AMC Initialization Sequence

This file was created using the following files on: Wed Jun 17 11:45:29 2015
AMC Version: Major Release: Minor Release:
AMP Version: 3 Major Release: 1 Minor Release: 3
AMC UM Init sourced from: //depot/ip_lib/apple/amcc/a0.malta/amcc/tb/cfg/static/maqstb_cfg.pl#18
AMP UM Init sourced from: //depot/ip_lib/apple/amp/a0.malta/amp/tb/cfg/phy_helper_fxns.pl#5

Change Log

* ------------------------------------------------------------------
* Version:1 - Files Edited: all
* Initial fiji checkin
* ------------------------------------------------------------------
* Version:6 - herb - Files Edited: maqstb_cfg.pl#8 -
* changes for updated amph V0013 and mcu init gen flow.
* ------------------------------------------------------------------
* Version:7 - rishah - Files Edited: maqs_gen_cfg.pl#7 - maqstb_cfg.pl#13 -
* Ported over changes from Maui B0 related to INIT Sequence.
* ------------------------------------------------------------------
* Version:8 - rishah - Files Edited: phy_helper_fxns.pl#15 -
* Updated MCU init sequence.
* ------------------------------------------------------------------
* Version:9 - cpolapra - Files Edited: maqs_gen_cfg_c.pl#6 -
* Ported over init and calibration changes from Maui A0/B0 and Elba
* ------------------------------------------------------------------
* Version:10 - rishah - Files Edited: phy_helper_fxns.pl#16 -
* Init sequence update for VrefSel for SW Calib.
* ------------------------------------------------------------------

0. AMC Prolog

Program SPLL registers

DescriptionRegister ProgrammingAOP AWAKEResume BootAOP DDR
if (platform == ONE_CH_ONE_RANK)
    amcc_MccLockRegion_mccchnldec = 0x00050200
       ChSelHiBits = 0x5 *read-only
       ChSelTyp = 0x0 *read-only
       ChnlStartBit = 0x2 *read-only
       NumMcuChnl = 0x0
else if (platform == ONE_CH_TWO_RANK)
    amcc_MccLockRegion_mccchnldec = 0x00050200
       ChSelHiBits = 0x5 *read-only
       ChSelTyp = 0x0 *read-only
       ChnlStartBit = 0x2 *read-only
       NumMcuChnl = 0x0
else if (platform == TWO_CH_TWO_RANK)
    amcc_MccLockRegion_mccchnldec = 0x00050210
       ChSelHiBits = 0x5 *read-only
       ChSelTyp = 0x0 *read-only
       ChnlStartBit = 0x2 *read-only
       NumMcuChnl = 0x1
else if (platform == TWO_CH_ONE_RANK)
    amcc_MccLockRegion_mccchnldec = 0x00050210
       ChSelHiBits = 0x5 *read-only
       ChSelTyp = 0x0 *read-only
       ChnlStartBit = 0x2 *read-only
       NumMcuChnl = 0x1
else
       amcc_MccLockRegion_mccchnldec = 0x00050220
          ChSelHiBits = 0x5 *read-only
          ChSelTyp = 0x0 *read-only
          ChnlStartBit = 0x2 *read-only
          NumMcuChnl = 0x2
---
    spllctrl_SpllCtrl_ChargePump(n) = 0x00000068
       slvpll_cp_boost = 0x0
       slvpll_cp_i_set = 0x3 *read-only
       slvpll_cp_lp = 0x0 *read-only
       slvpll_cp_md = 0x0 *read-only
       slvpll_cp_pd = 0x0 *read-only
       slvpll_cp_r_set = 0x8 *read-only
 ---
    spllctrl_SpllCtrl_VCO(n) = 0x00000076
       slvpll_vco_buf_pd = 0x0 *read-only
       slvpll_vco_cap = 0x1 *read-only
       slvpll_vco_kvco = 0x3
       slvpll_vco_pd = 0x0 *read-only
       slvpll_vco_rv2i = 0x6 *read-only
 ---
    spllctrl_SpllCtrl_VCO(n) = 0x00000078
       slvpll_vco_buf_pd = 0x0 *read-only
       slvpll_vco_cap = 0x1 *read-only
       slvpll_vco_kvco = 0x3
       slvpll_vco_pd = 0x0 *read-only
       slvpll_vco_rv2i = 0x8
---
    spllctrl_SpllCtrl_LDO(n) = 0x00000004
       slvpll_bg_start_sel = 0x0 *read-only
       slvpll_reg_pd = 0x0 *read-only
       slvpll_vreg_adj = 0x4
---
    spllctrl_SpllCtrl_SPLLPwrDnCfg(n) = 0x00000011
       bypass_en_stby_pd = 0x1
       spll_fast_pd_exit = 0x0 *read-only
       spll_mode_dcs_pwrdn = 0x1 *read-only
       use_idle_for_pd = 0x0 *read-only
 ---

1. AMC Initial Configuration

Perform the proper configurations of the AMC. Note that all the timing parameters should be programmed with respect to the normal clock, not the slow boot clock.

DescriptionRegister ProgrammingAOP AWAKEResume BootAOP DDR

Setting up MCU registers and FSP for Freq change


DescriptionRegister ProgrammingAOP AWAKEResume BootAOP DDR
    amcx_dramcfg_freqchngctl0_freq0(n) = 0x18cd104d
       freqchngmrw0_addr_freq0 = 0xd
       freqchngmrw0_ctrl_freq0 = 0x1
       freqchngmrw0_data_freq0 = 0x10
       freqchngmrw1_addr_freq0 = 0xd
       freqchngmrw1_ctrl_freq0 = 0x3
       freqchngmrw1_data_freq0 = 0x18
---
    amcx_dramcfg_freqchngctl1_freq0(n) = 0x110c110e
       freqchngmrw2_addr_freq0 = 0xe
       freqchngmrw2_ctrl_freq0 = 0x0
       freqchngmrw2_data_freq0 = 0x11
       freqchngmrw3_addr_freq0 = 0xc
       freqchngmrw3_ctrl_freq0 = 0x0
       freqchngmrw3_data_freq0 = 0x11
---
if (platform == FPGA)
    amcx_dramcfg_freqchngctl2_freq0(n) = 0xb303000b
       freqchngmrw4_addr_freq0 = 0xb
       freqchngmrw4_ctrl_freq0 = 0x0
       freqchngmrw4_data_freq0 = 0x0
       freqchngmrw5_addr_freq0 = 0x3
       freqchngmrw5_ctrl_freq0 = 0x0
       freqchngmrw5_data_freq0 = 0xb3
else
       amcx_dramcfg_freqchngctl2_freq0(n) = 0xb303440b
          freqchngmrw4_addr_freq0 = 0xb
          freqchngmrw4_ctrl_freq0 = 0x0
          freqchngmrw4_data_freq0 = 0x44
          freqchngmrw5_addr_freq0 = 0x3
          freqchngmrw5_ctrl_freq0 = 0x0
          freqchngmrw5_data_freq0 = 0xb3
---
    amcx_dramcfg_freqchngctl3_freq0(n) = 0xce012402
       freqchngmrw6_addr_freq0 = 0x2
       freqchngmrw6_ctrl_freq0 = 0x0
       freqchngmrw6_data_freq0 = 0x24
       freqchngmrw7_addr_freq0 = 0x1
       freqchngmrw7_ctrl_freq0 = 0x0
       freqchngmrw7_data_freq0 = 0xce
---
    amcx_dramcfg_freqchngctl4_freq0(n) = 0x00000416
       freqchngmrw8_addr_freq0 = 0x16
       freqchngmrw8_ctrl_freq0 = 0x0
       freqchngmrw8_data_freq0 = 0x4
       freqchngmrw9_addr_freq0 = 0x0 *read-only
       freqchngmrw9_ctrl_freq0 = 0x0 *read-only
       freqchngmrw9_data_freq0 = 0x0 *read-only
 ---
    amcx_dramcfg_freqchngtim_freq0(n) = 0x000c1108
       freqchngclkofflat_freq0 = 0x8
       freqchngclkonlat_freq0 = 0x11
       freqchngsocupdlat_freq0 = 0xc
---
    amcx_dramcfg_freqchngctl0_freq1(n) = 0x18cd104d
       freqchngmrw0_addr_freq1 = 0xd
       freqchngmrw0_ctrl_freq1 = 0x1
       freqchngmrw0_data_freq1 = 0x10
       freqchngmrw1_addr_freq1 = 0xd
       freqchngmrw1_ctrl_freq1 = 0x3
       freqchngmrw1_data_freq1 = 0x18
---
    amcx_dramcfg_freqchngctl1_freq1(n) = 0x110c110e
       freqchngmrw2_addr_freq1 = 0xe
       freqchngmrw2_ctrl_freq1 = 0x0
       freqchngmrw2_data_freq1 = 0x11
       freqchngmrw3_addr_freq1 = 0xc
       freqchngmrw3_ctrl_freq1 = 0x0
       freqchngmrw3_data_freq1 = 0x11
---
if (platform == FPGA)
    amcx_dramcfg_freqchngctl2_freq1(n) = 0xf303000b
       freqchngmrw4_addr_freq1 = 0xb
       freqchngmrw4_ctrl_freq1 = 0x0
       freqchngmrw4_data_freq1 = 0x0
       freqchngmrw5_addr_freq1 = 0x3
       freqchngmrw5_ctrl_freq1 = 0x0
       freqchngmrw5_data_freq1 = 0xf3
else
       amcx_dramcfg_freqchngctl2_freq1(n) = 0xf303030b
          freqchngmrw4_addr_freq1 = 0xb
          freqchngmrw4_ctrl_freq1 = 0x0
          freqchngmrw4_data_freq1 = 0x3
          freqchngmrw5_addr_freq1 = 0x3
          freqchngmrw5_ctrl_freq1 = 0x0
          freqchngmrw5_data_freq1 = 0xf3
---
    amcx_dramcfg_freqchngctl3_freq1(n) = 0xae015202
       freqchngmrw6_addr_freq1 = 0x2
       freqchngmrw6_ctrl_freq1 = 0x0
       freqchngmrw6_data_freq1 = 0x52
       freqchngmrw7_addr_freq1 = 0x1
       freqchngmrw7_ctrl_freq1 = 0x0
       freqchngmrw7_data_freq1 = 0xae
---
    amcx_dramcfg_freqchngctl4_freq1(n) = 0x00000416
       freqchngmrw8_addr_freq1 = 0x16
       freqchngmrw8_ctrl_freq1 = 0x0
       freqchngmrw8_data_freq1 = 0x4
       freqchngmrw9_addr_freq1 = 0x0 *read-only
       freqchngmrw9_ctrl_freq1 = 0x0 *read-only
       freqchngmrw9_data_freq1 = 0x0 *read-only
 ---
    amcx_dramcfg_freqchngtim_freq1(n) = 0x000c1108
       freqchngclkofflat_freq1 = 0x8
       freqchngclkonlat_freq1 = 0x11
       freqchngsocupdlat_freq1 = 0xc
---
    amcx_dramcfg_freqchngctl0_freq2(n) = 0x18cd104d
       freqchngmrw0_addr_freq2 = 0xd
       freqchngmrw0_ctrl_freq2 = 0x1
       freqchngmrw0_data_freq2 = 0x10
       freqchngmrw1_addr_freq2 = 0xd
       freqchngmrw1_ctrl_freq2 = 0x3
       freqchngmrw1_data_freq2 = 0x18
---
    amcx_dramcfg_freqchngctl1_freq2(n) = 0x590c590e
       freqchngmrw2_addr_freq2 = 0xe
       freqchngmrw2_ctrl_freq2 = 0x0
       freqchngmrw2_data_freq2 = 0x59
       freqchngmrw3_addr_freq2 = 0xc
       freqchngmrw3_ctrl_freq2 = 0x0
       freqchngmrw3_data_freq2 = 0x59
---
if (platform == FPGA)
    amcx_dramcfg_freqchngctl2_freq2(n) = 0xf303000b
       freqchngmrw4_addr_freq2 = 0xb
       freqchngmrw4_ctrl_freq2 = 0x0
       freqchngmrw4_data_freq2 = 0x0
       freqchngmrw5_addr_freq2 = 0x3
       freqchngmrw5_ctrl_freq2 = 0x0
       freqchngmrw5_data_freq2 = 0xf3
else
       amcx_dramcfg_freqchngctl2_freq2(n) = 0xf303000b
          freqchngmrw4_addr_freq2 = 0xb
          freqchngmrw4_ctrl_freq2 = 0x0
          freqchngmrw4_data_freq2 = 0x0
          freqchngmrw5_addr_freq2 = 0x3
          freqchngmrw5_ctrl_freq2 = 0x0
          freqchngmrw5_data_freq2 = 0xf3
---
    amcx_dramcfg_freqchngctl3_freq2(n) = 0x8e010002
       freqchngmrw6_addr_freq2 = 0x2
       freqchngmrw6_ctrl_freq2 = 0x0
       freqchngmrw6_data_freq2 = 0x0
       freqchngmrw7_addr_freq2 = 0x1
       freqchngmrw7_ctrl_freq2 = 0x0
       freqchngmrw7_data_freq2 = 0x8e
---
    amcx_dramcfg_freqchngctl4_freq2(n) = 0x00000016
       freqchngmrw8_addr_freq2 = 0x16
       freqchngmrw8_ctrl_freq2 = 0x0
       freqchngmrw8_data_freq2 = 0x0
       freqchngmrw9_addr_freq2 = 0x0 *read-only
       freqchngmrw9_ctrl_freq2 = 0x0 *read-only
       freqchngmrw9_data_freq2 = 0x0 *read-only
 ---
    amcx_dramcfg_freqchngtim_freq2(n) = 0x000c1108
       freqchngclkofflat_freq2 = 0x8
       freqchngclkonlat_freq2 = 0x11
       freqchngsocupdlat_freq2 = 0xc
---
    amcx_dramcfg_freqchngctl0_freq3(n) = 0x18cd104d
       freqchngmrw0_addr_freq3 = 0xd
       freqchngmrw0_ctrl_freq3 = 0x1
       freqchngmrw0_data_freq3 = 0x10
       freqchngmrw1_addr_freq3 = 0xd
       freqchngmrw1_ctrl_freq3 = 0x3
       freqchngmrw1_data_freq3 = 0x18
---
    amcx_dramcfg_freqchngctl1_freq3(n) = 0x590c590e
       freqchngmrw2_addr_freq3 = 0xe
       freqchngmrw2_ctrl_freq3 = 0x0
       freqchngmrw2_data_freq3 = 0x59
       freqchngmrw3_addr_freq3 = 0xc
       freqchngmrw3_ctrl_freq3 = 0x0
       freqchngmrw3_data_freq3 = 0x59
---
if (platform == FPGA)
    amcx_dramcfg_freqchngctl2_freq3(n) = 0xf303000b
       freqchngmrw4_addr_freq3 = 0xb
       freqchngmrw4_ctrl_freq3 = 0x0
       freqchngmrw4_data_freq3 = 0x0
       freqchngmrw5_addr_freq3 = 0x3
       freqchngmrw5_ctrl_freq3 = 0x0
       freqchngmrw5_data_freq3 = 0xf3
else
       amcx_dramcfg_freqchngctl2_freq3(n) = 0xf303000b
          freqchngmrw4_addr_freq3 = 0xb
          freqchngmrw4_ctrl_freq3 = 0x0
          freqchngmrw4_data_freq3 = 0x0
          freqchngmrw5_addr_freq3 = 0x3
          freqchngmrw5_ctrl_freq3 = 0x0
          freqchngmrw5_data_freq3 = 0xf3
---
    amcx_dramcfg_freqchngctl3_freq3(n) = 0x8e010002
       freqchngmrw6_addr_freq3 = 0x2
       freqchngmrw6_ctrl_freq3 = 0x0
       freqchngmrw6_data_freq3 = 0x0
       freqchngmrw7_addr_freq3 = 0x1
       freqchngmrw7_ctrl_freq3 = 0x0
       freqchngmrw7_data_freq3 = 0x8e
---
    amcx_dramcfg_freqchngctl4_freq3(n) = 0x00000016
       freqchngmrw8_addr_freq3 = 0x16
       freqchngmrw8_ctrl_freq3 = 0x0
       freqchngmrw8_data_freq3 = 0x0
       freqchngmrw9_addr_freq3 = 0x0 *read-only
       freqchngmrw9_ctrl_freq3 = 0x0 *read-only
       freqchngmrw9_data_freq3 = 0x0 *read-only
 ---
    amcx_dramcfg_freqchngtim_freq3(n) = 0x000c1108
       freqchngclkofflat_freq3 = 0x8
       freqchngclkonlat_freq3 = 0x11
       freqchngsocupdlat_freq3 = 0xc
---
    ampsdq_ampsdqdllctl_dllupdtctrl(n) = 0x50017350
       DllInitUpdtDur = 0x7 *read-only
       DllUpdtDur = 0x3 *read-only
       DllUpdtMode = 0x1
       DllUpdtPhyUpdtTyp = 0x0 *read-only
       FreqChangeSDLLUpdDur = 0x50 *read-only
       SDLLUpdDur = 0x50 *read-only
 ---
    ampsca_ampscadllctl_dllupdtctrl(n) = 0x50017350
       DllInitUpdtDur = 0x7 *read-only
       DllUpdtDur = 0x3 *read-only
       DllUpdtMode = 0x1
       DllUpdtPhyUpdtTyp = 0x0 *read-only
       FreqChangeSDLLUpdDur = 0x50 *read-only
       SDLLUpdDur = 0x50 *read-only
 ---
Configure DRAM timing parameters for default frequencyset. Example here shows LPDDR4-2667 8Gb DRAM die. See Section 3.2.2.4 for other value.
Configure the PHY timing. These are determined by the design of the PHY and the interface between the PHY and AMC.
if (platform == FPGA)
    amcx_dramtim_lat_freq0(n) = 0x001030c2
       DRAMRL_freq0 = 0x3
       DRAMWL_freq0 = 0x2
       tDQSCKMaxCyc_freq0 = 0x3 *read-only
       tDQSCKMinCyc_freq0 = 0x0 *read-only
       tDQSSMaxCyc_freq0 = 0x1 *read-only
else
       amcx_dramtim_lat_freq0(n) = 0x00103306
          DRAMRL_freq0 = 0xc
          DRAMWL_freq0 = 0x6
          tDQSCKMaxCyc_freq0 = 0x3 *read-only
          tDQSCKMinCyc_freq0 = 0x0 *read-only
          tDQSSMaxCyc_freq0 = 0x1 *read-only
 ---
if (platform == FPGA)
    amcx_dramtim_lat_freq1(n) = 0x001020c2
       DRAMRL_freq1 = 0x3
       DRAMWL_freq1 = 0x2
       tDQSCKMaxCyc_freq1 = 0x2 *read-only
       tDQSCKMinCyc_freq1 = 0x0 *read-only
       tDQSSMaxCyc_freq1 = 0x1 *read-only
else
       amcx_dramtim_lat_freq1(n) = 0x00102206
          DRAMRL_freq1 = 0x8
          DRAMWL_freq1 = 0x6
          tDQSCKMaxCyc_freq1 = 0x2 *read-only
          tDQSCKMinCyc_freq1 = 0x0 *read-only
          tDQSSMaxCyc_freq1 = 0x1 *read-only
 ---
if (platform == FPGA)
    amcx_phytim_phyrdwrtim_freq0(n) = 0x00010d01
       PHYRdLat_freq0 = 0xd
       PHYtPhyWrlat_freq0 = 0x1
       PHYtRddataEn_freq0 = 0x1
else
       amcx_phytim_phyrdwrtim_freq0(n) = 0x00050d0a
          PHYRdLat_freq0 = 0xd
          PHYtPhyWrlat_freq0 = 0x5
          PHYtRddataEn_freq0 = 0xa
---
if (platform == FPGA)
    amcx_phytim_phyrdwrtim_freq1(n) = 0x00010c01
       PHYRdLat_freq1 = 0xc
       PHYtPhyWrlat_freq1 = 0x1
       PHYtRddataEn_freq1 = 0x1
else
       amcx_phytim_phyrdwrtim_freq1(n) = 0x00050c06
          PHYRdLat_freq1 = 0xc
          PHYtPhyWrlat_freq1 = 0x5
          PHYtRddataEn_freq1 = 0x6
---
if (platform == FPGA)
    amcx_phytim_phyrdwrtim_freq2(n) = 0x00010c01
       PHYRdLat_freq2 = 0xc
       PHYtPhyWrlat_freq2 = 0x1
       PHYtRddataEn_freq2 = 0x1
else
       amcx_phytim_phyrdwrtim_freq2(n) = 0x00010c01
          PHYRdLat_freq2 = 0xc
          PHYtPhyWrlat_freq2 = 0x1
          PHYtRddataEn_freq2 = 0x1
---
if (platform == PALLADIUM)
    amcx_dramtim_caspch_freq0(n) = 0x42110408
       tRASCyc_freq0 = 0x11
       tRCDCyc_freq0 = 0x8
       tRTPCyc_freq0 = 0x4
       tWRCyc_freq0 = 0x8
       tWTRCyc_freq0 = 0x4
else if (platform == FPGA)
    amcx_dramtim_caspch_freq0(n) = 0x40c20402
       tRASCyc_freq0 = 0x2
       tRCDCyc_freq0 = 0x2
       tRTPCyc_freq0 = 0x4
       tWRCyc_freq0 = 0x3
       tWTRCyc_freq0 = 0x4
else
       amcx_dramtim_caspch_freq0(n) = 0x531a060b
          tRASCyc_freq0 = 0x1a
          tRCDCyc_freq0 = 0xb
          tRTPCyc_freq0 = 0x5
          tWRCyc_freq0 = 0xc
          tWTRCyc_freq0 = 0x6
---
if (platform == PALLADIUM)
    amcx_dramtim_act_freq0(n) = 0x10040908
       tFAWCyc_freq0 = 0x10
       tRPCyc_freq0 = 0x8
       tRPabCyc_freq0 = 0x9
       tRRDCyc_freq0 = 0x4
else if (platform == FPGA)
    amcx_dramtim_act_freq0(n) = 0x01020202
       tFAWCyc_freq0 = 0x1
       tRPCyc_freq0 = 0x2
       tRPabCyc_freq0 = 0x2
       tRRDCyc_freq0 = 0x2
else
       amcx_dramtim_act_freq0(n) = 0x18060d0b
          tFAWCyc_freq0 = 0x18
          tRPCyc_freq0 = 0xb
          tRPabCyc_freq0 = 0xd
          tRRDCyc_freq0 = 0x6
---
if (platform == PALLADIUM)
    amcx_dramtim_autoref_freq0(n) = 0x24480078
       tRFCBaseCyc_freq0 = 0x78 *read-only
       tRFCCyc_freq0 = 0x48
       tRFCpbCyc_freq0 = 0x24
else if (platform == FPGA)
    amcx_dramtim_autoref_freq0(n) = 0x01010078
       tRFCBaseCyc_freq0 = 0x78 *read-only
       tRFCCyc_freq0 = 0x1
       tRFCpbCyc_freq0 = 0x1
else
       amcx_dramtim_autoref_freq0(n) = 0x366c0078
          tRFCBaseCyc_freq0 = 0x78 *read-only
          tRFCCyc_freq0 = 0x6c
          tRFCpbCyc_freq0 = 0x36
---
if (platform == PALLADIUM)
    amcx_dramtim_selfref_freq0(n) = 0x50057012
       tFCCyc_freq0 = 0x50
       tXSRCyc_freq0 = 0x57
       tZQCalCyc_freq0 = 0x12 *read-only
else if (platform == FPGA)
    amcx_dramtim_selfref_freq0(n) = 0x28002012
       tFCCyc_freq0 = 0x28
       tXSRCyc_freq0 = 0x2
       tZQCalCyc_freq0 = 0x12 *read-only
else
       amcx_dramtim_selfref_freq0(n) = 0x78071012
          tFCCyc_freq0 = 0x78
          tXSRCyc_freq0 = 0x71
          tZQCalCyc_freq0 = 0x12 *read-only
 ---
if (platform == PALLADIUM)
    amcx_dramtim_modereg(n) = 0x0e0a9084
       tMRRCyc = 0x4
       tMRRICyc = 0x8
       tMRWCyc = 0x9
       tVRCGOFFCyc = 0xa
       tZQLatCyc = 0xe
else if (platform == FPGA)
    amcx_dramtim_modereg(n) = 0x060a9024
       tMRRCyc = 0x4
       tMRRICyc = 0x2
       tMRWCyc = 0x9
       tVRCGOFFCyc = 0xa
       tZQLatCyc = 0x6
else
       amcx_dramtim_modereg(n) = 0x140a90b4
          tMRRCyc = 0x4
          tMRRICyc = 0xb
          tMRWCyc = 0x9
          tVRCGOFFCyc = 0xa
          tZQLatCyc = 0x14
---
Configure DRAM timing parameters for alternative frequency points. For the dynamic frequency change support, all frequency sets should be programmed. See Section 3.2.2.3 for details. The actual values should correspond to the desired frequency points and the actual device specifications.
(N=1/2/3)
*since mcu_clk freq1 = 200MHz and per-bank refresh is not enabled,
mcusch.mifcassch_freq1. HiTempRefRnkAgeOut_freq1 =0x0
if (platform == PALLADIUM)
    amcx_dramtim_caspch_freq1(n) = 0x42110408
       tRASCyc_freq1 = 0x11
       tRCDCyc_freq1 = 0x8
       tRTPCyc_freq1 = 0x4
       tWRCyc_freq1 = 0x8
       tWTRCyc_freq1 = 0x4
else if (platform == FPGA)
    amcx_dramtim_caspch_freq1(n) = 0x40c20402
       tRASCyc_freq1 = 0x2
       tRCDCyc_freq1 = 0x2
       tRTPCyc_freq1 = 0x4
       tWRCyc_freq1 = 0x3
       tWTRCyc_freq1 = 0x4
else
       amcx_dramtim_caspch_freq1(n) = 0x42110408
          tRASCyc_freq1 = 0x11
          tRCDCyc_freq1 = 0x8
          tRTPCyc_freq1 = 0x4
          tWRCyc_freq1 = 0x8
          tWTRCyc_freq1 = 0x4
---
if (platform == FPGA)
    amcx_dramtim_act_freq1(n) = 0x01020202
       tFAWCyc_freq1 = 0x1
       tRPCyc_freq1 = 0x2
       tRPabCyc_freq1 = 0x2
       tRRDCyc_freq1 = 0x2
else
       amcx_dramtim_act_freq1(n) = 0x10040908
          tFAWCyc_freq1 = 0x10
          tRPCyc_freq1 = 0x8
          tRPabCyc_freq1 = 0x9
          tRRDCyc_freq1 = 0x4
---
**IMPORTANT** : For power saving on SOC's using Samsung and Hynix DRAM's, it's mandatory to set autoref_freq1 to 0x1C480050. For SOC's using Micron DRAM, autoref_freq1 should be set to 0x20480050.
if (platform == FPGA)
    amcx_dramtim_autoref_freq1(n) = 0x01010050
       tRFCBaseCyc_freq1 = 0x50 *read-only
       tRFCCyc_freq1 = 0x1
       tRFCpbCyc_freq1 = 0x1
else
       amcx_dramtim_autoref_freq1(n) = 0x24480050
          tRFCBaseCyc_freq1 = 0x50 *read-only
          tRFCCyc_freq1 = 0x48
          tRFCpbCyc_freq1 = 0x24
---
if (platform == PALLADIUM)
    amcx_dramtim_selfref_freq1(n) = 0x50057012
       tFCCyc_freq1 = 0x50
       tXSRCyc_freq1 = 0x57
       tZQCalCyc_freq1 = 0x12 *read-only
else if (platform == FPGA)
    amcx_dramtim_selfref_freq1(n) = 0x28002012
       tFCCyc_freq1 = 0x28
       tXSRCyc_freq1 = 0x2
       tZQCalCyc_freq1 = 0x12 *read-only
else
       amcx_dramtim_selfref_freq1(n) = 0x5004b012
          tFCCyc_freq1 = 0x50
          tXSRCyc_freq1 = 0x4b
          tZQCalCyc_freq1 = 0x12 *read-only
 ---
if (platform == PALLADIUM)
    amcx_dramtim_caspch_freq2(n) = 0x42110408
       tRASCyc_freq2 = 0x11
       tRCDCyc_freq2 = 0x8
       tRTPCyc_freq2 = 0x4
       tWRCyc_freq2 = 0x8
       tWTRCyc_freq2 = 0x4
else if (platform == FPGA)
    amcx_dramtim_caspch_freq2(n) = 0x40c20402
       tRASCyc_freq2 = 0x2
       tRCDCyc_freq2 = 0x2
       tRTPCyc_freq2 = 0x4
       tWRCyc_freq2 = 0x3
       tWTRCyc_freq2 = 0x4
else
       amcx_dramtim_caspch_freq2(n) = 0x40c50402
          tRASCyc_freq2 = 0x5
          tRCDCyc_freq2 = 0x2
          tRTPCyc_freq2 = 0x4
          tWRCyc_freq2 = 0x3
          tWTRCyc_freq2 = 0x4
---
if (platform == PALLADIUM)
    amcx_dramtim_act_freq2(n) = 0x10040908
       tFAWCyc_freq2 = 0x10
       tRPCyc_freq2 = 0x8
       tRPabCyc_freq2 = 0x9
       tRRDCyc_freq2 = 0x4
else if (platform == FPGA)
    amcx_dramtim_act_freq2(n) = 0x01020202
       tFAWCyc_freq2 = 0x1
       tRPCyc_freq2 = 0x2
       tRPabCyc_freq2 = 0x2
       tRRDCyc_freq2 = 0x2
else
       amcx_dramtim_act_freq2(n) = 0x04020302
          tFAWCyc_freq2 = 0x4
          tRPCyc_freq2 = 0x2
          tRPabCyc_freq2 = 0x3
          tRRDCyc_freq2 = 0x2
---
if (platform == PALLADIUM)
    amcx_dramtim_autoref_freq2(n) = 0x24480014
       tRFCBaseCyc_freq2 = 0x14 *read-only
       tRFCCyc_freq2 = 0x48
       tRFCpbCyc_freq2 = 0x24
else if (platform == FPGA)
    amcx_dramtim_autoref_freq2(n) = 0x01010014
       tRFCBaseCyc_freq2 = 0x14 *read-only
       tRFCCyc_freq2 = 0x1
       tRFCpbCyc_freq2 = 0x1
else
       amcx_dramtim_autoref_freq2(n) = 0x09120014
          tRFCBaseCyc_freq2 = 0x14 *read-only
          tRFCCyc_freq2 = 0x12
          tRFCpbCyc_freq2 = 0x9
---
if (platform == PALLADIUM)
    amcx_dramtim_selfref_freq2(n) = 0x50057012
       tFCCyc_freq2 = 0x50
       tXSRCyc_freq2 = 0x57
       tZQCalCyc_freq2 = 0x12 *read-only
else if (platform == FPGA)
    amcx_dramtim_selfref_freq2(n) = 0x28002012
       tFCCyc_freq2 = 0x28
       tXSRCyc_freq2 = 0x2
       tZQCalCyc_freq2 = 0x12 *read-only
else
       amcx_dramtim_selfref_freq2(n) = 0x28013012
          tFCCyc_freq2 = 0x28
          tXSRCyc_freq2 = 0x13
          tZQCalCyc_freq2 = 0x12 *read-only
 ---
if (platform == PALLADIUM)
    amcx_dramtim_caspch_freq3(n) = 0x42110408
       tRASCyc_freq3 = 0x11
       tRCDCyc_freq3 = 0x8
       tRTPCyc_freq3 = 0x4
       tWRCyc_freq3 = 0x8
       tWTRCyc_freq3 = 0x4
else if (platform == FPGA)
    amcx_dramtim_caspch_freq3(n) = 0x40c20402
       tRASCyc_freq3 = 0x2
       tRCDCyc_freq3 = 0x2
       tRTPCyc_freq3 = 0x4
       tWRCyc_freq3 = 0x3
       tWTRCyc_freq3 = 0x4
else
       amcx_dramtim_caspch_freq3(n) = 0x40c20402
          tRASCyc_freq3 = 0x2
          tRCDCyc_freq3 = 0x2
          tRTPCyc_freq3 = 0x4
          tWRCyc_freq3 = 0x3
          tWTRCyc_freq3 = 0x4
---
Process act_freq3 for all platforms
if (platform == PALLADIUM)
    amcx_dramtim_act_freq3(n) = 0x10040b0a
       tFAWCyc_freq3 = 0x10
       tRPCyc_freq3 = 0xa
       tRPabCyc_freq3 = 0xb
       tRRDCyc_freq3 = 0x4
else if (platform == FPGA)
    amcx_dramtim_act_freq3(n) = 0x01020404
       tFAWCyc_freq3 = 0x1
       tRPCyc_freq3 = 0x4
       tRPabCyc_freq3 = 0x4
       tRRDCyc_freq3 = 0x2
else
       amcx_dramtim_act_freq3(n) = 0x02020404
          tFAWCyc_freq3 = 0x2
          tRPCyc_freq3 = 0x4
          tRPabCyc_freq3 = 0x4
          tRRDCyc_freq3 = 0x2
---
if (platform == PALLADIUM)
    amcx_dramtim_autoref_freq3(n) = 0x24480005
       tRFCBaseCyc_freq3 = 0x5 *read-only
       tRFCCyc_freq3 = 0x48
       tRFCpbCyc_freq3 = 0x24
else if (platform == FPGA)
    amcx_dramtim_autoref_freq3(n) = 0x01010005
       tRFCBaseCyc_freq3 = 0x5 *read-only
       tRFCCyc_freq3 = 0x1
       tRFCpbCyc_freq3 = 0x1
else
       amcx_dramtim_autoref_freq3(n) = 0x03050005
          tRFCBaseCyc_freq3 = 0x5 *read-only
          tRFCCyc_freq3 = 0x5
          tRFCpbCyc_freq3 = 0x3
---
if (platform == PALLADIUM)
    amcx_dramtim_selfref_freq3(n) = 0x50057012
       tFCCyc_freq3 = 0x50
       tXSRCyc_freq3 = 0x57
       tZQCalCyc_freq3 = 0x12 *read-only
else if (platform == FPGA)
    amcx_dramtim_selfref_freq3(n) = 0x28002012
       tFCCyc_freq3 = 0x28
       tXSRCyc_freq3 = 0x2
       tZQCalCyc_freq3 = 0x12 *read-only
else
       amcx_dramtim_selfref_freq3(n) = 0x28006012
          tFCCyc_freq3 = 0x28
          tXSRCyc_freq3 = 0x6
          tZQCalCyc_freq3 = 0x12 *read-only
 ---
if (platform == FPGA)
    amcx_dramtim_autoref_params(n) = 0x00150013
       tREFBWtRFCcnt = 0x15 *read-only
       tREFICyc = 0x13
else
       amcx_dramtim_autoref_params(n) = 0x0015005d
          tREFBWtRFCcnt = 0x15 *read-only
          tREFICyc = 0x5d
---
if (platform == PALLADIUM)
    amcx_dramtim_pdn(n) = 0x31263263
       tCKECyc = 0x3
       tCKEPDECyc = 0x1 *read-only
       tCKESRCyc = 0x6
       tCKEafSRCyc = 0x2
       tCKEb4SRCyc = 0x6
       tCKafCKECyc = 0x3
       tCKb4CKECyc = 0x1
       tXPCyc = 0x3
else if (platform == FPGA)
    amcx_dramtim_pdn(n) = 0x21262222
       tCKECyc = 0x2
       tCKEPDECyc = 0x1 *read-only
       tCKESRCyc = 0x2
       tCKEafSRCyc = 0x2
       tCKEb4SRCyc = 0x6
       tCKafCKECyc = 0x2
       tCKb4CKECyc = 0x1
       tXPCyc = 0x2
else
       amcx_dramtim_pdn(n) = 0x62265295
          tCKECyc = 0x5
          tCKEPDECyc = 0x1 *read-only
          tCKESRCyc = 0x9
          tCKEafSRCyc = 0x2
          tCKEb4SRCyc = 0x6
          tCKafCKECyc = 0x6
          tCKb4CKECyc = 0x2
          tXPCyc = 0x5
---
if (platform == PALLADIUM)
    amcx_dramtim_derate_freq0(n) = 0x28835488
       tDQSCKMaxDrtCyc_freq0 = 0x3
       tRASDrtCyc_freq0 = 0x12
       tRCDDrtCyc_freq0 = 0x8
       tRPDrtCyc_freq0 = 0x8
       tRPabDrtCyc_freq0 = 0xa
       tRRDDrtCyc_freq0 = 0x5
else if (platform == FPGA)
    amcx_dramtim_derate_freq0(n) = 0x08212082
       tDQSCKMaxDrtCyc_freq0 = 0x1
       tRASDrtCyc_freq0 = 0x2
       tRCDDrtCyc_freq0 = 0x2
       tRPDrtCyc_freq0 = 0x2
       tRPabDrtCyc_freq0 = 0x2
       tRRDDrtCyc_freq0 = 0x2
else
       amcx_dramtim_derate_freq0(n) = 0x38c486cc
          tDQSCKMaxDrtCyc_freq0 = 0x4
          tRASDrtCyc_freq0 = 0x1b
          tRCDDrtCyc_freq0 = 0xc
          tRPDrtCyc_freq0 = 0xc
          tRPabDrtCyc_freq0 = 0xe
          tRRDDrtCyc_freq0 = 0x8
---
if (platform == PALLADIUM)
    amcx_dramtim_derate_freq1(n) = 0x28835488
       tDQSCKMaxDrtCyc_freq1 = 0x3
       tRASDrtCyc_freq1 = 0x12
       tRCDDrtCyc_freq1 = 0x8
       tRPDrtCyc_freq1 = 0x8
       tRPabDrtCyc_freq1 = 0xa
       tRRDDrtCyc_freq1 = 0x5
else if (platform == FPGA)
    amcx_dramtim_derate_freq1(n) = 0x08212082
       tDQSCKMaxDrtCyc_freq1 = 0x1
       tRASDrtCyc_freq1 = 0x2
       tRCDDrtCyc_freq1 = 0x2
       tRPDrtCyc_freq1 = 0x2
       tRPabDrtCyc_freq1 = 0x2
       tRRDDrtCyc_freq1 = 0x2
else
       amcx_dramtim_derate_freq1(n) = 0x28835488
          tDQSCKMaxDrtCyc_freq1 = 0x3
          tRASDrtCyc_freq1 = 0x12
          tRCDDrtCyc_freq1 = 0x8
          tRPDrtCyc_freq1 = 0x8
          tRPabDrtCyc_freq1 = 0xa
          tRRDDrtCyc_freq1 = 0x5
---
if (platform == PALLADIUM)
    amcx_dramtim_derate_freq2(n) = 0x28835488
       tDQSCKMaxDrtCyc_freq2 = 0x3
       tRASDrtCyc_freq2 = 0x12
       tRCDDrtCyc_freq2 = 0x8
       tRPDrtCyc_freq2 = 0x8
       tRPabDrtCyc_freq2 = 0xa
       tRRDDrtCyc_freq2 = 0x5
else if (platform == FPGA)
    amcx_dramtim_derate_freq2(n) = 0x08212082
       tDQSCKMaxDrtCyc_freq2 = 0x1
       tRASDrtCyc_freq2 = 0x2
       tRCDDrtCyc_freq2 = 0x2
       tRPDrtCyc_freq2 = 0x2
       tRPabDrtCyc_freq2 = 0x2
       tRRDDrtCyc_freq2 = 0x2
else
       amcx_dramtim_derate_freq2(n) = 0x0c212142
          tDQSCKMaxDrtCyc_freq2 = 0x1
          tRASDrtCyc_freq2 = 0x5
          tRCDDrtCyc_freq2 = 0x2
          tRPDrtCyc_freq2 = 0x2
          tRPabDrtCyc_freq2 = 0x3
          tRRDDrtCyc_freq2 = 0x2
---
if (platform == PALLADIUM)
    amcx_dramtim_derate_freq3(n) = 0x30a35488
       tDQSCKMaxDrtCyc_freq3 = 0x3
       tRASDrtCyc_freq3 = 0x12
       tRCDDrtCyc_freq3 = 0x8
       tRPDrtCyc_freq3 = 0xa
       tRPabDrtCyc_freq3 = 0xc
       tRRDDrtCyc_freq3 = 0x5
else if (platform == FPGA)
    amcx_dramtim_derate_freq3(n) = 0x10412082
       tDQSCKMaxDrtCyc_freq3 = 0x1
       tRASDrtCyc_freq3 = 0x2
       tRCDDrtCyc_freq3 = 0x2
       tRPDrtCyc_freq3 = 0x4
       tRPabDrtCyc_freq3 = 0x4
       tRRDDrtCyc_freq3 = 0x2
else
       amcx_dramtim_derate_freq3(n) = 0x10412082
          tDQSCKMaxDrtCyc_freq3 = 0x1
          tRASDrtCyc_freq3 = 0x2
          tRCDDrtCyc_freq3 = 0x2
          tRPDrtCyc_freq3 = 0x4
          tRPabDrtCyc_freq3 = 0x4
          tRRDDrtCyc_freq3 = 0x2
---
if (platform == PALLADIUM)
    amcx_dramtim_lat_freq0(n) = 0x00112306
       DRAMRL_freq0 = 0xc
       DRAMWL_freq0 = 0x6
       tDQSCKMaxCyc_freq0 = 0x2
       tDQSCKMinCyc_freq0 = 0x1
       tDQSSMaxCyc_freq0 = 0x1 *read-only
else if (platform == FPGA)
    amcx_dramtim_lat_freq0(n) = 0x001110c2
       DRAMRL_freq0 = 0x3
       DRAMWL_freq0 = 0x2
       tDQSCKMaxCyc_freq0 = 0x1
       tDQSCKMinCyc_freq0 = 0x1
       tDQSSMaxCyc_freq0 = 0x1 *read-only
else
       amcx_dramtim_lat_freq0(n) = 0x00113306
          DRAMRL_freq0 = 0xc
          DRAMWL_freq0 = 0x6
          tDQSCKMaxCyc_freq0 = 0x3
          tDQSCKMinCyc_freq0 = 0x1
          tDQSSMaxCyc_freq0 = 0x1 *read-only
 ---
if (platform == PALLADIUM)
    amcx_dramtim_lat_freq1(n) = 0x00112206
       DRAMRL_freq1 = 0x8
       DRAMWL_freq1 = 0x6
       tDQSCKMaxCyc_freq1 = 0x2
       tDQSCKMinCyc_freq1 = 0x1
       tDQSSMaxCyc_freq1 = 0x1 *read-only
else if (platform == FPGA)
    amcx_dramtim_lat_freq1(n) = 0x001110c2
       DRAMRL_freq1 = 0x3
       DRAMWL_freq1 = 0x2
       tDQSCKMaxCyc_freq1 = 0x1
       tDQSCKMinCyc_freq1 = 0x1
       tDQSSMaxCyc_freq1 = 0x1 *read-only
else
       amcx_dramtim_lat_freq1(n) = 0x00112206
          DRAMRL_freq1 = 0x8
          DRAMWL_freq1 = 0x6
          tDQSCKMaxCyc_freq1 = 0x2
          tDQSCKMinCyc_freq1 = 0x1
          tDQSSMaxCyc_freq1 = 0x1 *read-only
 ---
if (platform == PALLADIUM)
    amcx_dramtim_lat_freq2(n) = 0x001120c2
       DRAMRL_freq2 = 0x3
       DRAMWL_freq2 = 0x2
       tDQSCKMaxCyc_freq2 = 0x2
       tDQSCKMinCyc_freq2 = 0x1
       tDQSSMaxCyc_freq2 = 0x1 *read-only
else if (platform == FPGA)
    amcx_dramtim_lat_freq2(n) = 0x001110c2
       DRAMRL_freq2 = 0x3
       DRAMWL_freq2 = 0x2
       tDQSCKMaxCyc_freq2 = 0x1
       tDQSCKMinCyc_freq2 = 0x1
       tDQSSMaxCyc_freq2 = 0x1 *read-only
else
       amcx_dramtim_lat_freq2(n) = 0x001110c2
          DRAMRL_freq2 = 0x3
          DRAMWL_freq2 = 0x2
          tDQSCKMaxCyc_freq2 = 0x1
          tDQSCKMinCyc_freq2 = 0x1
          tDQSSMaxCyc_freq2 = 0x1 *read-only
 ---
if (platform == PALLADIUM)
    amcx_dramtim_lat_freq3(n) = 0x001120c2
       DRAMRL_freq3 = 0x3
       DRAMWL_freq3 = 0x2
       tDQSCKMaxCyc_freq3 = 0x2
       tDQSCKMinCyc_freq3 = 0x1
       tDQSSMaxCyc_freq3 = 0x1 *read-only
else if (platform == FPGA)
    amcx_dramtim_lat_freq3(n) = 0x001110c2
       DRAMRL_freq3 = 0x3
       DRAMWL_freq3 = 0x2
       tDQSCKMaxCyc_freq3 = 0x1
       tDQSCKMinCyc_freq3 = 0x1
       tDQSSMaxCyc_freq3 = 0x1 *read-only
else
       amcx_dramtim_lat_freq3(n) = 0x001110c2
          DRAMRL_freq3 = 0x3
          DRAMWL_freq3 = 0x2
          tDQSCKMaxCyc_freq3 = 0x1
          tDQSCKMinCyc_freq3 = 0x1
          tDQSSMaxCyc_freq3 = 0x1 *read-only
 ---
if (platform == FPGA)
    amcx_dramtim_tat_freq0(n) = 0x01212222
       R2rRnkMissTatDeadCyc_freq0 = 0x2 *read-only
       R2rTatDeadCyc_freq0 = 0x1 *read-only
       R2wRnkMissTatDeadCyc_freq0 = 0x2 *read-only
       R2wTatDeadCyc_freq0 = 0x2
       W2rRnkMissTatDeadCyc_freq0 = 0x2 *read-only
       W2wRnkMissTatDeadCyc_freq0 = 0x2 *read-only
       W2wTatDeadCyc_freq0 = 0x1 *read-only
else
       amcx_dramtim_tat_freq0(n) = 0x01312222
          R2rRnkMissTatDeadCyc_freq0 = 0x2 *read-only
          R2rTatDeadCyc_freq0 = 0x1 *read-only
          R2wRnkMissTatDeadCyc_freq0 = 0x2 *read-only
          R2wTatDeadCyc_freq0 = 0x3
          W2rRnkMissTatDeadCyc_freq0 = 0x2 *read-only
          W2wRnkMissTatDeadCyc_freq0 = 0x2 *read-only
          W2wTatDeadCyc_freq0 = 0x1 *read-only
 ---
if (platform == FPGA)
    amcx_dramtim_tat_freq1(n) = 0x01212222
       R2rRnkMissTatDeadCyc_freq1 = 0x2 *read-only
       R2rTatDeadCyc_freq1 = 0x1 *read-only
       R2wRnkMissTatDeadCyc_freq1 = 0x2 *read-only
       R2wTatDeadCyc_freq1 = 0x2
       W2rRnkMissTatDeadCyc_freq1 = 0x2 *read-only
       W2wRnkMissTatDeadCyc_freq1 = 0x2 *read-only
       W2wTatDeadCyc_freq1 = 0x1 *read-only
else
       amcx_dramtim_tat_freq1(n) = 0x01312222
          R2rRnkMissTatDeadCyc_freq1 = 0x2 *read-only
          R2rTatDeadCyc_freq1 = 0x1 *read-only
          R2wRnkMissTatDeadCyc_freq1 = 0x2 *read-only
          R2wTatDeadCyc_freq1 = 0x3
          W2rRnkMissTatDeadCyc_freq1 = 0x2 *read-only
          W2wRnkMissTatDeadCyc_freq1 = 0x2 *read-only
          W2wTatDeadCyc_freq1 = 0x1 *read-only
 ---
if (platform == PALLADIUM)
    amcx_dramtim_tat_freq2(n) = 0x01312222
       R2rRnkMissTatDeadCyc_freq2 = 0x2 *read-only
       R2rTatDeadCyc_freq2 = 0x1 *read-only
       R2wRnkMissTatDeadCyc_freq2 = 0x2 *read-only
       R2wTatDeadCyc_freq2 = 0x3
       W2rRnkMissTatDeadCyc_freq2 = 0x2 *read-only
       W2wRnkMissTatDeadCyc_freq2 = 0x2 *read-only
       W2wTatDeadCyc_freq2 = 0x1 *read-only
else
       amcx_dramtim_tat_freq2(n) = 0x01212222
          R2rRnkMissTatDeadCyc_freq2 = 0x2 *read-only
          R2rTatDeadCyc_freq2 = 0x1 *read-only
          R2wRnkMissTatDeadCyc_freq2 = 0x2 *read-only
          R2wTatDeadCyc_freq2 = 0x2
          W2rRnkMissTatDeadCyc_freq2 = 0x2 *read-only
          W2wRnkMissTatDeadCyc_freq2 = 0x2 *read-only
          W2wTatDeadCyc_freq2 = 0x1 *read-only
 ---
if (platform == PALLADIUM)
    amcx_dramtim_tat_freq3(n) = 0x01312222
       R2rRnkMissTatDeadCyc_freq3 = 0x2 *read-only
       R2rTatDeadCyc_freq3 = 0x1 *read-only
       R2wRnkMissTatDeadCyc_freq3 = 0x2 *read-only
       R2wTatDeadCyc_freq3 = 0x3
       W2rRnkMissTatDeadCyc_freq3 = 0x2 *read-only
       W2wRnkMissTatDeadCyc_freq3 = 0x2 *read-only
       W2wTatDeadCyc_freq3 = 0x1 *read-only
else
       amcx_dramtim_tat_freq3(n) = 0x01212222
          R2rRnkMissTatDeadCyc_freq3 = 0x2 *read-only
          R2rTatDeadCyc_freq3 = 0x1 *read-only
          R2wRnkMissTatDeadCyc_freq3 = 0x2 *read-only
          R2wTatDeadCyc_freq3 = 0x2
          W2rRnkMissTatDeadCyc_freq3 = 0x2 *read-only
          W2wRnkMissTatDeadCyc_freq3 = 0x2 *read-only
          W2wTatDeadCyc_freq3 = 0x1 *read-only
 ---
    amcx_dramcfg_rnkcfg(n) = 0x00006061
       Rnk0Odts = 0x6 *read-only
       Rnk0Valid = 0x1
       Rnk1Odts = 0x6 *read-only
       Rnk1Valid = 0x0 *read-only
 ---
    amcx_mifqctrl_mifqmaxctrl_freq0(n) = 0x00000100
       HiTempMifQMax_freq0 = 0x0 *read-only
       MifQMaxAlways = 0x1
---
if (platform == FPGA)
    amcx_mifqctrl_mifqmaxctrl_freq3(n) = 0x00000003
       HiTempMifQMax_freq3 = 0x3
else
       amcx_mifqctrl_mifqmaxctrl_freq3(n) = 0x00000001
          HiTempMifQMax_freq3 = 0x1
---
Turn off optional power- savingfeatures. This includes dynamic power down, auto self-refresh entry, and clock stopping.
    amcx_dramcfg_pwrmngten(n) = 0x00000000
       AutoSR = 0x0
       DynPwrDnEn = 0x0
       McPhyUpdDramClkOff = 0x0
       PwrDnClkOff = 0x0
       SRClkOff = 0x0
       SRExitOpt = 0x0 *read-only
 ---
Turn off optional power- savingfeatures. This includes dynamic power down, auto self-refresh entry, and clock stopping.
    amcx_dramcfg_odtszqc(n) = 0x00002000
       DerateParamSRExit = 0x1
       OdtsRdIntrvl = 0x0
       SRExitZQCChnlQuiet = 0x0 *read-only
       ShareZQRes = 0x0 *read-only
       TempDrtEn = 0x0 *read-only
       ZQCChnlQuiet = 0x0 *read-only
       ZQCStack = 0x0 *read-only
       ZqCalIntrvl = 0x0 *read-only
 ---
Turn off transaction scheduling for non- initialization commands
    amcx_amcgen_amcctrl(n) = 0x00000002
       McuEn = 0x0 *read-only
       SchEn = 0x1
---
    amcx_dramcfg_mcphyupdtparam(n) = 0x15030000
       FreqCSettleCyc = 0x5 *read-only
       McPhyTimeParamCyc = 0x3 *read-only
       PhyInitStartCyc = 0x0 *read-only
       PhyUpdMDLL = 0x1
       UpdPhyLatCyc = 0x0 *read-only
       tPhyUpdGap = 0x0 *read-only
 ---
Program AMC to
- wait tXP+2tCK after actual clock changes before valid command
- wait 2 cycles after all timing parameter are satisfied before actual clock change
- wait indefinitely for AMP to complete handshake.
    amcx_dramcfg_mcphyupdtparam(n) = 0x15030000
       FreqCSettleCyc = 0x5 *read-only
       McPhyTimeParamCyc = 0x3
       PhyInitStartCyc = 0x0
       PhyUpdMDLL = 0x1
       UpdPhyLatCyc = 0x0 *read-only
       tPhyUpdGap = 0x0 *read-only
 ---

2. AMP Initial Configurations

Perform the proper configurations of the AMP. There are two separate AMP register blocks; the code below must be repeated on both AMP0 and AMP1. (N=0..1)

DescriptionRegister ProgrammingAOP AWAKEResume BootAOP DDR
Assert AMP enable
    ampsca_ampscagen_ampen(n) = 0x00000001
       AmpEn = 0x1
---
Assert AMP enable
    ampsdq_ampsdqgen_ampen(n) = 0x00000001
       AmpEn = 0x1
---
    ampsca_ampscaiocfg_nondqdspd_f0(n) = 0x000b316b
       CaDsPd_f0 = 0xb
       Ck0DsPd_f0 = 0xb
       Ck1DsPd_f0 = 0xc *read-only
       CsDsPd_f0 = 0xb
---
    ampsca_ampscaiocfg_nondqdspd_f1(n) = 0x000b216b
       CaDsPd_f1 = 0xb
       Ck0DsPd_f1 = 0xb
       Ck1DsPd_f1 = 0x8 *read-only
       CsDsPd_f1 = 0xb
---
    ampsca_ampscaiocfg_nondqdspd_f2(n) = 0x000b3d6b
       CaDsPd_f2 = 0xb
       Ck0DsPd_f2 = 0xb
       Ck1DsPd_f2 = 0xf *read-only
       CsDsPd_f2 = 0xb
---
    ampsca_ampscaiocfg_nondqdspd_f3(n) = 0x000b3d6b
       CaDsPd_f3 = 0xb
       Ck0DsPd_f3 = 0xb
       Ck1DsPd_f3 = 0xf *read-only
       CsDsPd_f3 = 0xb
---
    ampsca_ampscaiocfg_nondqds_f1(n) = 0x00080508
       CaDs_f1 = 0x8
       Ck0Ds_f1 = 0x8
       Ck1Ds_f1 = 0x1 *read-only
       CsDs_f1 = 0x8
---
    ampsca_ampscaiocfg_nondqds_f2(n) = 0x00083d08
       CaDs_f2 = 0x8
       Ck0Ds_f2 = 0x8
       Ck1Ds_f2 = 0xf *read-only
       CsDs_f2 = 0x8
---
    ampsca_ampscaiocfg_nondqds_f3(n) = 0x00083d08
       CaDs_f3 = 0x8
       Ck0Ds_f3 = 0x8
       Ck1Ds_f3 = 0xf *read-only
       CsDs_f3 = 0x8
---
    ampsca_ampscaiocfg_CaCkCsWkDs(n) = 0x000000db
       CaWkDs = 0x3
       CkWkDs = 0x3
       CsWkDs = 0x3
---
    ampsca_ampscaodt_VRef_f0(n) = 0x00000003
       VRefSel = 0x3
---
    ampsca_ampscaodt_VRef_f1(n) = 0x00000003
       VRefSel = 0x3
---
    ampsca_ampscaodt_VRef_f2(n) = 0x00000003
       VRefSel = 0x3
---
    ampsca_ampscaodt_VRef_f3(n) = 0x00000003
       VRefSel = 0x3
---
ODTEnable_f0
if (platform == PALLADIUM)
    ampsca_ampscaodt_ODTEnable_f0(n) = 0x00000000
       ODTEnable = 0x0
else if (platform == FPGA)
    ampsca_ampscaodt_ODTEnable_f0(n) = 0x00000000
       ODTEnable = 0x0
else
       ampsca_ampscaodt_ODTEnable_f0(n) = 0x00000001
          ODTEnable = 0x1
---
ODTEnable_f1
if (platform == PALLADIUM)
    ampsca_ampscaodt_ODTEnable_f1(n) = 0x00000000
       ODTEnable = 0x0
else if (platform == FPGA)
    ampsca_ampscaodt_ODTEnable_f1(n) = 0x00000000
       ODTEnable = 0x0
else
       ampsca_ampscaodt_ODTEnable_f1(n) = 0x00000001
          ODTEnable = 0x1
---
ODTEnable_f3
    ampsca_ampscaodt_ODTEnable_f3(n) = 0x00000000
       ODTEnable = 0x0
---
    ampsdq_ampsdqiocfg_dqds_f0(n) = 0x000c0b08
       RdDqODTDs = 0xc
       WrDqPdDs = 0xb
       WrDqPuDs = 0x8
---
    ampsdq_ampsdqiocfg_dqds_f1(n) = 0x00080b00
       RdDqODTDs = 0x8
       WrDqPdDs = 0xb
       WrDqPuDs = 0x0
---
    ampsdq_ampsdqiocfg_dqds_f2(n) = 0x00080b00
       RdDqODTDs = 0x8
       WrDqPdDs = 0xb
       WrDqPuDs = 0x0
---
    ampsdq_ampsdqiocfg_dqds_f3(n) = 0x00080b00
       RdDqODTDs = 0x8
       WrDqPdDs = 0xb
       WrDqPuDs = 0x0
---
    ampsdq_ampsdqiocfg_dqdqsds_f0(n) = 0x000c0b08
       RdDqDqsODTDs = 0xc
       WrDqDqsPdDs = 0xb
       WrDqDqsPuDs = 0x8
---
    ampsdq_ampsdqiocfg_dqdqsds_f1(n) = 0x00080b00
       RdDqDqsODTDs = 0x8
       WrDqDqsPdDs = 0xb
       WrDqDqsPuDs = 0x0
---
    ampsdq_ampsdqiocfg_dqdqsds_f2(n) = 0x00080b00
       RdDqDqsODTDs = 0x8
       WrDqDqsPdDs = 0xb
       WrDqDqsPuDs = 0x0
---
    ampsdq_ampsdqiocfg_dqdqsds_f3(n) = 0x00080b00
       RdDqDqsODTDs = 0x8
       WrDqDqsPdDs = 0xb
       WrDqDqsPuDs = 0x0
---
    ampsdq_ampsdqodt_VRef_f0(n) = 0x00c000c0
       DqsVRefSel = 0xc0
       VRefSel = 0xc0
---
    ampsdq_ampsdqodt_VRef_f1(n) = 0x00c000c0
       DqsVRefSel = 0xc0
       VRefSel = 0xc0
---
    ampsdq_ampsdqodt_VRef_f2(n) = 0x00800080
       DqsVRefSel = 0x80
       VRefSel = 0x80
---
    ampsdq_ampsdqodt_VRef_f3(n) = 0x00800080
       DqsVRefSel = 0x80
       VRefSel = 0x80
---
    ampsdq_ampsdqrdtim_dqspdres(n) = 0x00000001
       DqsPdVal = 0x1 *read-only
       DqsWkPuPdVal = 0x0
---
    ampsca_ampscasdllctrl_SDLLUpdateCtrl(n) = 0x0303030b
       ClkEn2Valid = 0x3 *read-only
       ReqWaitDelay = 0xb
       Valid2ClkEn = 0x3 *read-only
       ValidLen = 0x3 *read-only
 ---
    ampsdq_ampsdqsdllctrl_SDLLUpdateCtrl(n) = 0x0003000b
       ClkEn2Valid = 0x0 *read-only
       ReqWaitDelay = 0xb
       Valid2ClkEn = 0x0 *read-only
       ValidLen = 0x3 *read-only
 ---
    ampsdq_ampsdqsdllctrl_rd0sdllctrl(n) = 0x00ff0004
       Rd0RunSDLLUpd = 0x0 *read-only
       Rd0RunSDLLUpdOverride = 0x0 *read-only
       Rd0RunSDLLUpdWrResult = 0x0 *read-only
       Rd0SDLLOvrVal = 0xff
---
Poll ampsdqsdllctrl rd0sdllctrl
Poll: ampsdqsdllctrl_rd0sdllctrl
    Rd0RunSDLLUpdWrResult
   while((CSR(ampsdq_ampsdqsdllctrl_rd0sdllctrl(n)) & 0x4) != 0x0)
---
    ampsdq_ampsdqsdllctrl_WrDqDqsSDLLCtrl(n) = 0xff000004
       WrDqDqsRunSDLLUpd = 0x0 *read-only
       WrDqDqsRunSDLLUpdOverride = 0x0 *read-only
       WrDqDqsRunSDLLUpdWrResult = 0x0 *read-only
       WrDqDqsWrLvlReBalanceEn = 0x0 *read-only
       WrDqSDLLAddHalfClk_f0 = 0x0 *read-only
       WrDqSDLLAddHalfClk_f1 = 0x0 *read-only
       WrDqSDLLAddHalfClk_f2 = 0x0 *read-only
       WrDqSDLLAddHalfClk_f3 = 0x0 *read-only
       WrDqSDLLHalfClkEn = 0x0 *read-only
       WrDqSDLLOvrVal = 0x0
       WrDqsSDLLOvrVal = 0xff
---
Poll ampsdqsdllctrl WrDqDqsSDLLCtrl
Poll: ampsdqsdllctrl_WrDqDqsSDLLCtrl
    WrDqDqsRunSDLLUpdWrResult
   while((CSR(ampsdq_ampsdqsdllctrl_WrDqDqsSDLLCtrl(n)) & 0x4) != 0x0)
---
    ampsca_ampscawrlvl_ampcawrlvlsdllcode(n) = 0x00ff02ff
       WrLvlMaxWrDqsSDLLCode = 0xff *read-only
       WrLvlRunUpdOverride = 0x0 *read-only
       WrLvlRunUpdWrResult = 0x0 *read-only
       WrLvlSDLLCode = 0xff
---
Poll ampscawrlvl ampcawrlvlsdllcode
Poll: ampscawrlvl_ampcawrlvlsdllcode
    WrLvlRunUpdWrResult
   while((CSR(ampsca_ampscawrlvl_ampcawrlvlsdllcode(n)) & 0x200) != 0x0)
---
Program DLL Init and Incr lock timers based on 24 MHz value

FPGA: Skip this step
       ampsca_ampscadllctl_dlllocktim(n) = 0x012c012c
          DllIncLockTim = 0x12c
          DllInitLockTim = 0x12c
---
Program DLL Init and Incr lock timers based on 24 MHz value

FPGA: Skip this step
       ampsdq_ampsdqdllctl_dlllocktim(n) = 0x012c012c
          DllIncLockTim = 0x12c
          DllInitLockTim = 0x12c
---
    ampsca_ampscaRdWrDqCal_DFICalTiming(n) = 0x04000410
       tCA2CAEntry = 0x10
       tCA2CAExit = 0x0
       tCKEHEntry = 0x4
       tCKEHExit = 0x4
---
    ampsca_DFICalTiming2_DFICalTiming_f1(n) = 0x04000410
       tCA2CAEntry_f1 = 0x10
       tCA2CAExit_f1 = 0x0
       tCKEHEntry_f1 = 0x4
       tCKEHExit_f1 = 0x4
---
    ampsca_DFICalTiming2_DFICalTiming_f2(n) = 0x04000410
       tCA2CAEntry_f2 = 0x10
       tCA2CAExit_f2 = 0x0
       tCKEHEntry_f2 = 0x4
       tCKEHExit_f2 = 0x4
---
    ampsca_DFICalTiming2_DFICalTiming_f3(n) = 0x04000410
       tCA2CAEntry_f3 = 0x10
       tCA2CAExit_f3 = 0x0
       tCKEHEntry_f3 = 0x4
       tCKEHExit_f3 = 0x4
---
    ampsdq_DFICalTiming_DFICalTiming_f0(n) = 0x04020402
       tCA2CAEntry_f0 = 0x2
       tCA2CAExit_f0 = 0x2
       tCKEHEntry_f0 = 0x4
       tCKEHExit_f0 = 0x4
---
    ampsdq_DFICalTiming_DFICalTiming_f1(n) = 0x04020402
       tCA2CAEntry_f1 = 0x2
       tCA2CAExit_f1 = 0x2
       tCKEHEntry_f1 = 0x4
       tCKEHExit_f1 = 0x4
---
    ampsdq_DFICalTiming_DFICalTiming_f2(n) = 0x04020402
       tCA2CAEntry_f2 = 0x2
       tCA2CAExit_f2 = 0x2
       tCKEHEntry_f2 = 0x4
       tCKEHExit_f2 = 0x4
---
    ampsdq_DFICalTiming_DFICalTiming_f3(n) = 0x04020402
       tCA2CAEntry_f3 = 0x2
       tCA2CAExit_f3 = 0x2
       tCKEHEntry_f3 = 0x4
       tCKEHExit_f3 = 0x4
---
    ampsdq_ampsdqdllctl_MDLLCodeCaptureControl(n) = 0x00000002
       MDLLLoopCnt = 0x2
---
    ampsca_ampscaRdWrDqCal_RdWrDqCalTiming_f0(n) = 0x00001426
       CoarseStepSize = 0x4 *read-only
       FineStepSize = 0x1
       tRL = 0x6
       tWL = 0x2
---
    ampsca_ampscaRdWrDqCal_RdWrDqCalSegLen_f0(n) = 0x00010002
       tRdDqCalSegLen = 0x2
       tWrDqCalSegLen = 0x1
---
    ampsca_ampscaRdWrDqCal_RdWrDqCalTiming_f1(n) = 0x00001422
       CoarseStepSize = 0x4 *read-only
       FineStepSize = 0x1
       tRL = 0x2
       tWL = 0x2
---
    ampsca_ampscaRdWrDqCal_RdWrDqCalSegLen_f1(n) = 0x00010002
       tRdDqCalSegLen = 0x2
       tWrDqCalSegLen = 0x1
---
    ampsca_ampscaRdWrDqCal_HWRdWrDqCalTimingCtrl1(n) = 0x0000301e
       tRd2SDLL = 0x0
       tSDLL2Rd = 0x1e
       tSDLL2Wr = 0x30
       tWr2SDLL = 0x0
---
    ampsca_ampscaRdWrDqCal_HWRdWrDqCalTimingCtrl2(n) = 0x03111004
       tRd2Rd = 0x4
       tRd2Wr = 0x10
       tWr2Rd = 0x11
       tWr2Wr = 0x3 *read-only
 ---
    ampsca_ampscaRdWrDqCal_HWRdDqCalPatPRBS4I(n) = 0x55555e26
       PatInvertMask = 0x5555
       PatPRBS4 = 0x5e26
---
    ampsca_ampscaRdWrDqCal_HWWrDqCalPatPRBS4I(n) = 0x55555e26
       PatInvertMask = 0x5555
       PatPRBS4 = 0x5e26
---
    ampsca_ampscaRdWrDqCal_RdDqCalWindow_f0(n) = 0x00b101d1
       EndPoint = 0xb1
       StartPoint = 0x1d1
---
    ampsca_ampscaRdWrDqCal_WrDqCalWindow_f0(n) = 0x012f0360
       EndPoint = 0x12f
       StartPoint = 0x360 *read-only
 ---
    ampsca_ampscaRdWrDqCal_RdDqCalWindow_f1(n) = 0x00f801d1
       EndPoint = 0xf8
       StartPoint = 0x1d1
---
    ampsca_ampscaRdWrDqCal_WrDqCalWindow_f1(n) = 0x012f0360
       EndPoint = 0x12f
       StartPoint = 0x360 *read-only
 ---
    ampsca_ampscaRdWrDqCal_MaxRdDqsSDLLMulFactor(n) = 0x00a01414
       MaxRdDqsSDLLCodeStatus = 0xa0 *read-only
       RdDqsSDLLMulFactorF0 = 0x14
       RdDqsSDLLMulFactorF1 = 0x14
---
    ampsca_ampscaRdWrDqCal_MaxWrDqSDLLMulFactor(n) = 0x00a00a0f
       MaxWrDqSDLLCodeStatus = 0xa0 *read-only
       WrDqSDLLMulFactorF0 = 0xf
       WrDqSDLLMulFactorF1 = 0xa
---
    ampsca_ampscaRdWrDqCal_MaxWrDqsSDLLMulFactor(n) = 0xa0a00c0c
       MaxWrDqsSDLLCodeStatusF0 = 0xa0 *read-only
       MaxWrDqsSDLLCodeStatusF1 = 0xa0 *read-only
       WrDqsSDLLMulFactorF0 = 0xc
       WrDqsSDLLMulFactorF1 = 0xc
---
    ampsdq_ampsdqMulFactor_RdDqsMulFactor(n) = 0x20181000
       Factor0 = 0x0 *read-only
       Factor1 = 0x10
       Factor2 = 0x18
       Factor3 = 0x20
---
Program DLL scaling factors (assuming freq0/1/2/3 = 522/400/200/50MHz, FMCLK=522 MHz)
    ampsca_ampscadllctl_caoutdllscl_freq0(n) = 0x00000008
       CaOutDllScl_f0 = 0x8
---
Program DLL scaling factors (assuming freq0/1/2/3 = 522/400/200/50MHz, FMCLK=522 MHz)
    ampsdq_ampsdqdllctl_dqsindll0scl_freq0(n) = 0x00000008
       DqsInDll0Scl_f0 = 0x8
---
Program capture latency and recapture latency
if (platform == PALLADIUM)
    ampsdq_ampsdqrdtim_rdcapcfg_freq0(n) = 0x0100080a
       DqIeDeAssertPullIn_f0 = 0x0
       DqsPdEn_f0 = 0x1 *read-only
       RdCapLat_f0 = 0xa
       RdDatLat_f0 = 0x8
       WrPhaseDelay_f0 = 0x0
else if (platform == FPGA)
    ampsdq_ampsdqrdtim_rdcapcfg_freq0(n) = 0x01000606
       DqIeDeAssertPullIn_f0 = 0x0
       DqsPdEn_f0 = 0x1 *read-only
       RdCapLat_f0 = 0x6
       RdDatLat_f0 = 0x6
       WrPhaseDelay_f0 = 0x0
else
       ampsdq_ampsdqrdtim_rdcapcfg_freq0(n) = 0x0100080d
          DqIeDeAssertPullIn_f0 = 0x0
          DqsPdEn_f0 = 0x1 *read-only
          RdCapLat_f0 = 0xd
          RdDatLat_f0 = 0x8
          WrPhaseDelay_f0 = 0x0
---
Program DLL scaling factors (assuming freq0/1/2/3 = 522/400/200/50MHz, FMCLK=522 MHz)
    ampsca_ampscadllctl_caoutdllscl_freq1(n) = 0x0000000c
       CaOutDllScl_f1 = 0xc
---
Program DLL scaling factors (assuming freq0/1/2/3 = 522/400/200/50MHz, FMCLK=522 MHz)
    ampsdq_ampsdqdllctl_dqsindll0scl_freq1(n) = 0x0000000c
       DqsInDll0Scl_f1 = 0xc
---
Program capture latency and recapture latency
if (platform == FPGA)
    ampsdq_ampsdqrdtim_rdcapcfg_freq1(n) = 0x21000606
       DqIeDeAssertPullIn_f1 = 0x2
       DqsPdEn_f1 = 0x1 *read-only
       RdCapLat_f1 = 0x6
       RdDatLat_f1 = 0x6
       WrPhaseDelay_f1 = 0x0
else
       ampsdq_ampsdqrdtim_rdcapcfg_freq1(n) = 0x2100070a
          DqIeDeAssertPullIn_f1 = 0x2
          DqsPdEn_f1 = 0x1 *read-only
          RdCapLat_f1 = 0xa
          RdDatLat_f1 = 0x7
          WrPhaseDelay_f1 = 0x0
---
Program DLL scaling factors (assuming freq0/1/2/3 = 522/400/200/50MHz, FMCLK=522 MHz)
    ampsca_ampscadllctl_caoutdllscl_freq2(n) = 0x00000030
       CaOutDllScl_f2 = 0x30
---
Program DLL scaling factors (assuming freq0/1/2/3 = 522/400/200/50MHz, FMCLK=522 MHz)
    ampsdq_ampsdqdllctl_dqsindll0scl_freq2(n) = 0x00000030
       DqsInDll0Scl_f2 = 0x30
---
Program capture latency and recapture latency
if (platform == PALLADIUM)
    ampsdq_ampsdqrdtim_rdcapcfg_freq2(n) = 0x4100050a
       DqIeDeAssertPullIn_f2 = 0x4
       DqsPdEn_f2 = 0x1 *read-only
       RdCapLat_f2 = 0xa
       RdDatLat_f2 = 0x5
       WrPhaseDelay_f2 = 0x0
else if (platform == FPGA)
    ampsdq_ampsdqrdtim_rdcapcfg_freq2(n) = 0x41000606
       DqIeDeAssertPullIn_f2 = 0x4
       DqsPdEn_f2 = 0x1 *read-only
       RdCapLat_f2 = 0x6
       RdDatLat_f2 = 0x6
       WrPhaseDelay_f2 = 0x0
else
       ampsdq_ampsdqrdtim_rdcapcfg_freq2(n) = 0x41000508
          DqIeDeAssertPullIn_f2 = 0x4
          DqsPdEn_f2 = 0x1 *read-only
          RdCapLat_f2 = 0x8
          RdDatLat_f2 = 0x5
          WrPhaseDelay_f2 = 0x0
---
Program DLL scaling factors (assuming freq0/1/2/3 = 522/400/200/50MHz, FMCLK=522 MHz)
    ampsca_ampscadllctl_caoutdllscl_freq3(n) = 0x0000003f
       CaOutDllScl_f3 = 0x3f
---
Program DLL scaling factors (assuming freq0/1/2/3 = 522/400/200/50MHz, FMCLK=522 MHz)
    ampsdq_ampsdqdllctl_dqsindll0scl_freq3(n) = 0x0000003f
       DqsInDll0Scl_f3 = 0x3f
---
Program capture latency and recapture latency
if (platform == PALLADIUM)
    ampsdq_ampsdqrdtim_rdcapcfg_freq3(n) = 0x6100050a
       DqIeDeAssertPullIn_f3 = 0x6
       DqsPdEn_f3 = 0x1 *read-only
       RdCapLat_f3 = 0xa
       RdDatLat_f3 = 0x5
       WrPhaseDelay_f3 = 0x0
else if (platform == FPGA)
    ampsdq_ampsdqrdtim_rdcapcfg_freq3(n) = 0x61000606
       DqIeDeAssertPullIn_f3 = 0x6
       DqsPdEn_f3 = 0x1 *read-only
       RdCapLat_f3 = 0x6
       RdDatLat_f3 = 0x6
       WrPhaseDelay_f3 = 0x0
else
       ampsdq_ampsdqrdtim_rdcapcfg_freq3(n) = 0x61000508
          DqIeDeAssertPullIn_f3 = 0x6
          DqsPdEn_f3 = 0x1 *read-only
          RdCapLat_f3 = 0x8
          RdDatLat_f3 = 0x5
          WrPhaseDelay_f3 = 0x0
---
Updating the programming of DLL*UpdtDur Fields

FPGA: Skip this step
       ampsca_ampscadllctl_dllupdtctrl(n) = 0x50017550
          DllInitUpdtDur = 0x7
          DllUpdtDur = 0x5
          DllUpdtMode = 0x1
          DllUpdtPhyUpdtTyp = 0x0 *read-only
          FreqChangeSDLLUpdDur = 0x50 *read-only
          SDLLUpdDur = 0x50 *read-only
 ---
Updating the programming of DLL*UpdtDur Fields

FPGA: Skip this step
       ampsdq_ampsdqdllctl_dllupdtctrl(n) = 0x50017550
          DllInitUpdtDur = 0x7
          DllUpdtDur = 0x5
          DllUpdtMode = 0x1
          DllUpdtPhyUpdtTyp = 0x0 *read-only
          FreqChangeSDLLUpdDur = 0x50 *read-only
          SDLLUpdDur = 0x50 *read-only
 ---


FPGA: Skip this step
       ampsca_ampscaiocfg_impautocal(n) = 0x00010000
          impautocalen = 0x1
          impcalintvl = 0x0 *read-only
          impcaltype = 0x0
---
    ampsca_ampscadllctl_dllupdtintvl(n) = 0x10200020
       DllFastUpdtAlwaysON = 0x1 *read-only
       DllFastUpdtIntvl = 0x20 *read-only
       DllUpdtAlwaysON = 0x0
       DllUpdtIntvl = 0x20 *read-only
 ---
    ampsdq_ampsdqdllctl_dllupdtintvl(n) = 0x10200020
       DllFastUpdtAlwaysON = 0x1 *read-only
       DllFastUpdtIntvl = 0x20 *read-only
       DllUpdtAlwaysON = 0x0
       DllUpdtIntvl = 0x20 *read-only
 ---
Enable DLL
    ampsca_ampscadllctl_dllen(n) = 0x00000100
       DLLEn = 0x1
       MDllReset = 0x0 *read-only
 ---
Enable DLL
    ampsdq_ampsdqdllctl_dllen(n) = 0x00000100
       DLLEn = 0x1
       MDllReset = 0x0 *read-only
 ---
Run impedance calibration and optionally enable periodic auto impedance calibration

FPGA: Skip this step
       ampsca_ampscaiocfg_impcalcmd(n) = 0x00000000
          RunImpCal = 0x0 *read-only
          RunImpCalType = 0x0
---
    amph_CFGH_CB_WKPUPD(n) = 0x00000000
       pdpwk_f0 = 0x0 *read-only
       pdpwk_f1 = 0x0 *read-only
       pdpwk_f2 = 0x0 *read-only
       pdpwk_f3 = 0x0 *read-only
       pupwk_f0 = 0x0 *read-only
       pupwk_f1 = 0x0 *read-only
       pupwk_f2 = 0x0 *read-only
       pupwk_f3 = 0x0 *read-only
       wkds = 0x0
---
    amph_CFGH_CB_DRIVE_STR(n) = 0x33831717
       dspd_f0 = 0x7
       dspd_f1 = 0x7
       dspd_f2 = 0x3
       dspd_f3 = 0x3
       dspu_f0 = 0x1
       dspu_f1 = 0x1
       dspu_f2 = 0x8
       dspu_f3 = 0x3
---
    amph_CFGH_CB_IOCTL(n) = 0x000200a3
       en_pulse_tx_f0 = 0x1
       en_pulse_tx_f1 = 0x1
       en_pulse_tx_f2 = 0x0 *read-only
       en_pulse_tx_f3 = 0x0
       isel = 0x0
       protect_drvstren = 0x1 *read-only
       sel_rx_ac = 0x0 *read-only
       sel_rx_dc = 0x0 *read-only
       tx_ac_f0 = 0x2
       tx_ac_f1 = 0x2
       tx_ac_f2 = 0x0 *read-only
       tx_ac_f3 = 0x0 *read-only
 ---
    amph_CFGH_CK_WKPUPD(n) = 0x00000000
       pdpwk_f0 = 0x0 *read-only
       pdpwk_f1 = 0x0 *read-only
       pdpwk_f2 = 0x0 *read-only
       pdpwk_f3 = 0x0 *read-only
       pupwk_f0 = 0x0 *read-only
       pupwk_f1 = 0x0 *read-only
       pupwk_f2 = 0x0 *read-only
       pupwk_f3 = 0x0 *read-only
       wkds = 0x0
---
    amph_CFGH_CK_ZDET_BIASEN(n) = 0x00000000
       bias_ena = 0x0 *read-only
       disable_zdet = 0x0
       sel_zdet = 0x0 *read-only
 ---
    amph_CFGH_CK_DRIVE_STR(n) = 0x33831717
       dspd_f0 = 0x7
       dspd_f1 = 0x7
       dspd_f2 = 0x3
       dspd_f3 = 0x3
       dspu_f0 = 0x1
       dspu_f1 = 0x1
       dspu_f2 = 0x8
       dspu_f3 = 0x3
---
    amph_CFGH_CK_IOCTL(n) = 0x000000a7
       en_pulse_tx_f0 = 0x1
       en_pulse_tx_f1 = 0x1
       en_pulse_tx_f2 = 0x1
       en_pulse_tx_f3 = 0x0
       isel = 0x0
       sel_rx_ac = 0x0 *read-only
       sel_rx_dc = 0x0 *read-only
       tx_ac_f0 = 0x2
       tx_ac_f1 = 0x2
       tx_ac_f2 = 0x0 *read-only
       tx_ac_f3 = 0x0 *read-only
 ---
    amph_CFGH_B0_DRIVE_STR(n) = 0x33831717
       dspd_f0 = 0x7
       dspd_f1 = 0x7
       dspd_f2 = 0x3
       dspd_f3 = 0x3
       dspu_f0 = 0x1
       dspu_f1 = 0x1
       dspu_f2 = 0x8
       dspu_f3 = 0x3
---
    amph_CFGH_B0_IMPCTL(n) = 0x00201c2b
       en160_tx_f0 = 0x0
       en160_tx_f1 = 0x1
       en160_tx_f2 = 0x0
       en160_tx_f3 = 0x0
       zcpd_ovrr = 0x1c *read-only
       zcpu_ovrr = 0x2b *read-only
       zcpu_pd_ovrr = 0x0 *read-only
 ---
    amph_CFGH_B0_WKPUPD(n) = 0x00000000
       idle_active_en_f0 = 0x0 *read-only
       idle_active_en_f1 = 0x0 *read-only
       idle_active_en_f2 = 0x0 *read-only
       idle_active_en_f3 = 0x0 *read-only
       pdpwk_f0 = 0x0
       pdpwk_f1 = 0x0
       pdpwk_f2 = 0x0
       pdpwk_f3 = 0x0
       pupwk_f0 = 0x0
       pupwk_f1 = 0x0
       pupwk_f2 = 0x0
       pupwk_f3 = 0x0
       wkds = 0x0
---
    amph_CFGH_B0_IOCTL(n) = 0x715000a7
       en_pulse_tx_f0 = 0x1
       en_pulse_tx_f1 = 0x1
       en_pulse_tx_f2 = 0x1
       en_pulse_tx_f3 = 0x0
       isel_f0 = 0x1
       isel_f1 = 0x1
       isel_f2 = 0x1
       isel_f3 = 0x0
       sel_rx_ac_f0 = 0x0
       sel_rx_ac_f1 = 0x0
       sel_rx_ac_f2 = 0x0
       sel_rx_ac_f3 = 0x0
       sel_rx_dc_f0 = 0x1
       sel_rx_dc_f1 = 0x1
       sel_rx_dc_f2 = 0x1
       sel_rx_dc_f3 = 0x0
       tx_ac_f0 = 0x2
       tx_ac_f1 = 0x2
       tx_ac_f2 = 0x0 *read-only
       tx_ac_f3 = 0x0 *read-only
 ---
    amph_CFGH_B0_ODT(n) = 0x01c00333
       dspd_f0 = 0x3
       dspd_f1 = 0x3
       dspd_f2 = 0x3
       dspd_f3 = 0x0
       zcpd_ovrr = 0x0 *read-only
       zcpd_val = 0x1c *read-only
 ---
if (platform == PALLADIUM)
    amph_CFGH_B0_ODTCTRL(n) = 0x00000000
       dspu_f0 = 0x0 *read-only
       dspu_f1 = 0x0 *read-only
       dspu_f2 = 0x0 *read-only
       dspu_f3 = 0x0 *read-only
       odten_f0 = 0x0
       odten_f1 = 0x0
       odten_f2 = 0x0
       odten_f3 = 0x0
else if (platform == FPGA)
    amph_CFGH_B0_ODTCTRL(n) = 0x00000000
       dspu_f0 = 0x0 *read-only
       dspu_f1 = 0x0 *read-only
       dspu_f2 = 0x0 *read-only
       dspu_f3 = 0x0 *read-only
       odten_f0 = 0x0
       odten_f1 = 0x0
       odten_f2 = 0x0
       odten_f3 = 0x0
else
       amph_CFGH_B0_ODTCTRL(n) = 0x00000005
          dspu_f0 = 0x0 *read-only
          dspu_f1 = 0x0 *read-only
          dspu_f2 = 0x0 *read-only
          dspu_f3 = 0x0 *read-only
          odten_f0 = 0x1 *read-only
          odten_f1 = 0x0
          odten_f2 = 0x1 *read-only
          odten_f3 = 0x0 *read-only
 ---
    amph_CFGH_B1_DRIVE_STR(n) = 0x33831717
       dspd_f0 = 0x7
       dspd_f1 = 0x7
       dspd_f2 = 0x3
       dspd_f3 = 0x3
       dspu_f0 = 0x1
       dspu_f1 = 0x1
       dspu_f2 = 0x8
       dspu_f3 = 0x3
---
if (platform == PALLADIUM)
    amph_CFGH_B1_ODTCTRL(n) = 0x00000000
       dspu_f0 = 0x0 *read-only
       dspu_f1 = 0x0 *read-only
       dspu_f2 = 0x0 *read-only
       dspu_f3 = 0x0 *read-only
       odten_f0 = 0x0
       odten_f1 = 0x0
       odten_f2 = 0x0
       odten_f3 = 0x0
else if (platform == FPGA)
    amph_CFGH_B1_ODTCTRL(n) = 0x00000000
       dspu_f0 = 0x0 *read-only
       dspu_f1 = 0x0 *read-only
       dspu_f2 = 0x0 *read-only
       dspu_f3 = 0x0 *read-only
       odten_f0 = 0x0
       odten_f1 = 0x0
       odten_f2 = 0x0
       odten_f3 = 0x0
else
       amph_CFGH_B1_ODTCTRL(n) = 0x00000005
          dspu_f0 = 0x0 *read-only
          dspu_f1 = 0x0 *read-only
          dspu_f2 = 0x0 *read-only
          dspu_f3 = 0x0 *read-only
          odten_f0 = 0x1 *read-only
          odten_f1 = 0x0
          odten_f2 = 0x1 *read-only
          odten_f3 = 0x0 *read-only
 ---
    amph_CFGH_B1_IMPCTL(n) = 0x00201c2b
       en160_tx_f0 = 0x0
       en160_tx_f1 = 0x1
       en160_tx_f2 = 0x0
       en160_tx_f3 = 0x0
       zcpd_ovrr = 0x1c *read-only
       zcpu_ovrr = 0x2b *read-only
       zcpu_pd_ovrr = 0x0 *read-only
 ---
    amph_CFGH_B1_WKPUPD(n) = 0x00000000
       idle_active_en_f0 = 0x0 *read-only
       idle_active_en_f1 = 0x0 *read-only
       idle_active_en_f2 = 0x0 *read-only
       idle_active_en_f3 = 0x0 *read-only
       pdpwk_f0 = 0x0
       pdpwk_f1 = 0x0
       pdpwk_f2 = 0x0
       pdpwk_f3 = 0x0
       pupwk_f0 = 0x0
       pupwk_f1 = 0x0
       pupwk_f2 = 0x0
       pupwk_f3 = 0x0
       wkds = 0x0
---
    amph_CFGH_B1_IOCTL(n) = 0x715000a7
       en_pulse_tx_f0 = 0x1
       en_pulse_tx_f1 = 0x1
       en_pulse_tx_f2 = 0x1
       en_pulse_tx_f3 = 0x0
       isel_f0 = 0x1
       isel_f1 = 0x1
       isel_f2 = 0x1
       isel_f3 = 0x0
       sel_rx_ac_f0 = 0x0
       sel_rx_ac_f1 = 0x0
       sel_rx_ac_f2 = 0x0
       sel_rx_ac_f3 = 0x0
       sel_rx_dc_f0 = 0x1
       sel_rx_dc_f1 = 0x1
       sel_rx_dc_f2 = 0x1
       sel_rx_dc_f3 = 0x0
       tx_ac_f0 = 0x2
       tx_ac_f1 = 0x2
       tx_ac_f2 = 0x0 *read-only
       tx_ac_f3 = 0x0 *read-only
 ---
    amph_CFGH_B1_ODT(n) = 0x01c00333
       dspd_f0 = 0x3
       dspd_f1 = 0x3
       dspd_f2 = 0x3
       dspd_f3 = 0x0
       zcpd_ovrr = 0x0 *read-only
       zcpd_val = 0x1c *read-only
 ---
    amph_CFGH_DQS0_WKPUPD(n) = 0x00000788
       idle_active_en_f0 = 0x0 *read-only
       idle_active_en_f1 = 0x0 *read-only
       idle_active_en_f2 = 0x0 *read-only
       idle_active_en_f3 = 0x0 *read-only
       pdpwk_f0 = 0x0 *read-only
       pdpwk_f1 = 0x1
       pdpwk_f2 = 0x0 *read-only
       pdpwk_f3 = 0x1 *read-only
       pupwk_f0 = 0x0 *read-only
       pupwk_f1 = 0x0 *read-only
       pupwk_f2 = 0x0 *read-only
       pupwk_f3 = 0x0 *read-only
       wkds = 0x7 *read-only
 ---
    amph_CFGH_DQS0_DRIVE_STR(n) = 0x33831717
       dspd_f0 = 0x7
       dspd_f1 = 0x7
       dspd_f2 = 0x3
       dspd_f3 = 0x3
       dspu_f0 = 0x1
       dspu_f1 = 0x1
       dspu_f2 = 0x8
       dspu_f3 = 0x3
---
    amph_CFGH_DQS0_IMPCTL(n) = 0x00201c2b
       en160_tx_f0 = 0x0
       en160_tx_f1 = 0x1
       en160_tx_f2 = 0x0
       en160_tx_f3 = 0x0
       zcpd_ovrr = 0x1c *read-only
       zcpu_ovrr = 0x2b *read-only
       zcpu_pd_ovrr = 0x0 *read-only
 ---
    amph_CFGH_DQS0_IOCTL(n) = 0x715000a7
       en_pulse_tx_f0 = 0x1
       en_pulse_tx_f1 = 0x1
       en_pulse_tx_f2 = 0x1
       en_pulse_tx_f3 = 0x0
       isel_f0 = 0x1
       isel_f1 = 0x1
       isel_f2 = 0x1
       isel_f3 = 0x0
       sel_rx_ac_f0 = 0x0
       sel_rx_ac_f1 = 0x0
       sel_rx_ac_f2 = 0x0
       sel_rx_ac_f3 = 0x0
       sel_rx_dc_f0 = 0x1
       sel_rx_dc_f1 = 0x1
       sel_rx_dc_f2 = 0x1
       sel_rx_dc_f3 = 0x0
       tx_ac_f0 = 0x2
       tx_ac_f1 = 0x2
       tx_ac_f2 = 0x0 *read-only
       tx_ac_f3 = 0x0 *read-only
 ---
    amph_CFGH_DQS0_ODT(n) = 0x01c00333
       dspd_f0 = 0x3
       dspd_f1 = 0x3
       dspd_f2 = 0x3
       dspd_f3 = 0x0
       zcpd_ovrr = 0x0 *read-only
       zcpd_val = 0x1c *read-only
 ---
    amph_CFGH_DQS0_ZDET_BIASEN(n) = 0x00060028
       bias_ena_f0 = 0x0
       bias_ena_f1 = 0x1
       bias_ena_f2 = 0x1
       bias_ena_f3 = 0x0
       disable_zdet_f0 = 0x0
       disable_zdet_f1 = 0x0
       disable_zdet_f2 = 0x0
       disable_zdet_f3 = 0x0
       sel_zdet_f0 = 0x0
       sel_zdet_f1 = 0x2
       sel_zdet_f2 = 0x2
       sel_zdet_f3 = 0x0
---
if (platform == PALLADIUM)
    amph_CFGH_DQS0_ODTCTRL(n) = 0x00000000
       dspu_f0 = 0x0 *read-only
       dspu_f1 = 0x0 *read-only
       dspu_f2 = 0x0 *read-only
       dspu_f3 = 0x0 *read-only
       odten_f0 = 0x0
       odten_f1 = 0x0
       odten_f2 = 0x0
       odten_f3 = 0x0
else if (platform == FPGA)
    amph_CFGH_DQS0_ODTCTRL(n) = 0x00000000
       dspu_f0 = 0x0 *read-only
       dspu_f1 = 0x0 *read-only
       dspu_f2 = 0x0 *read-only
       dspu_f3 = 0x0 *read-only
       odten_f0 = 0x0
       odten_f1 = 0x0
       odten_f2 = 0x0
       odten_f3 = 0x0
else
       amph_CFGH_DQS0_ODTCTRL(n) = 0x00000007
          dspu_f0 = 0x0 *read-only
          dspu_f1 = 0x0 *read-only
          dspu_f2 = 0x0 *read-only
          dspu_f3 = 0x0 *read-only
          odten_f0 = 0x1 *read-only
          odten_f1 = 0x1
          odten_f2 = 0x1 *read-only
          odten_f3 = 0x0 *read-only
 ---
    amph_CFGH_DQS1_WKPUPD(n) = 0x00000788
       idle_active_en_f0 = 0x0 *read-only
       idle_active_en_f1 = 0x0 *read-only
       idle_active_en_f2 = 0x0 *read-only
       idle_active_en_f3 = 0x0 *read-only
       pdpwk_f0 = 0x0 *read-only
       pdpwk_f1 = 0x1
       pdpwk_f2 = 0x0 *read-only
       pdpwk_f3 = 0x1 *read-only
       pupwk_f0 = 0x0 *read-only
       pupwk_f1 = 0x0 *read-only
       pupwk_f2 = 0x0 *read-only
       pupwk_f3 = 0x0 *read-only
       wkds = 0x7 *read-only
 ---
    amph_CFGH_DQS1_DRIVE_STR(n) = 0x33831717
       dspd_f0 = 0x7
       dspd_f1 = 0x7
       dspd_f2 = 0x3
       dspd_f3 = 0x3
       dspu_f0 = 0x1
       dspu_f1 = 0x1
       dspu_f2 = 0x8
       dspu_f3 = 0x3
---
    amph_CFGH_DQS1_IMPCTL(n) = 0x00201c2b
       en160_tx_f0 = 0x0
       en160_tx_f1 = 0x1
       en160_tx_f2 = 0x0
       en160_tx_f3 = 0x0
       zcpd_ovrr = 0x1c *read-only
       zcpu_ovrr = 0x2b *read-only
       zcpu_pd_ovrr = 0x0 *read-only
 ---
    amph_CFGH_DQS1_IOCTL(n) = 0x715000a7
       en_pulse_tx_f0 = 0x1
       en_pulse_tx_f1 = 0x1
       en_pulse_tx_f2 = 0x1
       en_pulse_tx_f3 = 0x0
       isel_f0 = 0x1
       isel_f1 = 0x1
       isel_f2 = 0x1
       isel_f3 = 0x0
       sel_rx_ac_f0 = 0x0
       sel_rx_ac_f1 = 0x0
       sel_rx_ac_f2 = 0x0
       sel_rx_ac_f3 = 0x0
       sel_rx_dc_f0 = 0x1
       sel_rx_dc_f1 = 0x1
       sel_rx_dc_f2 = 0x1
       sel_rx_dc_f3 = 0x0
       tx_ac_f0 = 0x2
       tx_ac_f1 = 0x2
       tx_ac_f2 = 0x0 *read-only
       tx_ac_f3 = 0x0 *read-only
 ---
    amph_CFGH_DQS1_ODT(n) = 0x01c00333
       dspd_f0 = 0x3
       dspd_f1 = 0x3
       dspd_f2 = 0x3
       dspd_f3 = 0x0
       zcpd_ovrr = 0x0 *read-only
       zcpd_val = 0x1c *read-only
 ---
    amph_CFGH_DQS1_ZDET_BIASEN(n) = 0x00060028
       bias_ena_f0 = 0x0
       bias_ena_f1 = 0x1
       bias_ena_f2 = 0x1
       bias_ena_f3 = 0x0
       disable_zdet_f0 = 0x0
       disable_zdet_f1 = 0x0
       disable_zdet_f2 = 0x0
       disable_zdet_f3 = 0x0
       sel_zdet_f0 = 0x0
       sel_zdet_f1 = 0x2
       sel_zdet_f2 = 0x2
       sel_zdet_f3 = 0x0
---
if (platform == PALLADIUM)
    amph_CFGH_DQS1_ODTCTRL(n) = 0x00000000
       dspu_f0 = 0x0 *read-only
       dspu_f1 = 0x0 *read-only
       dspu_f2 = 0x0 *read-only
       dspu_f3 = 0x0 *read-only
       odten_f0 = 0x0
       odten_f1 = 0x0
       odten_f2 = 0x0
       odten_f3 = 0x0
else if (platform == FPGA)
    amph_CFGH_DQS1_ODTCTRL(n) = 0x00000000
       dspu_f0 = 0x0 *read-only
       dspu_f1 = 0x0 *read-only
       dspu_f2 = 0x0 *read-only
       dspu_f3 = 0x0 *read-only
       odten_f0 = 0x0
       odten_f1 = 0x0
       odten_f2 = 0x0
       odten_f3 = 0x0
else
       amph_CFGH_DQS1_ODTCTRL(n) = 0x00000007
          dspu_f0 = 0x0 *read-only
          dspu_f1 = 0x0 *read-only
          dspu_f2 = 0x0 *read-only
          dspu_f3 = 0x0 *read-only
          odten_f0 = 0x1 *read-only
          odten_f1 = 0x1
          odten_f2 = 0x1 *read-only
          odten_f3 = 0x0 *read-only
 ---
    amph_CFGH_DBG_DBG_REG0(n) = 0x00000000
       cb_bias_ena = 0x0
       cb_odte = 0x0 *read-only
       clk_en_sync_flop_rst = 0x0 *read-only
       mon_vdd_mem = 0x0 *read-only
       mon_vdd_soc = 0x0 *read-only
 ---
    amph_CFGH_ZC_ZCAL_FSM1(n) = 0x00667f7f
       bias_ena_dly = 0x66
       io_pd = 0x7f *read-only
       io_pu = 0x7f *read-only
 ---
    amph_CFGH_ZC_ZCAL_FSM0(n) = 0x000f0315
       zc_dly = 0x15
       zc_dnbd = 0x0
       zc_tap = 0x3
       zc_upbd = 0xf
---
    amph_CFGH_DEBUG_SPARE0(n) = 0x0000000e
       control = 0xe
---
Assert init_done
    ampsca_ampscagen_ampinit(n) = 0x00000001
       InitDone = 0x1
---
Assert init_done
    ampsdq_ampsdqgen_ampinit(n) = 0x00000001
       InitDone = 0x1
---

3. Self-Refresh Exit

Prior to this step, the DRAM is assumed to be in the self-refresh state, and CKE has been kept low, either by retention circuitry in the PHY/IO, or, after SOC power is up and the reset is done, by the controller. This step will take DRAM out of the self-refresh mode. Software must guarantee that at least 50 us have passed since the de- assertion of AMC reset before self-refresh exit, in the resume-boot case. The frequency change to 50MHz here is initiated by PMGR. For ResumeBoot, the auto-refresh must be enabled before exiting self-refresh state.

DescriptionRegister ProgrammingAOP AWAKEResume BootAOP DDR
Wait 5us after Impedance Calibration in Step2. This is to avoid McPhyPending preventing the SRFSM from exiting SR.
---
radar #8707478 has been fixed. SetSRExitRefCnt to 2.
    amcx_dramcfg_arefparam(n) = 0x08010019
       FreqChngWaitThr = 0x1
       PhyUpdWaitRefresh = 0x1
       PhyUpdWaitThr = 0x1 *read-only
       PhyUpdWaittXSR = 0x0
       RefAssertCnt = 0x8
       SRExitRefCnt = 0x1
---
if (platform == PALLADIUM)
    amcx_dramtim_autoref_freq3(n) = 0x24480050
       tRFCBaseCyc_freq3 = 0x50
       tRFCCyc_freq3 = 0x48
       tRFCpbCyc_freq3 = 0x24
else if (platform == FPGA)
    amcx_dramtim_autoref_freq3(n) = 0x01010001
       tRFCBaseCyc_freq3 = 0x1
       tRFCCyc_freq3 = 0x1
       tRFCpbCyc_freq3 = 0x1
else
       amcx_dramtim_autoref_freq3(n) = 0x03050005
          tRFCBaseCyc_freq3 = 0x5
          tRFCCyc_freq3 = 0x5
          tRFCpbCyc_freq3 = 0x3
---
if (platform == PALLADIUM)
    amcx_dramtim_autoref_freq2(n) = 0x24480050
       tRFCBaseCyc_freq2 = 0x50
       tRFCCyc_freq2 = 0x48
       tRFCpbCyc_freq2 = 0x24
else if (platform == FPGA)
    amcx_dramtim_autoref_freq2(n) = 0x01010001
       tRFCBaseCyc_freq2 = 0x1
       tRFCCyc_freq2 = 0x1
       tRFCpbCyc_freq2 = 0x1
else
       amcx_dramtim_autoref_freq2(n) = 0x09120013
          tRFCBaseCyc_freq2 = 0x13
          tRFCCyc_freq2 = 0x12
          tRFCpbCyc_freq2 = 0x9
---
**IMPORTANT** : For power saving on SOC's using Samsung and Hynix DRAM's, it's mandatory to set autoref_freq1 to 0x1C480049. For SOC's using Micron DRAM, autoref_freq1 should be set to 0x20480049.
if (platform == FPGA)
    amcx_dramtim_autoref_freq1(n) = 0x01010001
       tRFCBaseCyc_freq1 = 0x1
       tRFCCyc_freq1 = 0x1
       tRFCpbCyc_freq1 = 0x1
else
       amcx_dramtim_autoref_freq1(n) = 0x24480049
          tRFCBaseCyc_freq1 = 0x49
          tRFCCyc_freq1 = 0x48
          tRFCpbCyc_freq1 = 0x24
---
if (platform == PALLADIUM)
    amcx_dramtim_autoref_freq0(n) = 0x24480050
       tRFCBaseCyc_freq0 = 0x50
       tRFCCyc_freq0 = 0x48
       tRFCpbCyc_freq0 = 0x24
else if (platform == FPGA)
    amcx_dramtim_autoref_freq0(n) = 0x01010001
       tRFCBaseCyc_freq0 = 0x1
       tRFCCyc_freq0 = 0x1
       tRFCpbCyc_freq0 = 0x1
else
       amcx_dramtim_autoref_freq0(n) = 0x366c006e
          tRFCBaseCyc_freq0 = 0x6e
          tRFCCyc_freq0 = 0x6c
          tRFCpbCyc_freq0 = 0x36
---
if (platform == PALLADIUM)
    amcx_dramtim_autoref_params(n) = 0x0017005d
       tREFBWtRFCcnt = 0x17
       tREFICyc = 0x5d
else if (platform == FPGA)
    amcx_dramtim_autoref_params(n) = 0x00170013
       tREFBWtRFCcnt = 0x17
       tREFICyc = 0x13
else
       amcx_dramtim_autoref_params(n) = 0x0017005d
          tREFBWtRFCcnt = 0x17
          tREFICyc = 0x5d
---
Enable auto refresh derating by setting TempDrtEn to 1. However, we do not enable ODTS interval until the end of the init. Setting TempDrtEn to 1 allows the chip to be in the hi-temp state and become more conservative.
if (platform == FPGA)
    amcx_dramcfg_odtszqc(n) = 0x00000000
       DerateParamSRExit = 0x0
       OdtsRdIntrvl = 0x0
       SRExitZQCChnlQuiet = 0x0 *read-only
       ShareZQRes = 0x0 *read-only
       TempDrtEn = 0x0
       ZQCChnlQuiet = 0x0 *read-only
       ZQCStack = 0x0 *read-only
       ZqCalIntrvl = 0x0 *read-only
else
       amcx_dramcfg_odtszqc(n) = 0x00001000
          DerateParamSRExit = 0x0
          OdtsRdIntrvl = 0x0
          SRExitZQCChnlQuiet = 0x0 *read-only
          ShareZQRes = 0x0 *read-only
          TempDrtEn = 0x1
          ZQCChnlQuiet = 0x0 *read-only
          ZQCStack = 0x0 *read-only
          ZqCalIntrvl = 0x0 *read-only
 ---
set SRExtraRefCnt to correct value (which is 1) and set LongSRCnt to be tREFW/4 (32ms/4=8ms)
If RefCntrHiWaterMark is changed from its default value, then LongSRExitRefCnt needs to be programmed to the same value.
Palladium: LongSRCnt=0x1004 because Palladium uses 1Gb device.
    amcx_dramcfg_longsr(n) = 0x01012008
       LongSRCnt = 0x2008
       LongSRExitRefCnt = 0x1
       SRExtraRefCnt = 0x1
---
    amcx_dramcfg_mcphyupdtparam(n) = 0x15030007
       FreqCSettleCyc = 0x5 *read-only
       McPhyTimeParamCyc = 0x3
       PhyInitStartCyc = 0x0
       PhyUpdMDLL = 0x1
       UpdPhyLatCyc = 0x0 *read-only
       tPhyUpdGap = 0x7
---
Call custom API provided by PMGR for changing mcu_clk to 55Mhz and mcu_fixed_clk to Mhz
// TO BE COMPLETED

FPGA: Skip this step
---
Wait 5us to avoid a race condition between frequency change to bucket 3 & MCU being enabled
---
Turn on enables for various AMC blocks MCU.
    amcx_amcgen_amcctrl(n) = 0x00000003
       McuEn = 0x1
       SchEn = 0x1
---
Run impedance calibration and optionally enable periodic auto impedance calibration

FPGA: Skip this step
       ampsca_ampscaiocfg_impcalcmd(n) = 0x00000001
          RunImpCal = 0x0 *read-only
          RunImpCalType = 0x0
---
Poll ampscaiocfg impcalcmd

FPGA: Skip this step
Poll: ampscaiocfg_impcalcmd
       RunImpCal
      while((CSR(ampsca_ampscaiocfg_impcalcmd(n)) & 0x1) != 0x0)
---
       amcx_dramcfg_arefen_freq3(n) = 0x11100000
          ARpbEn_freq3 = 0x0
          HiTempRefRnkAgeOut_freq3 = 0x1
          RefCntrHiWaterMark_freq3 = 0x1
          RefCntrLoWaterMark_freq3 = 0x1
-Yes-
       amcx_dramcfg_arefen_freq2(n) = 0x11000000
          ARpbEn_freq2 = 0x0
          HiTempRefRnkAgeOut_freq2 = 0x0
          RefCntrHiWaterMark_freq2 = 0x1
          RefCntrLoWaterMark_freq2 = 0x1
-Yes-
       amcx_dramcfg_arefen_freq1(n) = 0x11110000
          ARpbEn_freq1 = 0x1 *read-only
          HiTempRefRnkAgeOut_freq1 = 0x1
          RefCntrHiWaterMark_freq1 = 0x1
          RefCntrLoWaterMark_freq1 = 0x1
-Yes-
Turn on auto refresh.
       amcx_dramcfg_arefen_freq0(n) = 0x1111013f
          ARpbEn_freq0 = 0x1
          AutoRefEn = 0x1
          AutoRefSchEn = 0x1
          DisableHiTempREFab = 0x1
          EarlyCasAgeOut = 0x0
          HiPriREFpbPch = 0x1
          HiTempRefRnkAgeOut_freq0 = 0x1
          REFpb2bank = 0x0
          REFpbEarlyPch = 0x1
          RefCntrHiWaterMark_freq0 = 0x1
          RefCntrLoWaterMark_freq0 = 0x1
          RefOpptEn = 0x1
          tREFBWREFpb = 0x1
-Yes-
Wait 200us for tINIT1 in real init, which we have cooked down to 200ns for simulation.
---
Wait 2 ms for tINIT3 in real init, which we have cooked down to 200ns for simulation.
---
    amcx_dramcfg_freqchngctl(n) = 0x00010000
       freqchngfspop = 0x0 *read-only
       freqchngmrwcnt_freq0 = 0x0 *read-only
       freqchngmrwcnt_freq1 = 0x0 *read-only
       freqchngmrwcnt_freq2 = 0x0 *read-only
       freqchngmrwcnt_freq3 = 0x0 *read-only
       freqchngrunsocupd = 0x0 *read-only
 ---
Poll dramcfg freqchngctl
Poll: dramcfg_freqchngctl
    freqchngrunsocupd
   while((CSR(amcx_dramcfg_freqchngctl(n)) & 0x10000) != 0x0)
---
    amcx_dramcfg_freqchngctl(n) = 0x00000000
       freqchngfspop = 0x0 *read-only
       freqchngmrwcnt_freq0 = 0x0 *read-only
       freqchngmrwcnt_freq1 = 0x0 *read-only
       freqchngmrwcnt_freq2 = 0x0 *read-only
       freqchngmrwcnt_freq3 = 0x0 *read-only
       freqchngrunsocupd = 0x0 *read-only
 ---
Wait 2us for the soc update to finish
---
Assert MPC to Sending SR Exit during Resume Boot
       amcx_dramcmd_mrinitcmd(n) = 0x00004000
          MRCmdAddr = 0x0 *read-only
          MRCmdCs = 0x0 *read-only
          MRCmdData = 0x0 *read-only
          MRCmdIsMPC = 0x0 *read-only
          MRCmdIsRd = 0x0 *read-only
          RunMRCmd = 0x0 *read-only
          RunRdLvl = 0x0 *read-only
          RunSRExit = 0x0 *read-only
 -Yes-
Issue self-refresh exit command. One for each channel.
SW needs to guarantee that at least 50usec has passed since removal of reset to AMC before issuing the self-refresh exit command, in case of resume boot.
       amcx_dramcmd_mrinitcmd(n) = 0x00004001
          MRCmdAddr = 0x0 *read-only
          MRCmdCs = 0x0 *read-only
          MRCmdData = 0x0 *read-only
          MRCmdIsMPC = 0x0 *read-only
          MRCmdIsRd = 0x0 *read-only
          RunMRCmd = 0x0 *read-only
          RunRdLvl = 0x0 *read-only
          RunSRExit = 0x0 *read-only
 -Yes-
Poll dramcmd mrinitcmd
Poll: dramcmd_mrinitcmd
       RunSRExit
      while((CSR(amcx_dramcmd_mrinitcmd(n)) & 0x1) != 0x0)
-Yes-
Assert MPC to Sending SR Exit during Resume Boot
       amcx_dramcmd_mrinitcmd(n) = 0x00000000
          MRCmdAddr = 0x0 *read-only
          MRCmdCs = 0x0 *read-only
          MRCmdData = 0x0 *read-only
          MRCmdIsMPC = 0x0 *read-only
          MRCmdIsRd = 0x0 *read-only
          RunMRCmd = 0x0 *read-only
          RunRdLvl = 0x0 *read-only
          RunSRExit = 0x0 *read-only
 -No-
Issue self-refresh exit command. One for each channel.
SW needs to guarantee that at least 50usec has passed since removal of reset to AMC before issuing the self-refresh exit command, in case of resume boot.
       amcx_dramcmd_mrinitcmd(n) = 0x00000001
          MRCmdAddr = 0x0 *read-only
          MRCmdCs = 0x0 *read-only
          MRCmdData = 0x0 *read-only
          MRCmdIsMPC = 0x0 *read-only
          MRCmdIsRd = 0x0 *read-only
          RunMRCmd = 0x0 *read-only
          RunRdLvl = 0x0 *read-only
          RunSRExit = 0x0 *read-only
 -No-
Poll dramcmd mrinitcmd
Poll: dramcmd_mrinitcmd
       RunSRExit
      while((CSR(amcx_dramcmd_mrinitcmd(n)) & 0x1) != 0x0)
-No-
Wait 2 us for tINIT5 in real init, which we have cooked down to 200ns for simulation.
---
    glbtimer_GlbTimer_ChEn = 0x0000000f
       ChEn = 0xf
---

4. DRAM Reset, ZQ Calibration & Configuration (Cold Boot Only).

This step is only required for ColdBoot. This step is to be repeated for each of the number of ranks per channel. The dramcmd.mrcmdch{N}.MRCmdCsCh{N} bit (Noted by letter R in the section) should be incremented in each loop.

DescriptionRegister ProgrammingAOP AWAKEResume BootAOP DDR
Issue DRAM ZQ calibration START MPC command MRINIT CMD registers.
Note that the MPC command can be issued to different channels independently, as long as the system has separate ZQ reference resistor for eachchannel. TheZQcalibration MPC to each rank within the same channel must be issued in series.
    amcx_dramcmd_mrinitcmd(n) = 0x4f004100
       MRCmdAddr = 0x0 *read-only
       MRCmdCs = 0x0 *read-only
       MRCmdData = 0x0 *read-only
       MRCmdIsMPC = 0x0 *read-only
       MRCmdIsRd = 0x0 *read-only
       RunMRCmd = 0x0 *read-only
       RunRdLvl = 0x0 *read-only
       RunSRExit = 0x0 *read-only
 ---
Poll dramcmd mrinitcmd
Poll: dramcmd_mrinitcmd
    RunMRCmd
   while((CSR(amcx_dramcmd_mrinitcmd(n)) & 0x100) != 0x0)
---
Wait 1us for tZQCAL.
---
Issue DRAM ZQ calibration LATCH MPC command MRINIT CMD registers
    amcx_dramcmd_mrinitcmd(n) = 0x51004100
       MRCmdAddr = 0x0 *read-only
       MRCmdCs = 0x0 *read-only
       MRCmdData = 0x0 *read-only
       MRCmdIsMPC = 0x0 *read-only
       MRCmdIsRd = 0x0 *read-only
       RunMRCmd = 0x0 *read-only
       RunRdLvl = 0x0 *read-only
       RunSRExit = 0x0 *read-only
 ---
Poll dramcmd mrinitcmd
Poll: dramcmd_mrinitcmd
    RunMRCmd
   while((CSR(amcx_dramcmd_mrinitcmd(n)) & 0x100) != 0x0)
---
Wait 20ns for tZQLAT.
---
Configure DRAM MR2 register (latency) through MRR/MRW command registers. The example shows the nominal programming for LPDDR2-1066 devices based on the JEDEC specifications. See Section 3.2.2.3 for values for other devices.
       amcx_dramcmd_mrinitcmd(n) = 0x00020100
          MRCmdAddr = 0x0 *read-only
          MRCmdCs = 0x0 *read-only
          MRCmdData = 0x0 *read-only
          MRCmdIsMPC = 0x0 *read-only
          MRCmdIsRd = 0x0 *read-only
          RunMRCmd = 0x0 *read-only
          RunRdLvl = 0x0 *read-only
          RunSRExit = 0x0 *read-only
 -No-
Poll dramcmd mrinitcmd
Poll: dramcmd_mrinitcmd
       RunMRCmd
      while((CSR(amcx_dramcmd_mrinitcmd(n)) & 0x100) != 0x0)
-No-
Configure DRAM MR1 register through MRR/MRW command registers.
This includes the following: WC=Wrap BT=Sequential BL=BL16.
nWR, the example shows the nominal programming for LPDDR3- 1600 devices based on the JEDEC specifications. See Section 3.2.2.3 for values for other devices.
       amcx_dramcmd_mrinitcmd(n) = 0x8e010100
          MRCmdAddr = 0x0 *read-only
          MRCmdCs = 0x0 *read-only
          MRCmdData = 0x0 *read-only
          MRCmdIsMPC = 0x0 *read-only
          MRCmdIsRd = 0x0 *read-only
          RunMRCmd = 0x0 *read-only
          RunRdLvl = 0x0 *read-only
          RunSRExit = 0x0 *read-only
 -No-
Poll dramcmd mrinitcmd
Poll: dramcmd_mrinitcmd
       RunMRCmd
      while((CSR(amcx_dramcmd_mrinitcmd(n)) & 0x100) != 0x0)
-No-
       amcx_dramcmd_mrinitcmd(n) = 0xf3030100
          MRCmdAddr = 0x0 *read-only
          MRCmdCs = 0x0 *read-only
          MRCmdData = 0x0 *read-only
          MRCmdIsMPC = 0x0 *read-only
          MRCmdIsRd = 0x0 *read-only
          RunMRCmd = 0x0 *read-only
          RunRdLvl = 0x0 *read-only
          RunSRExit = 0x0 *read-only
 -No-
Poll dramcmd mrinitcmd
Poll: dramcmd_mrinitcmd
       RunMRCmd
      while((CSR(amcx_dramcmd_mrinitcmd(n)) & 0x100) != 0x0)
-No-
       amcx_dramcmd_mrinitcmd(n) = 0x00160100
          MRCmdAddr = 0x0 *read-only
          MRCmdCs = 0x0 *read-only
          MRCmdData = 0x0 *read-only
          MRCmdIsMPC = 0x0 *read-only
          MRCmdIsRd = 0x0 *read-only
          RunMRCmd = 0x0 *read-only
          RunRdLvl = 0x0 *read-only
          RunSRExit = 0x0 *read-only
 -No-
Poll dramcmd mrinitcmd
Poll: dramcmd_mrinitcmd
       RunMRCmd
      while((CSR(amcx_dramcmd_mrinitcmd(n)) & 0x100) != 0x0)
-No-


FPGA: Skip this step
       amcx_dramcmd_mrinitcmd(n) = 0x000b0100
          MRCmdAddr = 0x0 *read-only
          MRCmdCs = 0x0 *read-only
          MRCmdData = 0x0 *read-only
          MRCmdIsMPC = 0x0 *read-only
          MRCmdIsRd = 0x0 *read-only
          RunMRCmd = 0x0 *read-only
          RunRdLvl = 0x0 *read-only
          RunSRExit = 0x0 *read-only
 -No-
Poll dramcmd mrinitcmd

FPGA: Skip this step
Poll: dramcmd_mrinitcmd
       RunMRCmd
      while((CSR(amcx_dramcmd_mrinitcmd(n)) & 0x100) != 0x0)
-No-
Program MR11 for FPGA

FPGA: Perform this step
       amcx_dramcmd_mrinitcmd(n) = 0x000b0100
          MRCmdAddr = 0x0 *read-only
          MRCmdCs = 0x0 *read-only
          MRCmdData = 0x0 *read-only
          MRCmdIsMPC = 0x0 *read-only
          MRCmdIsRd = 0x0 *read-only
          RunMRCmd = 0x0 *read-only
          RunRdLvl = 0x0 *read-only
          RunSRExit = 0x0 *read-only
 -No-
Poll dramcmd mrinitcmd

FPGA: Perform this step
Poll: dramcmd_mrinitcmd
       RunMRCmd
      while((CSR(amcx_dramcmd_mrinitcmd(n)) & 0x100) != 0x0)
-No-
Program VRCG and Modified Refresh to 1
       amcx_dramcmd_mrinitcmd(n) = 0x180d0100
          MRCmdAddr = 0x0 *read-only
          MRCmdCs = 0x0 *read-only
          MRCmdData = 0x0 *read-only
          MRCmdIsMPC = 0x0 *read-only
          MRCmdIsRd = 0x0 *read-only
          RunMRCmd = 0x0 *read-only
          RunRdLvl = 0x0 *read-only
          RunSRExit = 0x0 *read-only
 -No-
Poll dramcmd mrinitcmd
Poll: dramcmd_mrinitcmd
       RunMRCmd
      while((CSR(amcx_dramcmd_mrinitcmd(n)) & 0x100) != 0x0)
-No-
       amcx_dramcmd_mrinitcmd(n) = 0x590c0100
          MRCmdAddr = 0x0 *read-only
          MRCmdCs = 0x0 *read-only
          MRCmdData = 0x0 *read-only
          MRCmdIsMPC = 0x0 *read-only
          MRCmdIsRd = 0x0 *read-only
          RunMRCmd = 0x0 *read-only
          RunRdLvl = 0x0 *read-only
          RunSRExit = 0x0 *read-only
 -No-
Poll dramcmd mrinitcmd
Poll: dramcmd_mrinitcmd
       RunMRCmd
      while((CSR(amcx_dramcmd_mrinitcmd(n)) & 0x100) != 0x0)
-No-
       amcx_dramcmd_mrinitcmd(n) = 0x590e0100
          MRCmdAddr = 0x0 *read-only
          MRCmdCs = 0x0 *read-only
          MRCmdData = 0x0 *read-only
          MRCmdIsMPC = 0x0 *read-only
          MRCmdIsRd = 0x0 *read-only
          RunMRCmd = 0x0 *read-only
          RunRdLvl = 0x0 *read-only
          RunSRExit = 0x0 *read-only
 -No-
Poll dramcmd mrinitcmd
Poll: dramcmd_mrinitcmd
       RunMRCmd
      while((CSR(amcx_dramcmd_mrinitcmd(n)) & 0x100) != 0x0)
-No-
       amcx_dramcmd_mrinitcmd(n) = 0x80170100
          MRCmdAddr = 0x0 *read-only
          MRCmdCs = 0x0 *read-only
          MRCmdData = 0x0 *read-only
          MRCmdIsMPC = 0x0 *read-only
          MRCmdIsRd = 0x0 *read-only
          RunMRCmd = 0x0 *read-only
          RunRdLvl = 0x0 *read-only
          RunSRExit = 0x0 *read-only
 -No-
Poll dramcmd mrinitcmd
Poll: dramcmd_mrinitcmd
       RunMRCmd
      while((CSR(amcx_dramcmd_mrinitcmd(n)) & 0x100) != 0x0)
-No-
Program MR15/20 to match PatInvertMask of HW RdDQ calibration
       amcx_dramcmd_mrinitcmd(n) = 0x550f4100
          MRCmdAddr = 0x0 *read-only
          MRCmdCs = 0x0 *read-only
          MRCmdData = 0x0 *read-only
          MRCmdIsMPC = 0x0 *read-only
          MRCmdIsRd = 0x0 *read-only
          RunMRCmd = 0x0 *read-only
          RunRdLvl = 0x0 *read-only
          RunSRExit = 0x0 *read-only
 -No-
Poll dramcmd mrinitcmd
Poll: dramcmd_mrinitcmd
       RunMRCmd
      while((CSR(amcx_dramcmd_mrinitcmd(n)) & 0x100) != 0x0)
-No-
Program MR15/20 to match PatInvertMask of HW RdDQ calibration
       amcx_dramcmd_mrinitcmd(n) = 0x55144100
          MRCmdAddr = 0x0 *read-only
          MRCmdCs = 0x0 *read-only
          MRCmdData = 0x0 *read-only
          MRCmdIsMPC = 0x0 *read-only
          MRCmdIsRd = 0x0 *read-only
          RunMRCmd = 0x0 *read-only
          RunRdLvl = 0x0 *read-only
          RunSRExit = 0x0 *read-only
 -No-
Poll dramcmd mrinitcmd
Poll: dramcmd_mrinitcmd
       RunMRCmd
      while((CSR(amcx_dramcmd_mrinitcmd(n)) & 0x100) != 0x0)
-No-
Program MR32/40 to match the PatPRBS4 pattern for HW RdDQ calibration
       amcx_dramcmd_mrinitcmd(n) = 0x26204100
          MRCmdAddr = 0x0 *read-only
          MRCmdCs = 0x0 *read-only
          MRCmdData = 0x0 *read-only
          MRCmdIsMPC = 0x0 *read-only
          MRCmdIsRd = 0x0 *read-only
          RunMRCmd = 0x0 *read-only
          RunRdLvl = 0x0 *read-only
          RunSRExit = 0x0 *read-only
 -No-
Poll dramcmd mrinitcmd
Poll: dramcmd_mrinitcmd
       RunMRCmd
      while((CSR(amcx_dramcmd_mrinitcmd(n)) & 0x100) != 0x0)
-No-
Program MR32/40 to match the PatPRBS4 pattern for HW RdDQ calibration
       amcx_dramcmd_mrinitcmd(n) = 0x5e284100
          MRCmdAddr = 0x0 *read-only
          MRCmdCs = 0x0 *read-only
          MRCmdData = 0x0 *read-only
          MRCmdIsMPC = 0x0 *read-only
          MRCmdIsRd = 0x0 *read-only
          RunMRCmd = 0x0 *read-only
          RunRdLvl = 0x0 *read-only
          RunSRExit = 0x0 *read-only
 -No-
Poll dramcmd mrinitcmd
Poll: dramcmd_mrinitcmd
       RunMRCmd
      while((CSR(amcx_dramcmd_mrinitcmd(n)) & 0x100) != 0x0)
-No-

5. Topology-specific configuration.

Here we perform MRR's to the memory to find out device density and program addrcfg, DramAccCtrl and mccchnldec registers

DescriptionRegister ProgrammingAOP AWAKEResume BootAOP DDR
if (platform == ONE_CH_TWO_RANK)
    amcc_MccLockRegion_addrcfg = 0x01030201
       BnkAddrWid = 0x1
       ColAddrWid = 0x2
       CsWid = 0x1
       RowAddrWid = 0x3
else if (platform == TWO_CH_TWO_RANK)
    amcc_MccLockRegion_addrcfg = 0x01030201
       BnkAddrWid = 0x1
       ColAddrWid = 0x2
       CsWid = 0x1
       RowAddrWid = 0x3
else if (platform == FOUR_CH_TWO_RANK)
    amcc_MccLockRegion_addrcfg = 0x01030201
       BnkAddrWid = 0x1
       ColAddrWid = 0x2
       CsWid = 0x1
       RowAddrWid = 0x3
else
       amcc_MccLockRegion_addrcfg = 0x00030201
          BnkAddrWid = 0x1
          ColAddrWid = 0x2
          CsWid = 0x0
          RowAddrWid = 0x3
---
if (platform == FPGA_LPDDR3)
    amcc_MccLockRegion_DramAccCtrl = 0x00000007
       DramSize = 0x7
else if (platform == ONE_CH_ONE_RANK)
    amcc_MccLockRegion_DramAccCtrl = 0x00000003
       DramSize = 0x3
else if (platform == ONE_CH_TWO_RANK)
    amcc_MccLockRegion_DramAccCtrl = 0x00000007
       DramSize = 0x7
else if (platform == FOUR_CH_ONE_RANK)
    amcc_MccLockRegion_DramAccCtrl = 0x0000000f
       DramSize = 0xf
else if (platform == TWO_CH_TWO_RANK)
    amcc_MccLockRegion_DramAccCtrl = 0x0000000f
       DramSize = 0xf
else if (platform == FPGA)
    amcc_MccLockRegion_DramAccCtrl = 0x0000000f
       DramSize = 0xf
else if (platform == FOUR_CH_TWO_RANK)
    amcc_MccLockRegion_DramAccCtrl = 0x0000001f
       DramSize = 0x1f
else if (platform == TWO_CH_ONE_RANK)
    amcc_MccLockRegion_DramAccCtrl = 0x00000007
       DramSize = 0x7
else
       amcc_MccLockRegion_DramAccCtrl = 0x0000000f
          DramSize = 0xf
---
dram_Density_config();
---
if (platform == ONE_CH_ONE_RANK)
    amcc_MccLockRegion_mccchnldec = 0x00050201
       ChSelHiBits = 0x5
       ChSelTyp = 0x1
       ChnlStartBit = 0x2
       NumMcuChnl = 0x0
else if (platform == ONE_CH_TWO_RANK)
    amcc_MccLockRegion_mccchnldec = 0x00060201
       ChSelHiBits = 0x6
       ChSelTyp = 0x1
       ChnlStartBit = 0x2
       NumMcuChnl = 0x0
else if (platform == TWO_CH_TWO_RANK)
    amcc_MccLockRegion_mccchnldec = 0x00060210
       ChSelHiBits = 0x6
       ChSelTyp = 0x0
       ChnlStartBit = 0x2
       NumMcuChnl = 0x1
else if (platform == FOUR_CH_TWO_RANK)
    amcc_MccLockRegion_mccchnldec = 0x00060220
       ChSelHiBits = 0x6
       ChSelTyp = 0x0
       ChnlStartBit = 0x2
       NumMcuChnl = 0x2
else
       amcc_MccLockRegion_mccchnldec = 0x00050220
          ChSelHiBits = 0x5
          ChSelTyp = 0x0
          ChnlStartBit = 0x2
          NumMcuChnl = 0x2
---

6. Prepare for switch from boot-clock speed to normal operation speed

The frequency change is initiated by PMGR.

DescriptionRegister ProgrammingAOP AWAKEResume BootAOP DDR
Wait 5us before issuing a freq change to make sure all refreshes have been flushed.
---
Enable AMC scheduler to allow normal transactions to be processed.
Scheduler has to be enabled to let AMC issue self-refresh entry and allow frequency change.
    amcx_amcgen_amcctrl(n) = 0x00000003
       McuEn = 0x1
       SchEn = 0x1
---

7. Setup registers for CA calibration for bucket 1


DescriptionRegister ProgrammingAOP AWAKEResume BootAOP DDR
Program FSP-WR to 1, and set VRCG and modified refresh

FPGA: Skip this step
       amcx_dramcmd_mrinitcmd(n) = 0x580d0100
          MRCmdAddr = 0x0 *read-only
          MRCmdCs = 0x0 *read-only
          MRCmdData = 0x0 *read-only
          MRCmdIsMPC = 0x0 *read-only
          MRCmdIsRd = 0x0 *read-only
          RunMRCmd = 0x0 *read-only
          RunRdLvl = 0x0 *read-only
          RunSRExit = 0x0 *read-only
 -No-
Poll dramcmd mrinitcmd

FPGA: Skip this step
Poll: dramcmd_mrinitcmd
       RunMRCmd
      while((CSR(amcx_dramcmd_mrinitcmd(n)) & 0x100) != 0x0)
-No-
Configure DRAM MR2 register (latency) through MRR/MRW command registers. The example shows the nominal programming for LPDDR2-1066 devices based on the JEDEC specifications. See Section 3.2.2.3 for values for other devices.

FPGA: Skip this step
       amcx_dramcmd_mrinitcmd(n) = 0x52020100
          MRCmdAddr = 0x0 *read-only
          MRCmdCs = 0x0 *read-only
          MRCmdData = 0x0 *read-only
          MRCmdIsMPC = 0x0 *read-only
          MRCmdIsRd = 0x0 *read-only
          RunMRCmd = 0x0 *read-only
          RunRdLvl = 0x0 *read-only
          RunSRExit = 0x0 *read-only
 -No-
Poll dramcmd mrinitcmd

FPGA: Skip this step
Poll: dramcmd_mrinitcmd
       RunMRCmd
      while((CSR(amcx_dramcmd_mrinitcmd(n)) & 0x100) != 0x0)
-No-
Configure DRAM MR1 register through MRR/MRW command registers.
This includes the following: WC=Wrap BT=Sequential BL=BL16.
nWR, the example shows the nominal programming for LPDDR3- 1600 devices based on the JEDEC specifications. See Section 3.2.2.3 for values for other devices.

FPGA: Skip this step
       amcx_dramcmd_mrinitcmd(n) = 0xae010100
          MRCmdAddr = 0x0 *read-only
          MRCmdCs = 0x0 *read-only
          MRCmdData = 0x0 *read-only
          MRCmdIsMPC = 0x0 *read-only
          MRCmdIsRd = 0x0 *read-only
          RunMRCmd = 0x0 *read-only
          RunRdLvl = 0x0 *read-only
          RunSRExit = 0x0 *read-only
 -No-
Poll dramcmd mrinitcmd

FPGA: Skip this step
Poll: dramcmd_mrinitcmd
       RunMRCmd
      while((CSR(amcx_dramcmd_mrinitcmd(n)) & 0x100) != 0x0)
-No-


FPGA: Skip this step
       amcx_dramcmd_mrinitcmd(n) = 0xf3030100
          MRCmdAddr = 0x0 *read-only
          MRCmdCs = 0x0 *read-only
          MRCmdData = 0x0 *read-only
          MRCmdIsMPC = 0x0 *read-only
          MRCmdIsRd = 0x0 *read-only
          RunMRCmd = 0x0 *read-only
          RunRdLvl = 0x0 *read-only
          RunSRExit = 0x0 *read-only
 -No-
Poll dramcmd mrinitcmd

FPGA: Skip this step
Poll: dramcmd_mrinitcmd
       RunMRCmd
      while((CSR(amcx_dramcmd_mrinitcmd(n)) & 0x100) != 0x0)
-No-


FPGA: Skip this step
       amcx_dramcmd_mrinitcmd(n) = 0x04160100
          MRCmdAddr = 0x0 *read-only
          MRCmdCs = 0x0 *read-only
          MRCmdData = 0x0 *read-only
          MRCmdIsMPC = 0x0 *read-only
          MRCmdIsRd = 0x0 *read-only
          RunMRCmd = 0x0 *read-only
          RunRdLvl = 0x0 *read-only
          RunSRExit = 0x0 *read-only
 -No-
Poll dramcmd mrinitcmd

FPGA: Skip this step
Poll: dramcmd_mrinitcmd
       RunMRCmd
      while((CSR(amcx_dramcmd_mrinitcmd(n)) & 0x100) != 0x0)
-No-


FPGA: Skip this step
       amcx_dramcmd_mrinitcmd(n) = 0x030b0100
          MRCmdAddr = 0x0 *read-only
          MRCmdCs = 0x0 *read-only
          MRCmdData = 0x0 *read-only
          MRCmdIsMPC = 0x0 *read-only
          MRCmdIsRd = 0x0 *read-only
          RunMRCmd = 0x0 *read-only
          RunRdLvl = 0x0 *read-only
          RunSRExit = 0x0 *read-only
 -No-
Poll dramcmd mrinitcmd

FPGA: Skip this step
Poll: dramcmd_mrinitcmd
       RunMRCmd
      while((CSR(amcx_dramcmd_mrinitcmd(n)) & 0x100) != 0x0)
-No-


FPGA: Skip this step
       amcx_dramcmd_mrinitcmd(n) = 0x110c0100
          MRCmdAddr = 0x0 *read-only
          MRCmdCs = 0x0 *read-only
          MRCmdData = 0x0 *read-only
          MRCmdIsMPC = 0x0 *read-only
          MRCmdIsRd = 0x0 *read-only
          RunMRCmd = 0x0 *read-only
          RunRdLvl = 0x0 *read-only
          RunSRExit = 0x0 *read-only
 -No-
Poll dramcmd mrinitcmd

FPGA: Skip this step
Poll: dramcmd_mrinitcmd
       RunMRCmd
      while((CSR(amcx_dramcmd_mrinitcmd(n)) & 0x100) != 0x0)
-No-


FPGA: Skip this step
       amcx_dramcmd_mrinitcmd(n) = 0x110e0100
          MRCmdAddr = 0x0 *read-only
          MRCmdCs = 0x0 *read-only
          MRCmdData = 0x0 *read-only
          MRCmdIsMPC = 0x0 *read-only
          MRCmdIsRd = 0x0 *read-only
          RunMRCmd = 0x0 *read-only
          RunRdLvl = 0x0 *read-only
          RunSRExit = 0x0 *read-only
 -No-
Poll dramcmd mrinitcmd

FPGA: Skip this step
Poll: dramcmd_mrinitcmd
       RunMRCmd
      while((CSR(amcx_dramcmd_mrinitcmd(n)) & 0x100) != 0x0)
-No-


FPGA: Skip this step
       ampsca_ampscawrlvl_ampcawrlvlsdllcode(n) = 0x00000200
          WrLvlMaxWrDqsSDLLCode = 0x0
          WrLvlRunUpdOverride = 0x0 *read-only
          WrLvlRunUpdWrResult = 0x0 *read-only
          WrLvlSDLLCode = 0x0
-No-
Poll ampscawrlvl ampcawrlvlsdllcode

FPGA: Skip this step
Poll: ampscawrlvl_ampcawrlvlsdllcode
       WrLvlRunUpdWrResult
      while((CSR(ampsca_ampscawrlvl_ampcawrlvlsdllcode(n)) & 0x200) != 0x0)
-No-

8. AMP Dynamic Address Timing Calibration


DescriptionRegister ProgrammingAOP AWAKEResume BootAOP DDR
step8Calibration(0, LPDDR3, resume_boot, AMC_NUM_CHANS, AMC_NUM_RANKS, CA_CALIB, 0, 0, 0, 0, 0, 0, 1, 16, 12);
---
Program DLL Init and Incr lock timers based on 24 MHz value

FPGA: Skip this step
       ampsca_ampscadllctl_dlllocktim(n) = 0x00130013
          DllIncLockTim = 0x13
          DllInitLockTim = 0x13
YesYes-
Program DLL Init and Incr lock timers based on 24 MHz value

FPGA: Skip this step
       ampsdq_ampsdqdllctl_dlllocktim(n) = 0x00130013
          DllIncLockTim = 0x13
          DllInitLockTim = 0x13
YesYes-
Disable AMP Clock Gating for RunDllUpdt to go through

FPGA: Skip this step
       ampsca_ampscagen_ampclk(n) = 0x00100001
          FMClkIdleDetectEn = 0x0 *read-only
          ForceDRAMClkEn = 0x0 *read-only
          ForceDiv2MClkTopGaterOn = 0x1
          ForceFMClkWakeUp = 0x0 *read-only
          ForceMClkWakeUp = 0x0 *read-only
          TopClkGateDis = 0x1
YesYes-
Defer SDLL update until frequency change

FPGA: Skip this step
       ampsca_ampscasdllctrl_SDLLUpdateDeferEn(n) = 0x00000001
          DeferEn = 0x1
YesYes-
Defer SDLL update until frequency change

FPGA: Skip this step
       ampsdq_ampsdqsdllctrl_SDLLUpdateDeferEn(n) = 0x00000001
          DeferEn = 0x1
YesYes-
Set MDLL override to 0

FPGA: Skip this step
       ampsdq_ampsdqdllctl_MDLLOverride(n) = 0x00010000
          MDLLOvrCode = 0x0
          MDLLOvrSel = 0x1
YesYes-
Run MDLL update

FPGA: Skip this step
       ampsdq_ampsdqdllctl_dllupdtcmd(n) = 0x00000001
          RunDllUpdt = 0x0 *read-only
 YesYes-
Poll ampsdqdllctl dllupdtcmd

FPGA: Skip this step
Poll: ampsdqdllctl_dllupdtcmd
       RunDllUpdt
      while((CSR(ampsdq_ampsdqdllctl_dllupdtcmd(n)) & 0x1) != 0x0)
YesYes-
Enable back AMP Clock Gating for RunDllUpdt to go through

FPGA: Skip this step
       ampsca_ampscagen_ampclk(n) = 0x00000000
          FMClkIdleDetectEn = 0x0 *read-only
          ForceDRAMClkEn = 0x0 *read-only
          ForceDiv2MClkTopGaterOn = 0x0
          ForceFMClkWakeUp = 0x0 *read-only
          ForceMClkWakeUp = 0x0 *read-only
          TopClkGateDis = 0x0
YesYes-
Program DLL Init and Incr lock timers based on 24 MHz value

FPGA: Skip this step
       ampsca_ampscadllctl_dlllocktim(n) = 0x012c012c
          DllIncLockTim = 0x12c
          DllInitLockTim = 0x12c
YesYes-
Program DLL Init and Incr lock timers based on 24 MHz value

FPGA: Skip this step
       ampsdq_ampsdqdllctl_dlllocktim(n) = 0x012c012c
          DllIncLockTim = 0x12c
          DllInitLockTim = 0x12c
YesYes-
RdWrDqCalSegLen_f0

PALLADIUM: Skip this step

FPGA: Skip this step
       ampsca_ampscaRdWrDqCal_RdWrDqCalSegLen_f0(n) = 0x00010002
          tRdDqCalSegLen = 0x2
          tWrDqCalSegLen = 0x1
YesYes-
RdWrDqCalSegLen_f1

PALLADIUM: Skip this step

FPGA: Skip this step
       ampsca_ampscaRdWrDqCal_RdWrDqCalSegLen_f1(n) = 0x00010002
          tRdDqCalSegLen = 0x2
          tWrDqCalSegLen = 0x1
YesYes-


FPGA: Skip this step
       amcx_dramcfg_freqchngctl1_freq0(n) = 0x110c110e
          freqchngmrw2_addr_freq0 = 0xe
          freqchngmrw2_ctrl_freq0 = 0x0
          freqchngmrw2_data_freq0 = 0x11
          freqchngmrw3_addr_freq0 = 0xc
          freqchngmrw3_ctrl_freq0 = 0x0
          freqchngmrw3_data_freq0 = 0x11
YesYes-


FPGA: Skip this step
       amcx_dramcfg_freqchngctl1_freq1(n) = 0x110c110e
          freqchngmrw2_addr_freq1 = 0xe
          freqchngmrw2_ctrl_freq1 = 0x0
          freqchngmrw2_data_freq1 = 0x11
          freqchngmrw3_addr_freq1 = 0xc
          freqchngmrw3_ctrl_freq1 = 0x0
          freqchngmrw3_data_freq1 = 0x11
YesYes-
HWRdWrDqCalFullScanEnable

PALLADIUM: Skip this step

FPGA: Skip this step
       ampsca_ampscaRdWrDqCal_HWRdWrDqCalFullScanEnable(n) = 0x00000003
          HWRdDqCalFullScanEnable = 0x1
          HWWrDqCalFullScanEnable = 0x1
YesYes-

9. Setup registers for DQ calibration for bucket 1


DescriptionRegister ProgrammingAOP AWAKEResume BootAOP DDR
Program FSP-WR and FSP-OP to 1 and set VRCG and modified refresh

FPGA: Skip this step
       amcx_dramcmd_mrinitcmd(n) = 0xd80d0100
          MRCmdAddr = 0x0 *read-only
          MRCmdCs = 0x0 *read-only
          MRCmdData = 0x0 *read-only
          MRCmdIsMPC = 0x0 *read-only
          MRCmdIsRd = 0x0 *read-only
          RunMRCmd = 0x0 *read-only
          RunRdLvl = 0x0 *read-only
          RunSRExit = 0x0 *read-only
 YesNo-
Poll dramcmd mrinitcmd

FPGA: Skip this step
Poll: dramcmd_mrinitcmd
       RunMRCmd
      while((CSR(amcx_dramcmd_mrinitcmd(n)) & 0x100) != 0x0)
YesNo-
Wait 1us for FSP setting to take affect.
---
Program AutoSR

FPGA: Skip this step
       amcx_dramcfg_pwrmngten(n) = 0x00000002
          AutoSR = 0x1
          DynPwrDnEn = 0x0 *read-only
          McPhyUpdDramClkOff = 0x0 *read-only
          PwrDnClkOff = 0x0 *read-only
          SRClkOff = 0x0 *read-only
          SRExitOpt = 0x0 *read-only
 -Yes-
Program FreqChngMRW Cnt

FPGA: Skip this step
       amcx_dramcfg_freqchngctl(n) = 0x00009999
          freqchngfspop = 0x0 *read-only
          freqchngmrwcnt_freq0 = 0x9
          freqchngmrwcnt_freq1 = 0x9
          freqchngmrwcnt_freq2 = 0x9
          freqchngmrwcnt_freq3 = 0x9
          freqchngrunsocupd = 0x0 *read-only
 YesYes-
WrDqDqsSDLLCtrl

FPGA: Skip this step
       ampsdq_ampsdqsdllctrl_WrDqDqsSDLLCtrl(n) = 0xff00000c
          WrDqDqsRunSDLLUpd = 0x0 *read-only
          WrDqDqsRunSDLLUpdOverride = 0x0 *read-only
          WrDqDqsRunSDLLUpdWrResult = 0x0 *read-only
          WrDqDqsWrLvlReBalanceEn = 0x1
          WrDqSDLLAddHalfClk_f0 = 0x0 *read-only
          WrDqSDLLAddHalfClk_f1 = 0x0 *read-only
          WrDqSDLLAddHalfClk_f2 = 0x0 *read-only
          WrDqSDLLAddHalfClk_f3 = 0x0 *read-only
          WrDqSDLLHalfClkEn = 0x0 *read-only
          WrDqSDLLOvrVal = 0x0
          WrDqsSDLLOvrVal = 0xff
YesYes-
Re-enable SDLL updates

FPGA: Skip this step
       ampsca_ampscasdllctrl_SDLLUpdateDeferEn(n) = 0x00000000
          DeferEn = 0x0
YesYes-
Re-enable SDLL updates

FPGA: Skip this step
       ampsdq_ampsdqsdllctrl_SDLLUpdateDeferEn(n) = 0x00000000
          DeferEn = 0x0
YesYes-
Disable MDLL override

FPGA: Skip this step
       ampsdq_ampsdqdllctl_MDLLOverride(n) = 0x00000000
          MDLLOvrCode = 0x0
          MDLLOvrSel = 0x0
YesYes-
Call custom API provided by PMGR for changing mcu_clk to 800Mhz and mcu_fixed_clk to Mhz
// TO BE COMPLETED

FPGA: Skip this step
---
 ---


FPGA: Skip this step
       amcx_dramcfg_freqchngctl(n) = 0x00010000
          freqchngfspop = 0x0 *read-only
          freqchngmrwcnt_freq0 = 0x0
          freqchngmrwcnt_freq1 = 0x0
          freqchngmrwcnt_freq2 = 0x0
          freqchngmrwcnt_freq3 = 0x0
          freqchngrunsocupd = 0x0 *read-only
 -No-
Poll dramcfg freqchngctl

FPGA: Skip this step
Poll: dramcfg_freqchngctl
       freqchngrunsocupd
      while((CSR(amcx_dramcfg_freqchngctl(n)) & 0x10000) != 0x0)
-No-


FPGA: Skip this step
       amcx_dramcfg_freqchngctl(n) = 0x00000000
          freqchngfspop = 0x0 *read-only
          freqchngmrwcnt_freq0 = 0x0
          freqchngmrwcnt_freq1 = 0x0
          freqchngmrwcnt_freq2 = 0x0
          freqchngmrwcnt_freq3 = 0x0
          freqchngrunsocupd = 0x0 *read-only
 -No-
Wait 2us for the soc update to finish
---

10. AMP Dynamic DQ Calibration


DescriptionRegister ProgrammingAOP AWAKEResume BootAOP DDR
step10Calibration(0, resume_boot, AMC_NUM_CHANS, AMC_NUM_RANKS, WRLVL, 0, 0, 0, 0, 1, 16, 12);
---


FPGA: Skip this step
       amph_CFGH_DQS0_WKPUPD(n) = 0x00030788
          idle_active_en_f0 = 0x1
          idle_active_en_f1 = 0x1
          idle_active_en_f2 = 0x0 *read-only
          idle_active_en_f3 = 0x0 *read-only
          pdpwk_f0 = 0x0 *read-only
          pdpwk_f1 = 0x1
          pdpwk_f2 = 0x0 *read-only
          pdpwk_f3 = 0x1 *read-only
          pupwk_f0 = 0x0 *read-only
          pupwk_f1 = 0x0 *read-only
          pupwk_f2 = 0x0 *read-only
          pupwk_f3 = 0x0 *read-only
          wkds = 0x7 *read-only
 ---


FPGA: Skip this step
       amph_CFGH_DQS1_WKPUPD(n) = 0x00030788
          idle_active_en_f0 = 0x1
          idle_active_en_f1 = 0x1
          idle_active_en_f2 = 0x0 *read-only
          idle_active_en_f3 = 0x0 *read-only
          pdpwk_f0 = 0x0 *read-only
          pdpwk_f1 = 0x1
          pdpwk_f2 = 0x0 *read-only
          pdpwk_f3 = 0x1 *read-only
          pupwk_f0 = 0x0 *read-only
          pupwk_f1 = 0x0 *read-only
          pupwk_f2 = 0x0 *read-only
          pupwk_f3 = 0x0 *read-only
          wkds = 0x7 *read-only
 ---
step10Calibration(0, resume_boot, AMC_NUM_CHANS, AMC_NUM_RANKS, RD_DQ_CAL, 0, 0, 0, 0, 1, 16, 12);
---
step10Calibration(0, resume_boot, AMC_NUM_CHANS, AMC_NUM_RANKS, WR_DQ_CAL, 0, 0, 0, 0, 1, 16, 12);
---
The scale factors for Bin0 and Bin1 WR DQS/DQ skew have to to programmed to the correct values based on board charaterization. Fields are being set to 0 here, since exact board skews are not available now (04/01/14).

FPGA: Skip this step
       ampsdq_ampsdqsdllctrl_WrtDQSDQSkewControl(n) = 0x06000000
          WrDqDqsIDTVTScaleEn = 0x1 *read-only
          WrDqDqsMDLLVTScaleEn = 0x1 *read-only
          WrtDQSDQScaleFactorF0 = 0x0
          WrtDQSDQScaleFactorF1 = 0x0
          WrtDQSDQScaleFactorPlusSel = 0x0
---

11. Setup registers for CA calibration for bucket 0


DescriptionRegister ProgrammingAOP AWAKEResume BootAOP DDR


FPGA: Skip this step
       amph_CFGH_DQS0_WKPUPD(n) = 0x00000788
          idle_active_en_f0 = 0x0
          idle_active_en_f1 = 0x0
          idle_active_en_f2 = 0x0 *read-only
          idle_active_en_f3 = 0x0 *read-only
          pdpwk_f0 = 0x0 *read-only
          pdpwk_f1 = 0x1
          pdpwk_f2 = 0x0 *read-only
          pdpwk_f3 = 0x1 *read-only
          pupwk_f0 = 0x0 *read-only
          pupwk_f1 = 0x0 *read-only
          pupwk_f2 = 0x0 *read-only
          pupwk_f3 = 0x0 *read-only
          wkds = 0x7 *read-only
 -No-


FPGA: Skip this step
       amph_CFGH_DQS1_WKPUPD(n) = 0x00000788
          idle_active_en_f0 = 0x0
          idle_active_en_f1 = 0x0
          idle_active_en_f2 = 0x0 *read-only
          idle_active_en_f3 = 0x0 *read-only
          pdpwk_f0 = 0x0 *read-only
          pdpwk_f1 = 0x1
          pdpwk_f2 = 0x0 *read-only
          pdpwk_f3 = 0x1 *read-only
          pupwk_f0 = 0x0 *read-only
          pupwk_f1 = 0x0 *read-only
          pupwk_f2 = 0x0 *read-only
          pupwk_f3 = 0x0 *read-only
          wkds = 0x7 *read-only
 -No-
Program FSP-WR to 0 and FSP-OP to 1 and set VRCG and modified refresh

FPGA: Skip this step
       amcx_dramcmd_mrinitcmd(n) = 0x980d0100
          MRCmdAddr = 0x0 *read-only
          MRCmdCs = 0x0 *read-only
          MRCmdData = 0x0 *read-only
          MRCmdIsMPC = 0x0 *read-only
          MRCmdIsRd = 0x0 *read-only
          RunMRCmd = 0x0 *read-only
          RunRdLvl = 0x0 *read-only
          RunSRExit = 0x0 *read-only
 -No-
Poll dramcmd mrinitcmd

FPGA: Skip this step
Poll: dramcmd_mrinitcmd
       RunMRCmd
      while((CSR(amcx_dramcmd_mrinitcmd(n)) & 0x100) != 0x0)
-No-
Configure DRAM MR2 register (latency) through MRR/MRW command registers. The example shows the nominal programming for LPDDR2-1066 devices based on the JEDEC specifications. See Section 3.2.2.3 for values for other devices.

FPGA: Skip this step
       amcx_dramcmd_mrinitcmd(n) = 0x24020100
          MRCmdAddr = 0x0 *read-only
          MRCmdCs = 0x0 *read-only
          MRCmdData = 0x0 *read-only
          MRCmdIsMPC = 0x0 *read-only
          MRCmdIsRd = 0x0 *read-only
          RunMRCmd = 0x0 *read-only
          RunRdLvl = 0x0 *read-only
          RunSRExit = 0x0 *read-only
 -No-
Poll dramcmd mrinitcmd

FPGA: Skip this step
Poll: dramcmd_mrinitcmd
       RunMRCmd
      while((CSR(amcx_dramcmd_mrinitcmd(n)) & 0x100) != 0x0)
-No-
Configure DRAM MR1 register through MRR/MRW command registers.
This includes the following: WC=Wrap BT=Sequential BL=BL16.
nWR, the example shows the nominal programming for LPDDR3- 1600 devices based on the JEDEC specifications. See Section 3.2.2.3 for values for other devices.

FPGA: Skip this step
       amcx_dramcmd_mrinitcmd(n) = 0xce010100
          MRCmdAddr = 0x0 *read-only
          MRCmdCs = 0x0 *read-only
          MRCmdData = 0x0 *read-only
          MRCmdIsMPC = 0x0 *read-only
          MRCmdIsRd = 0x0 *read-only
          RunMRCmd = 0x0 *read-only
          RunRdLvl = 0x0 *read-only
          RunSRExit = 0x0 *read-only
 -No-
Poll dramcmd mrinitcmd

FPGA: Skip this step
Poll: dramcmd_mrinitcmd
       RunMRCmd
      while((CSR(amcx_dramcmd_mrinitcmd(n)) & 0x100) != 0x0)
-No-


FPGA: Skip this step
       amcx_dramcmd_mrinitcmd(n) = 0xb3030100
          MRCmdAddr = 0x0 *read-only
          MRCmdCs = 0x0 *read-only
          MRCmdData = 0x0 *read-only
          MRCmdIsMPC = 0x0 *read-only
          MRCmdIsRd = 0x0 *read-only
          RunMRCmd = 0x0 *read-only
          RunRdLvl = 0x0 *read-only
          RunSRExit = 0x0 *read-only
 -No-
Poll dramcmd mrinitcmd

FPGA: Skip this step
Poll: dramcmd_mrinitcmd
       RunMRCmd
      while((CSR(amcx_dramcmd_mrinitcmd(n)) & 0x100) != 0x0)
-No-


FPGA: Skip this step
       amcx_dramcmd_mrinitcmd(n) = 0x04160100
          MRCmdAddr = 0x0 *read-only
          MRCmdCs = 0x0 *read-only
          MRCmdData = 0x0 *read-only
          MRCmdIsMPC = 0x0 *read-only
          MRCmdIsRd = 0x0 *read-only
          RunMRCmd = 0x0 *read-only
          RunRdLvl = 0x0 *read-only
          RunSRExit = 0x0 *read-only
 -No-
Poll dramcmd mrinitcmd

FPGA: Skip this step
Poll: dramcmd_mrinitcmd
       RunMRCmd
      while((CSR(amcx_dramcmd_mrinitcmd(n)) & 0x100) != 0x0)
-No-


FPGA: Skip this step
       amcx_dramcmd_mrinitcmd(n) = 0x440b0100
          MRCmdAddr = 0x0 *read-only
          MRCmdCs = 0x0 *read-only
          MRCmdData = 0x0 *read-only
          MRCmdIsMPC = 0x0 *read-only
          MRCmdIsRd = 0x0 *read-only
          RunMRCmd = 0x0 *read-only
          RunRdLvl = 0x0 *read-only
          RunSRExit = 0x0 *read-only
 -No-
Poll dramcmd mrinitcmd

FPGA: Skip this step
Poll: dramcmd_mrinitcmd
       RunMRCmd
      while((CSR(amcx_dramcmd_mrinitcmd(n)) & 0x100) != 0x0)
-No-


FPGA: Skip this step
       amcx_dramcmd_mrinitcmd(n) = 0x110c0100
          MRCmdAddr = 0x0 *read-only
          MRCmdCs = 0x0 *read-only
          MRCmdData = 0x0 *read-only
          MRCmdIsMPC = 0x0 *read-only
          MRCmdIsRd = 0x0 *read-only
          RunMRCmd = 0x0 *read-only
          RunRdLvl = 0x0 *read-only
          RunSRExit = 0x0 *read-only
 -No-
Poll dramcmd mrinitcmd

FPGA: Skip this step
Poll: dramcmd_mrinitcmd
       RunMRCmd
      while((CSR(amcx_dramcmd_mrinitcmd(n)) & 0x100) != 0x0)
-No-


FPGA: Skip this step
       amcx_dramcmd_mrinitcmd(n) = 0x110e0100
          MRCmdAddr = 0x0 *read-only
          MRCmdCs = 0x0 *read-only
          MRCmdData = 0x0 *read-only
          MRCmdIsMPC = 0x0 *read-only
          MRCmdIsRd = 0x0 *read-only
          RunMRCmd = 0x0 *read-only
          RunRdLvl = 0x0 *read-only
          RunSRExit = 0x0 *read-only
 -No-
Poll dramcmd mrinitcmd

FPGA: Skip this step
Poll: dramcmd_mrinitcmd
       RunMRCmd
      while((CSR(amcx_dramcmd_mrinitcmd(n)) & 0x100) != 0x0)
-No-

12. AMP Dynamic Address Timing Calibration


DescriptionRegister ProgrammingAOP AWAKEResume BootAOP DDR
step12Calibration(0, LPDDR3, resume_boot, AMC_NUM_CHANS, AMC_NUM_RANKS, CA_CALIB, 0, 0, 0, 0, 0, 0, 0, 24, 12);
---

13. Setup registers for DQ calibration for bucket 0


DescriptionRegister ProgrammingAOP AWAKEResume BootAOP DDR
Program FSP-WR and FSP-OP to 0 and set VRCG and modified refresh

FPGA: Skip this step
       amcx_dramcmd_mrinitcmd(n) = 0x180d0100
          MRCmdAddr = 0x0 *read-only
          MRCmdCs = 0x0 *read-only
          MRCmdData = 0x0 *read-only
          MRCmdIsMPC = 0x0 *read-only
          MRCmdIsRd = 0x0 *read-only
          RunMRCmd = 0x0 *read-only
          RunRdLvl = 0x0 *read-only
          RunSRExit = 0x0 *read-only
 -No-
Poll dramcmd mrinitcmd

FPGA: Skip this step
Poll: dramcmd_mrinitcmd
       RunMRCmd
      while((CSR(amcx_dramcmd_mrinitcmd(n)) & 0x100) != 0x0)
-No-
Wait 1us for FSP setting to take affect.
---
Call custom API provided by PMGR for changing mcu_clk to 1200Mhz and mcu_fixed_clk to Mhz
// TO BE COMPLETED

FPGA: Skip this step
---
 ---


FPGA: Skip this step
       amcx_dramcfg_freqchngctl(n) = 0x00010000
          freqchngfspop = 0x0 *read-only
          freqchngmrwcnt_freq0 = 0x0
          freqchngmrwcnt_freq1 = 0x0
          freqchngmrwcnt_freq2 = 0x0
          freqchngmrwcnt_freq3 = 0x0
          freqchngrunsocupd = 0x0 *read-only
 -No-
Poll dramcfg freqchngctl

FPGA: Skip this step
Poll: dramcfg_freqchngctl
       freqchngrunsocupd
      while((CSR(amcx_dramcfg_freqchngctl(n)) & 0x10000) != 0x0)
-No-


FPGA: Skip this step
       amcx_dramcfg_freqchngctl(n) = 0x00000000
          freqchngfspop = 0x0 *read-only
          freqchngmrwcnt_freq0 = 0x0
          freqchngmrwcnt_freq1 = 0x0
          freqchngmrwcnt_freq2 = 0x0
          freqchngmrwcnt_freq3 = 0x0
          freqchngrunsocupd = 0x0 *read-only
 -No-
Wait 2us for the soc update to finish
---

14. AMP Dynamic DQ Calibration


DescriptionRegister ProgrammingAOP AWAKEResume BootAOP DDR
step14Calibration(0, resume_boot, AMC_NUM_CHANS, AMC_NUM_RANKS, WRLVL, 0, 0, 0, 0, 0, 24, 12);
---


FPGA: Skip this step
       amph_CFGH_DQS0_WKPUPD(n) = 0x00030788
          idle_active_en_f0 = 0x1
          idle_active_en_f1 = 0x1
          idle_active_en_f2 = 0x0 *read-only
          idle_active_en_f3 = 0x0 *read-only
          pdpwk_f0 = 0x0 *read-only
          pdpwk_f1 = 0x1
          pdpwk_f2 = 0x0 *read-only
          pdpwk_f3 = 0x1 *read-only
          pupwk_f0 = 0x0 *read-only
          pupwk_f1 = 0x0 *read-only
          pupwk_f2 = 0x0 *read-only
          pupwk_f3 = 0x0 *read-only
          wkds = 0x7 *read-only
 -No-


FPGA: Skip this step
       amph_CFGH_DQS1_WKPUPD(n) = 0x00030788
          idle_active_en_f0 = 0x1
          idle_active_en_f1 = 0x1
          idle_active_en_f2 = 0x0 *read-only
          idle_active_en_f3 = 0x0 *read-only
          pdpwk_f0 = 0x0 *read-only
          pdpwk_f1 = 0x1
          pdpwk_f2 = 0x0 *read-only
          pdpwk_f3 = 0x1 *read-only
          pupwk_f0 = 0x0 *read-only
          pupwk_f1 = 0x0 *read-only
          pupwk_f2 = 0x0 *read-only
          pupwk_f3 = 0x0 *read-only
          wkds = 0x7 *read-only
 -No-
step14Calibration(0, resume_boot, AMC_NUM_CHANS, AMC_NUM_RANKS, RD_DQ_CAL, 0, 0, 0, 0, 0, 24, 12);
---
step14Calibration(0, resume_boot, AMC_NUM_CHANS, AMC_NUM_RANKS, WR_DQ_CAL, 0, 0, 0, 0, 0, 24, 12);
---

15. Setup registers for boot.


DescriptionRegister ProgrammingAOP AWAKEResume BootAOP DDR
Program FSP-WR to 1 and FSP-OP to 0 and reset VRCG, since all calibrations are done
       amcx_dramcmd_mrinitcmd(n) = 0x500d0100
          MRCmdAddr = 0x0 *read-only
          MRCmdCs = 0x0 *read-only
          MRCmdData = 0x0 *read-only
          MRCmdIsMPC = 0x0 *read-only
          MRCmdIsRd = 0x0 *read-only
          RunMRCmd = 0x0 *read-only
          RunRdLvl = 0x0 *read-only
          RunSRExit = 0x0 *read-only
 -No-
Poll dramcmd mrinitcmd
Poll: dramcmd_mrinitcmd
       RunMRCmd
      while((CSR(amcx_dramcmd_mrinitcmd(n)) & 0x100) != 0x0)
-No-
Wait 1us for FSP setting to take affect.
---
Program FreqChngMRW Cnt
       amcx_dramcfg_freqchngctl(n) = 0x00009999
          freqchngfspop = 0x0 *read-only
          freqchngmrwcnt_freq0 = 0x9
          freqchngmrwcnt_freq1 = 0x9
          freqchngmrwcnt_freq2 = 0x9
          freqchngmrwcnt_freq3 = 0x9
          freqchngrunsocupd = 0x0 *read-only
 -No-
       ampsdq_ampsdqsdllctrl_WrDqDqsSDLLCtrl(n) = 0xff000008
          WrDqDqsRunSDLLUpd = 0x0 *read-only
          WrDqDqsRunSDLLUpdOverride = 0x0 *read-only
          WrDqDqsRunSDLLUpdWrResult = 0x0 *read-only
          WrDqDqsWrLvlReBalanceEn = 0x1
          WrDqSDLLAddHalfClk_f0 = 0x0 *read-only
          WrDqSDLLAddHalfClk_f1 = 0x0 *read-only
          WrDqSDLLAddHalfClk_f2 = 0x0 *read-only
          WrDqSDLLAddHalfClk_f3 = 0x0 *read-only
          WrDqSDLLHalfClkEn = 0x0 *read-only
          WrDqSDLLOvrVal = 0x0
          WrDqsSDLLOvrVal = 0xff
-No-


DO_CALIBRATION: Skip this step
       ampsdq_ampsdqsdllctrl_rd0sdllctrl(n) = 0x001a0004
          Rd0RunSDLLUpd = 0x0 *read-only
          Rd0RunSDLLUpdOverride = 0x0 *read-only
          Rd0RunSDLLUpdWrResult = 0x0 *read-only
          Rd0SDLLOvrVal = 0x1a
-No-
Poll ampsdqsdllctrl rd0sdllctrl

DO_CALIBRATION: Skip this step
Poll: ampsdqsdllctrl_rd0sdllctrl
       Rd0RunSDLLUpdWrResult
      while((CSR(ampsdq_ampsdqsdllctrl_rd0sdllctrl(n)) & 0x4) != 0x0)
-No-


PALLADIUM: Skip this step
       ampsca_ampscaRdWrDqCal_HWRdWrDqCalFullScanEnable(n) = 0x00000000
          HWRdDqCalFullScanEnable = 0x0
          HWWrDqCalFullScanEnable = 0x0
---


PALLADIUM: Skip this step
       ampsca_ampscaRdWrDqCal_HWRdWrDqCalFullScanEnable(n) = 0x00000003
          HWRdDqCalFullScanEnable = 0x1
          HWWrDqCalFullScanEnable = 0x1
---

16. Enable other features


DescriptionRegister ProgrammingAOP AWAKEResume BootAOP DDR
Turn on the freq change waiting for refresh and self-refresh exit feature
    amcx_dramcfg_arefparam(n) = 0x08010019
       FreqChngWaitThr = 0x1 *read-only
       PhyUpdWaitRefresh = 0x1
       PhyUpdWaitThr = 0x1 *read-only
       PhyUpdWaittXSR = 0x0
       RefAssertCnt = 0x8
       SRExitRefCnt = 0x1
---
Enable periodic ZQC. (Optional)
Note the ZqCalIntrvl setting shown here is based on tREFI=3.9us and the target interval is ~128ms (max supported value). The actual setting may vary depending on the DRAM and the system.
if (platform == FPGA)
    amcx_dramcfg_odtszqc(n) = 0xc0000000
       DerateParamSRExit = 0x0
       OdtsRdIntrvl = 0x0
       SRExitZQCChnlQuiet = 0x1
       ShareZQRes = 0x0
       TempDrtEn = 0x0
       ZQCChnlQuiet = 0x0 *read-only
       ZQCStack = 0x1
       ZqCalIntrvl = 0x0
else
       amcx_dramcfg_odtszqc(n) = 0xc0001000
          DerateParamSRExit = 0x0
          OdtsRdIntrvl = 0x0
          SRExitZQCChnlQuiet = 0x1
          ShareZQRes = 0x0
          TempDrtEn = 0x1
          ZQCChnlQuiet = 0x0 *read-only
          ZQCStack = 0x1
          ZqCalIntrvl = 0x0
---
Turn on the QBR enables.
    amcx_mcusch_qbren(n) = 0x0000000d
       ErlyQbrEn = 0x1
       LateQbrEn = 0x1
       MifQbrEn = 0x1
       PredictiveM2AReq = 0x0 *read-only
 ---
       amcx_dramcfg_arefen_freq3(n) = 0x11100000
          ARpbEn_freq3 = 0x0
          HiTempRefRnkAgeOut_freq3 = 0x1
          RefCntrHiWaterMark_freq3 = 0x1
          RefCntrLoWaterMark_freq3 = 0x1
-No-
       amcx_dramcfg_arefen_freq2(n) = 0x11000000
          ARpbEn_freq2 = 0x0
          HiTempRefRnkAgeOut_freq2 = 0x0
          RefCntrHiWaterMark_freq2 = 0x1
          RefCntrLoWaterMark_freq2 = 0x1
-No-
       amcx_dramcfg_arefen_freq1(n) = 0x11110000
          ARpbEn_freq1 = 0x1
          HiTempRefRnkAgeOut_freq1 = 0x1
          RefCntrHiWaterMark_freq1 = 0x1
          RefCntrLoWaterMark_freq1 = 0x1
-No-
Turn on auto refresh.
       amcx_dramcfg_arefen_freq0(n) = 0x1111013f
          ARpbEn_freq0 = 0x1
          AutoRefEn = 0x1
          AutoRefSchEn = 0x1
          DisableHiTempREFab = 0x1
          EarlyCasAgeOut = 0x0
          HiPriREFpbPch = 0x1
          HiTempRefRnkAgeOut_freq0 = 0x1
          REFpb2bank = 0x0
          REFpbEarlyPch = 0x1
          RefCntrHiWaterMark_freq0 = 0x1
          RefCntrLoWaterMark_freq0 = 0x1
          RefOpptEn = 0x1
          tREFBWREFpb = 0x1
-No-
    amph_CFGH_B0_DYN_ISEL_ASRTIME(n) = 0x00001117
       rcvr_minisel_assrttime_f0 = 0x17
       rcvr_minisel_assrttime_f1 = 0x11
       rcvr_minisel_assrttime_f2 = 0x0 *read-only
       rcvr_minisel_assrttime_f3 = 0x0 *read-only
 ---
    amph_CFGH_B0_DYN_ISEL(n) = 0x00000003
       dyn_isel_ctrl_en_f0 = 0x1
       dyn_isel_ctrl_en_f1 = 0x1
       dyn_isel_ctrl_en_f2 = 0x0 *read-only
       dyn_isel_ctrl_en_f3 = 0x0 *read-only
 ---
    amph_CFGH_B1_DYN_ISEL(n) = 0x00000003
       dyn_isel_ctrl_en_f0 = 0x1
       dyn_isel_ctrl_en_f1 = 0x1
       dyn_isel_ctrl_en_f2 = 0x0 *read-only
       dyn_isel_ctrl_en_f3 = 0x0 *read-only
 ---
    amph_CFGH_DQS0_DCD_IOCTL(n) = 0x00030000
       dcdi = 0x0 *read-only
       dcdo = 0x0 *read-only
       dyn_isel_ctrl_en_f0 = 0x1
       dyn_isel_ctrl_en_f1 = 0x1
       dyn_isel_ctrl_en_f2 = 0x0 *read-only
       dyn_isel_ctrl_en_f3 = 0x0 *read-only
 ---
    amph_CFGH_DQS1_DCD_IOCTL(n) = 0x00030000
       dcdi = 0x0 *read-only
       dcdo = 0x0 *read-only
       dyn_isel_ctrl_en_f0 = 0x1
       dyn_isel_ctrl_en_f1 = 0x1
       dyn_isel_ctrl_en_f2 = 0x0 *read-only
       dyn_isel_ctrl_en_f3 = 0x0 *read-only
 ---

17. Enable the Fast Critical Word Forwarding feature (optional)


DescriptionRegister ProgrammingAOP AWAKEResume BootAOP DDR
Configure the MIF FCWF pull- in cycles.
(Here we just use 0x8 as an example, please refer to register description for the valid programming range and refer to performance simulation results)
if (platform == PALLADIUM)
    amcx_mcusch_qbrparam(n) = 0x61616161
       RdCwfEarlyCyc_freq0 = 0x1
       RdCwfEarlyCyc_freq1 = 0x1
       RdCwfEarlyCyc_freq2 = 0x1
       RdCwfEarlyCyc_freq3 = 0x1
       RdRemEarlyCyc_freq0 = 0x6
       RdRemEarlyCyc_freq1 = 0x6
       RdRemEarlyCyc_freq2 = 0x6
       RdRemEarlyCyc_freq3 = 0x6
else if (platform == FPGA)
    amcx_mcusch_qbrparam(n) = 0x00006100
       RdCwfEarlyCyc_freq0 = 0x0
       RdCwfEarlyCyc_freq1 = 0x1
       RdCwfEarlyCyc_freq2 = 0x0
       RdCwfEarlyCyc_freq3 = 0x0
       RdRemEarlyCyc_freq0 = 0x0
       RdRemEarlyCyc_freq1 = 0x6
       RdRemEarlyCyc_freq2 = 0x0
       RdRemEarlyCyc_freq3 = 0x0
else
       amcx_mcusch_qbrparam(n) = 0x000061a5
          RdCwfEarlyCyc_freq0 = 0x5
          RdCwfEarlyCyc_freq1 = 0x1
          RdCwfEarlyCyc_freq2 = 0x0
          RdCwfEarlyCyc_freq3 = 0x0
          RdRemEarlyCyc_freq0 = 0xa
          RdRemEarlyCyc_freq1 = 0x6
          RdRemEarlyCyc_freq2 = 0x0
          RdRemEarlyCyc_freq3 = 0x0
---
Turn on the PredictiveM2AReq feature in MIF. (The other Qbr enables are turned on here, but not related to CWF feature)
if (platform == PALLADIUM)
    amcx_mcusch_qbren(n) = 0x0000000d
       ErlyQbrEn = 0x1
       LateQbrEn = 0x1
       MifQbrEn = 0x1
       PredictiveM2AReq = 0x0
else
       amcx_mcusch_qbren(n) = 0x0000000f
          ErlyQbrEn = 0x1
          LateQbrEn = 0x1
          MifQbrEn = 0x1
          PredictiveM2AReq = 0x1
---
Poll mcccfg MccPwrOnWayCntStatus
Poll: mcccfg_MccPwrOnWayCntStatus
    Mcc0CurDatWayOnCnt
    Mcc0CurWayCnt
    Mcc0TgtWayCnt
    Mcc1CurDatWayOnCnt
    Mcc1CurWayCnt
    Mcc1TgtWayCnt
   while((CSR(amcc_mcccfg_MccPwrOnWayCntStatus) & 0x7fff7fff) != 0x42104210)
---
    amcc_amccperfcntr_Mcc0QPropCtrl = 0x300011a2
       Mcc0AfCacheRdPropQCmd = 0x1 *read-only
       Mcc0AfCacheRdPropQTrakEnbl = 0x0 *read-only
       Mcc0AfDramRdPropQCmd = 0x1 *read-only
       Mcc0AfDramRdPropQTrakEnbl = 0x0 *read-only
       Mcc0DpPropQCfg = 0x0 *read-only
       Mcc0DpPropQCmd = 0x1 *read-only
       Mcc0DpPropQTrakEnbl = 0x0 *read-only
       Mcc0MsqQPropCfg = 0x0 *read-only
       Mcc0MsqQPropQCmd = 0x0 *read-only
       Mcc0MsqQPropTrakEnbl = 0x0 *read-only
       Mcc0QpropOutSel = 0x3
       Mcc0TpPropQCmd = 0x0 *read-only
       Mcc0TpPropQTrakEnbl = 0x1
       Mcc0TpQPropSel = 0x4
       Mcc0TpQpropMask = 0x0 *read-only
 ---
    amcc_amccperfcntr_Mcc1QPropCtrl = 0x300011a2
       Mcc1AfCacheRdPropQCmd = 0x1 *read-only
       Mcc1AfCacheRdPropQTrakEnbl = 0x0 *read-only
       Mcc1AfDramRdPropQCmd = 0x1 *read-only
       Mcc1AfDramRdPropQTrakEnbl = 0x0 *read-only
       Mcc1DpPropQCfg = 0x0 *read-only
       Mcc1DpPropQCmd = 0x1 *read-only
       Mcc1DpPropQTrakEnbl = 0x0 *read-only
       Mcc1MsqQPropCfg = 0x0 *read-only
       Mcc1MsqQPropQCmd = 0x0 *read-only
       Mcc1MsqQPropTrakEnbl = 0x0 *read-only
       Mcc1QpropOutSel = 0x3
       Mcc1TpPropQCmd = 0x0 *read-only
       Mcc1TpPropQTrakEnbl = 0x1
       Mcc1TpQPropSel = 0x4
       Mcc1TpQpropMask = 0x0 *read-only
 ---
    amcc_mcccfg_MccGen = 0x00000126
       DramAccessEn = 0x1
       EccEn = 0x1 *read-only
       HitBypassEcc = 0x0 *read-only
       MccEn = 0x0 *read-only
       MccRamEn = 0x1 *read-only
       MccRamEnLock = 0x0 *read-only
       MccStop = 0x0 *read-only
       SpecRdEn = 0x0 *read-only
       SpecRdNum = 0x1 *read-only
 ---

18. Enable Power & ClockGating features and Configure the MCC and Global Timer


DescriptionRegister ProgrammingAOP AWAKEResume BootAOP DDR
Enable AMPCA Fixed MCLK Clock Gating
    ampsca_ampscagen_ampclk(n) = 0x00000000
       FMClkIdleDetectEn = 0x0
       ForceDRAMClkEn = 0x0 *read-only
       ForceDiv2MClkTopGaterOn = 0x0
       ForceFMClkWakeUp = 0x0
       ForceMClkWakeUp = 0x0
       TopClkGateDis = 0x0
---
Enable AMPDQ Fixed MCLK Clock Gating
    ampsdq_ampsdqgen_ampclk(n) = 0x00000000
       FMClkIdleDetectEn = 0x0
       ForceDRAMClkEn = 0x0 *read-only
       ForceDiv2MClkTopGaterOn = 0x0 *read-only
       ForceFMClkWakeUp = 0x0
       ForceMClkWakeUp = 0x0
       TopClkGateDis = 0x0
---
disable dynamic power-down.
    amcx_dramcfg_pwrmngten(n) = 0x00000132
       AutoSR = 0x1
       DynPwrDnEn = 0x0
       McPhyUpdDramClkOff = 0x0
       PwrDnClkOff = 0x1
       SRClkOff = 0x1
       SRExitOpt = 0x1
---
disable dynamic power-down.
       amcx_dramcfg_pwrmngten(n) = 0x00000133
          AutoSR = 0x1
          DynPwrDnEn = 0x1
          McPhyUpdDramClkOff = 0x0
          PwrDnClkOff = 0x1
          SRClkOff = 0x1
          SRExitOpt = 0x1
-No-
Revert auto self-refresh wait timer to guided value.

FPGA: Skip this step
       amcx_dramcfg_pwrmngtparam_freq0(n) = 0x01800000
          BypsPwrDnDlyCyc_freq0 = 0x0 *read-only
          SelfRefTmrVal_freq0 = 0x180
---
Setting WqAgeOutVal to be 3/4 of SelfRefTmrVal, to flush writes in a reasonable time.

FPGA: Skip this step
       amcx_mcusch_psqwqctl1(n) = 0x01640120
          WqAgeOutVal_freq0 = 0x120
          WqAgeOutVal_freq1 = 0x164 *read-only
 ---
Enable wakeups from glbl timer to pmgr
       glbtimer_GlbTimer_PmgrWakeUpCfg = 0x000000ff
          FreqChngEn = 0x1
          IdtEn = 0x1
          ImpCalEn = 0x1
          MdllEn = 0x1
          RdCalEn = 0x1
          VoltRampEn = 0x1
          WrCalEn = 0x1
          ZQCalEn = 0x1
Yes--
    glbtimer_GlbTimer_PreFreq2AllBankDly0 = 0x01500150
       PreFreqChng2AllBankDly_f0 = 0x150
       PreFreqChng2AllBankDly_f1 = 0x150
---
    glbtimer_GlbTimer_PreFreq2AllBankDly1 = 0x01500150
       PreFreqChng2AllBankDly_f2 = 0x150
       PreFreqChng2AllBankDly_f3 = 0x150
---
    glbtimer_GlbTimer_PreFreqChng2FreqChngDly0 = 0x02a002a0
       PreFreqChng2FreqChngDly_f0 = 0x2a0
       PreFreqChng2FreqChngDly_f1 = 0x2a0
---
    glbtimer_GlbTimer_PreFreqChng2FreqChngDly1 = 0x02a002a0
       PreFreqChng2FreqChngDly_f2 = 0x2a0
       PreFreqChng2FreqChngDly_f3 = 0x2a0
---
    glbtimer_GlbTimer_Cal2PreFreqChngDly0 = 0x00900090
       Cal2PreFreqChngDly_f0 = 0x90
       Cal2PreFreqChngDly_f1 = 0x90
---
    glbtimer_GlbTimer_Cal2PreFreqChngDly1 = 0x00900090
       Cal2PreFreqChngDly_f2 = 0x90
       Cal2PreFreqChngDly_f3 = 0x90
---
    glbtimer_GlbTimer_FreqChng2PstCalDly0 = 0x01200120
       FreqChng2PstCalDly_f0 = 0x120
       FreqChng2PstCalDly_f1 = 0x120
---
    glbtimer_GlbTimer_FreqChng2PstCalDly1 = 0x01200120
       FreqChng2PstCalDly_f2 = 0x120
       FreqChng2PstCalDly_f3 = 0x120
---
       glbtimer_GlbTimer_MdllTimer = 0x00000bb8
          MdllTimerCnt = 0xbb8
Yes--
       glbtimer_GlbTimer_MdllVoltRampTimer = 0x0000004b
          MdllVoltRampTimerCnt = 0x4b
Yes--
       glbtimer_GlbTimer_CtrlUpdMaskTimer = 0x0000000f
          CtrlUpdMaskTimerCnt = 0xf
Yes--
       glbtimer_GlbTimer_RdCalTimer = 0x002dc6c0
          RdCalTimerCnt = 0x2dc6c0
Yes--
       glbtimer_GlbTimer_WrCalTimer = 0x002dc6c0
          WrCalTimerCnt = 0x2dc6c0
Yes--
       glbtimer_GlbTimer_ZQCTimer = 0x003d0900
          ZQCTimerCnt = 0x3d0900
Yes--
       glbtimer_GlbTimer_PerCal_FreqChngTimer = 0x000493e0
          PerCal_FreqChngTimerCnt = 0x493e0
Yes--
       glbtimer_GlbTimer_VoltRampTimer = 0x000493e0
          VoltRampTimerCnt = 0x493e0
Yes--
       glbtimer_GlbTimer_ImpCalTimer = 0x00002ee0
          ImpCalTimerCnt = 0x2ee0
Yes--
       glbtimer_GlbTimer_VoltRamp2AllBankDly0 = 0x00d800d8
          VoltRamp2AllBankDly_f0 = 0xd8
          VoltRamp2AllBankDly_f1 = 0xd8
Yes--
       glbtimer_GlbTimer_VoltRamp2AllBankDly1 = 0x00d800d8
          VoltRamp2AllBankDly_f2 = 0xd8
          VoltRamp2AllBankDly_f3 = 0xd8
Yes--
       glbtimer_GlbTimer_AllBank2PmgrAckDly0 = 0x00900090
          AllBank2PmgrAckDly_f0 = 0x90
          AllBank2PmgrAckDly_f1 = 0x90
Yes--
       glbtimer_GlbTimer_AllBank2PmgrAckDly1 = 0x00900090
          AllBank2PmgrAckDly_f2 = 0x90
          AllBank2PmgrAckDly_f3 = 0x90
Yes--
Dynamic clk pwr gating reg
    amcx_amcgen_amcclkpwrgate(n) = 0x050a0000
       ClkPwrWaitCyc = 0xa *read-only
       MCUBCGClkGateEn = 0x0 *read-only
       MCUBCGPwrGateEn = 0x0 *read-only
       PwrRstCyc = 0x5 *read-only
 ---

19. Do a ODTS read and set ODTS interval so MR4 on-die temperature sensor read occurs periodically.


DescriptionRegister ProgrammingAOP AWAKEResume BootAOP DDR
Perform an MRR to DRAM mode register MR4 to establish a base value for ODTS reading.
Another intention is to bring DRAM out of self-refresh. Done in both cold boot and resume boot.
    amcx_dramcmd_mrinitcmd(n) = 0x50041100
       MRCmdAddr = 0x0 *read-only
       MRCmdCs = 0x0 *read-only
       MRCmdData = 0x0 *read-only
       MRCmdIsMPC = 0x0 *read-only
       MRCmdIsRd = 0x0 *read-only
       RunMRCmd = 0x0 *read-only
       RunRdLvl = 0x0 *read-only
       RunSRExit = 0x0 *read-only
 ---
Poll dramcmd mrinitcmd
Poll: dramcmd_mrinitcmd
    RunMRCmd
   while((CSR(amcx_dramcmd_mrinitcmd(n)) & 0x100) != 0x0)
---
Enable periodic ODTS and temperature based refresh rate modulation. (Optional)
Note the OdtsRdIntrvl setting shown here is based on tREFI=3.9us and the target interval is ~100. The actual setting may vary depending on the DRAM and the system.
Palladium: this step is skipped, ODTS is not supported

PALLADIUM: Skip this step
if (platform == FPGA)
       amcx_dramcfg_odtszqc(n) = 0xc0002320
          DerateParamSRExit = 0x1
          OdtsRdIntrvl = 0x320
          SRExitZQCChnlQuiet = 0x1
          ShareZQRes = 0x0
          TempDrtEn = 0x0
          ZQCChnlQuiet = 0x0 *read-only
          ZQCStack = 0x1
          ZqCalIntrvl = 0x0
else
          amcx_dramcfg_odtszqc(n) = 0xc0003320
             DerateParamSRExit = 0x1
             OdtsRdIntrvl = 0x320
             SRExitZQCChnlQuiet = 0x1
             ShareZQRes = 0x0
             TempDrtEn = 0x1
             ZQCChnlQuiet = 0x0 *read-only
             ZQCStack = 0x1
             ZqCalIntrvl = 0x0
---

Mcc Cache Initialization. This section is not part of the essential init sequence. This should be run when the system is done using the CacheAsRam


DescriptionRegister ProgrammingAOP AWAKEResume BootAOP DDR
    amcc_mcccfg_MccGen = 0x00000124
       DramAccessEn = 0x1
       EccEn = 0x1 *read-only
       HitBypassEcc = 0x0 *read-only
       MccEn = 0x0 *read-only
       MccRamEn = 0x0
       MccRamEnLock = 0x0 *read-only
       MccStop = 0x0 *read-only
       SpecRdEn = 0x0 *read-only
       SpecRdNum = 0x1 *read-only
 ---
Program AF Allocation Hints, allocation does not happen unless there is a hint as the generic allocation policy
    amcc_mcccfg_MccAlcHint = 0x00001110
       MccAlcHintEn = 0x1
       MccGenericAlc = 0x0 *read-only
       MccSclDtyEn = 0x1
       MccStickyEn = 0x1
---
Poll mcccfg MccPwrOnWayCntStatus
Poll: mcccfg_MccPwrOnWayCntStatus
    Mcc0CurDatWayOnCnt
    Mcc0CurWayCnt
    Mcc0TgtWayCnt
    Mcc1CurDatWayOnCnt
    Mcc1CurWayCnt
    Mcc1TgtWayCnt
   while((CSR(amcc_mcccfg_MccPwrOnWayCntStatus) & 0x7fff7fff) != 0x42104210)
---
Maximum Number of Powered Ways.
    amcc_mcccfg_MccPwrOnWayCntCtrl = 0x00000110
       MccMaxWayOnCnt = 0x10
       MccMaxWayOnExact = 0x1 *read-only
 ---
Turn on the MCC
    amcc_mcccfg_MccGen = 0x00000195
       DramAccessEn = 0x1
       EccEn = 0x1 *read-only
       HitBypassEcc = 0x0 *read-only
       MccEn = 0x1
       MccRamEn = 0x0
       MccRamEnLock = 0x0 *read-only
       MccStop = 0x0 *read-only
       SpecRdEn = 0x1
       SpecRdNum = 0x4
---
Set Dynamic Way PowerGating
    amcc_mcccfg_MccPwrOnWayCntCtrl = 0x00000010
       MccMaxWayOnCnt = 0x10
       MccMaxWayOnExact = 0x0
---