TR2);
+ writel(dmc.dmc_mr0_value, dmc.reg + REG_DMC_MR);
+ writel(dmc.dmc_mr1_value, dmc.reg + REG_DMC_EMR1);
+ writel(dmc.dmc_mr2_value, dmc.reg + REG_DMC_EMR2);
+
+#if defined(CONFIG_SC59X) || defined(CONFIG_SC59X_64)
+ writel(dmc.dmc_mr3_value, dmc.reg + REG_DMC_EMR3);
+ writel(dmc.dmc_dllctl_value, dmc.reg + REG_DMC_DLLCTL);
+ dmcdelay(2000u);
+
+ temp = readl(dmc.reg + REG_DMC_DDR_CA_CTL);
+ temp |= BITM_DMC_DDR_CA_CTL_SW_REFRESH;
+ writel(temp, dmc.reg + REG_DMC_DDR_CA_CTL);
+ dmcdelay(5u);
+
+ temp = readl(dmc.reg + REG_DMC_DDR_ROOT_CTL);
+ temp |= BITM_DMC_DDR_ROOT_CTL_SW_REFRESH |
+ (DMC_OFSTDCYCLE << BITP_DMC_DDR_ROOT_CTL_PIPE_OFSTDCYCLE);
+ writel(temp, dmc.reg + REG_DMC_DDR_ROOT_CTL);
+#endif
+
+ /* 2. Make sure that the REG_DMC_DT_CALIB_ADDR register is programmed
+ * to an unused DMC location corresponding to a burst of 16 bytes
+ * (by default it is the starting address of the DMC address range).
+ */
+#ifndef CONFIG_SC59X
+ writel(dmc.dmc_data_calib_add_value, dmc.reg + REG_DMC_DT_CALIB_ADDR);
+#endif
+ /* 3. Program the DMCx_CTL register with INIT bit set to start
+ * the DMC initialization sequence
+ */
+ writel(dmc.dmc_ctl_value, dmc.reg + REG_DMC_CTL);
+ /* 4. Wait for the DMC initialization to complete by polling
+ * DMCx_STAT.INITDONE bit.
+ */
+
+#if defined(CONFIG_SC59X) || defined(CONFIG_SC59X_64)
+ dmcdelay(722000u);
+
+ /* Add necessary delay depending on the configuration */
+ t_EMR1 = (dmc.dmc_mr1_value & BITM_DMC_MR1_WL) >> BITP_DMC_MR1_WL;
+
+ dmcdelay(600u);
+ if (t_EMR1 != 0u)
+ while ((readl(dmc.reg + REG_DMC_EMR1) & BITM_DMC_MR1_WL) != 0)
+ ;
+
+ t_EMR3 = (dmc.dmc_mr3_value & BITM_DMC_EMR3_MPR) >>
+ BITP_DMC_EMR3_MPR;
+ dmcdelay(2000u);
+ if (t_EMR3 != 0u)
+ while ((readl(dmc.reg + REG_DMC_EMR3) & BITM_DMC_EMR3_MPR) != 0)
+ ;
+
+ t_CTL = (dmc.dmc_ctl_value & BITM_DMC_CTL_RL_DQS) >> BITP_DMC_CTL_RL_DQS;
+ dmcdelay(600u);
+ if (t_CTL != 0u)
+ while ((readl(dmc.reg + REG_DMC_CTL) & BITM_DMC_CTL_RL_DQS) != 0)
+ ;
+#endif
+
+ /* check if DMC initialization finished*/
+ while ((readl(dmc.reg + REG_DMC_STAT) & BITM_DMC_STAT_INITDONE) == 0)
+ ;
+
+#if defined(CONFIG_SC59X) || defined(CONFIG_SC59X_64)
+ /* toggle DCYCLE */
+ temp = readl(dmc.reg + REG_DMC_DDR_LANE0_CTL1);
+ temp |= BITM_DMC_DDR_LANE0_CTL1_COMP_DCYCLE;
+ writel(temp, dmc.reg + REG_DMC_DDR_LANE0_CTL1);
+
+ temp = readl(dmc.reg + REG_DMC_DDR_LANE1_CTL1);
+ temp |= BITM_DMC_DDR_LANE1_CTL1_COMP_DCYCLE;
+ writel(temp, dmc.reg + REG_DMC_DDR_LANE1_CTL1);
+
+ dmcdelay(10u);
+
+ temp = readl(dmc.reg + REG_DMC_DDR_LANE0_CTL1);
+ temp &= (~BITM_DMC_DDR_LANE0_CTL1_COMP_DCYCLE);
+ writel(temp, dmc.reg + REG_DMC_DDR_LANE0_CTL1);
+
+ temp = readl(dmc.reg + REG_DMC_DDR_LANE1_CTL1);
+ temp &= (~BITM_DMC_DDR_LANE1_CTL1_COMP_DCYCLE);
+ writel(temp, dmc.reg + REG_DMC_DDR_LANE1_CTL1);
+
+ /* toggle RSTDAT */
+ temp = readl(dmc.reg + REG_DMC_DDR_LANE0_CTL0);
+ temp |= BITM_DMC_DDR_LANE0_CTL0_CB_RSTDAT;
+ writel(temp, dmc.reg + REG_DMC_DDR_LANE0_CTL0);
+
+ temp = readl(dmc.reg + REG_DMC_DDR_LANE0_CTL0);
+ temp &= (~BITM_DMC_DDR_LANE0_CTL0_CB_RSTDAT);
+ writel(temp, dmc.reg + REG_DMC_DDR_LANE0_CTL0);
+
+ temp = readl(dmc.reg + REG_DMC_DDR_LANE1_CTL0);
+ temp |= BITM_DMC_DDR_LANE1_CTL0_CB_RSTDAT;
+ writel(temp, dmc.reg + REG_DMC_DDR_LANE1_CTL0);
+
+ temp = readl(dmc.reg + REG_DMC_DDR_LANE1_CTL0);
+ temp &= (~BITM_DMC_DDR_LANE1_CTL0_CB_RSTDAT);
+ writel(temp, dmc.reg + REG_DMC_DDR_LANE1_CTL0);
+
+ dmcdelay(2500u);
+
+ /* Program phyphase*/
+ phyphase = (readl(dmc.reg + REG_DMC_STAT) &
+ BITM_DMC_STAT_PHYRDPHASE) >> BITP_DMC_STAT_PHYRDPHASE;
+ data_cyc = (phyphase << BITP_DMC_DLLCTL_DATACYC) &
+ BITM_DMC_DLLCTL_DATACYC;
+ rd_cnt = dmc.dmc_dllctl_value;
+ rd_cnt <<= BITP_DMC_DLLCTL_DLLCALRDCNT;
+ rd_cnt &= BITM_DMC_DLLCTL_DLLCALRDCNT;
+ writel(rd_cnt | data_cyc, dmc.reg + REG_DMC_DLLCTL);
+ writel((dmc.dmc_ctl_value & (~BITM_DMC_CTL_INIT) &
+ (~BITM_DMC_CTL_RL_DQS)), dmc.reg + REG_DMC_CTL);
+
+#if DELAYTRIM
+ /* DQS delay trim*/
+ u32 stat_value, WL_code_LDQS, WL_code_UDQS;
+
+ /* For LDQS */
+ temp = readl(dmc.reg + REG_DMC_DDR_LANE0_CTL1) | (0x000000D0);
+ writel(temp, dmc.reg + REG_DMC_DDR_LANE0_CTL1);
+ dmcdelay(2500u);
+ writel(0x00400000, dmc.reg + REG_DMC_DDR_ROOT_CTL);
+ dmcdelay(2500u);
+ writel(0x0, dmc.reg + REG_DMC_DDR_ROOT_CTL);
+ stat_value = (readl(dmc.reg + REG_DMC_DDR_SCRATCH_STAT0) &
+ (0xFFFF0000)) >> 16;
+ WL_code_LDQS = (stat_value) & (0x0000001F);
+
+ temp = readl(dmc.reg + REG_DMC_DDR_LANE0_CTL1);
+ temp &= ~(BITM_DMC_DDR_LANE0_CTL1_BYPCODE |
+ BITM_DMC_DDR_LANE0_CTL1_BYPDELCHAINEN);
+ writel(temp, dmc.reg + REG_DMC_DDR_LANE0_CTL1);
+
+ /* If write leveling is enabled */
+ if ((dmc.dmc_mr1_value & BITM_DMC_MR1_WL) >> BITP_DMC_MR1_WL) {
+ temp = readl(dmc.reg + REG_DMC_DDR_LANE0_CTL1);
+ temp |= (((WL_code_LDQS + LANE0_DQS_DELAY) <<
+ BITP_DMC_DDR_LANE0_CTL1_BYPCODE) &
+ BITM_DMC_DDR_LANE0_CTL1_BYPCODE) |
+ BITM_DMC_DDR_LANE0_CTL1_BYPDELCHAINEN;
+ writel(temp, dmc.reg + REG_DMC_DDR_LANE0_CTL1);
+ } else {
+ temp = readl(dmc.reg + REG_DMC_DDR_LANE0_CTL1);
+ temp |= (((DQS_DEFAULT_DELAY + LANE0_DQS_DELAY) <<
+ BITP_DMC_DDR_LANE0_CTL1_BYPCODE) &
+ BITM_DMC_DDR_LANE0_CTL1_BYPCODE) |
+ BITM_DMC_DDR_LANE0_CTL1_BYPDELCHAINEN;
+ writel(temp, dmc.reg + REG_DMC_DDR_LANE0_CTL1);
+ }
+ dmcdelay(2500u);
+
+ /* For UDQS */
+ temp = readl(dmc.reg + REG_DMC_DDR_LANE1_CTL1) | (0x000000D0);
+ writel(temp, dmc.reg + REG_DMC_DDR_LANE1_CTL1);
+ dmcdelay(2500u);
+ writel(0x00800000, dmc.reg + REG_DMC_DDR_ROOT_CTL);
+ dmcdelay(2500u);
+ writel(0x0, dmc.reg + REG_DMC_DDR_ROOT_CTL);
+ stat_value = (readl(dmc.reg + REG_DMC_DDR_SCRATCH_STAT1) &
+ (0xFFFF0000)) >> 16;
+ WL_code_UDQS = (stat_value) & (0x0000001F);
+
+ temp = readl(dmc.reg + REG_DMC_DDR_LANE1_CTL1);
+ temp &= ~(BITM_DMC_DDR_LANE0_CTL1_BYPCODE |
+ BITM_DMC_DDR_LANE0_CTL1_BYPDELCHAINEN);
+ writel(temp, dmc.reg + REG_DMC_DDR_LANE1_CTL1);
+
+ /* If write leveling is enabled */
+ if ((dmc.dmc_mr1_value & BITM_DMC_MR1_WL) >> BITP_DMC_MR1_WL) {
+ temp = readl(dmc.reg + REG_DMC_DDR_LANE1_CTL1);
+ temp |= (((WL_code_UDQS + LANE1_DQS_DELAY) <<
+ BITP_DMC_DDR_LANE0_CTL1_BYPCODE) &
+ BITM_DMC_DDR_LANE0_CTL1_BYPCODE) |
+ BITM_DMC_DDR_LANE0_CTL1_BYPDELCHAINEN;
+ writel(temp, dmc.reg + REG_DMC_DDR_LANE1_CTL1);
+ } else {
+ temp = readl(dmc.reg + REG_DMC_DDR_LANE1_CTL1);
+ temp |= (((DQS_DEFAULT_DELAY + LANE1_DQS_DELAY) <<
+ BITP_DMC_DDR_LANE0_CTL1_BYPCODE) &
+ BITM_DMC_DDR_LANE0_CTL1_BYPCODE) |
+ BITM_DMC_DDR_LANE0_CTL1_BYPDELCHAINEN;
+ writel(temp, dmc.reg + REG_DMC_DDR_LANE1_CTL1);
+ }
+ dmcdelay(2500u);
+#endif
+
+#else
+ /* 5. Program the DMCx_CTL.DLLCTL register with 0x948 value
+ * (DATACYC=9, DLLCALRDCNT=72).
+ */
+ writel(0x00000948, dmc.reg + REG_DMC_DLLCTL);
+#endif
+
+ /* 6. Workaround for anomaly#20000037 */
+ if (dmc.anomaly_20000037_applicable) {
+ /* Perform dummy read to any DMC location */
+ readl(0x80000000);
+
+ writel(readl(dmc.reg + REG_DMC_PHY_CTL0) | 0x1000,
+ dmc.reg + REG_DMC_PHY_CTL0);
+ /* Clear DMCx_PHY_CTL0.RESETDAT bit */
+ writel(readl(dmc.reg + REG_DMC_PHY_CTL0) & (~0x1000),
+ dmc.reg + REG_DMC_PHY_CTL0);
+ }
+}
+
+static inline void dmc_init(void)
+{
+ /* PHY Calibration+Initialization */
+ if (!dmc.phy_init_required)
+ goto out;
+
+ switch (dmc.calib_mode) {
+ case CALIBRATION_LEGACY:
+ calibration_legacy();
+ break;
+ case CALIBRATION_METHOD1:
+ calibration_method1();
+ break;
+ case CALIBRATION_METHOD2:
+ calibration_method2();
+ break;
+ }
+
+#if DQSTRIM
+ /* DQS duty trim */
+ temp = readl(dmc.reg + REG_DMC_DDR_LANE0_CTL0);
+ temp |= ((DQSCODE) << BITP_DMC_DDR_LANE0_CTL0_BYPENB) &
+ (BITM_DMC_DDR_LANE1_CTL0_BYPENB |
+ BITM_DMC_DDR_LANE0_CTL0_BYPSELP |
+ BITM_DMC_DDR_LANE0_CTL0_BYPCODE);
+ writel(temp, dmc.reg + REG_DMC_DDR_LANE0_CTL0);
+
+ temp = readl(dmc.reg + REG_DMC_DDR_LANE1_CTL0);
+ temp |= ((DQSCODE) << BITP_DMC_DDR_LANE1_CTL0_BYPENB) &
+ (BITM_DMC_DDR_LANE1_CTL1_BYPCODE |
+ BITM_DMC_DDR_LANE1_CTL0_BYPSELP |
+ BITM_DMC_DDR_LANE1_CTL0_BYPCODE);
+ writel(temp, dmc.reg + REG_DMC_DDR_LANE1_CTL0);
+#endif
+
+#if CLKTRIM
+ /* Clock duty trim */
+ temp = readl(dmc.reg + REG_DMC_DDR_CA_CTL);
+ temp |= (((CLKCODE << BITP_DMC_DDR_CA_CTL_BYPCODE1) &
+ BITM_DMC_DDR_CA_CTL_BYPCODE1) |
+ BITM_DMC_DDR_CA_CTL_BYPENB |
+ ((CLKDIR << BITP_DMC_DDR_CA_CTL_BYPSELP) &
+ BITM_DMC_DDR_CA_CTL_BYPSELP));
+ writel(temp, dmc.reg + REG_DMC_DDR_CA_CTL);
+#endif
+
+out:
+ /* Controller Initialization */
+ dmc_controller_init();
+}
+
+static inline void __dmc_config(uint32_t dmc_no)
+{
+ if (dmc_no == 0) {
+ dmc.reg = REG_DMC0_BASE;
+ dmc.dmc_data_calib_add_value = DMC0_DATA_CALIB_ADD;
+ } else if (dmc_no == 1) {
+ dmc.reg = REG_DMC1_BASE;
+ dmc.dmc_data_calib_add_value = DMC1_DATA_CALIB_ADD;
+ } else {
+ return;
+ }
+
+ if (IS_ENABLED(CONFIG_ADI_USE_DDR2))
+ dmc.ddr_mode = DDR2_MODE;
+ else
+ dmc.ddr_mode = DDR3_MODE;
+
+ dmc.phy_init_required = true;
+
+#if defined(CONFIG_SC59X) || defined(CONFIG_SC59X_64)
+ dmc.anomaly_20000037_applicable = false;
+ dmc.dmc_dllctl_value = DMC_DLLCTL_VALUE;
+ dmc.calib_mode = CALIBRATION_METHOD2;
+#else
+ dmc.anomaly_20000037_applicable = true;
+ dmc.calib_mode = CALIBRATION_LEGACY;
+#endif
+
+ dmc.dmc_ctl_value = DMC_CTL_VALUE;
+ dmc.dmc_cfg_value = DMC_CFG_VALUE;
+ dmc.dmc_tr0_value = DMC_TR0_VALUE;
+ dmc.dmc_tr1_value = DMC_TR1_VALUE;
+ dmc.dmc_tr2_value = DMC_TR2_VALUE;
+ dmc.dmc_mr0_value = DMC_MR0_VALUE;
+ dmc.dmc_mr1_value = DMC_MR1_VALUE;
+ dmc.dmc_mr2_value = DMC_MR2_VALUE;
+
+#if defined(CONFIG_SC59X) || defined(CONFIG_SC59X_64)
+ dmc.dmc_mr3_value = DMC_MR3_VALUE;
+ dmc.dmc_zqctl0_value = DMC_ZQCTL0_VALUE;
+ dmc.dmc_zqctl1_value = DMC_ZQCTL1_VALUE;
+ dmc.dmc_zqctl2_value = DMC_ZQCTL2_VALUE;
+#endif
+
+ dmc.padctl2_value = DMC_PADCTL2_VALUE;
+ dmc.dmc_cphyctl_value = DMC_CPHYCTL_VALUE;
+
+ /* Initialize DMC now */
+ dmc_init();
+}
+
+void DMC_Config(void)
+{
+ if (IS_ENABLED(CONFIG_ADI_USE_DMC0))
+ __dmc_config(0);
+
+ if (IS_ENABLED(CONFIG_ADI_USE_DMC1))
+ __dmc_config(1);
+}
--- /dev/null
+/* SPDX-License-Identifier: GPL-2.0-or-later */
+/*
+ * (C) Copyright 2022 - Analog Devices, Inc.
+ *
+ * Written and/or maintained by Timesys Corporation
+ *
+ * Contact: Nathan Barrett-Morrison <nathan.morrison@timesys.com>
+ * Contact: Greg Malysa <greg.malysa@timesys.com>
+ */
+
+#ifndef DMCINIT_H_
+#define DMCINIT_H_
+
+#include <config.h>
+
+#ifdef MEM_MT41K512M16HA
+ #include "mem/mt41k512m16ha.h"
+#elif defined(MEM_MT41K128M16JT)
+ #include "mem/mt41k128m16jt.h"
+#elif defined(MEM_MT47H128M16RT)
+ #include "mem/mt47h128m16rt.h"
+#elif defined(MEM_IS43TR16512BL)
+ #include "mem/is43tr16512bl.h"
+#else
+ #error "No DDR part name is defined for this board."
+#endif
+
+void DMC_Config(void);
+void adi_dmc_reset_lanes(bool reset);
+
+#endif
--- /dev/null
+/* SPDX-License-Identifier: GPL-2.0-or-later */
+/*
+ * (C) Copyright 2022 - Analog Devices, Inc.
+ *
+ * Written and/or maintained by Timesys Corporation
+ *
+ * Contact: Nathan Barrett-Morrison <nathan.morrison@timesys.com>
+ * Contact: Greg Malysa <greg.malysa@timesys.com>
+ */
+
+#ifndef IS43TR16512BL_H
+#define IS43TR16512BL_H
+
+/* DMC0 setup for the EV-21593-SOM and EV-SC594-SOM :
+ * - uses a single 8GB IS43TR16512BL-125KBL DDR3 chip configured for
+ * 800 MHz DCLK.
+ * DMC0 setup for the EV-SC594-SOMS :
+ * - uses a single 4GB IS43TR16256BL-093NBL DDR3 chip configured for
+ * 800 MHz DCLK.
+ */
+#define DMC_DLLCALRDCNT 240
+#define DMC_DATACYC 12
+#define DMC_TRCD 11
+#define DMC_TWTR 6
+#define DMC_TRP 11
+#define DMC_TRAS 28
+#define DMC_TRC 39
+#define DMC_TMRD 4
+#define DMC_TREF 6240
+#define DMC_TRRD 6
+#define DMC_TFAW 32
+#define DMC_TRTP 6
+#define DMC_TWR 12
+#define DMC_TXP 5
+#define DMC_TCKE 4
+#define DMC_CL0 0
+#define DMC_CL123 7
+#define DMC_WRRECOV 6
+#define DMC_MR1_DLLEN 0
+#define DMC_MR1_DIC0 0
+#define DMC_MR1_RTT0 0
+#define DMC_MR1_AL 0
+#define DMC_MR1_DIC1 0
+#define DMC_MR1_RTT1 1
+#define DMC_MR1_WL 0
+#define DMC_MR1_RTT2 0
+#define DMC_MR1_TDQS 0
+#define DMC_MR1_QOFF 0
+#define DMC_WL 3
+#define DMC_RDTOWR 5
+#define DMC_CTL_AL_EN 1
+#if defined(MEM_ISSI_4Gb_DDR3_800MHZ)
+ #define SDR_CHIP_SIZE (ENUM_DMC_CFG_SDRSIZE4G)
+ #define DMC_TRFC 208ul
+#elif defined(MEM_ISSI_8Gb_DDR3_800MHZ)
+ #define SDR_CHIP_SIZE (ENUM_DMC_CFG_SDRSIZE8G)
+ #define DMC_TRFC 280ul
+#else
+ #error "Need to select MEM_ISSI_4Gb_DDR3_800MHZ or MEM_ISSI_8Gb_DDR3_800MHZ"
+#endif
+
+#endif
--- /dev/null
+/* SPDX-License-Identifier: GPL-2.0-or-later */
+/*
+ * (C) Copyright 2022 - Analog Devices, Inc.
+ *
+ * Written and/or maintained by Timesys Corporation
+ *
+ * Contact: Nathan Barrett-Morrison <nathan.morrison@timesys.com>
+ * Contact: Greg Malysa <greg.malysa@timesys.com>
+ */
+
+#ifndef MT41K128M16JT_H
+#define MT41K128M16JT_H
+
+/* Default DDR3 part assumed: MT41K128M16JT-125, 2Gb part */
+/* For DCLK= 450 MHz */
+#define DMC_DLLCALRDCNT 72
+#define DMC_DATACYC 9
+#define DMC_TRCD 6
+#define DMC_TWTR 4
+#define DMC_TRP 6
+#define DMC_TRAS 17
+#define DMC_TRC 23
+#define DMC_TMRD 4
+#define DMC_TREF 3510
+#define DMC_TRFC 72
+#define DMC_TRRD 4
+#define DMC_TFAW 17
+#define DMC_TRTP 4
+#define DMC_TWR 7
+#define DMC_TXP 4
+#define DMC_TCKE 3
+#define DMC_CL0 0
+#define DMC_CL123 3
+#define DMC_WRRECOV (DMC_TWR - 1)
+#define DMC_MR1_DLLEN 0
+#define DMC_MR1_DIC0 1
+#define DMC_MR1_RTT0 1
+#define DMC_MR1_AL 0
+#define DMC_MR1_DIC1 0
+#define DMC_MR1_RTT1 0
+#define DMC_MR1_WL 0
+#define DMC_MR1_RTT2 0
+#define DMC_MR1_TDQS 0
+#define DMC_MR1_QOFF 0
+#define DMC_WL 1
+#define DMC_RDTOWR 2
+#define DMC_CTL_AL_EN 0
+#define SDR_CHIP_SIZE ENUM_DMC_CFG_SDRSIZE2G
+
+#endif
--- /dev/null
+/* SPDX-License-Identifier: GPL-2.0-or-later */
+/*
+ * (C) Copyright 2022 - Analog Devices, Inc.
+ *
+ * Written and/or maintained by Timesys Corporation
+ *
+ * Contact: Nathan Barrett-Morrison <nathan.morrison@timesys.com>
+ * Contact: Greg Malysa <greg.malysa@timesys.com>
+ */
+
+#ifndef MT41K512M16HA_H
+#define MT41K512M16HA_H
+
+/* Default DDR3 part assumed: MT41K512M16HA-107, 8Gb part */
+/* For DCLK= 450 MHz */
+#define DMC_DLLCALRDCNT 72
+#define DMC_DATACYC 9
+#define DMC_TRCD 7
+#define DMC_TWTR 4
+#define DMC_TRP 7
+#define DMC_TRAS 10
+#define DMC_TRC 16
+#define DMC_TMRD 4
+#define DMC_TREF 3510
+#define DMC_TRFC 158
+#define DMC_TRRD 6
+#define DMC_TFAW 16
+#define DMC_TRTP 4
+#define DMC_TWR 7
+#define DMC_TXP 3
+#define DMC_TCKE 3
+#define DMC_CL0 0
+#define DMC_CL123 3
+#define DMC_WRRECOV (DMC_TWR - 1)
+#define DMC_MR1_DLLEN 0
+#define DMC_MR1_DIC0 1
+#define DMC_MR1_RTT0 1
+#define DMC_MR1_AL 0
+#define DMC_MR1_DIC1 0
+#define DMC_MR1_RTT1 0
+#define DMC_MR1_WL 0
+#define DMC_MR1_RTT2 0
+#define DMC_MR1_TDQS 0
+#define DMC_MR1_QOFF 0
+#define DMC_WL 1
+#define DMC_RDTOWR 2
+#define DMC_CTL_AL_EN 0
+#define SDR_CHIP_SIZE ENUM_DMC_CFG_SDRSIZE8G
+
+#endif
--- /dev/null
+/* SPDX-License-Identifier: GPL-2.0-or-later */
+/*
+ * (C) Copyright 2022 - Analog Devices, Inc.
+ *
+ * Written and/or maintained by Timesys Corporation
+ *
+ * Contact: Nathan Barrett-Morrison <nathan.morrison@timesys.com>
+ * Contact: Greg Malysa <greg.malysa@timesys.com>
+ */
+
+#ifndef MT47H128M16RT_H
+#define MT47H128M16RT_H
+
+/* Default DDR2 part: MT47H128M16RT-25E XIT:C, 2 Gb part */
+/* For DCLK= 400 MHz */
+#define DMC_DLLCALRDCNT 72
+#define DMC_DATACYC 9
+#define DMC_TRCD 5
+#define DMC_TWTR 3
+#define DMC_TRP 5
+#define DMC_TRAS 16
+#define DMC_TRC 22
+#define DMC_TMRD 2
+#define DMC_TREF 3120
+#define DMC_TRFC 78
+#define DMC_TRRD 4
+#define DMC_TFAW 18
+#define DMC_TRTP 3
+#define DMC_TWR 6
+#define DMC_TXP 2
+#define DMC_TCKE 3
+#define DMC_CL 5
+#define DMC_WRRECOV (DMC_TWR - 1)
+#define DMC_MR1_DLLEN 0
+#define DMC_MR1_DIC0 1
+#define DMC_MR1_RTT0 1
+#define DMC_MR1_AL 4
+#define DMC_MR1_DIC1 0
+#define DMC_MR1_RTT1 0
+#define DMC_MR1_WL 0
+#define DMC_MR1_RTT2 0
+#define DMC_MR1_TDQS 0
+#define DMC_MR1_QOFF 0
+#define DMC_BL 4
+#define DMC_RDTOWR 2
+#define DMC_CTL_AL_EN 0
+#define SDR_CHIP_SIZE ENUM_DMC_CFG_SDRSIZE2G
+
+#endif
--- /dev/null
+// SPDX-License-Identifier: GPL-2.0-or-later
+/*
+ * (C) Copyright 2024 - Analog Devices, Inc.
+ *
+ * Written and/or maintained by Timesys Corporation
+ *
+ * Contact: Ian Roberts <ian.roberts@timesys.com>
+ */
+
+#include <dm.h>
+#include <syscon.h>
+
+static const struct udevice_id adi_syscon_ids[] = {
+ { .compatible = "adi,reset-controller" },
+ { }
+};
+
+U_BOOT_DRIVER(syscon_sc5xx_rcu) = {
+ .name = "sc5xx_rcu",
+ .id = UCLASS_SYSCON,
+ .of_match = adi_syscon_ids,
+};
--- /dev/null
+// SPDX-License-Identifier: GPL-2.0-or-later
+/*
+ * (C) Copyright 2024 - Analog Devices, Inc.
+ *
+ * Written and/or maintained by Timesys Corporation
+ *
+ * Contact: Nathan Barrett-Morrison <nathan.morrison@timesys.com>
+ * Contact: Greg Malysa <greg.malysa@timesys.com>
+ */
+
+#include <asm/io.h>
+#include <asm/arch-adi/sc5xx/sc5xx.h>
+#include <asm/arch-adi/sc5xx/spl.h>
+
+#define REG_SPU0_SECUREC0 0x3108B980
+#define REG_PADS0_PCFG0 0x31004404
+#define REG_SPU0_SECUREP_START 0x3108BA00
+#define REG_SPU0_SECUREP_END 0x3108BD24
+
+adi_rom_boot_fn adi_rom_boot = (adi_rom_boot_fn)0x000000e1;
+
+void sc5xx_enable_rgmii(void)
+{
+ writel((readl(REG_PADS0_PCFG0) | 0xc), REG_PADS0_PCFG0);
+}
+
+void sc5xx_soc_init(void)
+{
+ sc5xx_enable_ns_sharc_access(REG_SPU0_SECUREC0);
+ sc5xx_disable_spu0(REG_SPU0_SECUREP_START, REG_SPU0_SECUREP_END);
+ sc5xx_enable_pmu();
+}
--- /dev/null
+// SPDX-License-Identifier: GPL-2.0-or-later
+/*
+ * (C) Copyright 2024 - Analog Devices, Inc.
+ *
+ * Written and/or maintained by Timesys Corporation
+ *
+ * Contact: Nathan Barrett-Morrison <nathan.morrison@timesys.com>
+ * Contact: Greg Malysa <greg.malysa@timesys.com>
+ */
+
+#include <asm/io.h>
+#include <asm/arch-adi/sc5xx/sc5xx.h>
+#include <asm/arch-adi/sc5xx/spl.h>
+
+#define REG_SPU0_SECUREC0 0x3108C980
+#define REG_PADS0_PCFG0 0x31004404
+#define REG_SPU0_SECUREP_START 0x3108CA00
+#define REG_SPU0_SECUREP_END 0x3108CCF0
+
+adi_rom_boot_fn adi_rom_boot = (adi_rom_boot_fn)0x000000e1;
+
+void sc5xx_enable_rgmii(void)
+{
+ writel((readl(REG_PADS0_PCFG0) | 0xc), REG_PADS0_PCFG0);
+}
+
+void sc5xx_soc_init(void)
+{
+ sc5xx_enable_ns_sharc_access(REG_SPU0_SECUREC0);
+ sc5xx_disable_spu0(REG_SPU0_SECUREP_START, REG_SPU0_SECUREP_END);
+ sc5xx_enable_pmu();
+}
--- /dev/null
+// SPDX-License-Identifier: GPL-2.0-or-later
+/*
+ * (C) Copyright 2024 - Analog Devices, Inc.
+ *
+ * Written and/or maintained by Timesys Corporation
+ *
+ * Contact: Nathan Barrett-Morrison <nathan.morrison@timesys.com>
+ * Contact: Greg Malysa <greg.malysa@timesys.com>
+ */
+
+#include <asm/io.h>
+#include <asm/arch-adi/sc5xx/sc5xx.h>
+#include <asm/arch-adi/sc5xx/spl.h>
+
+#define REG_SPU0_SECUREC0 0x3108B980
+#define REG_PADS0_PCFG0 0x31004604
+#define REG_SPU0_SECUREP_START 0x3108BA00
+#define REG_SPU0_SECUREP_END 0x3108BD24
+
+#define REG_SCB5_SPI2_OSPI_REMAP 0x30400000
+#define BITM_SCB5_SPI2_OSPI_REMAP_REMAP 0x00000003
+#define ENUM_SCB5_SPI2_OSPI_REMAP_OSPI0 0x00000001
+
+adi_rom_boot_fn adi_rom_boot = (adi_rom_boot_fn)0x000000e9;
+
+void sc5xx_enable_rgmii(void)
+{
+ writel((readl(REG_PADS0_PCFG0) | 0xc), REG_PADS0_PCFG0);
+}
+
+void sc59x_remap_ospi(void)
+{
+ clrsetbits_le32(REG_SCB5_SPI2_OSPI_REMAP,
+ BITM_SCB5_SPI2_OSPI_REMAP_REMAP,
+ ENUM_SCB5_SPI2_OSPI_REMAP_OSPI0);
+}
+
+void sc5xx_soc_init(void)
+{
+ sc5xx_enable_ns_sharc_access(REG_SPU0_SECUREC0);
+ sc5xx_disable_spu0(REG_SPU0_SECUREP_START, REG_SPU0_SECUREP_END);
+ sc5xx_enable_pmu();
+}
--- /dev/null
+// SPDX-License-Identifier: GPL-2.0-or-later
+/*
+ * (C) Copyright 2024 - Analog Devices, Inc.
+ *
+ * Written and/or maintained by Timesys Corporation
+ *
+ * Contact: Nathan Barrett-Morrison <nathan.morrison@timesys.com>
+ * Contact: Greg Malysa <greg.malysa@timesys.com>
+ */
+
+#include <asm/io.h>
+#include <asm/arch-adi/sc5xx/sc5xx.h>
+#include <asm/arch-adi/sc5xx/spl.h>
+
+#define REG_TSGENWR0_CNTCR 0x310AE000
+#define REG_PADS0_PCFG0 0x31004604
+#define REG_RCU0_BCODE 0x3108C028
+
+#define REG_SPU0_SECUREP_START 0x3108BA00
+#define REG_SPU0_WP_START 0x3108B400
+#define REG_SPU0_SECUREC0 0x3108B980
+
+#define REG_SCB5_SPI2_OSPI_REMAP 0x30400000
+#define BITM_SCB5_SPI2_OSPI_REMAP_REMAP 0x00000003
+#define ENUM_SCB5_SPI2_OSPI_REMAP_OSPI0 0x00000001
+
+adi_rom_boot_fn adi_rom_boot = (adi_rom_boot_fn)0x000000e4;
+
+void sc5xx_enable_rgmii(void)
+{
+ writel((readl(REG_PADS0_PCFG0) | 0xc), REG_PADS0_PCFG0);
+
+ // Set dw for little endian operation as well
+ writel(readl(REG_PADS0_PCFG0) & ~(1 << 19), REG_PADS0_PCFG0);
+ writel(readl(REG_PADS0_PCFG0) & ~(1 << 20), REG_PADS0_PCFG0);
+}
+
+void sc59x_remap_ospi(void)
+{
+ clrsetbits_le32(REG_SCB5_SPI2_OSPI_REMAP,
+ BITM_SCB5_SPI2_OSPI_REMAP_REMAP,
+ ENUM_SCB5_SPI2_OSPI_REMAP_OSPI0);
+}
+
+/**
+ * SPU/SMPU configuration is the default for permissive access from non-secure
+ * EL1. If TFA and OPTEE are configured, they run *after* this code, as the
+ * current boot flow is SPL -> TFA -> OPTEE -> Proper -> Linux, and will
+ * be expected to configure peripheral security correctly. If they are not
+ * configured, then this permissive setting will allow Linux (which always
+ * runs in NS EL1) to control all access to these peripherals. Without it,
+ * the peripherals would simply be unavailable in a non-security build,
+ * which is not OK.
+ */
+void sc5xx_soc_init(void)
+{
+ phys_addr_t smpus[] = {
+ 0x31007800, //SMPU0
+ 0x31083800, //SMPU2
+ 0x31084800, //SMPU3
+ 0x31085800, //SMPU4
+ 0x31086800, //SMPU5
+ 0x31087800, //SMPU6
+ 0x310A0800, //SMPU9
+ 0x310A1800, //SMPU11
+ 0x31012800, //SMPU12
+ };
+ size_t i;
+
+ // Enable coresight timer
+ writel(1, REG_TSGENWR0_CNTCR);
+
+ //Do not rerun preboot routine --
+ // Without this, hardware resets triggered by RCU0_CTL:SYSRST
+ // lead to a deadlock somewhere in the boot ROM
+ writel(0x200, REG_RCU0_BCODE);
+
+ /* Alter outstanding transactions property of A55*/
+ writel(0x1, 0x30643108); /* SCB6 A55 M0 Ib.fn Mod */
+ isb();
+
+ /* configure DDR prefetch behavior, per ADI */
+ writel(0x1, 0x31076000);
+
+ /* configure smart mode, per ADI */
+ writel(0x1307, 0x31076004);
+
+ // Disable SPU and SPU WP registers
+ sc5xx_disable_spu0(REG_SPU0_SECUREP_START, REG_SPU0_SECUREP_START + 4*213);
+ sc5xx_disable_spu0(REG_SPU0_WP_START, REG_SPU0_WP_START + 4*213);
+
+ /* configure smpus permissively */
+ for (i = 0; i < ARRAY_SIZE(smpus); ++i)
+ writel(0x500, smpus[i]);
+
+ sc5xx_enable_ns_sharc_access(REG_SPU0_SECUREC0);
+}
--- /dev/null
+// SPDX-License-Identifier: GPL-2.0-or-later
+/*
+ * (C) Copyright 2022 - Analog Devices, Inc.
+ *
+ * Written and/or maintained by Timesys Corporation
+ *
+ * Contact: Nathan Barrett-Morrison <nathan.morrison@timesys.com>
+ * Contact: Greg Malysa <greg.malysa@timesys.com>
+ */
+
+#include <asm/arch-adi/sc5xx/sc5xx.h>
+#include <asm/arch-adi/sc5xx/soc.h>
+#include <asm/global_data.h>
+#include <asm/io.h>
+#include <cpu_func.h>
+
+#ifdef CONFIG_SC58X
+ #define RCU0_CTL 0x3108B000
+ #define RCU0_STAT 0x3108B004
+ #define RCU0_CRCTL 0x3108B008
+ #define RCU0_CRSTAT 0x3108B00C
+ #define RCU0_SIDIS 0x3108B010
+ #define RCU0_MSG_SET 0x3108B064
+#elif defined(CONFIG_SC57X) || defined(CONFIG_SC59X) || defined(CONFIG_SC59X_64)
+ #define RCU0_CTL 0x3108C000
+ #define RCU0_STAT 0x3108C004
+ #define RCU0_CRCTL 0x3108C008
+ #define RCU0_CRSTAT 0x3108C00C
+ #define RCU0_SIDIS 0x3108C01C
+ #define RCU0_MSG_SET 0x3108C070
+#else
+ #error "No SC5xx SoC CONFIG_ enabled"
+#endif
+
+#define BITP_RCU_STAT_BMODE 8
+#define BITM_RCU_STAT_BMODE 0x00000F00
+
+#define REG_ARMPMU0_PMCR 0x31121E04
+#define REG_ARMPMU0_PMUSERENR 0x31121E08
+#define REG_ARMPMU0_PMLAR 0x31121FB0
+
+DECLARE_GLOBAL_DATA_PTR;
+
+void reset_cpu(void)
+{
+ u32 val = readl(RCU0_CTL);
+ writel(val | 1, RCU0_CTL);
+}
+
+void enable_caches(void)
+{
+ if (!IS_ENABLED(CONFIG_SYS_DCACHE_OFF))
+ dcache_enable();
+}
+
+void sc5xx_enable_ns_sharc_access(uintptr_t securec0_base)
+{
+ writel(0, securec0_base);
+ writel(0, securec0_base + 0x4);
+ writel(0, securec0_base + 0x8);
+}
+
+void sc5xx_disable_spu0(uintptr_t spu0_start, uintptr_t spu0_end)
+{
+ for (uintptr_t i = spu0_start; i <= spu0_end; i += 4)
+ writel(0, i);
+}
+
+/**
+ * PMU is only available on armv7 platforms and all share the same location
+ */
+void sc5xx_enable_pmu(void)
+{
+ if (!IS_ENABLED(CONFIG_SC59X_64)) {
+ writel(readl(REG_ARMPMU0_PMUSERENR) | 0x01, REG_ARMPMU0_PMUSERENR);
+ writel(0xc5acce55, REG_ARMPMU0_PMLAR);
+ writel(readl(REG_ARMPMU0_PMCR) | (1 << 1), REG_ARMPMU0_PMCR);
+ }
+}
+
+const char *sc5xx_get_boot_mode(u32 *bmode)
+{
+ static const char * const bmodes[] = {
+ "JTAG/BOOTROM",
+ "QSPI Master",
+ "QSPI Slave",
+ "UART",
+ "LP0 Slave",
+ "OSPI",
+#ifdef CONFIG_SC59X_64
+ "eMMC"
+#endif
+ };
+ u32 local_mode;
+
+ local_mode = (readl(RCU0_STAT) & BITM_RCU_STAT_BMODE) >> BITP_RCU_STAT_BMODE;
+
+#if CONFIG_ADI_SPL_FORCE_BMODE != 0
+ /*
+ * In case we want to force boot sequences such as:
+ * QSPI -> OSPI
+ * QSPI -> eMMC
+ * If this is not set, then we will always try to use the BMODE setting
+ * for both stages... i.e.
+ * QSPI -> QSPI
+ */
+
+ // (Don't allow skipping JTAG/UART BMODE settings)
+ if (local_mode != 0 && local_mode != 3)
+ local_mode = CONFIG_ADI_SPL_FORCE_BMODE;
+#endif
+
+ *bmode = local_mode;
+
+ if (local_mode >= 0 && local_mode <= ARRAY_SIZE(bmodes))
+ return bmodes[local_mode];
+ return "unknown";
+}
+
+void print_cpu_id(void)
+{
+ if (!IS_ENABLED(CONFIG_ARM64)) {
+ u32 cpuid = 0;
+
+ __asm__ __volatile__("mrc p15, 0, %0, c0, c0, 0" : "=r"(cpuid));
+
+ printf("Detected Revision: %d.%d\n", cpuid & 0xf00000 >> 20, cpuid & 0xf);
+ }
+}
+
+int print_cpuinfo(void)
+{
+ u32 bmode;
+
+ printf("CPU: ADSP %s (%s boot)\n", CONFIG_LDR_CPU, sc5xx_get_boot_mode(&bmode));
+ print_cpu_id();
+
+ return 0;
+}
+
+void fixup_dp83867_phy(struct phy_device *phydev)
+{
+ int phy_data = 0;
+
+ phy_data = phy_read(phydev, MDIO_DEVAD_NONE, 0x32);
+ phy_write(phydev, MDIO_DEVAD_NONE, 0x32, (1 << 7) | phy_data);
+ int cfg3 = 0;
+ #define MII_DP83867_CFG3 (0x1e)
+ /*
+ * Pin INT/PWDN on DP83867 should be configured as an Interrupt Output
+ * instead of a Power-Down Input on ADI SC5XX boards in order to
+ * prevent the signal interference from other peripherals during they
+ * are running at the same time.
+ */
+ cfg3 = phy_read(phydev, MDIO_DEVAD_NONE, MII_DP83867_CFG3);
+ cfg3 |= (1 << 7);
+ phy_write(phydev, MDIO_DEVAD_NONE, MII_DP83867_CFG3, cfg3);
+
+ // Mystery second port fixup on ezkits with two PHYs
+ if (CONFIG_DW_PORTS & 2)
+ phy_write(phydev, MDIO_DEVAD_NONE, 0x11, 3);
+
+ if (IS_ENABLED(CONFIG_ADI_BUG_EZKHW21)) {
+ phydev->advertising &= PHY_BASIC_FEATURES;
+ phydev->speed = SPEED_100;
+ }
+
+ if (phydev->drv->config)
+ phydev->drv->config(phydev);
+
+ if (IS_ENABLED(CONFIG_ADI_BUG_EZKHW21))
+ phy_write(phydev, MDIO_DEVAD_NONE, 0, 0x3100);
+}
+
+int dram_init(void)
+{
+ gd->ram_size = CFG_SYS_SDRAM_SIZE;
+ return 0;
+}
--- /dev/null
+// SPDX-License-Identifier: GPL-2.0-or-later
+/*
+ * (C) Copyright 2022 - Analog Devices, Inc.
+ *
+ * Written and/or maintained by Timesys Corporation
+ *
+ * Contact: Nathan Barrett-Morrison <nathan.morrison@timesys.com>
+ * Contact: Greg Malysa <greg.malysa@timesys.com>
+ */
+
+#include <spl.h>
+#include <asm/arch-adi/sc5xx/sc5xx.h>
+#include <asm/arch-adi/sc5xx/spl.h>
+#include "init/clkinit.h"
+#include "init/dmcinit.h"
+
+static bool adi_start_uboot_proper;
+
+static int adi_sf_default_bus = CONFIG_SF_DEFAULT_BUS;
+static int adi_sf_default_cs = CONFIG_SF_DEFAULT_CS;
+static int adi_sf_default_speed = CONFIG_SF_DEFAULT_SPEED;
+
+u32 bmode;
+
+int spl_start_uboot(void)
+{
+ return adi_start_uboot_proper;
+}
+
+unsigned int spl_spi_get_default_speed(void)
+{
+ return adi_sf_default_speed;
+}
+
+unsigned int spl_spi_get_default_bus(void)
+{
+ return adi_sf_default_bus;
+}
+
+unsigned int spl_spi_get_default_cs(void)
+{
+ return adi_sf_default_cs;
+}
+
+void board_boot_order(u32 *spl_boot_list)
+{
+ const char *bmodestring = sc5xx_get_boot_mode(&bmode);
+
+ printf("ADI Boot Mode: 0x%x (%s)\n", bmode, bmodestring);
+
+ /*
+ * By default everything goes back to the bootrom, where we'll read table
+ * parameters and ask for another image to be loaded
+ */
+ spl_boot_list[0] = BOOT_DEVICE_BOOTROM;
+
+ if (bmode == 0) {
+ printf("SPL execution has completed. Please load U-Boot Proper via JTAG");
+ while (1)
+ ;
+ }
+}
+
+int32_t __weak adi_rom_boot_hook(struct ADI_ROM_BOOT_CONFIG *config, int32_t cause)
+{
+ return 0;
+}
+
+int board_return_to_bootrom(struct spl_image_info *spl_image,
+ struct spl_boot_device *bootdev)
+{
+#if CONFIG_ADI_SPL_FORCE_BMODE != 0
+ // see above
+ if (bmode != 0 && bmode != 3)
+ bmode = CONFIG_ADI_SPL_FORCE_BMODE;
+#endif
+
+ if (bmode >= (ARRAY_SIZE(adi_rom_boot_args)))
+ bmode = 0;
+
+ adi_rom_boot((void *)adi_rom_boot_args[bmode].addr,
+ adi_rom_boot_args[bmode].flags,
+ 0, &adi_rom_boot_hook,
+ adi_rom_boot_args[bmode].cmd);
+ return 0;
+};
+
+void board_init_f(ulong dummy)
+{
+ int ret;
+
+ clks_init();
+ DMC_Config();
+ sc5xx_soc_init();
+
+ ret = spl_early_init();
+ if (ret)
+ panic("spl_early_init() failed\n");
+
+ preloader_console_init();
+}
+
--- /dev/null
+/*
+ * A target board needs to set these variables for the commands below to work:
+ *
+ * - adi_stage2_offset, the location of stage2-boot.ldr on the SPI flash
+ * - adi_image_offset, location of the fitImage on the SPI flash
+ * - adi_rfs_offset, location of the RFS on the SPI flash
+ * - loadaddr, where you want to load things
+ * - jffs2file, name of the jffs2 file for update, ex adsp-sc5xx-tiny-adsp-sc573.jffs2
+ */
+
+#ifdef CONFIG_SC59X_64
+#define EARLY_PRINTK earlycon=adi_uart,0x31003000
+#else
+#define EARLY_PRINTK earlyprintk=serial,uart0,CONFIG_BAUDRATE
+#endif
+
+/* Config options */
+imagefile=fitImage
+ethaddr=02:80:ad:20:31:e8
+eth1addr=02:80:ad:20:31:e9
+uart_console=CONFIG_UART_CONSOLE
+#ifdef CONFIG_SC59X_64
+fdt_high=0xffffffffffffffff
+initrd_high=0xffffffffffffffff
+#else
+fdt_high=0xffffffff
+initrd_high=0xffffffff
+#endif
+
+/* Helper routines */
+init_ethernet=mii info;
+ dhcp;
+ setenv serverip ${tftpserverip}
+
+/* Args for each boot mode */
+adi_bootargs=EARLY_PRINTK console=ttySC0,CONFIG_BAUDRATE vmalloc=512M
+ramargs=setenv bootargs ${adi_bootargs}
+
+addip=setenv bootargs ${bootargs} ip=${ipaddr}:${serverip}:${gatewayip}:${netmask}:${hostname}:eth0:off
+
+/* Boot modes are selectable and should be defined in the board env before including */
+#if defined(USE_NFS)
+// rootpath is set by CONFIG_ROOTPATH
+nfsargs=setenv bootargs root=/dev/nfs rw nfsroot=${serverip}${rootpath},tcp,nfsvers=3 ${adi_bootargs}
+nfsboot=run init_ethernet;
+ tftp ${loadaddr} ${tftp_dir_prefix}${imagefile};
+ run nfsargs;
+ run addip;
+ bootm ${loadaddr}
+#endif
+
+#if defined(USE_MMC)
+mmcargs=setenv bootargs root=/dev/mmcblk0p1 rw rootfstype=ext4 rootwait ${adi_bootargs}
+mmcboot=mmc rescan;
+ ext4load mmc 0:1 ${loadaddr} /boot/${imagefile};
+ run mmcargs;
+ bootm ${loadaddr}
+#endif
+
+#if defined(USE_SPI) || defined(USE_OSPI)
+spiargs=setenv bootargs root=/dev/mtdblock4 rw rootfstype=jffs2 ${adi_bootargs}
+spiboot=run spiargs;
+ sf probe ${sfdev};
+ sf read ${loadaddr} ${adi_image_offset} ${imagesize};
+ bootm ${loadaddr}
+#endif
+
+#if defined(USE_OSPI)
+ospiboot=run spiboot
+#endif
+
+#if defined(USE_RAM)
+ramboot=run init_ethernet;
+ tftp ${loadaddr} ${tfpt_dir_prefix}${imagefile};
+ run ramargs;
+ bootm ${loadaddr}
+#endif
+
+/* Update commands */
+stage1file=stage1-boot.ldr
+stage2file=stage2-boot.ldr
+
+#if defined(USE_SPI) || defined(USE_OSPI)
+update_spi_uboot_stage1=tftp ${loadaddr} ${tftp_dir_prefix}${stage1file};
+ sf probe ${sfdev};
+ sf update ${loadaddr} 0x0 ${filesize}
+update_spi_uboot_stage2=tftp ${loadaddr} ${tftp_dir_prefix}${stage2file};
+ sf probe ${sfdev};
+ sf update ${loadaddr} ${adi_stage2_offset} ${filesize}
+update_spi_uboot=run update_spi_uboot_stage1;
+ run update_spi_uboot_stage2;
+update_spi_fit=tftp ${loadaddr} ${tftp_dir_prefix}${imagefile};
+ sf probe ${sfdev};
+ sf update ${loadaddr} ${adi_image_offset} ${filesize};
+ setenv imagesize ${filesize}
+update_spi_rfs=tftp ${loadaddr} ${tftp_dir_prefix}${jffs2file};
+ sf probe ${sfdev};
+ sf update ${loadaddr} ${adi_rfs_offset} ${filesize}
+
+start_update_spi=run init_ethernet;
+ run update_spi_uboot;
+ run update_spi_fit;
+ run update_spi_rfs;
+start_update_spi_uboot_only=run init_ethernet;
+ run update_spi_uboot;
+#endif
+
+#if defined(USE_SPI)
+update_spi=setenv sfdev CONFIG_SC_BOOT_SPI_BUS:CONFIG_SC_BOOT_SPI_SSEL;
+ setenv bootcmd run spiboot;
+ setenv argscmd spiargs;
+ run start_update_spi;
+ saveenv
+#endif
+
+#if defined(USE_OSPI)
+update_ospi=setenv sfdev CONFIG_SC_BOOT_OSPI_BUS:CONFIG_SC_BOOT_OSPI_SSEL;
+ setenv bootcmd run ospiboot;
+ setenv argscmd spiargs;
+ run start_update_spi;
+ saveenv
+#endif
projects / u-boot.git / commitdiff
