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Intel BX80605I7870 Data Sheet - Page 71

Mc_channel_0_cke_timing, Mc_channel_1_cke_timing, Mc_channel_2_cke_timing, 10.15,

UPC - 735858210461

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Register Description 2.10.14 MC_CHANNEL_0_CKE_TIMING MC_CHANNEL_1_CKE_TIMING MC_CHANNEL_2_CKE_TIMING This register contains parameters that specify the CKE timings. All units are in DCLK. Device: 4, 5, 6 Function: 0 Offset: 90h Access as a Dword Bit 31:24 23:21 20:11 10:3 2:0 Type RW RW RW RW RW Reset Value Description tRANKIDLE. Rank will go into powerdown after it has been idle for the specified number of 0 dclks. tRANKIDLE covers max(txxxPDEN). Minimum value is tWRAPDEN. If CKE is being shared between ranks then both ranks must be idle for this amount of time. A Power Down Entry command will be requested for a rank after this number of DCLKs if no request to the rank is in the MC. tXP. 0 Minimum delay from exit power down with DLL and any valid command. Exit Precharge Power Down with DLL frozen to commands not requiring a locked DLL. Slow exit precharge powerdown is not supported. tXSDLL. 0 Minimum delay between the exit of self refresh and commands that require a locked DLL. tXS. 0 Minimum delay between the exit of self refresh and commands not requiring a DLL. tCKE. 0 CKE minimum pulse width. 2.10.15 MC_CHANNEL_0_ZQ_TIMING MC_CHANNEL_1_ZQ_TIMING MC_CHANNEL_2_ZQ_TIMING This register contains parameters that specify ZQ timing. All units are DCLK unless otherwise specified. The register encodings are specified where applicable. Device: 4, 5, 6 Function: 0 Offset: 94h Access as a Dword Bit 30 29 28:8 7:5 4:0 Type RW RW RW RW RW Reset Value Description 1 1 16410 4 0 Parallel_ZQ. Enable ZQ calibration to different ranks in parallel. tZQenable. Enable the issuing of periodic ZQCS calibration commands. ZQ_Interval. Nominal interval between periodic ZQ calibration in increments of tREFI. tZQCS. This field specifies ZQCS cycles in increments of 16. This is the minimum delay between ZQCS and any other command. This register should be programmed to at least 64/16=4='100' to conform to the DDR3 specification. tZQInit. This field specifies ZQInit cycles in increments of 32. This is the minimum delay between ZQCL and any other command. This register should be programmed to at least 512/32=16='10000' to conform to the DDR3 specification. Datasheet 71

Section	Page
1 Introduction	11
1.1 Terminology	11
1.1.1 Processor Terminology	11
1.2 References	13
2 Register Description	15
2.1 Register Terminology	15
2.2 Platform Configuration Structure	16
2.3 Device Mapping	17
2.4 Detailed Configuration Space Maps	18
2.5 PCI Standard Registers	36
2.5.1 VID - Vendor Identification Register	36
2.5.2 DID - Device Identification Register	36
2.5.3 RID - Revision Identification Register	37
2.5.4 CCR - Class Code Register	37
2.5.5 HDR - Header Type Register	38
2.5.6 SID/SVID - Subsystem Identity/Subsystem Vendor Identification Register	38
2.5.7 PCICMD - Command Register	39
2.5.8 PCISTS - PCI Status Register	40
2.6 SAD - System Address Decoder Registers	41
2.6.1 SAD_PAM0123	41
2.6.2 SAD_PAM456	43
2.6.3 SAD_HEN	44
2.6.4 SAD_SMRAM	44
2.6.5 SAD_PCIEXBAR	45
2.6.6 SAD_DRAM_RULE_0, SAD_DRAM_RULE_1, SAD_DRAM_RULE_2, SAD_DRAM_RULE_3 SAD_DRAM_RULE_4, SAD_DRAM_RULE_5 SAD_DRAM_RULE_6, SAD_DRAM_RULE_7	45
2.6.7 SAD_INTERLEAVE_LIST_0, SAD_INTERLEAVE_LIST_1 SAD_INTERLEAVE_LIST_2, SAD_INTERLEAVE_LIST_3 SAD_INTERLEAVE_LIST_4, SAD_INTERLEAVE_LIST_5 SAD_INTERLEAVE_LIST_6, SAD_INTERLEAVE_LIST_7	46
2.7 Intel QPI Link Registers	47
2.7.1 QPI_QPILCL_L0, QPI_QPILCL_L1	47
2.8 Integrated Memory Controller Control Registers	47
2.8.1 MC_CONTROL	47
2.8.2 MC_STATUS	49
2.8.3 MC_SMI_SPARE_DIMM_ERROR_STATUS	50
2.8.4 MC_SMI_SPARE_CNTRL	51
2.8.5 MC_RESET_CONTROL	51
2.8.6 MC_CHANNEL_MAPPER	52
2.8.7 MC_MAX_DOD	53
2.8.8 MC_RD_CRDT_INIT	54
2.8.9 MC_CRDT_WR_THLD	55
2.8.10 MC_SCRUBADDR_LO	55
2.8.11 MC_SCRUBADDR_HI	56
2.9 TAD - Target Address Decoder Registers	57
2.9.1 TAD_DRAM_RULE_0, TAD_DRAM_RULE_1 TAD_DRAM_RULE_2, TAD_DRAM_RULE_3 TAD_DRAM_RULE_4, TAD_DRAM_RULE_5 TAD_DRAM_RULE_6, TAD_DRAM_RULE_7	57
2.9.2 TAD_INTERLEAVE_LIST_0, TAD_INTERLEAVE_LIST_1 TAD_INTERLEAVE_LIST_2, TAD_INTERLEAVE_LIST_3 TAD_INTERLEAVE_LIST_4, TAD_INTERLEAVE_LIST_5 TAD_INTERLEAVE_LIST_6, TAD_INTERLEAVE_LIST_7	58
2.10 Integrated Memory Controller Channel Control Registers	59
2.10.1 MC_CHANNEL_0_DIMM_RESET_CMD MC_CHANNEL_1_DIMM_RESET_CMD MC_CHANNEL_2_DIMM_RESET_CMD	59
2.10.2 MC_CHANNEL_0_DIMM_INIT_CMD MC_CHANNEL_1_DIMM_INIT_CMD MC_CHANNEL_2_DIMM_INIT_CMD	60
2.10.3 MC_CHANNEL_0_DIMM_INIT_PARAMS MC_CHANNEL_1_DIMM_INIT_PARAMS MC_CHANNEL_2_DIMM_INIT_PARAMS	61
2.10.4 MC_CHANNEL_0_DIMM_INIT_STATUS MC_CHANNEL_1_DIMM_INIT_STATUS MC_CHANNEL_2_DIMM_INIT_STATUS	62
2.10.5 MC_CHANNEL_0_DDR3CMD MC_CHANNEL_1_DDR3CMD MC_CHANNEL_2_DDR3CMD	63
2.10.6 MC_CHANNEL_0_REFRESH_THROTTLE_SUPPORT MC_CHANNEL_1_REFRESH_THROTTLE_SUPPORT MC_CHANNEL_2_REFRESH_THROTTLE_SUPPORT	64
2.10.7 MC_CHANNEL_0_MRS_VALUE_0_1 MC_CHANNEL_1_MRS_VALUE_0_1 MC_CHANNEL_2_MRS_VALUE_0_1	64
2.10.8 MC_CHANNEL_0_MRS_VALUE_2 MC_CHANNEL_1_MRS_VALUE_2 MC_CHANNEL_2_MRS_VALUE_2	65
2.10.9 MC_CHANNEL_0_RANK_PRESENT MC_CHANNEL_1_RANK_PRESENT MC_CHANNEL_2_RANK_PRESENT	65
2.10.10 MC_CHANNEL_0_RANK_TIMING_A MC_CHANNEL_1_RANK_TIMING_A MC_CHANNEL_2_RANK_TIMING_A	66
2.10.11 MC_CHANNEL_0_RANK_TIMING_B MC_CHANNEL_1_RANK_TIMING_B MC_CHANNEL_2_RANK_TIMING_B	69
2.10.12 MC_CHANNEL_0_BANK_TIMING MC_CHANNEL_1_BANK_TIMING MC_CHANNEL_2_BANK_TIMING	70
2.10.13 MC_CHANNEL_0_REFRESH_TIMING MC_CHANNEL_1_REFRESH_TIMING MC_CHANNEL_2_REFRESH_TIMING	70
2.10.14 MC_CHANNEL_0_CKE_TIMING MC_CHANNEL_1_CKE_TIMING MC_CHANNEL_2_CKE_TIMING	71
2.10.15 MC_CHANNEL_0_ZQ_TIMING MC_CHANNEL_1_ZQ_TIMING MC_CHANNEL_2_ZQ_TIMING	71
2.10.16 MC_CHANNEL_0_RCOMP_PARAMS MC_CHANNEL_1_RCOMP_PARAMS MC_CHANNEL_2_RCOMP_PARAMS	72
2.10.17 MC_CHANNEL_0_ODT_PARAMS1 MC_CHANNEL_1_ODT_PARAMS1 MC_CHANNEL_2_ODT_PARAMS1	72
2.10.18 MC_CHANNEL_0_ODT_PARAMS2 MC_CHANNEL_1_ODT_PARAMS2 MC_CHANNEL_2_ODT_PARAMS2	73
2.10.19 MC_CHANNEL_0_ODT_MATRIX_RANK_0_3_RD MC_CHANNEL_1_ODT_MATRIX_RANK_0_3_RD MC_CHANNEL_2_ODT_MATRIX_RANK_0_3_RD	73
2.10.20 MC_CHANNEL_0_ODT_MATRIX_RANK_4_7_RD MC_CHANNEL_1_ODT_MATRIX_RANK_4_7_RD MC_CHANNEL_2_ODT_MATRIX_RANK_4_7_RD	74
2.10.21 MC_CHANNEL_0_ODT_MATRIX_RANK_0_3_WR MC_CHANNEL_1_ODT_MATRIX_RANK_0_3_WR MC_CHANNEL_2_ODT_MATRIX_RANK_0_3_WR	74
2.10.22 MC_CHANNEL_0_ODT_MATRIX_RANK_4_7_WR MC_CHANNEL_1_ODT_MATRIX_RANK_4_7_WR MC_CHANNEL_2_ODT_MATRIX_RANK_4_7_WR	74
2.10.23 MC_CHANNEL_0_WAQ_PARAMS MC_CHANNEL_1_WAQ_PARAMS MC_CHANNEL_2_WAQ_PARAMS	75
2.10.24 MC_CHANNEL_0_SCHEDULER_PARAMS MC_CHANNEL_1_SCHEDULER_PARAMS MC_CHANNEL_2_SCHEDULER_PARAMS	76
2.10.25 MC_CHANNEL_0_MAINTENANCE_OPS MC_CHANNEL_1_MAINTENANCE_OPS MC_CHANNEL_2_MAINTENANCE_OPS	76
2.10.26 MC_CHANNEL_0_TX_BG_SETTINGS MC_CHANNEL_1_TX_BG_SETTINGS MC_CHANNEL_2_TX_BG_SETTINGS	77
2.10.27 MC_CHANNEL_0_RX_BGF_SETTINGS MC_CHANNEL_1_RX_BGF_SETTINGS MC_CHANNEL_2_RX_BGF_SETTINGS	77
2.10.28 MC_CHANNEL_0_EW_BGF_SETTINGS MC_CHANNEL_1_EW_BGF_SETTINGS MC_CHANNEL_2_EW_BGF_SETTINGS	78
2.10.29 MC_CHANNEL_0_EW_BGF_OFFSET_SETTINGS MC_CHANNEL_1_EW_BGF_OFFSET_SETTINGS MC_CHANNEL_2_EW_BGF_OFFSET_SETTINGS	78
2.10.30 MC_CHANNEL_0_ROUND_TRIP_LATENCY MC_CHANNEL_1_ROUND_TRIP_LATENCY MC_CHANNEL_2_ROUND_TRIP_LATENCY	78
2.10.31 MC_CHANNEL_0_PAGETABLE_PARAMS1 MC_CHANNEL_1_PAGETABLE_PARAMS1 MC_CHANNEL_2_PAGETABLE_PARAMS1	79
2.10.32 MC_CHANNEL_0_PAGETABLE_PARAMS2 MC_CHANNEL_1_PAGETABLE_PARAMS2 MC_CHANNEL_2_PAGETABLE_PARAMS2	79
2.10.33 MC_TX_BG_CMD_DATA_RATIO_SETTINGS_CH0 MC_TX_BG_CMD_DATA_RATIO_SETTINGS_CH1 MC_TX_BG_CMD_DATA_RATIO_SETTINGS_CH2	80
2.10.34 MC_TX_BG_CMD_OFFSET_SETTINGS_CH0 MC_TX_BG_CMD_OFFSET_SETTINGS_CH1 MC_TX_BG_CMD_OFFSET_SETTINGS_CH2	80
2.10.35 MC_TX_BG_DATA_OFFSET_SETTINGS_CH0 MC_TX_BG_DATA_OFFSET_SETTINGS_CH1 MC_TX_BG_DATA_OFFSET_SETTINGS_CH2	80
2.10.36 MC_CHANNEL_0_ADDR_MATCH MC_CHANNEL_1_ADDR_MATCH MC_CHANNEL_2_ADDR_MATCH	81
2.10.37 MC_CHANNEL_0_ECC_ERROR_MASK MC_CHANNEL_1_ECC_ERROR_MASK MC_CHANNEL_2_ECC_ERROR_MASK	82
2.10.38 MC_CHANNEL_0_ECC_ERROR_INJECT MC_CHANNEL_1_ECC_ERROR_INJECT MC_CHANNEL_2_ECC_ERROR_INJECT	82
2.10.39 Error Injection Implementation	83
2.11 Integrated Memory Controller Channel Address Registers	84
2.11.1 MC_DOD_CH0_0, MC_DOD_CH0_1, MC_DOD_CH0_2	84
2.11.2 MC_DOD_CH1_0, MC_DOD_CH1_1, MC_DOD_CH1_2	85
2.11.3 MC_DOD_CH2_0, MC_DOD_CH2_1, MC_DOD_CH2_2	86
2.11.4 MC_SAG_CH0_0, MC_SAG_CH0_1, MC_SAG_CH0_2 MC_SAG_CH0_3, MC_SAG_CH0_4, MC_SAG_CH0_5 MC_SAG_CH0_6, MC_SAG_CH0_7, MC_SAG_CH1_...	87
2.12 Integrated Memory Controller Channel Rank Registers	88
2.12.1 MC_RIR_LIMIT_CH0_0, MC_RIR_LIMIT_CH0_1 MC_RIR_LIMIT_CH0_2, MC_RIR_LIMIT_CH0_3 MC_RIR_LIMIT_CH0_4, MC_RIR_LIMIT_CH0_5 MC_R...	88
2.12.2 MC_RIR_WAY_CH0_0, MC_RIR_WAY_CH0_1 MC_RIR_WAY_CH0_2, MC_RIR_WAY_CH0_3 MC_RIR_WAY_CH0_4, MC_RIR_WAY_CH0_5 MC_RIR_WAY_CH0_6...	89
2.12.3 MC_RIR_WAY_CH1_0, MC_RIR_WAY_CH1_1 MC_RIR_WAY_CH1_2, MC_RIR_WAY_CH1_3 MC_RIR_WAY_CH1_4, MC_RIR_WAY_CH1_5 MC_RIR_WAY_CH1_6...	90
2.12.4 MC_RIR_WAY_CH2_0, MC_RIR_WAY_CH2_1 MC_RIR_WAY_CH2_2, MC_RIR_WAY_CH2_3 MC_RIR_WAY_CH2_4, MC_RIR_WAY_CH2_5 MC_RIR_WAY_CH2_6...	91
2.13 Memory Thermal Control	92
2.13.1 MC_THERMAL_CONTROL0 MC_THERMAL_CONTROL1 MC_THERMAL_CONTROL2	92
2.13.2 MC_THERMAL_STATUS0 MC_THERMAL_STATUS1 MC_THERMAL_STATUS2	92
2.13.3 MC_THERMAL_DEFEATURE0 MC_THERMAL_DEFEATURE1 MC_THERMAL_DEFEATURE2	93
2.13.4 MC_THERMAL_PARAMS_A0 MC_THERMAL_PARAMS_A1 MC_THERMAL_PARAMS_A2	93
2.13.5 MC_THERMAL_PARAMS_B0 MC_THERMAL_PARAMS_B1 MC_THERMAL_PARAMS_B2	94
2.13.6 MC_COOLING_COEF0 MC_COOLING_COEF1 MC_COOLING_COEF2	94
2.13.7 MC_CLOSED_LOOP0 MC_CLOSED_LOOP1 MC_CLOSED_LOOP2	95
2.13.8 MC_THROTTLE_OFFSET0 MC_THROTTLE_OFFSET1 MC_THROTTLE_OFFSET2	95
2.13.9 MC_RANK_VIRTUAL_TEMP0 MC_RANK_VIRTUAL_TEMP1 MC_RANK_VIRTUAL_TEMP2	96
2.13.10 MC_DDR_THERM_COMMAND0 MC_DDR_THERM_COMMAND1 MC_DDR_THERM_COMMAND2	96
2.13.11 MC_DDR_THERM_STATUS0 MC_DDR_THERM_STATUS1 MC_DDR_THERM_STATUS2	97
2.14 Integrated Memory Controller Miscellaneous Registers	97
2.14.1 MC_DIMM_CLK_RATIO_STATUS	97

Match case Limit results 1 per page

Datasheet

2.10.14

MC_CHANNEL_0_CKE_TIMING

MC_CHANNEL_1_CKE_TIMING

MC_CHANNEL_2_CKE_TIMING

This register contains parameters that specify the CKE timings. All units are in DCLK.

2.10.15

MC_CHANNEL_0_ZQ_TIMING

MC_CHANNEL_1_ZQ_TIMING

MC_CHANNEL_2_ZQ_TIMING

This register contains parameters that specify ZQ timing. All units are DCLK unless

otherwise specified. The register encodings are specified where applicable.

Device:

4, 5, 6

Function: 0

Offset:

90h

Access as a Dword

Bit

Type

Reset

Value

Description

31:24

tRANKIDLE.

Rank will go into powerdown after it has been idle for the specified number of

dclks. tRANKIDLE covers max(txxxPDEN). Minimum value is tWRAPDEN. If CKE

is being shared between ranks then both ranks must be idle for this amount of

time. A Power Down Entry command will be requested for a rank after this

number of DCLKs if no request to the rank is in the MC.

23:21

tXP.

Minimum delay from exit power down with DLL and any valid command. Exit

Precharge Power Down with DLL frozen to commands not requiring a locked

DLL. Slow exit precharge powerdown is not supported.

20:11

tXSDLL.

Minimum delay between the exit of self refresh and commands that require a

locked DLL.

10:3

tXS.

Minimum delay between the exit of self refresh and commands not requiring a

DLL.

2:0

tCKE.

CKE minimum pulse width.

Device:

4, 5, 6

Function: 0

Offset:

94h

Access as a Dword

Bit

Type

Reset

Value

Description

Parallel_ZQ.

Enable ZQ calibration to different ranks in parallel.

tZQenable.

Enable the issuing of periodic ZQCS calibration commands.

28:8

16410

ZQ_Interval.

Nominal interval between periodic ZQ calibration in increments of tREFI.

7:5

tZQCS.

This field specifies ZQCS cycles in increments of 16. This is the minimum delay

between ZQCS and any other command. This register should be programmed to

at least 64/16=4='100' to conform to the DDR3 specification.

4:0

tZQInit.

This field specifies ZQInit cycles in increments of 32. This is the minimum delay

between ZQCL and any other command. This register should be programmed to

at least 512/32=16='10000' to conform to the DDR3 specification.