Page 1
5
4
3
2
1
D D
Intel Gemini Lake Platform
Version : A
catalog:
01 Cover Sheet
02 Block Diagram
03 Power on Sequence
04 Gemini Lake SOC-LPDDR4 CH0
05 Gemini Lake SOC-LPDDR4 CH1
06 Gemini Lake eDP & DDI
07 Gemini Lake PCIE & USB
08 Gemini Lake GPIO & JTAG
C C
09 Gemini Lake I2C & UART &CNVi
10 Gemini Lake eMMC & SPI &LPC
11 Gemini Lake PMU & THRML
12 Gemini Lake(Power Section1)
13 Gemini Lake(GND)
14 Gemini Lake(Decoupling)
15 Gemini Lake Hardware Straps
16 LPDDR4 CHANNEL A01
17 LPDDR4 CHANNEL A02
18 LPDDR4 CHANNEL A11
19 LPDDR4 CHANNEL A12
20 Power +V5A&+V3.3A
B B
21 POWER GATES
22 PMIC RICHTEK1
23 PMIC RICHTEK2
24 PMIC RICHTEK3
25 DC_IN & BUTTON & FAN&LED
26 System Flash & RTC
27 THERMAL SENSOR
28 LAN
29 SATA NGFF-SSD
30 AUDIO
31 WLAN
32 KBC_IT8928
33 LCD BL
A A
34 HDMI
35 LVDS
36 USB 3.0&2.0 P1
37 USB3.0 &2.0 P2
38 USB2.0&Con
39 eMMC
5
IRON215G
4
Notes:
Part Value Prefix : "NA" means nopop
Net Value suffix : "#" means Low Active
Lengda Technology Ltd.
Lengda Technology Ltd.
Lengda Technology Ltd.
5th floor,Block K,
5th floor,Block K,
5th floor,Block K,
Xiamen Exprot Processing Zone,
Xiamen Exprot Processing Zone,
Xiamen Exprot Processing Zone,
Haicang Distri ct,Xiamen,China,361026
Haicang Distri ct,Xiamen,China,361026
Haicang Distri ct,Xiamen,China,361026
IRON215G
IRON215G
IRON215G
Title
Title
Title
Size
Size
Size
Sheet
Sheet
Sheet
Cover Sheet
Cover Sheet
Cover Sheet
Name
Name
Name
C
C
Lucas
Lucas
Lucas
ENGINEER:
ENGINEER:
3
ENGINEER:
2
C
Date: Sheet of
Date: Sheet of
Date: Sheet of
1
1 50
1 50
1 50
Rev
Rev
Rev
A
A
A
Page 2
5
4
3
2
1
Gemini Lake Board Block Diagram
D D
27
LPD DR4
MEM DOWN
16 17
LPD DR4
MEM DOWN
18 19
35
Fuel Gauge
Charger
BQ24 715
Hall Sensor
LCD( EDP)
TOUCH PANEL 34
CAMERA 34
C C
eDPx1 /2
I2C
USB2 .0
FINGER PRINT 36
USB3.0 Ext.Port0 30
USB2.0 PORT
B B
USB2.0 TF CARD
HDD 29
SATA 29
WLAN+BT
NGFF 31
I/O board 31
3G 36
Touch PAD 36
L
C
D
C
O
N
N
.
3 4
eDPx1 /2
USB2 .0
USB2 .0
SATA
SATA
SPI or USB
PCIe/US B2.0/C NVi
USB2.0 &USB 3.0
USB2 .0
USB2 .0
I2C
Intel CPU
Gemini Lake
BGA1090
Package
24*25*1.44 mm
DDI(2)/EDP1.4
MDSI(3)/MCSI(4)
USB 3.0 (6)/2.0 ports(8)
SATA(2)/PCIE(4)
HDA/I2S(2)
I2C(8)/ISH_I2C(2)/SPI
SD/EMMC
LPC I/F/SMBS(1)/UART(2)
LPDDR 4 Channel A
LPDDR4 Channel B
eMMC 5.1
DDI
SPI B US
LPC debug port 34
LPC BUS
eMMC 28
mini-HDMI 33
SPI FLASH
8MB
LPC BUS
KBC
IT8928E/CX
KB
D-MIC
COMBO JACK
AUDIO CODEC
ALC282
HDA BUS
31
SPE AKER
32. 768KHz 19.2M Hz
Lengda Technology Ltd.
Lengda Technology Ltd.
A A
Lucas
Lucas
ENGINEER:
ENGINEER:
5
4
3
ENGINEER:
Lucas
2
Lengda Technology Ltd.
5th floor,Block K,
5th floor,Block K,
5th floor,Block K,
Xiamen Exprot Processing Zone,
Xiamen Exprot Processing Zone,
Xiamen Exprot Processing Zone,
Haicang District,Xiamen,China,361026
Haicang District,Xiamen,China,361026
Haicang District,Xiamen,China,361026
IRON215G
IRON215G
IRON215G
Title
Title
Title
Size
Size
Size
Sheet
Sheet
Sheet
Name
Name
Name
B
B
B
Date: Sheet o f
Date: Sheet o f
Date: Sheet o f
Block Diagram
Block Diagram
Block Diagram
2 50
2 50
2 50
1
Rev
Rev
Rev
A
A
A
Page 3
5
4
3
2
1
Platform Power On Sequence
VCC_RTC_3P3V
(PLT to SOC)
D D
RTC_TEST_N
(PLT to SOC)
t0
t7
VCC_3P3V_A
(PLT to SOC)
VNN_SVID
(PLT to SOC)
VCC_V1P8V_A
(PLT to SOC)
VDD2_1P24_ GUM
(PLT to SOC)
PMIC_THERMTRIP_N
(SOC to PLT)
RSM_RST_N
C C
(PLT to SOC)
PMU_SUSCLK
(SOC to PLT )
PMU_SLP_S0_ N
(SOC to PLT )
PMU_SLP_S4_ N
(SOC to PLT )
t1
t2
t3
t4
t6
t10
VDDQ
(PLT to SOC)
PMU_SLP_S3_ N
(SOC to PLT )
B B
VCCRAM_V1P05
(PLT to SOC )
VCC_VCGI
(PLT to SO C )
t12
t11
t13
SOC_PWROK
(PLT to SOC)
Boot device accessed
(SOC to PLT)
EMMC_RST_ N
(SOC to PLT)
A A
SUS_S TAT_N
(SOC to PLT)
PMU_PLTRST_N
(SOC to PLT)
EMMC_DNX_PWR_EN_N
(SOC to PLT)
SUSPWRDNACK
(SOC to PLT)
5
4
3
CSE
Lengda Technology Ltd.
Lengda Technology Ltd.
Lengda Technology Ltd.
5th floor,Block K,
5th floor,Block K,
5th floor,Block K,
Xiamen Exprot Processing Zone,
Xiamen Exprot Processing Zone,
Xiamen Exprot Processing Zone,
Haicang D istrict,Xiamen,China,361026
Haicang D istrict,Xiamen,China,361026
Haicang D istrict,Xiamen,China,361026
IRON215G
IRON215G
IRON215G
Title
Title
Title
Size
Size
Size
Sheet
Sheet
Sheet
Power Sequence
Power Sequence
Power Sequence
Name
Name
Name
D
D
Lucas
Lucas
Lucas
ENGINEER:
ENGINEER:
2
ENGINEER:
D
Date: Sheet of
Date: Sheet of
Date: Sheet of
1
3 50
3 50
3 50
Rev
Rev
Rev
A
A
A
Page 4
5
U4D1A
GML
BJ36
M_A_DQ<40>5
M_A_DQ<41>5
M_A_DQ<42>5
D D
C C
B B
M_A_DQ<43>5
M_A_DQ<44>5
M_A_DQ<45>5
M_A_DQ<46>5
M_A_DQ<47>5
M_A_DQ<32>5
M_A_DQ<33>5
M_A_DQ<34>5
M_A_DQ<35>5
M_A_DQ<36>5
M_A_DQ<37>5
M_A_DQ<38>5
M_A_DQ<39>5
M_A_DQ<56>5
M_A_DQ<57>5
M_A_DQ<58>5
M_A_DQ<59>5
M_A_DQ<60>5
M_A_DQ<61>5
M_A_DQ<62>5
M_A_DQ<63>5
M_A_DQ<48>5
M_A_DQ<49>5
M_A_DQ<50>5
M_A_DQ<51>5
M_A_DQ<52>5
M_A_DQ<53>5
M_A_DQ<54>5
M_A_DQ<55>5
M_A_DQ<0>5
M_A_DQ<1>5
M_A_DQ<2>5
M_A_DQ<3>5
M_A_DQ<4>5
M_A_DQ<5>5
M_A_DQ<6>5
M_A_DQ<7>5
M_A_DQ<8>5
M_A_DQ<9>5
M_A_DQ<10>5
M_A_DQ<11>5
M_A_DQ<12>5
M_A_DQ<13>5
M_A_DQ<14>5
M_A_DQ<15>5
M_A_DQ<16>5
M_A_DQ<17>5
M_A_DQ<18>5
M_A_DQ<19>5
M_A_DQ<20>5
M_A_DQ<21>5
M_A_DQ<22>5
M_A_DQ<23>5
M_A_DQ<24>5
M_A_DQ<25>5
M_A_DQ<26>5
M_A_DQ<27>5
M_A_DQ<28>5
M_A_DQ<29>5
M_A_DQ<30>5
M_A_DQ<31>5
DDR0CH0DQ0_DQ40_DQB8_DQB8
BK37
DDR0CH0DQ1_DQ41_DQB9_DQB9
BJ35
DDR0CH0DQ2_DQ42_DQB10_DQB10
BL36
DDR0CH0DQ3_DQ43_DQB11_DQB11
BJ39
DDR0CH0DQ4_DQ44_DQB12_DQB12
BL40
DDR0CH0DQ5_DQ45_DQB13_DQB13
BJ40
DDR0CH0DQ6_DQ46_DQB14_DQB14
BK41
DDR0CH0DQ7_DQ47_DQB15_DQB15
BA35
DDR0CH0DQ8_DQ32_DQB0_DQB0
AY33
DDR0CH0DQ9_DQ33_DQB1_DQB1
BA33
DDR0CH0DQ10_DQ34_DQB2_DQB2
AY35
DDR0CH0DQ11_DQ35_DQB3_DQB3
BA37
DDR0CH0DQ12_DQ36_DQB4_DQB4
AY37
DDR0CH0DQ13_DQ37_DQB5_DQB5
AY39
DDR0CH0DQ14_DQ38_DQB6_DQB6
BA39
DDR0CH0DQ15_DQ39_DQB7_DQB7
BL34
DDR0CH0DQ16_DQ56_DQB24_DQB24
BL30
DDR0CH0DQ17_DQ57_DQB25_DQB25
BJ29
DDR0CH0DQ18_DQ58_DQB26_DQB26
BK29
DDR0CH0DQ19_DQ59_DQB27_DQB27
BJ33
DDR0CH0DQ20_DQ60_DQB28_DQB28
BK33
DDR0CH0DQ21_DQ61_DQB29_DQB29
BJ34
DDR0CH0DQ22_DQ62_DQB30_DQB30
BJ30
DDR0CH0DQ23_DQ63_DQB31_DQB31
BD29
DDR0CH0DQ24_DQ48_DQB16_DQB16
BF29
DDR0CH0DQ25_DQ49_DQB17_DQB17
BH29
DDR0CH0DQ26_DQ50_DQB18_DQB18
BF33
DDR0CH0DQ27_DQ51_DQB19_DQB19
BC29
DDR0CH0DQ28_DQ52_DQB20_DQB20
BD33
DDR0CH0DQ29_DQ53_DQB21_DQB21
BF35
DDR0CH0DQ30_DQ54_DQB22_DQB22
BH35
DDR0CH0DQ31_DQ55_DQB23_DQB23
AR53
DDR0CH1DQ0_DQ0_DQA0_DQA0
AP55
DDR0CH1DQ1_DQ1_DQA1_DQA1
AP53
DDR0CH1DQ2_DQ2_DQA2_DQA2
AN54
DDR0CH1DQ3_DQ3_DQA3_DQA3
AU54
DDR0CH1DQ4_DQ4_DQA4_DQA4
AV53
DDR0CH1DQ5_DQ5_DQA5_DQA5
AV55
DDR0CH1DQ6_DQ6_DQA6_DQA6
AW53
DDR0CH1DQ7_DQ7_DQA7_DQA7
AU51
DDR0CH1DQ8_DQ8_DQA8_DQA8
AU48
DDR0CH1DQ9_DQ9_DQA9_DQA9
AU49
DDR0CH1DQ10_DQ10_DQA10_DQA10
BA46
DDR0CH1DQ11_DQ11_DQA11_DQA11
BA48
DDR0CH1DQ12_DQ12_DQA12_DQA12
BA49
DDR0CH1DQ13_DQ13_DQA13_DQA13
BA51
DDR0CH1DQ14_DQ14_DQA14_DQA14
AR51
DDR0CH1DQ15_DQ15_DQA15_DQA15
AY55
DDR0CH1DQ16_DQ16_DQA16_DQA16
BA54
DDR0CH1DQ17_DQ17_DQA17_DQA17
BA53
DDR0CH1DQ18_DQ18_DQA18_DQA18
AY53
DDR0CH1DQ19_DQ19_DQA19_DQA19
BC53
DDR0CH1DQ20_DQ20_DQA20_DQA20
BD55
DDR0CH1DQ21_DQ21_DQA21_DQA21
BE54
DDR0CH1DQ22_DQ22_DQA22_DQA22
BD53
DDR0CH1DQ23_DQ23_DQA23_DQA23
AN43
DDR0CH1DQ24_DQ24_DQA24_DQA24
AN44
DDR0CH1DQ25_DQ25_DQA25_DQA25
AR48
DDR0CH1DQ26_DQ26_DQA26_DQA26
AU41
DDR0CH1DQ27_DQ27_DQA27_DQA27
AU43
DDR0CH1DQ28_DQ28_DQA28_DQA28
AN41
DDR0CH1DQ29_DQ29_DQA29_DQA29
AN39
DDR0CH1DQ30_DQ30_DQA30_DQA30
AU44
DDR0CH1DQ31_DQ31_DQA31_DQA31
4
DDR4_LP 3_LP4 DDR4_LP 3_LP4
INS39334918
DDR0
3
DDR0CH0DQSP0_DQSP0_DQSPA0_DQSPA0
DDR0CH0DQSN0_DQSN0_DQSNA0_DQSNA0
DDR0CH0DQSP1_DQSP1_DQSPA1_DQSPA1
DDR0CH0DQSN1_DQSN1_DQSNA1_DQSNA1
DDR0CH0DQSP2_DQSP2_DQSPA2_DQSPA2
DDR0CH0DQSN2_DQSN2_DQSNA2_DQSNA2
DDR0CH0DQSP3_DQSP3_DQSPA3_DQSPA3
DDR0CH0DQSN3_DQSN3_DQSNA3_DQSNA3
DDR0CH0DQSP1_DQSP4_DQSPB0_DQSPB0
DDR0CH0DQSN1_DQSN4_DQSNB0_DQSNB0
DDR0CH0DQSP0_DQSP5_DQSPB1_DQSPB1
DDR0CH0DQSN0_DQSN5_DQSNB1_DQSNB1
DDR0CH0DQSP3_DQSP6_DQSPB2_DQSPB2
DDR0CH0DQSN3_DQSN6_DQSNB2_DQSNB2
DDR0CH0DQSP2_DQSP7_DQSPB3_DQSPB3
DDR0CH0DQSN2_DQSN7_DQSNB3_DQSNB3
DDR0CH0CKE1_NC_CKE1B_CKE1B
DDR0CH0CKE0_NC_CKE0B_CKE0B
DDR0CH0CSB0_NC_CSB0B_CS0B
DDR0CH0ODT_ODT1_ODTB_CS0B
DDR0CH0CSB1_CS1N_CSB1B_CS1B
DDR0CH1CSB1_NC_CSB1A_CS1A
DDR0CH1ODT_ODT0_ODTA_CS1A
DDR0CH1CSB0_CSB0_CSB0A_CS0A
DDR0CH1CKE1_CKE1_CKE1A_CKE1A
DDR0CH1CKE0_CKE0_CKE0A_CKE0A
DDR0CH0CKP_CKP0_CKP0B_CKP0B
DDR0CH0CKN_CK0N_CKN0B_CKN0B
DDR0CH1CKP_CKP1_CKP1A_CKP1A
DDR0CH1CKN_CKN1_CKN1A_CKN1A
DDR0CH0CA7_MA0_CAB972_NCNC
DDR0CH0CA3_MA1_CAB890_NCNC
DDR0CH0CA8_MA2_CAB554_CAB55
DDR0CH0CA6_MA10_CAB763_NCNC
DDR0CH0CA0_MA13_CAB009_CAB00
DDR0CH0CA9_MA16_CAB336_CAB33
DDR0CH0CA5_BA1_CAB681_NCNC
DDR0CH0CA10_BA0_CAB427_CAB44
DDR0CH0CA1_BG1_CAB245_CAB22
DDR0CH0CA2_ACTN_CAB118_CAB11
DDR0CH0CA4_MA3_NCNCNC_NCNC
DDR0CH1CA4_MA4_NCNCNC_NCNC
DDR0CH1CA10_MA5_CAA027_CAA02
DDR0CH1CA8_MA6_CAA209_CAA21
DDR0CH1CA5_MA7_CAA436_CAA43
DDR0CH1CA9_MA8_CAA318_CAA30
DDR0CH1CA6_MA9_CAA145_CAA14
DDR0CH1CA1_MA11_CAA763_NCNC
DDR0CH1CA7_MA12_CAA654_NCNC
DDR0CH1CA3_MA14_CAA981_NCNC
DDR0CH1CA0_MA15_CAA890_NCNC
DDR0CH1CA2_BG0_CAA572_CAA55
1 OF 13
DDR0VREFDQ_VREFDQ_NC
DDR0VREFCA_VREFCA_NC
AT53
AT55
AW49
AW48
BC54
BB53
AR41
AR43
AV37
AV35
BL38
BJ38
BF31
BD31
BJ32
BK31
BG54
BH54
BJ42
BF39
BK43
BL44
BD39
BJ43
BF54
BF55
BE49
BE51
BC49
BC48
BD45
BH50
BH47
BF45
BH43
BD41
BH51
BD43
BF43
BF41
BG52
BK45
BJ46
BJ44
BJ47
BJ45
BK47
BJ51
BJ52
BJ48
BJ50
BL50
AY31
AV29
2
M_A_DQS_DP<0> 5
M_A_DQS_DN*<0> 5
M_A_DQS_DP<1> 5
M_A_DQS_DN*<1> 5
M_A_DQS_DP<2> 5
M_A_DQS_DN*<2> 5
M_A_DQS_DP<3> 5
M_A_DQS_DN*<3> 5
M_A_DQS_DP<4> 5
M_A_DQS_DN*<4> 5
M_A_DQS_DP<5> 5
M_A_DQS_DN*<5> 5
M_A_DQS_DP<6> 5
M_A_DQS_DN*<6> 5
M_A_DQS_DP<7> 5
M_A_DQS_DN*<7> 5
R105 0 POP = NA
M_A_A4 17
M_A_A5 17
M_A_A6 17
M_A_A7 17
M_A_A8 17
M_A_A9 17
M_A_A11 17
M_A_A12 17
M_A_A14 17
M_A_A15 17
CA_VREF 1 7
M_A_ODT<1> 17
M_A_CS*<1> 17
M_A_ODT<0> 17
M_A_CS*<0> 17
M_A_CKE<1> 17
M_A_CKE<0> 17
M_A_CLK_DDR_DP<0> 17
M_A_CLK_DDR_DN*<0> 17
M_A_CLK_DDR_DP<1> 17
M_A_CLK_DDR_DN*<1> 17
M_A_A0 17
M_A_A1 17
M_A_A2 17
M_A_A10 17
M_A_A13 17
M_A_A16 17
M_A_BS1 17
M_A_BS0 17
M_A_BG1 17
M_A_ACT_N 17
M_A_A3 17
M_A_BG0 17
1
?
Lengda Technology Ltd.
Lengda Technology Ltd.
A A
Lucas
Lucas
ENGINEER:
ENGINEER:
5
4
3
ENGINEER:
Lucas
2
Lengda Technology Ltd.
5th floor,Block K,
5th floor,Block K,
5th floor,Block K,
Xiamen Exprot Processing Zone,
Xiamen Exprot Processing Zone,
Xiamen Exprot Processing Zone,
Haicang District,Xiamen,China,361026
Haicang District,Xiamen,China,361026
Haicang District,Xiamen,China,361026
IRON215G
IRON215G
IRON215G
Title
Title
Title
Size
Size
Size
Sheet
Sheet
Sheet
Name
Name
Name
B
B
B
Date: Sheet o f
Date: Sheet o f
Date: Sheet o f
Gemini Lake SOC-LPDDR4 CH0
Gemini Lake SOC-LPDDR4 CH0
Gemini Lake SOC-LPDDR4 CH0
1
4 50
4 50
4 50
Rev
Rev
Rev
A
A
A
Page 5
5
U4D1B
GML
AY3
DDR1CH0DQ0_DQ40_DQB8_DQB8
BD3
DDR1CH0DQ1_DQ41_DQB9_DQB9
BD1
DDR1CH0DQ2_DQ42_DQB10_DQB10
BC3
DDR1CH0DQ3_DQ43_DQB11_DQB11
AY1
DDR1CH0DQ4_DQ44_DQB12_DQB12
BA3
DDR1CH0DQ5_DQ45_DQB13_DQB13
BA2
DDR1CH0DQ6_DQ46_DQB14_DQB14
BE2
D D
C C
B B
DDR1CH0DQ7_DQ47_DQB15_DQB15
AR8
DDR1CH0DQ8_DQ32_DQB0_DQB0
AN15
DDR1CH0DQ9_DQ33_DQB1_DQB1
AN17
DDR1CH0DQ10_DQ34_DQB2_DQB2
AU12
DDR1CH0DQ11_DQ35_DQB3_DQB3
AN12
DDR1CH0DQ12_DQ36_DQB4_DQB4
AN13
DDR1CH0DQ13_DQ37_DQB5_DQB5
AU13
DDR1CH0DQ14_DQ38_DQB6_DQB6
AU15
DDR1CH0DQ15_DQ39_DQB7_DQB7
AP3
DDR1CH0DQ16_DQ56_DQB24_DQB24
AU2
DDR1CH0DQ17_DQ57_DQB25_DQB25
AV3
DDR1CH0DQ18_DQ58_DQB26_DQB26
AW3
DDR1CH0DQ19_DQ59_DQB27_DQB27
AN2
DDR1CH0DQ20_DQ60_DQB28_DQB28
AP1
DDR1CH0DQ21_DQ61_DQB29_DQB29
AR3
DDR1CH0DQ22_DQ62_DQB30_DQB30
AV1
DDR1CH0DQ23_DQ63_DQB31_DQB31
AR5
DDR1CH0DQ24_DQ48_DQB16_DQB16
BA8
DDR1CH0DQ25_DQ49_DQB17_DQB17
AU7
DDR1CH0DQ26_DQ50_DQB18_DQB18
AU5
DDR1CH0DQ27_DQ51_DQB19_DQB19
BA5
DDR1CH0DQ28_DQ52_DQB20_DQB20
BA7
DDR1CH0DQ29_DQ53_DQB21_DQB21
AU8
DDR1CH0DQ30_DQ54_DQB22_DQB22
BA10
DDR1CH0DQ31_DQ55_DQB23_DQB23
BJ26
DDR1CH1DQ0_DQ0_DQA0_DQA0
BL26
DDR1CH1DQ1_DQ1_DQA1_DQA1
BJ27
DDR1CH1DQ2_DQ2_DQA2_DQA2
BK27
DDR1CH1DQ3_DQ3_DQA3_DQA3
BJ23
DDR1CH1DQ4_DQ4_DQA4_DQA4
BK23
DDR1CH1DQ5_DQ5_DQA5_DQA5
BJ22
DDR1CH1DQ6_DQ6_DQA6_DQA6
BL22
DDR1CH1DQ7_DQ7_DQA7_DQA7
BD27
DDR1CH1DQ8_DQ8_DQA8_DQA8
BF27
DDR1CH1DQ9_DQ9_DQA9_DQA9
BH27
DDR1CH1DQ10_DQ10_DQA10_DQA10
BC27
DDR1CH1DQ11_DQ11_DQA11_DQA11
BH21
DDR1CH1DQ12_DQ12_DQA12_DQA12
BF23
DDR1CH1DQ13_DQ13_DQA13_DQA13
BD23
DDR1CH1DQ14_DQ14_DQA14_DQA14
BF21
DDR1CH1DQ15_DQ15_DQA15_DQA15
BK19
DDR1CH1DQ16_DQ16_DQA16_DQA16
BJ20
DDR1CH1DQ17_DQ17_DQA17_DQA17
BL20
DDR1CH1DQ18_DQ18_DQA18_DQA18
BJ21
DDR1CH1DQ19_DQ19_DQA19_DQA19
BJ17
DDR1CH1DQ20_DQ20_DQA20_DQA20
BJ16
DDR1CH1DQ21_DQ21_DQA21_DQA21
BK15
DDR1CH1DQ22_DQ22_DQA22_DQA22
BL16
DDR1CH1DQ23_DQ23_DQA23_DQA23
BA21
DDR1CH1DQ24_DQ24_DQA24_DQA24
AY23
DDR1CH1DQ25_DQ25_DQA25_DQA25
BA23
DDR1CH1DQ26_DQ26_DQA26_DQA26
BA17
DDR1CH1DQ27_DQ27_DQA27_DQA27
AY21
DDR1CH1DQ28_DQ28_DQA28_DQA28
AY17
DDR1CH1DQ29_DQ29_DQA29_DQA29
AY19
DDR1CH1DQ30_DQ30_DQA30_DQA30
BA19
DDR1CH1DQ31_DQ31_DQA31_DQA31
DDR4_LP 3_LP4 DDR4_LP 3_LP4
INS39336160
DDR1
2 OF 13
?
A A
4
DDR1CH0DQSP0_DQSP0_DQSPA0_DQSPA0
DDR1CH0DQSN0_DQSN0_DQSNA0_DQSNA0
DDR1CH0DQSP1_DQSP1_DQSPA1_DQSPA1
DDR1CH0DQSN1_DQSN1_DQSNA1_DQSNA1
DDR1CH0DQSP2_DQSP2_DQSPA2_DQSPA2
DDR1CH0DQSN2_DQSN2_DQSNA2_DQSNA2
DDR1CH0DQSP3_DQSP3_DQSPA3_DQSPA3
DDR1CH0DQSN3_DQSN3_DQSNA3_DQSNA3
DDR1CH0DQSP1_DQSP4_DQSPB0_DQSPB0
DDR1CH0DQSN1_DQSN4_DQSNB0_DQSNB0
DDR1CH0DQSP0_DQSP5_DQSPB1_DQSPB1
DDR1CH0DQSN0_DQSN5_DQSNB1_DQSNB1
DDR1CH0DQSP3_DQSP6_DQSPB2_DQSPB2
DDR1CH0DQSN3_DQSN6_DQSNB2_DQSNB2
DDR1CH0DQSP2_DQSP7_DQSPB3_DQSPB3
DDR1CH0DQSN2_DQSN7_DQSNB3_DQSNB3
DDR1CH0CA7_MA0_CAB972_NCNC
DDR1CH0CA3_MA1_CAB890_NCNC
DDR1CH0CA8_MA2_CAB554_CAB55
DDR1CH0CA4_MA3_NCNCNC_NCNC
DDR1CH0CA6_MA10_CAB763_NCNC
DDR1CH0CA0_MA13_CAB009_CAB00
DDR1CH0CA9_MA16_CAB336_CAB33
DDR1CH0CA10_BA0_CAB427_CAB44
DDR1CH0CA5_BA1_CAB681_NCNC
DDR1CH0CA1_BG1_CAB245_CAB22
DDR1CH0CA2_ACTN_CAB118_CAB11
DDR1CH1CA1_MA11_CAA763_NCNC
DDR1CH1CA7_MA12_CAA654_NCNC
DDR1CH1CA3_MA14_CAA981_NCNC
DDR1CH1CA0_MA15_CAA890_NCNC
DDR1CH1CA2_BG0_CAA572_CAA55
DDR1CH1CA4_MA4_NCNCNC_NCNC
DDR1CH1CA10_MA5_CAA027_CAA02
DDR1CH1CA8_MA6_CAA209_CAA21
DDR1CH1CA5_MA7_CAA436_CAA43
DDR1CH1CA9_MA8_CAA318_CAA30
DDR1CH1CA6_MA9_CAA145_CAA14
DDR1CH0CKP_CKP0_CKP0B_CKP0B
DDR1CH0CKN_CK0N_CKN0B_CKN0B
DDR1CH1CKP_CKP1_CKP1A_CKP1A
DDR1CH1CKN_CKN1_CKN1A_CKN1A
DDR1CH0CKE0_NC_CKE0B_CKE0B
DDR1CH0CKE1_NC_CKE1B_CKE1B
DDR1CH0CSB0_NC_CSB0B_CS0B
DDR1CH0CSB1_CS1N_CSB1B_CS1B
DDR1CH0ODT_ODT1_ODTB_CS0B
DDR1CH1CSB0_CSB0_CSB0A_CS0A
DDR1CH1ODT_ODT0_ODTA_CS1A
DDR1CH1CSB1_NC_CSB1A_CS1A
DDR1CH1CKE0_CKE0_CKE0A_CKE0A
DDR1CH1CKE1_CKE1_CKE1A_CKE1A
DDRRPDEXT_RPDEXT_RPDEXT
DDR1RESETB_NC
DDR1RPDEXT_NC
DDR1VREFCA_VREFCA_NC
DDR1VREFDQ_VREFDQ_NC
DDRRESETB_NC_RESETB
BJ24
BK25
BD25
BF25
BL18
BJ18
AV19
AV21
AR13
AR15
BB3
BC2
AW7
AW8
AT1
AT3
BH9
BC13
BD11
BD13
BF11
BE5
BH5
BH6
BF13
BG4
BE7
BK11
BJ12
BK9
BJ11
BJ10
BJ4
BL6
BJ5
BJ9
BJ6
BJ8
BF17
BD17
BF15
BH15
BJ13
BL12
BF1
BF2
BC7
BH2
BC8
BG2
BK13
BJ14
AY29
BC15
AY27
AV27
AY25
BC43
DDR0_RCOMP
DDR1_RCOMP
3
DESIGN NOTE: Place these two 110 Ohms resistors
near AY29 and AY27 respectively
R1 110
RC0402N ±1%
R4 110
RC0402N ±1%
R195 0
POP = NA
CA_VREF 17
DDR4_DRAMRST# 17
2
Lengda Technology Ltd.
Lengda Technology Ltd.
Lengda Technology Ltd.
5th floor,Block K,
5th floor,Block K,
5th floor,Block K,
Xiamen Exprot Processing Zone,
Xiamen Exprot Processing Zone,
Xiamen Exprot Processing Zone,
Haicang District,Xiamen,China,361026
Haicang District,Xiamen,China,361026
Haicang District,Xiamen,China,361026
1
IRON215G
IRON215G
IRON215G
Title
Title
Title
Size
Size
Size
Sheet
Sheet
Sheet
Name
Name
Name
B
B
Lucas
Lucas
ENGINEER:
ENGINEER:
5
4
3
ENGINEER:
Lucas
2
B
Date: Sheet o f
Date: Sheet o f
Date: Sheet o f
Gemini Lake SOC-LPDDR4 CH1
Gemini Lake SOC-LPDDR4 CH1
Gemini Lake SOC-LPDDR4 CH1
1
5 50
5 50
5 50
Rev
Rev
Rev
A
A
A
Page 6
5
4
3
2
1
+V1P8A
R5
10k
RC0402N
D D
HDMI_HPD35
R7 1k
RC0402N
R8
100k
RC0402N
3
D
S
1
Q1
G
2N7002LT1
2
HDMI_HPD_CPU
+V3P3A
R9
10k
RC0402N
TMDS_DATAP235
TMDS_DATAN235
TMDS_DATAP135
TMDS_DATAN135
TMDS_DATAP035
TMDS_DATAN035
TMDS_CLKP35
TMDS_CLKN35
HDMI_HPD_CPU
DDI0_DDC_SCL
DDI0_DDC_SDA
EDP_HPD_CPU
3
D
EDP_HPD34
R10
100k
RC0402N
C C
S
1
Q2
G
2N7002LT1
2
EDP_TX0_SOC_DP34
EDP_TX0_SOC_DN34
EDP_TX1_SOC_DP34
EDP_TX1_SOC_DN34
EDP_AUX_SOC_DP34
EDP_AUX_SOC_DN34
eDP_BKLCTL33,34
EDP_BKLT_EN33
EDP_VDD_EN34
RC0402N
R13
±1%
100
EDP_HPD_CPU
EDP_PLLOBS_P
EDP_PLLOBS_N
U4D1C
GML
AH1
DDI0_TXP_0
AH3
DDI0_TXN_0
AE2
DDI0_TXP_1
AE3
DDI0_TXN_1
AJ2
DDI0_TXP_2
AJ3
DDI0_TXN_2
AG2
DDI0_TXP_3
AG3
DDI0_TXN_3
AC12
DDI0_AUXP
AC10
DDI0_AUXN
C39
GPIO_131/HV_DDI0_HPD
B43
GPIO_125/HV_DDI0_D DC_SCL
C43
GPIO_124/HV_DDI0_D DC_SDA
AA2
DDI1_TXP_0
AA3
DDI1_TXN_0
Y3
DDI1_TXP_1
Y1
DDI1_TXN_1
AD1
DDI1_TXP_2
AD3
DDI1_TXN_2
AC2
DDI1_TXP_3
AC3
DDI1_TXN_3
AC7
DDI1_AUXP
AC5
DDI1_AUXN
C42
GPIO_127/HV_DDI1_D DC_SCL/LPSS_I2C5 _SCL
A42
GPIO_126/HV_DDI1_D DC_SDA/LPSS_I2C5 _SDA
C38
GPIO_132/HV_DDI1_HPD
AE12
EDP_TXP_0
AE13
EDP_TXN_0
AC15
EDP_TXP_1
AC17
EDP_TXN_1
AE10
EDP_TXP_2
AE8
EDP_TXN_2
AE5
EDP_TXP_3
AE7
EDP_TXN_3
W17
EDP_AUXP
W15
EDP_AUXN
B39
GPIO_133/HV_EDP_HPD
B41
GPIO_130/PANEL0_BKL TCTL
C40
GPIO_129/PANEL0_BKL TEN
C41
GPIO_128/PANEL0_VDD EN
AA5
EDP_PLLOBS_P
AA7
EDP_PLLOBS_N
?
DDI0/DDI_B
1.05V
1.8V/3.3V
DDI1/DDI_C
1.05V
1.8V/3.3V
eDP/DDI_A
1.05V
1.8V/3.3V
SET 3.3V BY SOFT STRAPS
1.05V
INS39336864
MDSI
GPIO_43/GP_INTD_DSI _TE2/PWM1/GLM_BPM1/PBIST _BUSY
GPIO_42/GP_INTD_DSI _TE1/PWM0/GLM_BPM0/PBIST _DONE/TAM_GPIO_RST
3 OF 13
MDSI_A_CLKP
MDSI_A_CLKN
MDSI_C_CLKP
MDSI_C_CLKN
MDSI_A_DP_0
MDSI_A_DN_0
MDSI_A_DP_1
MDSI_A_DN_1
MDSI_A_DP_2
MDSI_A_DN_2
MDSI_A_DP_3
MDSI_A_DN_3
MDSI_C_DP_0
MDSI_C_DN_0
MDSI_C_DP_1
MDSI_C_DN_1
MDSI_C_DP_2
MDSI_C_DN_2
MDSI_C_DP_3
MDSI_C_DN_3
GPIO_47/DSI_I2 C_SCL
GPIO_46/DSI_I2 C_SDA
MDSI_RCOMP
AL2
AM3
AG13
AG12
AN5
AN7
AJ15
AJ17
AJ7
AJ5
AJ10
AJ12
AG15
AG17
AG8
AG10
AG7
AG5
AE15
AE17
R53
R54
T53
T55
AL5
SECURITY_FLASH
R11
150
RC0402N
±1%
GPIO_43 15
DESIGN NOTE:
PLACE R6279 CLOSE TO PIN AL5
B B
+V1P8A
+V1P8A
2
BSS138
1
G
Q4
D3S
SOT95P280-3N
DDI0_DDC_SCL
R15
R16
2.2K
2.2K
RC0402N
±5%
RC0402N
±5%
+V5S
D1
D2
±5%
sod2514n
N P
R19
2.2K
RC0402N
FOR POWER LEAKAGE
HDMI_CTRLCLK 35
sod2514n
N P
R17
2.2K
RC0402N
±5%
SCL
GPIO_42:Security Flash
Descript ors
0 =No Override(Normal Operation)
1 = Override
FLASH_TXE32
SECURITY_FLASH
+V1P8A
RC0402N
1
G
SOT95P280-3N
R14
4.7K
3
Q3
D
BSS138
S
2
DDI0_DDC_SDA
1
Q5
G
2
D3S
SOT95P280-3N
A A
5
BSS138
4
SDA
HDMI_CTRLDATA 35
3
ENGINEER:
ENGINEER:
ENGINEER:
2
Lucas
Lucas
Lucas
Lengda Technology Ltd.
Lengda Technology Ltd.
Lengda Technology Ltd.
5th floor,Block K,
5th floor,Block K,
5th floor,Block K,
Xiamen Exprot Processing Zone,
Xiamen Exprot Processing Zone,
Xiamen Exprot Processing Zone,
Haicang Distri ct,Xiamen,China,361026
Haicang Distri ct,Xiamen,China,361026
Haicang Distri ct,Xiamen,China,361026
IRON215G
IRON215G
IRON215G
Title
Title
Title
Size
Size
Size
Sheet
Sheet
Sheet
Gemini Lake eDP & DDI
Gemini Lake eDP & DDI
Gemini Lake eDP & DDI
Name
Name
Name
C
C
C
Date: Sheet of
Date: Sheet of
Date: Sheet of
1
6 50
6 50
6 50
Rev
Rev
Rev
A
A
A
Page 7
5
SSD_PCIE_CLK_DP29
SSD
SSD_PCIE_CLK_DN29
WLAN_PCIE_CLK_DP31
WLAN
WLAN_PCIE_CLK_DN31
LAN_PCIE_CLK_DP28
LAN
D D
GPU
SSD_CLK_REQ#29
WLAN_CLK_REQ#31
LAN_CLK_REQ#28
SSD_PCIE_WAKE#29
WLAN_PCIE_WAKE#31
LAN_PCIE_WAKE#28
C C
+V3P3S
R275
R21
10k
R276
10k
10k
GPU_PCIE_WAKE#40
LAN_PCIE_CLK_DN28
PCIE_SSD_TX0_DP29
PCIE_SSD_TX0_DN29
PCIE_SSD_RX0_DP29
PCIE_SSD_RX0_DN29
PCIE_SSD_TX1_DP29
PCIE_SSD_TX1_DN29
PCIE_SSD_RX1_DP29
PCIE_SSD_RX1_DN29
PCIE_SSD_TX2_DP29
PCIE_SSD_TX2_DN29
PCIE_SSD_RX2_DP29
PCIE_SSD_RX2_DN29
POP = NA
SSD_CLK_REQ#_CPU
LAN_CLK_REQ#_CPU
WLAN_CLK_REQ#_CPU
+V3P3A
R282
R283
10k
RC0402N
R284
10k
POP = NA
RC0402N
SSD_PCIE_WAKE#_CPU
LAN_PCIE_WAKE#_CPU
WLAN_PCIE_WAKE#_CPU
10k
RC0402N
B B
SSD
4
R20 56
±1%
CC0402N
CC0402N
CC0402N
CC0402N
CC0402N
CC0402N
SSD_CLK_REQ#_CPU
WLAN_CLK_REQ#_CPU
LAN_CLK_REQ#_CPU
SSD_PCIE_WAKE#_CPU
WLAN_PCIE_WAKE#_CPU
LAN_PCIE_WAKE#_CPU
SATA0_TX_DP29
SATA0_TX_DN29
SATA0_RX_DP29
SATA0_RX_DN29
0.1u
0.1u
0.1u
0.1u
0.1u
0.1u
RC0402N
3
U4D1D
GML
L10
CLKDRV_RCOMP
R12
PCIE_CLKOUT0P
R10
PCIE_CLKOUT0N
N7
PCIE_CLKOUT1P
N5
PCIE_CLKOUT1N
R7
R5
N8
N10
C297
C298
C299
C300
C301
C302
E2
F2
G7
H6
A7
C7
D4
E5
C9
B9
E7
F6
A46
C45
B45
C44
F47
D47
F45
D50
J3
J2
J7
J5
1.05V
PCIE_CLKOUT2P
PCIE_CLKOUT2N
PCIE_CLKOUT3P
PCIE_CLKOUT3N
PCIE_TXP0
PCIE_TXN0
PCIE_RXP0
PCIE_RXN0
PCIE_TXP1
1.24V
PCIE_TXN1
PCIE_RXP1
PCIE_RXN1
PCIE_TXP2
PCIE_TXN2
PCIE_RXP2
PCIE_RXN2
GPIO_120/PCIE_C LKREQ0_B
GPIO_121/PCIE_C LKREQ1_B
GPIO_122/PCIE_C LKREQ2_B
GPIO_123/PCIE_C LKREQ3_B
GPIO_116/PCIE_W AKE0_B
GPIO_117/PCIE_W AKE1_B
GPIO_118/PCIE_W AKE2_B
GPIO_119/PCIE_W AKE3_B
SATA_TXP0
SATA_TXN0
1.24V
SATA_RXP0
SATA_RXN0
1.8V/3.3V
PCIe
Set 3.3V by soft straps
SAT A
SATA/U SB3
USB3
INS39337784
PCIe/US B3
SSIC
USB2
1.8V
GPIO_44/USB_OC0_B/PW M2/GLM_BPM2/PBIST_FAIL0
GPIO_45/USB_OC1_B/PW M3/GLM_BPM3/PBIST_FAIL1/MBIS T_DIAG_DONE
1.24V
1.24V
1.24V
3.3V
SATA_USB3_TXP0
SATA_USB3_TXN0
SATA_USB3_RXP0
SATA_USB3_RXN0
USB3_TXP0
USB3_TXN0
USB3_RXP0
USB3_RXN0
USB3_TXP1
USB3_TXN1
USB3_RXP1
USB3_RXN1
PCIE_USB3_TXP0
PCIE_USB3_TXN0
PCIE_USB3_RXP0
PCIE_USB3_RXN0
PCIE_USB3_TXP1
PCIE_USB3_TXN1
PCIE_USB3_RXP1
PCIE_USB3_RXN1
PCIE_USB3_TXP2
PCIE_USB3_TXN2
PCIE_USB3_RXP2
PCIE_USB3_RXN2
PCIE_USB3_OBS0
PCIE_USB3_OBS1
NO_CONNECT4
NO_CONNECT3
NO_CONNECT2
NO_CONNECT1
NO_CONNECT5
USB_DP0
USB_DN0
USB_DP1
USB_DN1
USB_DP2
USB_DN2
USB_DP3
USB_DN3
USB_DP4
USB_DN4
USB_DP5
USB_DN5
USB_DP6
USB_DN6
USB_DP7
USB_DN7
USB_RCOMP
USB_OTG_ID
USB_VBUSSNS
4 OF 13
?
2
H1
H2
H4
G5
B15
C15
F15
D15
C14
A14
J11
H11
0.1u
C10
0.1u
A10
H9
F9
0.1u
C11
0.1u
B11
D11
F11
B13
C13
F13
D13
C5
C6
AA10
AA8
W13
W12
C293
0.1u
C294
0.1u
PCIE2_USB3_SATA3_RCOMP_N
PCIE2_USB3_SATA3_RCOMP_P
DESIGN NOTE:
PLACE R22 CLOSE TO DEVICE MODULE
U15
U7
U5
N2
N3
L2
L3
R13
R15
M1
M3
R2
R3
P1
P3
U8
U10
U12
USB_OTG_ID
V1
V3
USB_OC0#
U54
USB_OC1#
U53
1
SATA_TX_DP_HDD 29
SATA_TX_DN_HDD 29
SATA_RX_DP_HDD 29
SATA_RX_DN_HDD 29
USB3_P0_TXP 36
USB3_P0_TXN 36
USB3_P0_RXP 36
USB3_P0_RXN 36
USB3_P1_TXP 37
USB3_P1_TXN 37
USB3_P1_RXP 37
C295
C296
C291
C292
USB3_P1_RXN 37
PCIE_SSD_RX3_DP 29
PCIE_SSD_RX3_DN 29
PCIE_WLAN_TX0_DP 31
PCIE_WLAN_TX0_DN 31
PCIE_WLAN_RX0_DP 31
PCIE_WLAN_RX0_DN 31
PCIE_LAN_TX1_DP 28
PCIE_LAN_TX1_DN 28
PCIE_LAN_RX1_DP 28
PCIE_LAN_RX1_DN 28
USB2_DP0 36
USB2_DN0 36
USB2_DP1 36
USB2_DN1 36
USB2_DP2 37
USB2_DN2 37
USB2_DP3 38
USB2_DN3 38
USB2_DP4_BT 31
USB2_DN4_BT 31
USB2_DP5 38
USB2_DN5 38
USB2_DP6 38
USB2_DN6 38
USB2_DP7 37
USB2_DN7 37
SOC_USB_VBUSSNS
R28
1k
RC0402N
POP = NA
PCIE_SSD_TX3_DP 29
PCIE_SSD_TX3_DN 29
R22
100
RC0402N
±1%
USB3.0 Port1
USB2.0 Port1
USB3.0 Port2
USB2.0 Port3
BT
USB2.0 Port5
USB2.0 Port4
USB2.0 Port2
R26 113
±1%
RC0402N
USB3.0 Port1
USB3.0 Port2
GPU
WLAN
LAN
GPIO_44 15,36
GPIO_45 15,37
+V1P8A
SSD
R29
+V1P8A
R30
10k
+V1P8A
+V3P3A
RC0402N
POP = NA
10k
USB_OTG_ID
SOC_USB_VBUSSNS
R31
1
Q6
G
2
D3S
SOT95P280-3N
BSS138
A A
Lucas
Lucas
Lucas
ENGINEER:
ENGINEER:
5
4
3
ENGINEER:
2
10k
EC_USB_VBUSSNS 32
Lengda Technology Ltd.
Lengda Technology Ltd.
Lengda Technology Ltd.
5th floor,Block K,
5th floor,Block K,
5th floor,Block K,
Xiamen Exprot Processing Zone,
Xiamen Exprot Processing Zone,
Xiamen Exprot Processing Zone,
Haicang Distri ct,Xiamen,China,361026
Haicang Distri ct,Xiamen,China,361026
Haicang Distri ct,Xiamen,China,361026
IRON215G
IRON215G
IRON215G
Title
Title
Title
Size
Size
Size
Sheet
Sheet
Sheet
Gemini Lake PCIE & USB
Gemini Lake PCIE & USB
Gemini Lake PCIE & USB
Name
Name
Name
C
C
C
Date: Sheet of
Date: Sheet of
Date: Sheet of
1
7 50
7 50
7 50
Rev
Rev
Rev
A
A
A
Page 8
5
4
3
2
1
U4D1E
GML
1.8V
1.8V
JTAG
ITP
1.8V
GPIO
AH53
XDP_H_TCK
XDP_H_TDI
XDP_H_TDO
XDP_H_TMS
D D
C C
XDP_H_TRST_N
XDP_H_PRDY_N
XDP_H_PREQ_N
AM53
AJ54
AL53
AL54
AK53
AH55
AJ53
GPIO_5/JTAGX
GPIO_0/TCK
GPIO_3/TDI
GPIO_4/TDO
GPIO_2/TMS
GPIO_1/TRST_B
GPIO_7/CX_PRDY_B
GPIO_6/CX_PREQ_B
INS39338639
GPIO_8/CNV_DEBUG_09/CNV_DEBUG_0 0/TRACE_0_CLK_VNN/TRACE_ 0_CLK_AON/TRACE_CNV_CL K_AON/NTI_IN0/GLM_PLLTESTDB G
GPIO_9/CNV_DEBUG_10/CNV_DEBUG_0 1/TRACE_0_DATA0_ VNN/TRACE_0_DATA0_AON/TRACE _CNV_DATA0_AON/NTI_IN1/GLM_TI CKLE
GPIO_10/CNV_DEBUG_11/CNV_DEB UG_02/TRACE_0_DATA1 _VNN/TRACE_0_DATA1_AO N/TRACE_CNV_DATA1_AON/NTI_IN2
GPIO_11/CNV_DEBUG_12/CNV_DEB UG_03/TRACE_0_DATA2 _VNN/TRACE_0_DATA2_AO N/TRACE_CNV_DATA2_AON/NTI_IN3
GPIO_12/CNV_DEBUG_13/CNV_DEB UG_04/TRACE_0_DATA3 _VNN/TRACE_0_DATA3_AO N/TRACE_CNV_DATA3_AON/NTI_IN4
GPIO_13/CNV_DEBUG_14/CNV_DEB UG_05/TRACE_0_DATA4 _VNN/TRACE_0_DATA4_AO N/NTI_IN5
GPIO_14/CNV_DEBUG_15/CNV_DEB UG_06/TRACE_0_DATA5 _VNN/TRACE_0_DATA5_AO N/NTI_IN6
GPIO_15/CNV_DEBUG_16/CNV_DEB UG_07/TRACE_0_DATA6 _VNN/TRACE_0_DATA6_AO N/NTI_IN7
GPIO_16/CNV_DEBUG_17/CNV_DEB UG_08/TRACE_0_DATA7 _VNN/TRACE_0_DATA7_AO N/NTI_IN8
GPIO_17/CNV_MFUART0_RXD/CNV_DEB UG_00/TRACE_1_CLK_V NN/TRACE_1_CLK_AON/TRACE_CNV_C LK_AON/NTI_IN9
GPIO_18/CNV_MFUART0_TXD/CNV_DEB UG_01/TRACE_1_DATA 0_VNN/TRACE_1_DATA0_AO N/TRACE_CNV_DATA0_AON/NTI_IN10
GPIO_19/CNV_MFUART0_RTS_B /CNV_DEBUG_02/TRACE_1_DAT A1_VNN/TRACE_1_DATA1_ AON/TRACE_CNV_DATA1_AON/NTI_I N11
GPIO_20/CNV_MFUART0_CTS_B /CNV_DEBUG_03/TRACE_1_DAT A2_VNN/TRACE_1_DATA2_ AON/TRACE_CNV_DATA2_AON/NTI_I N12
GPIO_21/CNV_MFUART2_RXD/CNV_DEB UG_04/TRACE_1_DATA3 _VNN/TRACE_1_DATA3_AON/TRA CE_CNV_DATA3_AON/NTI_IN13
GPIO_23/CNV_GNSS_PA_BL ANKING/CNV_DEBUG_06/PMIC_STDBY/TRACE_ 1_DATA5_VNN/TRACE_1_DA TA5_AON/NTI_IN15/TAM_CMD
GPIO_26/ISH_GPIO_0 /LPSS_UART1_RXD/ISH_UART1 _RXD/CNV_BT_UART_RXD/TRAC E_2_CLK_VNN/TRACE_2_C LK_AON/NTI_IN18/TAM_DATA_IN_0
GPIO_27/ISH_GPIO_1 /LPSS_UART1_TXD/ISH_UART1 _TXD/CNV_BT_UART_TXD/TRA CE_2_DATA0_VNN/TRACE_2 _DATA0_AON/NTI_IN19/TAM_DAT A_IN_1
GPIO_28/ISH_GPIO_2 /LPSS_UART1_RTS_B/I SH_UART1_RTS_B/CNV_BT_UART_ RTS_B/TRACE_2_DAT A1_VNN/TRACE_2_DATA1_ AON/NTI_IN20/TAM_DATA_IN_2
GPIO_29/ISH_GPIO_3 /LPSS_UART1_CTS_B/I SH_UART1_CTS_B/CNV_BT_UART_ CTS_B/TRACE_2_DAT A2_VNN/TRACE_2_DATA2_ AON/NTI_IN21/TAM_DATA_IN_3
GPIO_22/CNV_MFUART2_TXD/CNV_DEB UG_05/TRACE_1_DATA 4_VNN/TRACE_1_DATA4_AO N/NTI_IN14
GPIO_24/CNV_GNSS_FTA/CNV_DEB UG_07/PMIC_PWRGOOD/TRA CE_1_DATA6_VNN/TRACE_1 _DATA6_AON/NTI_IN16/TAM_RST
GPIO_25/CNV_GNSS_SYSCK/CNV_DEBUG_0 8/PMIC_RESET_B/TRACE_ 1_DATA7_VNN/TRACE_1_D ATA7_AON/NTI_IN17/TAM_CLK
GPIO_30/ISH_GPIO_4 /SATA_GP0/TRACE_2_ DATA3_VNN/TRACE_2_DAT A3_AON/NTI_IN22/TAM_DATA_I N_4
GPIO_31/ISH_GPIO_5 /SATA_GP1/TRACE_2_ DATA4_VNN/TRACE_2_DAT A4_AON/NTI_IN23/TAM_DATA_I N_5
GPIO_32/ISH_GPIO_6 /SATA_DEVSLP0/TRAC E_2_DATA5_VNN/TRACE_2 _DATA5_AON/NTI_IN24/TAM_DAT A_IN_6
GPIO_33/ISH_GPIO_7 /SATA_DEVSLP1/SUSCLK1 /TRACE_2_DATA6_ VNN/TRACE_2_DATA6_AON/NTI_IN25 /TAM_DATA_IN_7
GPIO_34/ISH_GPIO_8 /SATA_LEDN/SUSCLK2/TRACE_ 2_DATA7_VNN/TRACE_2_DA TA7_AON/NTI_IN26/TAM_DATA_I N_8
GPIO_35/ISH_GPIO_9 /SPKR/TRACE_3_CLK_ VNN/BSSB_CLK/NTI_IN27/TAM_DATA_I N_9
GPIO_36/CNV_BTEN/TRACE_3 _DATA0_VNN/BSSB_DI/NTI_I N28/TAM_DATA_IN_10
GPIO_37/CNV_GNEN/TRACE_3_DAT A1_VNN/TRIGOUT_0/NTI_IN29/TAM_DAT A_IN_11
GPIO_38/CNV_WFEN/TRACE_ 3_DATA2_VNN/TRIGOUT_1/NTI_I N30/TAM_DATA_IN_12
GPIO_39/CNV_WCEN/TRACE_ 3_DATA3_VNN/TRIGIN_0/NTI_I N31/TAM_DATA_IN_13
GPIO_40/CNV_BT_HOST_W AKEB/TRACE_3_DAT A4_VNN/IERR/NTI_IN32/TAM_DATA_I N_14
GPIO_41/CNV_GNSS_HOST_WA KEB/TRACE_3_DATA 5_VNN/MCERR/NTI_IN33/TAM_DATA_IN_15
GPIO_134/N_SPARE/ISH_GP IO_10
GPIO_138/LPSS_UART3 _RXD/ISH_UART0_RXD/ISH_GPI O_14/SATA_GP0
3.3V/1.8V
GPIO_139/LPSS_UART3 _TXD/ISH_UART0_TXD/ISH_GP IO_15/SATA_GP1
GPIO_140/LPSS_UART3 _RTS_B/ISH_UART0_RTS_ B/SATA_DEVSLP0
GPIO_141/LPSS_UART3 _CTS_B/ISH_UART0_CTS_ B/DGCLKDBG_PMC_0/SATA_ DEVSLP1
GPIO_142/LPSS_SP I_1_CLK/ISH_SPI_ 0_CLK/CSE_HVM_STALL/SAT A_LEDN
GPIO_143/LPSS_SP I_1_FS0/ISH_SPI _0_FS0/SEC_TCK
GPIO_144/LPSS_SP I_1_FS1/ISH_SPI _0_FS1/SEC_TDI/P ANEL1_VDDEN
GPIO_145/LPSS_SP I_1_RXD/ISH_SPI_ 0_RXD/SEC_TMS/PANEL1_BKL TEN
GPIO_146/LPSS_SP I_1_TXD/ISH_SPI_ 0_TXD/SEC_TDO/PANEL1 _BKLTCTL
GPIO_210/NTI_OUT19/HBP_DAT A18
1.8V
GPIO_105
GPIO_135/ISH_GPIO_ 11
GPIO_136/ISH_GPIO_ 12
GPIO_137/ISH_GPIO_ 13
GPIO_212
GPIO_213
GPIO_214
AG53
AG54
AE54
AE53
AD55
AD53
AC54
AC53
AB53
AA49
AC48
AC46
AE51
AE49
AC51
AC49
AA51
AA46
AE41
AE39
AE46
AE44
AC41
AC39
AC44
AC43
AA44
AA54
AA53
Y55
Y53
W54
W53
V53
L46
H45
H47
L43
M43
H37
H43
J43
D43
F43
H41
F39
L41
F41
H27
U43
U41
U39
1.8V
BRD_ID_0
BRD_ID_1
BRD_ID_2
RUNTIME_SCI#
WAKE_SCI#
R12 0 R C0402N
R18 0 POP = N A
R273 0
POP = NA
LAN_RST#_CPU
PMIC_IRQ# 22,32
GPIO_27 15
GPIO_28 15
SOC_WAKE_SCI# 32
SSD_SATA_DEVSLP 29
PMU_WAKE# 32
R32
4.7K
POP = NA
±5%
RC0402N
5 OF 13
?
+V1P8A
FOR JTAG
+V1P8A
B B
R37
R42
51
POP = NA
RC0402N
R40
51
RC0402N
±5%
R38
±5%
R41
51
150
±1%
±5%
RC0402N
RC0402N
150
RC0402N
4
±1%
R39
51
XDP_H_TDI
XDP_H_TDO
XDP_H_PREQ_N
XDP_H_PRDY_N
XDP_H_TRST_N
XDP_H_TCK
±5%
RC0402N
RC0402N
R43
51
±5%
XDP_H_TMS
A A
5
R35
4.7K
POP = NA
±5%
RC0402N
R36
4.7K
POP = NA
±5%
RC0402N
BRD_ID_1
LAN_RST#_CPU
BRD_ID_2
ENGINEER:
ENGINEER:
3
ENGINEER:
2
Lucas
Lucas
Lucas
+V1P8S
POP = NA
R33
10k
132
G
S
Q13
WNM2077-3/TR
sot40p120p-3N
D
+V3P3S
POP = NA
R34
10k
LAN_RST# 28
POP = NA
Lengda Technology Ltd.
Lengda Technology Ltd.
Lengda Technology Ltd.
5th floor,Block K,
5th floor,Block K,
5th floor,Block K,
Xiamen Exprot Processing Zone,
Xiamen Exprot Processing Zone,
Xiamen Exprot Processing Zone,
Haicang Distri ct,Xiamen,China,361026
Haicang Distri ct,Xiamen,China,361026
Haicang Distri ct,Xiamen,China,361026
IRON215G
IRON215G
IRON215G
Title
Title
Title
Size
Size
Size
Sheet
Sheet
Sheet
Gemini Lake GPIO & JTAG
Gemini Lake GPIO & JTAG
Gemini Lake GPIO & JTAG
Name
Name
Name
C
C
C
Date: Sheet of
Date: Sheet of
Date: Sheet of
1
8 50
8 50
8 50
Rev
Rev
Rev
A
A
A
Page 9
5
U4D1F
GML
U49
GPIO_51/LPSS_I2 C0_SCL
U51
GPIO_50/LPSS_I2 C0_SDA
U46
GPIO_53/LPSS_I2 C1_SCL
U48
GPIO_52/LPSS_I2 C1_SDA
AA39
GPIO_55/LPSS_I2 C2_SCL
AA41
GPIO_54/LPSS_I2 C2_SDA
R44
GPIO_57/LPSS_I2 C3_SCL
R43
D D
GPU_EVENT
GPU_PWR_EN40
FB_CLAMP
PCH_GPU_RST1
+V3P3A
+V3P3S
1
Q8
G
2
D3S
SOT95P280-3N
BSS138
R45
RC0402N
±1%
PLACE R6226 CLOSE TO PIN F33
R6241 0 RC0402N
R6240 0 RC0402N
R6236 0 RC0402N
R3256 0 RC0402N
R6243 0 RC0402N
SMB_CLK_CPU
SMB_DATA_CPU
R317
R316
2.2K
2.2K
SMB_DATA_CPU
SMB_CLK_CPU
150
CNVI_WT_RCOMP
40
40
GC6_FB_EN
32,40
40
GPU_ALL_PWRGD
40
+V3P3S
R314
R315
10K
10K
RC0402N
RC0402N
SMB_DATA18,31
SMB_CLK18,31
C C
GPIO_19615
GPIO_19115
1
G
2
Q14
BSS138
SOT95P280-3N
D3S
GPIO_19415
GPIO_56/LPSS_I2 C3_SDA
R49
GPIO_59/LPSS_I2 C4_SCL
R51
GPIO_58/LPSS_I2 C4_SDA
C50
GPIO_111/LPSS_I 2C5_SCL/ISH_I2C0 _SCL
A50
GPIO_110/LPSS_I 2C5_SDA/ISH_I2C0_ SDA
C48
GPIO_113/LPSS_I 2C6_SCL/ISH_I2C1 _SCL
C47
GPIO_112/LPSS_I 2C6_SDA/ISH_I2C1_ SDA
B47
GPIO_115/LPSS_I 2C7_SCL/ISH_I2C2 _SCL/SUSCLK2
C46
GPIO_114/LPSS_I 2C7_SDA/ISH_I2C2_ SDA/SUSCLK1
A26
GPIO_176/SMB_ALERTB
B27
GPIO_177/SMB_CLK/LPSS _I2C7_SCL
C27
GPIO_178/SMB_DATA/LPSS _I2C7_SDA
H29
CNV_WGR_CLKP
H31
CNV_WGR_CLKN
M31
CNV_WGR_D0P
P31
CNV_WGR_D0N
D29
CNV_WGR_D1P
F29
CNV_WGR_D1N
F35
CNV_WT_CLKP
D35
CNV_WT_CLKN
J35
CNV_WT_D0P
H35
CNV_WT_D0N
L31
CNV_WT_D1P
J31
CNV_WT_D1N
J29
CLKIN_XTAL_LCP
F19
XTAL_CLKREQ
H17
GPIO_191/CNV_BRI_D T/SDIO_CLK/LPSS_UART1 _RTS_B/NTI_OUT16/HBP_DATA 14
J17
GPIO_192/CNV_BRI_R SP/SDIO_D0/LPSS_UART1 _RXD/NTI_OUT15/HBP_DATA13
D19
GPIO_193/CNV_RGI_DT /SDIO_D1/LPSS_UART1_ TXD/NTI_OUT14/HBP_DATA12
D17
GPIO_194/CNV_RGI_RS P/SDIO_D2/LPSS_UART1 _CTS_B/NTI_OUT13/HBP_DATA 11
F17
GPIO_195/CNV_RF_RES ET_B/SDIO_D3/AVS_I 2S1_WS_SYNC/NTI_OUT12/HBP_D ATA10
F33
CNV_WT_RCOMP
?
4
LPSS_I 2C
1.8V
1.8V/3.3V
SET 3.3V BY SOFT STRAPS
1.8V/3.3V
SET 3.3V BY SOFT STRAPS
LPSS SMBus
3
LPSS_S PI
INS39339366
1.8V
GPIO_62/LPSS_UART0_ RTS_B/ISH_UART0_RTS_B /CNV_GNSS_UART_RTS_B
GPIO_63/LPSS_UART0_ CTS_B/ISH_UART0_CTS_B /CNV_GNSS_UART_CTS_B
1.8V
GPIO_66/LPSS_UART2_ RTS_B/ISH_UART2_RTS_B /CNV_MFUART1_RTS_B
GPIO_67/LPSS_UART2_ CTS_B/ISH_UART2_CTS_B /CNV_MFUART1_CTS_B
LPSS_U ART
CNVI
GPIO_79/LPSS_SPI _0_CLK/ISH_SPI_0 _CLK
GPIO_83/LPSS_SPI _0_TXD/ISH_SPI_0 _TXD
GPIO_82/LPSS_SPI _0_RXD/ISH_SPI_0 _RXD
GPIO_80/LPSS_SPI _0_FS0/ISH_SPI_ 0_FS0
GPIO_81/LPSS_SPI _0_FS1/ISH_SPI_ 0_FS1/FST_SPI_ CS2_B
GPIO_84/LPSS_SPI _2_CLK/ISH_SPI_1 _CLK/TOUCH_SPI_CLK
GPIO_89/LPSS_SPI _2_TXD/ISH_SPI_1 _TXD/TOUCH_SPI_D3
GPIO_88/LPSS_SPI _2_RXD/ISH_SPI_1 _RXD/TOUCH_SPI_D2
GPIO_85/LPSS_SPI _2_FS0/ISH_SPI_ 1_FS0/TOUCH_SPI_FS0
GPIO_86/LPSS_SPI _2_FS1/ISH_SPI_ 1_FS1/TOUCH_SPI_D0
GPIO_87/LPSS_SPI _2_FS2/TOUCH_SPI_D1
GPIO_61/LPSS_UART0_ TXD/ISH_UART0_TXD/CNV_GNSS_UART_ TXD
GPIO_60/LPSS_UART0_ RXD/ISH_UART0_RXD/CNV_GNSS_UART_ RXD
GPIO_65/LPSS_UART2_ TXD/ISH_UART2_TXD/CNV_MFUART1_T XD
GPIO_64/LPSS_UART2_ RXD/ISH_UART2_RXD/CNV_MFUART1_RX D
M39
J37
L39
L37
J39
M37
M33
P35
P33
P37
L35
N54
P53
N53
M55
L54
M53
K53
L53
DBG_UART2_TXD
DBG_UART2_RXD
2
GPIO_85
Just For UART Debug
DBG_UART2_TXD
DBG_UART2_RXD
GPIO_79 15
GPIO_83 15
UART2_TXD 15
UART2_RXD
1
GPIO_81 15
GPIO_84 15
1
TP1
GPIO_86 15
GPIO_61 15
GPIO_65 15
GPIO_66 15
SMC_EXTSMI# 32
+V1P8A
+V3P3A
1
2
1
TP3
Q96
2N7002LT1
POP = NA
R6247
10k
G
D3S
POP = NA
1
TP2
6 OF 13
B B
A A
Lengda Technology Ltd.
Lengda Technology Ltd.
Lengda Technology Ltd.
5th floor,Block K,
5th floor,Block K,
5th floor,Block K,
Xiamen Exprot Processing Zone,
Xiamen Exprot Processing Zone,
Xiamen Exprot Processing Zone,
Haicang Distri ct,Xiamen,China,361026
Haicang Distri ct,Xiamen,China,361026
Haicang Distri ct,Xiamen,China,361026
IRON215G
IRON215G
IRON215G
Title
Title
Title
Size
Size
Size
Sheet
Sheet
Sheet
Gemini Lake I2C & UART &CNVi
Gemini Lake I2C & UART &CNVi
Gemini Lake I2C & UART &CNVi
Name
Name
Name
C
C
Lucas
Lucas
Lucas
ENGINEER:
ENGINEER:
5
4
3
ENGINEER:
2
C
Date: Sheet of
Date: Sheet of
Date: Sheet of
1
9 50
9 50
9 50
Rev
Rev
Rev
A
A
A
Page 10
5
D D
4
3
2
1
HDA_SDI030
C C
HDA_SDATAOUT30
HDA_RST#30
B B
R54 33
HDA_BCLK_R30
HDA_SYNC30
HDA_SDI0_CPU_R
U4D1G
GML
C26
GPIO_156/AVS_I2 S0_MCLK
B25
GPIO_157/AVS_I2 S0_BCLK
C25
GPIO_158/AVS_I2 S0_WS_SYNC
1
C24
GPIO_159/AVS_I2 S0_SDI
B23
GPIO_160/AVS_I2 S0_SDO
M23
GPIO_161/AVS_I2 S1_MCLK/A_SPARE
L21
GPIO_162/AVS_I2 S1_BCLK/CNV_BT_I2S _BCLK
J21
GPIO_163/AVS_I2 S1_WS_SYNC/CNV_BT_I2S _WS_SYNC
M21
GPIO_164/AVS_I2 S1_SDI/CNV_BT_I2S _SDI
P23
GPIO_165/AVS_I2 S1_SDO/CNV_BT_I2S_ SDO
A22
GPIO_166/AVS_HDA_BC LK/AVS_I2S2_BCL K
C23
GPIO_167/AVS_HDA_W S_SYNC/AVS_I2S2_WS _SYNC
B21
GPIO_168/AVS_HDA_SD I/AVS_I2S2_SDI
C22
GPIO_169/AVS_HDA_SD O/AVS_I2S2_SDO
C21
GPIO_170/AVS_HDA_RS TB/AVS_I2S1_MCLK
B19
GPIO_171/AVS_M_CLK_ A1
C20
GPIO_172/AVS_M_CLK_ B1
C19
GPIO_173/AVS_M_DATA _1
C18
GPIO_174/AVS_M_CLK_ AB2/SCC_XIN_CLK_I N_TESTER/NTI_OUT28
A18
GPIO_175/AVS_M_DATA _2/NTI_OUT27/HBP_RST
J13
GPIO_198/EMMC0_CLK/DTNTIW _PCIDLY_CLK/NTI_OUT10/HBP_D ATA8
L15
GPIO_209/EMMC0_STROBE/NTI_O UT0/HBP_CLK
M19
GPIO_200/EMMC0_D0/DTNTIW _PCICLK/NTI_OUT9/HBP_DATA 7
H19
GPIO_201/EMMC0_D1/ISH_TEST ER_CLK/NTI_OUT8/HBP_DATA6
J19
GPIO_202/EMMC0_D2/NTI_OUT7/HBP_DAT A5
P17
GPIO_203/EMMC0_D3/NTI_OUT6/HBP_DAT A4
P19
GPIO_204/EMMC0_D4/NTI_OUT5/HBP_DAT A3
J15
GPIO_205/EMMC0_D5/NTI_OUT4/HBP_DAT A2
L17
GPIO_206/EMMC0_D6/NTI_OUT3/HBP_DAT A1
M17
GPIO_207/EMMC0_D7/NTI_OUT2/HBP_DAT A0
M13
GPIO_208/EMMC0_CMD/NTI_OUT1/HBP_VALI D
U44
GPIO_211/EMMC_RST_B
G51
GPIO_104/EMMC_DNX_PWR_EN_B
L13
EMMC_SMB_RCOMP
R59
200
?
RC0402N
±1%
1.8V
1.8V
1.8V/3.3V
1.8V
AUDIO-AVS
eMMC
1
TP4
GPIO_16115
GPIO_16315
GPIO_16815
GPIO_17415
GPIO_17515
EMMC_RST#_CPU39
EMMC_STROBE39
EMMC_DATA_039
EMMC_DATA_139
EMMC_DATA_239
EMMC_DATA_339
EMMC_DATA_439
EMMC_DATA_539
EMMC_DATA_639
EMMC_DATA_739
TP5
R56 33
R57 33
R58 33
TP6
EMMC_CLK39
EMMC_CMD39
WLAN_RST#_R
1
1
GPIO_164
HDA_BCLK_CPU_R
HDA_SYNC_CPU_R
HDA_SDI0_CPU_R
HDA_SDOUT_CPU_R
TP7
INS39340218
LPC/eSP I
FAST_S PI
7 OF 13
SDCARD
1.8V/3.3V
GPIO_179_SDCARD _CLK_HBP_DATA26
GPIO_181/SDCARD_D 0/NTI_OUT26/HBP_DATA25
GPIO_182/SDCARD_D 1/NTI_OUT25/HBP_DATA24
GPIO_183/SDCARD_D 2/NTI_OUT24/HBP_DATA23
GPIO_184/SDCARD_D 3/NTI_OUT23/HBP_DATA22
GPIO_185/SDCARD_C MD/NTI_OUT22/HBP_DATA21
GPIO_186/SDCARD_C D_B/NTI_OUT21/HBP_DATA20
GPIO_187/SDCARD_L VL_WP/HBP_DATA15
GPIO_188/SDCARD_P WR_DOWN_B/NTI_OUT20/HBP_D ATA19
GPIO_148/LPC_CLK OUT0/ESPI_CLK
GPIO_149/LPC_CLK OUT1/ESPI_CLK_FB
GPIO_150/LPC_AD0 /ESPI_IO_0
GPIO_151/LPC_AD1 /ESPI_IO_1
GPIO_152/LPC_AD2 /ESPI_IO_2
GPIO_153/LPC_AD3 /ESPI_IO_3
GPIO_155/LPC_FRA MEB/ESPI_CSB/AVS_AVSX _DFX_CLK
GPIO_154/LPC_CLK RUNB
GPIO_147/LPC_IL B_SERIRQ/ESPI_R ESET_B
GPIO_92/FST_SPI _MOSI_IO0
GPIO_93/FST_SPI _MISO_IO1
1.8V
GPIO_90/FST_SPI _CS0_B
GPIO_91/FST_SPI _CS1_B
SDCARD_RCOMP
GPIO_96/FST_SPI _CLK
GPIO_94/FST_SPI _IO2
GPIO_95/FST_SPI _IO3
L29
M29
P29
M27
P27
L27
L25
P25
L23
R55
RC0402N
200
±1%
LPC_CLK_EC 32
LPC_CLK_DBG 32
LPC_AD0 32
LPC_AD1 32
LPC_AD2 32
LPC_AD3 32
LPC_CLKRUN# 32
LPC_FRAME# 32
LPC_SERIRQ 32
FLASH_SPI_CLK 26
FLASH_SPI_MOSI 26
FLASH_SPI_MISO 26
FLASH_SPI_IO2 26
FLASH_SPI_IO3 26
FLASH_SPI_CS0_N 26
J25
C37
A38
A34
C34
B35
C35
C33
B33
B37
B29
B31
C30
A30
C29
C31
C32
+V1P8A
R51
10k
+V3.3_WIFI
WLAN_RST#_R
R52
1
G
2
D3S
Q15
BSS138
A A
SOT95P280-3N
10k
WLAN_RST#_CPU 31
Lengda Technology Ltd.
Lengda Technology Ltd.
Lengda Technology Ltd.
5th floor,Block K,
5th floor,Block K,
5th floor,Block K,
Xiamen Exprot Processing Zone,
Xiamen Exprot Processing Zone,
Xiamen Exprot Processing Zone,
Haicang Distri ct,Xiamen,China,361026
Haicang Distri ct,Xiamen,China,361026
Haicang Distri ct,Xiamen,China,361026
IRON215G
IRON215G
IRON215G
Title
Title
Title
Size
Size
Size
Sheet
Sheet
Sheet
Gemini Lake eMMC & SPI &LPC
Gemini Lake eMMC & SPI &LPC
Gemini Lake eMMC & SPI &LPC
Name
Name
Name
C
C
Lucas
Lucas
Lucas
ENGINEER:
ENGINEER:
5
4
3
ENGINEER:
2
C
Date: Sheet of
Date: Sheet of
Date: Sheet of
1
10 50
10 50
10 50
Rev
Rev
Rev
A
A
A
Page 11
5
4
3
2
1
XTAL 19.2MHZ
4
4
R60
1
200K
D D
U4D1H
GML
R46
PMIC_I2C_SCL22,32
PMIC_I2C_SDA22,32
+V3P3A
PM_PWRBTN#32
R64
10k
RC0402N
PMU_BATLOW#_CPU
±5%
C C
SUSPWRDNACK32
PMU_BATLOW#32
PMU_RSTBTN#32
SUS_CLK29,31
PMU_SUS_STAT#32
PMU_PLT_RST#_CPU
SLP_S0#22
SLP_S3#21,22,24,32,35
SLP_S4#22,32
R62 0
R63 0
R65 0
RC0402N
R66 0
RC0402N
RC0402N
RC0402N
PMU_SLP_S0#
PMU_SLP_S3#
PMU_SLP_S4#
PMU_BATLOW#_CPU
PMU_SUSCLK
GPIO_49/PMC_I2C_SCL
R48
GPIO_48/PMC_I2C_SDA
L48
GPIO_73/PMC_SPI_CLK
N48
GPIO_68/PMC_SPI_FS0
N44
GPIO_69/PMC_SPI_FS1
L49
GPIO_70/PMC_SPI_FS2 /W_SPARE
L51
GPIO_71/PMC_SPI_RXD
N49
GPIO_72/PMC_SPI_TXD
D54
GPIO_98/PMU_PLTRST_B
E54
GPIO_99/PMU_PWRBTN_B
C52
GPIO_100/PMU_SLP_S0_B
D51
GPIO_101/PMU_SLP_S3_B
J49
GPIO_102/PMU_SLP_S4_B
F54
GPIO_103/SUSPWRDNACK
J48
GPIO_106/PMU_BATLOW_B
C51
GPIO_107/PMU_RESETBUTTON_B
G49
GPIO_108/PMU_SUSCLK
E52
GPIO_109/SUS_STAT_B
F55
GPIO_78/SVID0_C LK
G53
GPIO_77/SVID0_D ATA
G54
GPIO_76/SVID0_AL ERT_B
D1
DEBUG_OBS_PORT_A0
D2
DEBUG_OBS_PORT_A1
A54
EDM0
C54
EDM1
1.8V
3.3V
1.05V
PMC
PMU
SVID
Misc
GPIO_189/OSC_CLK_ OUT_0/NTI_OUT18/HBP_DATA17
GPIO_190/OSC_CLK_ OUT_1/S_SPARE/NTI_OUT17/HBP_DA TA16
iCLK
RTC
INS39341082
3.3V
1.8V
Therma l
Spare
8 OF 13
OSCOUT
BRTCX1_PAD
BRTCX2_PAD
BVCCRTC_EXTPAD
INTRUDER
PCH_PWROK
RSMRST_B
RTEST_B
SRTCRST_B
GPIO_74/THERMTRIP_B
GPIO_75/PROCHOT_B
THERMDACPU00
THERMDAGT
THERMDCCPU00
THERMDCGT
SPARE3
NO_CONNECT7
SKTOCC_N
SPARE5
SPARE4
NO_CONNECT6
NO_CONNECT8
SPARE1
SPARE2
SPARE6
B17
C17
XTAL19.2M_IN
U2
OSCIN
XTAL19.2M_OUT
T1
RTC_X1
D23
RTC_X2
F23
J23
H25
D25
F27
F25
D27
J53
J54
AG43
H53
AG44
H55
A4
BH1
A53
F37
BL2
BL3
BL53
C2
C3
R41
C3 0.1u CC0402N
RSMRST#_CPU
THRMTRIP#_CPU
16V X7R ±10%
?
1
INTRUDER# 26
PCH_PWROK 22
RSMRST# 32
RTEST# 26
SRTC_RST# 26
PMIC_THERMTRIP# 22
PROCHOT#_CPU 32
OSC-4_7
X1
3
2
3
2
R68
100k
RC0402N
±5%
C1
18pF
C2
RSMRST#_CPU
18pF
XTAL 32.768KHZ
Y1
1 2
XTAL
C13544-021
R6110M
+V1P8A
18pF
R67
1k
POP = NA
±1%
RC0402N
THRMTRIP#_CPU
C5
C4
18pF
PMU_SLP_S4#
PMU_SLP_S3#
C6
C7
0.1uF
0.1uF
Note: Close to CPU
B B
+V3P3A
R69
10k
RC0402N
POP = NA
±1%
R70 0
PLT_RST#28,29,31,32
A A
5
RC0402N
PMU_PLT_RST#_CPU
Lengda Technology Ltd.
Lengda Technology Ltd.
Lengda Technology Ltd.
5th floor,Block K,
5th floor,Block K,
5th floor,Block K,
Xiamen Exprot Processing Zone,
Xiamen Exprot Processing Zone,
Xiamen Exprot Processing Zone,
Haicang Distri ct,Xiamen,China,361026
Haicang Distri ct,Xiamen,China,361026
Haicang Distri ct,Xiamen,China,361026
IRON215G
IRON215G
IRON215G
Title
Title
Title
Size
Size
Size
Sheet
Sheet
Sheet
Gemini Lake PMU & THRML
Gemini Lake PMU & THRML
Gemini Lake PMU & THRML
Name
Name
Name
C
C
Lucas
Lucas
Lucas
ENGINEER:
ENGINEER:
4
3
ENGINEER:
2
C
Date: Sheet of
Date: Sheet of
Date: Sheet of
1
11 50
11 50
11 50
Rev
Rev
Rev
A
A
A
Page 12
5
4
3
2
1
+VCCIOA
DESIGN NOTE:
RESERVED +VDDQ
+VCCDDQ
+VDD1_1P8A
+VCCDDQ
+VCCIOA
+VDD1_1P8A
+VDD1P2A
TP8
R73
100
RC0402N
POP = NA
±1%
AP18
AP21
AP36
AP38
AT18
AT20
AT21
AT35
AT36
AT38
BA13
BA15
BA25
BA31
BA41
BA43
AP25
AP31
AT25
AT27
AT28
AT29
AT31
AG23
AC21
AE20
AE21
AF20
AF21
AC18
AC20
AW12
AP20
AM20
AM18
AA18
AA20
AG18
AJ23
AL36
AL38
AL18
AJ20
T21
T23
T25
V21
V23
V25
U4D1J
GML
VCCDDQ1
VCCDDQ2
VCCDDQ3
VCCDDQ4
VCCDDQ5
VCCDDQ6
VCCDDQ7
VCCDDQ8
VCCDDQ9
VCCDDQ10
VCCDDQ11
VCCDDQ12
VCCDDQ13
VCCDDQ14
VCCDDQ15
VCCDDQ16
VCCIOA1
VCCIOA2
VCCIOA3
VCCIOA4
VCCIOA5
VCCIOA6
VCCIOA7
VDD1_1
VDD1_2
VDD1_3
VDD1_4
VDD1_5
VDD1_6
VDD1_8
VDD1_7
VDD2_1P2_MPHY
VDD2_1P2_MPHY
VDD2_1P2_MPHY
VDD2_1P2_MPHY
VDD2_1P2_MPHY
VDD2_1P2_AUD_ISH[1]
VDD2_1P2_AUD_ISH[2]
VDD2_1P2_DSI
VDD2_1P2_GLML2LDO[1]
VDD2_1P2_GLML2LDO[2]
VDD2_1P2_GLML2LDO[3]
VDD2_1P2_HPLDO
VDD2_1P2_PLL[1]
VDD2_1P2_PLL[2]
VDD2_1P2_VNNAON[1]
VDD2_1P2_VNNAON[2]
VDD2_1P2_USB2[1]
VDD2_1P2_USB2[2]
VDD2(1.2V)
?
DDR IO
DDR IO logic
VDD1(1.8V)
INS39342281
VCCRAM(1.05V)
RTC
VDD3(3.3V)
10 OF 13
VCCRAM_1P05_1
VCCRAM_1P05_2
VCCRAM_1P05_3
VCCRAM_1P05_4
VCCRAM_1P05_5
VCCRAM_1P05_6
VCCRAM_1P05_7
VCCRAM_1P05_8
VCCRAM_1P05_9
VCCRAM_1P05_10
VCCRAM_1P05_FHV0
VCCRAM_1P05_FHV1
VCCRAM_1P05_FUSE
VCCRAM_1P05_IO[1]
VCCRAM_1P05_IO[2]
VCCRAM_1P05_IO[3]
VCCRAM_1P05_IO[4]
VCCRAM_1P05_IO[5]
VCCRAM_1P05_IO[6]
VCCRTC_3P3
VDD3_9
VDD3_8
VDD3[1]
VDD3[2]
VDD3[3]
VDD3[4]
VDD3[5]
VDD3[6]
VDD3[7]
AC33
AC35
AE33
AE35
AE36
AE38
AF27
AF28
AF36
AF38
AG51
AG49
AJ51
AA36
AA38
AC36
AC38
Y36
Y38
P15
AJ21
U17
AG21
T18
T20
V18
V20
Y18
Y20
+VCCRAM_1P05S
+V3P3_RTC
+V3P3A_SOC
+VDDQ
+V1P05S
R71 0 RC0805N
R72 0 POP = NARC0805N
+V1P2A
D D
+V1P05S
+VDD1P2A
+VCCRAM_1P05S
+VDDQ
+V3P3A
+V3P3A_SOC
+V1P8A
AA28
AA29
AA31
AA33
AC28
AC31
AE28
AE29
AE31
AF31
AF33
AG31
AG33
AJ31
AJ33
AJ35
AL31
AL33
AL35
AM33
AM35
AM36
U4D1I
GML
VNNAON
VCG_SENSE
VCG_VSS_SENSE
VNN_SENSE
VNN_VSS_SENSE
VMON_GLM
VNN
VNN
VNN
VNN
VNN
VNN
VNN
VNN
VNN
VNN
VNN
VNN
VNN
VNN
VNN
VNN
AF35
AG27
AG28
AG36
AG46
AG48
AJ27
AJ28
AJ46
AJ48
AL27
AL28
AL48
AL49
AM27
AM28
AJ49
AW44
BH55
AG41
AG39
AJ41
AJ43
BL54
+VNNAON
VNN_VSS_SENSE
VCG
VCG
VCG
VCG
VCG
VCG
VCG
VCG
VCG
VCG
VCG
VCG
VCG
VCG
VCG
VCG
VCG
VCG
GLM+ module, GFx
VCG
VCG
VCG
VCG
D31
VCG
D33
VCG
D37
VCG
D39
VCG
P39
VCG
P41
VCG
T28
VCG
T29
VCG
T31
VCG
T33
VCG
T35
VCG
T36
VCG
V28
VCG
V29
VCG
V31
VCG
V33
VCG
V35
VCG
V36
VCG
Y28
VCG
Y29
VCG
Y33
VCG
Y35
VCG
INS39341997
,GMM,PCIe
& USB Controllers
NON CPU Core AON DOMAIN
9 OF 13
DE, fabrics ,SA, D-unit
VCCCOREVID_1P03_ G_M0C0
VCCSOCFIXED_1P24 _GLML2_LDOOUT_M0_1P15
Sens e
?
C8
1uF
CC0201N
6.3V
±5%
X5R
+VNN
VCCGI_SENSE 22
VSSGI_SENSE 22
VNN_VCC_SENSE 22
1
VNN_VSS_SENSE
+VCGI
C C
B B
A A
Lengda Technology Ltd.
Lengda Technology Ltd.
Lengda Technology Ltd.
5th floor,Block K,
5th floor,Block K,
5th floor,Block K,
Xiamen Exprot Processing Zone,
Xiamen Exprot Processing Zone,
Xiamen Exprot Processing Zone,
Haicang Distri ct,Xiamen,China,361026
Haicang Distri ct,Xiamen,China,361026
Haicang Distri ct,Xiamen,China,361026
IRON215G
IRON215G
IRON215G
Title
Title
Title
Size
Size
Size
Sheet
Sheet
Sheet
Gemini Lake(Power Section1)
Gemini Lake(Power Section1)
Gemini Lake(Power Section1)
Name
Name
Name
C
C
Lucas
Lucas
Lucas
ENGINEER:
ENGINEER:
5
4
3
ENGINEER:
2
C
Date: Sheet of
Date: Sheet of
Date: Sheet of
1
12 50
12 50
12 50
Rev
Rev
Rev
A
A
A
Page 13
5
4
3
2
1
U4D1K
GML
A3
VSS
A6
VSS
A12
AA12
AA13
AA15
AA17
AA21
AA23
AA25
AA27
AA35
AA43
AA48
AB55
AC13
AC23
AC25
AC27
AC29
AE18
AE23
AE25
AE27
AE43
AE48
AF11
AF12
AF14
AF16
AF18
AF23
AF25
AF29
AF40
AF42
VSS
A16
VSS
A20
VSS
A24
VSS
A28
VSS
A32
VSS
A36
VSS
A40
VSS
A44
VSS
A48
VSS
A51
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
AB1
VSS
AB3
VSS
VSS
AC8
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
AF1
VSS
AF3
VSS
AF4
VSS
AF6
VSS
AF8
VSS
AF9
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
D D
C C
INS39343721
11 OF 13
AF44
VSS
AF45
VSS
AF47
VSS
AF48
VSS
AF50
VSS
AF52
VSS
AF53
VSS
AF55
VSS
AG20
VSS
AL21
VSS
AG25
VSS
AG29
VSS
AG35
VSS
AG38
VSS
AJ8
VSS
AJ13
VSS
AJ18
VSS
AJ25
VSS
AJ29
VSS
AJ36
VSS
AJ38
VSS
AJ39
VSS
AJ44
VSS
AK1
VSS
AK3
VSS
AK55
VSS
AL3
VSS
AL7
VSS
AL8
VSS
AL10
VSS
AL12
VSS
AL13
VSS
AL15
VSS
AL17
VSS
AL20
VSS
AL25
VSS
AL29
VSS
AL39
VSS
AL41
VSS
AL43
VSS
AL44
VSS
AL46
VSS
AL51
VSS
AM1
VSS
AM21
VSS
AM23
VSS
AM25
VSS
AM29
VSS
AM31
VSS
AM38
VSS
AM55
VSS
AN3
VSS
AN8
VSS
AN10
VSS
AN46
VSS
?
AN48
AN49
AN51
AN53
AP23
AP27
AP28
AP29
AP33
AP35
AR10
AR12
AR17
AR39
AR44
AR46
AR49
AR54
AT23
AT33
AU10
AU28
AU46
AU53
AV15
AV17
AV23
AV25
AV31
AV33
AV39
AV41
AW2
AW5
AW10
AW28
AW46
AW51
AW54
AY13
AY15
AY28
AY41
AY43
BA27
BA29
BB28
BB55
AR2
AR7
AU3
BB1
BC5
B55
U4D1L
GML
B2
?
U4D1M
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
INS39344173
12 OF 13
BC11
VSS
BC17
VSS
BC19
VSS
BC21
VSS
BC23
VSS
BC25
VSS
BC31
VSS
BC33
VSS
BC35
VSS
BC37
VSS
BC39
VSS
BC41
VSS
BC45
VSS
BC51
VSS
BD9
VSS
BD15
VSS
BD19
VSS
BD21
VSS
BD28
VSS
BD35
VSS
BD37
VSS
BD47
VSS
BE3
VSS
BE28
VSS
BE53
VSS
BF9
VSS
BF19
VSS
BF37
VSS
BF47
VSS
BG1
VSS
BG6
VSS
BG28
VSS
BG50
VSS
BG55
VSS
BH11
VSS
BH13
VSS
BH17
VSS
BH19
VSS
BH23
VSS
BH25
VSS
BH28
VSS
BH31
VSS
BH33
VSS
BH37
VSS
BH39
VSS
BH41
VSS
BH45
VSS
BJ2
VSS
BJ15
VSS
BJ19
VSS
BJ25
VSS
BJ28
VSS
BJ31
VSS
BJ37
VSS
BJ41
VSS
AL23
BJ54
BK17
BK21
BK35
BK39
BK55
BL10
BL14
BL24
BL28
BL32
BL42
BL46
BL48
BL51
GML
VSS
VSS
BK1
VSS
VSS
VSS
VSS
VSS
VSS
BL5
VSS
BL8
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
C1
VSS
C12
VSS
C16
VSS
C28
VSS
C36
VSS
D6
VSS
D9
VSS
D21
VSS
D28
VSS
D41
VSS
D45
VSS
D55
VSS
E28
VSS
E50
VSS
E55
VSS
F1
VSS
F4
VSS
F21
VSS
F31
VSS
G28
VSS
H13
VSS
H15
VSS
H21
VSS
H23
VSS
H28
VSS
H33
VSS
H39
VSS
J8
VSS
J27
VSS
J33
VSS
J41
VSS
J45
VSS
INS39344625
13 OF 13
VSSA1
VSSA2
J51
VSS
K1
VSS
K3
VSS
K28
VSS
K55
VSS
L5
VSS
L7
VSS
L8
VSS
L19
VSS
L33
VSS
M15
VSS
M25
VSS
M28
VSS
M35
VSS
M41
VSS
N12
VSS
N28
VSS
N46
VSS
N51
VSS
P21
VSS
P55
VSS
R8
VSS
R28
VSS
T27
VSS
T38
VSS
U13
VSS
V27
VSS
V38
VSS
V55
VSS
W2
VSS
W3
VSS
W5
VSS
W7
VSS
W8
VSS
W10
VSS
W39
VSS
W41
VSS
W43
VSS
W44
VSS
W46
VSS
W48
VSS
W49
VSS
W51
VSS
Y21
VSS
Y23
VSS
Y25
VSS
Y27
VSS
Y31
VSS
T3
U3
?
B B
A A
Lengda Technology Ltd.
Lengda Technology Ltd.
Lengda Technology Ltd.
5th floor,Block K,
5th floor,Block K,
5th floor,Block K,
Xiamen Exprot Processing Zone,
Xiamen Exprot Processing Zone,
Xiamen Exprot Processing Zone,
Haicang Distri ct,Xiamen,China,361026
Haicang Distri ct,Xiamen,China,361026
Haicang Distri ct,Xiamen,China,361026
IRON215G
IRON215G
IRON215G
Title
Title
Title
Size
Size
Size
Sheet
Sheet
Sheet
Gemini Lake(GND)
Gemini Lake(GND)
Gemini Lake(GND)
Name
Name
Name
C
C
Lucas
Lucas
Lucas
ENGINEER:
ENGINEER:
5
4
3
ENGINEER:
2
C
Date: Sheet of
Date: Sheet of
Date: Sheet of
1
13 50
13 50
13 50
Rev
Rev
Rev
A
A
A
Page 14
+VNN
C33
22uF
CC0603N
C28
22uF
CC0603N
C34
22uF
CC0603N
C40
22uF
CC0603N
C39
1uF
CC0201N
6.3V
±5%
X5R
C37
1uF
CC0201N
6.3V
±5%
X5R
+VCCIOA
BSC
BSC
C10
C13
1uF
1uF
CC0201N
CC0201N
6.3V
6.3V
±5%
C38
1uF
CC0201N
6.3V
±5%
X5R
±5%
X5R
X5R
C9
22uF
CC0603N
ESC
C14
22uF
CC0603N
C15
1uF
CC0201N
6.3V
±5%
X5R
MLCC
C16
1uF
CC0201N
6.3V
±5%
X5R
+VDD1_1P8A
+VCGI
C49
22uF
CC0603N
C50
22uF
CC0603N
C65
47UF
CC0805N
X5R
±20%
C52
22uF
CC0603N
C66
47UF
CC0805N
X5R
±20%
C54
1uF
CC0201N
6.3V
±5%
X5R
C67
47UF
CC0805N
X5R
±20%
C51
1uF
CC0201N
6.3V
±5%
X5R
+VCGI
BSC
C53
1uF
CC0201N
6.3V
±5%
X5R
C68
22uF
CC0603N
+VCGI
C69
22uF
CC0603N
C84
22uF
CC0603N
C55
1uF
CC0201N
6.3V
±5%
X5R
C70
22uF
CC0603N
C85
22uF
CC0603N
C56
1uF
CC0201N
6.3V
±5%
X5R
C71
22uF
CC0603N
C86
1uF
CC0201N
6.3V
±5%
X5R
C62
1uF
CC0201N
6.3V
±5%
X5R
C47
1uF
CC0201N
6.3V
±5%
X5R
C48
1uF
CC0201N
6.3V
±5%
X5R
C60
22uF
CC0603N
+V3P3_RTC
C64
1uF
±20%
6.3 V
Y5V
CC0402N
C72
1uF
CC0201N
6.3V
±5%
X5R
C46
C45
1uF
22uF
CC0201N
CC0603N
6.3V
±5%
X5R
+VCCRAM_1P05S
BSC
C57
1uF
CC0201N
6.3V
±5%
X5R
MLCC
C58
22uF
CC0603N
+VCCRAM_1P05S
BSC MLCC
C63
1uF
CC0201N
6.3V
±5%
X5R
C59
22uF
CC0603N
+V3P3A_SOC
C61
1uF
CC0201N
6.3V
±5%
X5R
BSC
C73
1uF
CC0201N
6.3V
±5%
X5R
C74
1uF
CC0201N
6.3V
±5%
X5R
C75
1uF
CC0201N
6.3V
±5%
X5R
+VDD1P2A
C81
1uF
CC0201N
6.3V
±5%
X5R
C82
1uF
CC0201N
6.3V
±5%
X5R
C77
1uF
CC0201N
6.3V
±5%
X5R
C78
1uF
CC0201N
6.3V
±5%
X5R
C79
1uF
CC0201N
6.3V
±5%
X5R
C80
1uF
CC0201N
6.3V
±5%
X5R
C76
1uF
CC0201N
6.3V
±5%
X5R
C83
22uF
CC0603N
BSC
C87
1uF
CC0201N
6.3V
±5%
X5R
C88
1uF
CC0201N
6.3V
±5%
X5R
C89
1uF
CC0201N
6.3V
±5%
X5R
C90
1uF
CC0201N
6.3V
±5%
X5R
+VDD1P2A
C91
22uF
CC0603N
C92
1uF
CC0201N
6.3V
±5%
X5R
C97
1uF
CC0201N
6.3V
±5%
X5R
+VDD1P2A
C98
22uF
CC0603N
C99
22uF
CC0603N
C100
1uF
CC0201N
6.3V
±5%
X5R
DESIGN NOTE:
EDGE DECAPS FOR EXPOSED POWER PLANES (EMC FEEDBACK)
ENGINEER:
ENGINEER:
ENGINEER:
Lucas
Lucas
Lucas
Lengda Technology Ltd.
Lengda Technology Ltd.
Lengda Technology Ltd.
5th floor,Block K,
5th floor,Block K,
5th floor,Block K,
Xiamen Exprot Processing Zone,
Xiamen Exprot Processing Zone,
Xiamen Exprot Processing Zone,
Haicang Distri ct,Xiamen,China,361026
Haicang Distri ct,Xiamen,China,361026
Haicang Distri ct,Xiamen,China,361026
IRON215G
IRON215G
IRON215G
Title
Title
Title
Size
Size
Size
Sheet
Sheet
Sheet
Gemini Lake(Decoupling)
Gemini Lake(Decoupling)
Gemini Lake(Decoupling)
Name
Name
Name
C
C
C
Date: Sheet of
Date: Sheet of
Date: Sheet of
14 50
14 50
14 50
Rev
Rev
Rev
A
A
A
Page 15
GML Hardware Straps
GPIO27
+V1P8A
R74
4.7K
POP = NA
RC0402N
GPIO_27 8
R76
4.7K
RC0402N
1=enable (default);
0=disable;
If platform is using SPI as the boot device, then
provide a pull-down for this strap to disable eMMC
GPIO65 GPIO79
+V1P8A
R84
4.7K
POP = NA
1 = Force
0 = Do not force (default)
Notes:
1. DnX: Download and Execute
2. This strap is a recovery strap for corrupted FW
image. This strap will force TXE3.0 to execute a
"Download and Execute" (DnX) flow, where it
would download a new firmware image from a
recovery host, over USB, and overwrite the
image in the storage media.TXE can do it for
BIOS part of FW, but if TXE FW itself is corrupted
we need this strap.
GPIO_65 9
GPIO66
+V1P8A
R82
4.7K
POP = NA
RC0402N
R90
4.7K
POP = NA
RC0402N
GPIO28
+V1P8A
R75
4.7K
RC0402N
GPIO_28 8
R78
4.7K
POP = NA
RC0402N
1=enable (default)
0=disable
Note: If platform is using eMMC as boot device, then
provide a pull down for this strap to disable
SPI.
+V1P8A
R83
100k POP = NA
RC0402N
GPIO_66 9
±5%
GPIO_79 9
GPIO81
+V1P8A
R85
4.7K
POP = NA
GPIO43
+V1P8A
R81
4.7K
POP = NA
RC0402N
GPIO_43 6
GPIO_81 9
LPC 1.8V/3.3V
mode select
1=buffers set to 1.8V mode
0=buffers set to 3.3V mode (default)
GPIO44 GPIO45
+V1P8A
R79
100k POP = NA
RC0402N
±5%
GPIO_44 7,36 GPIO_45 7,37
GPIO83 GPIO84
+V1P8A
R86
4.7K
POP = NA
R92
4.7K
POP = NA
GPIO_83 9
+V1P8A
R88
4.7K
POP = NA
R91
4.7K
Allow SPI as a
boot source
1=disable
0=enable (default)
+V1P8A
R80
100k POP = NA
RC0402N
±5%
GPIO86 GPIO163
+V1P8A
R87
4.7K
GPIO_84 9
RC0402N
Ensure that this strap is pulled LOW when RSM_RST_N
de-asserts for normal platform operation.
GPIO_86 9
GPIO61
+V1P8A
R77
4.7K
POP = NA
GPIO_61 9
R89
1k
RC0402N
SMBus 1.8V/3.3V
mode select
1=buffers set to 1.8V mode
0=buffers set to 3.3V mode (default)
GPIO_163 10
GPIO168
+V1P8A
R97
10k
RC0402N
POP = NA
R104
4.7K
RC0402N
GPIO_168 10
PMU (Power
Management
Unit) 1.8V/3.3V
mode select1=buffers set to 1.8V mode
0=buffers set to 3.3V mode (default)
1=VDD2 is 1.24V;
0=VDD2 is 1.20V (default)
+V1P8A
R94
4.7K
POP = NA
R101
10k
RC0402N
POP = NA
GPIO_174 10
GPIO174
+V1P8A
R98
4.7K
POP = NA
GPIO_161 10
GPIO175GPIO174
+V1P8A
R99
4.7K
POP = NA
GPIO_175 10
1=eSPI mode;
0=LPC mode (default)
Note: The default for A0 will be eSPI due to a bug on
LPC.
+V1P8A
R93
4.7K
POP = NA
GPIO_191 9
R100
4.7K
POP = NA
eSPI Flash Sharing Mode:
1=slave attached flash sharing (SAFS);
0=master attached flash sharing (MAFS; default)
Note: if eSPI mode is disabled (eSPI/LPC hard
strap(GPIO_175) is set to select LPC) then the eSPI
slave attached flash sharing strap must also be set to
0.
+V1P8A
R96
4.7K
POP = NA
R103
4.7K
POP = NA
ENGINEER:
ENGINEER:
ENGINEER:
GPIO_194 9
Lucas
Lucas
Lucas
GPIO196GPIO194GPIO191
+V1P8A
R95
4.7K
POP = NA
GPIO_196 9
R102
4.7K
POP = NA
Lengda Technology Ltd.
Lengda Technology Ltd.
Lengda Technology Ltd.
5th floor,Block K,
5th floor,Block K,
5th floor,Block K,
Xiamen Exprot Processing Zone,
Xiamen Exprot Processing Zone,
Xiamen Exprot Processing Zone,
Haicang Distri ct,Xiamen,China,361026
Haicang Distri ct,Xiamen,China,361026
Haicang Distri ct,Xiamen,China,361026
IRON215G
IRON215G
IRON215G
Title
Title
Title
Size
Size
Size
Sheet
Sheet
Sheet
Gemini Lake Hardware Straps
Gemini Lake Hardware Straps
Gemini Lake Hardware Straps
Name
Name
Name
C
C
C
Date: Sheet of
Date: Sheet of
Date: Sheet of
15 50
15 50
15 50
Rev
Rev
Rev
A
A
A
Page 16
5
4
3
2
1
M_A_CLK_DDR_DP<0>5
M_A_CLK_DDR_DN*<0>5
M_A_CLK_DDR_DP<1>5
M_A_CLK_DDR_DN*<1>5
M_A_CKE<0>5
M_A_CKE<1>5
M_A_CS*<0>5
M_A_CS*<1>5
M_A_ODT<0>5
+VDDQ_MEM
R221
3.65K
R223
3.65K
+VDDQ_MEM
+VDDQ_MEM
M_A_DRAMRST
R305
1k
C261
100NF
POP = NA
M_A_ODT<1>5
M_A_BG05
M_A_BG15
M_A_BS05
M_A_BS15
M_A_A05
M_A_A15
M_A_A25
M_A_A35
M_A_A45
M_A_A55
M_A_A65
M_A_A75
M_A_A85
M_A_A95
M_A_A105
M_A_A115
M_A_A125
M_A_A135
M_A_A145
M_A_A155
M_A_A165
D D
+VDDQ_MEM
CA_VREF5
+V3P3S
+V3P3S
C C
+V3P3S
DDR4_DRAMRST#6
B B
R222 2
C259
22nF
R311
24.9
R277 10k POP = NARC0402N
R278 10k POP = NARC0402N
R285 10k RC0402N
R286 10k RC0402N
R287 10k RC0402N
R289 10k POP = NARC0402N
R307 0 RC0402N
M_A_CLK_DDR0
M_A_CLK_DDR#0
M_A_CLK_DDR1
M_A_CLK_DDR#1
M_A_CKE0
M_A_CKE1
M_A_CS#0
M_A_CS#1
M_A_ODT0
M_A_ODT1
M_A_BG0
M_A_BG1
M_A_A0
M_A_A1
M_A_A2
M_A_A3
M_A_A4
M_A_A5
M_A_A6
M_A_A7
M_A_A8
M_A_A9
M_A_A10
M_A_A11
M_A_A12
M_A_A13
M_A_ACT_N
M_A_ACT_N5
SMB_CLK9
DDR0_A_PARITY
DDR0_A_ALERT_N
R224 240
SA1_DIM0
SA0_DIM0
+VDDQ_MEM
R312 240
R313 240
SMB_DATA9
R288 240POP = NA
R290 240POP = NA
R300 240POP = NA
R301 240POP = NA
R302 240POP = NA
R303 240POP = NA
R304 240POP = NA
R306 240POP = NA
M_A_WE#
M_A_CAS#
M_A_RAS#
M_A_DRAMRST
VREF_CA
SMB_DATA_S2
SMB_CLK_S2
M_A_CB0
M_A_CB1
M_A_CB2
M_A_CB3
M_A_CB4
M_A_CB5
M_A_CB6
M_A_CB7
137
139
138
140
109
110
149
157
155
161
115
113
150
145
144
133
132
131
128
126
127
122
125
121
146
120
119
158
151
156
152
114
143
116
134
108
164
254
253
166
260
256
92
91
101
105
88
87
100
104
12
33
54
75
178
199
220
241
96
162
165
1782A1BX40A
CN1A
CK0_T
CK0_C
CK1_T
CK1_C
CKE0
CKE1
S0*
S1*
ODT0
ODT1
BG0
BG1
BA0
BA1
A0
A1
A2
A3
A4
A5
A6
A7
A8
A9
A10_AP
A11
A12
A13
A14_WE*
A15_CAS*
A16_RAS*
ACT*
PARITY
ALERT*
EVENT*
RESET*
VREFCA
SDA
SCL
SA2
SA1
SA0
CB0_NC
CB1_NC
CB2_NC
CB3_NC
CB4_NC
CB5_NC
CB6_NC
CB7_NC
DM0*/DBI0*
DM1*/DBI1*
DM2*/DBI2*
DM3*/DBI3*
DM4*/DBI4*
DM5*/DBI5*
DM6*/DBI6*
DM7*/DBI7*
DM8*/DBI8*
S2*/C0
S3*/C1
DQ10
DQ11
DQ12
DQ13
DQ14
DQ15
DQ16
DQ17
DQ18
DQ19
DQ20
DQ21
DQ22
DQ23
DQ24
DQ25
DQ26
DQ27
DQ28
DQ29
DQ30
DQ31
DQ32
DQ33
DQ34
DQ35
DQ36
DQ37
DQ38
DQ39
DQ40
DQ41
DQ42
DQ43
DQ44
DQ45
DQ46
DQ47
DQ48
DQ49
DQ50
DQ51
DQ52
DQ53
DQ54
DQ55
DQ56
DQ57
DQ58
DQ59
DQ60
DQ61
DQ62
DQ63
DQS0_T
DQS1_T
DQS2_T
DQS3_T
DQS4_T
DQS5_T
DQS6_T
DQS7_T
DQS8_T
DQS0_C
DQS1_C
DQS2_C
DQS3_C
DQS4_C
DQS5_C
DQS6_C
DQS7_C
DQS8_C
8
DQ0
7
DQ1
20
DQ2
21
DQ3
4
DQ4
3
DQ5
16
DQ6
17
DQ7
28
DQ8
29
DQ9
41
42
24
25
38
37
50
49
62
63
46
45
58
59
70
71
83
84
66
67
79
80
174
173
187
186
170
169
183
182
195
194
207
208
191
190
203
204
216
215
228
229
211
212
224
225
237
236
249
250
232
233
245
246
13
34
55
76
179
200
221
242
97
11
32
53
74
177
198
219
240
95
R308 240
R309
240
M_A_DQS_DP<0> 5
M_A_DQS_DP<3> 5
M_A_DQS_DP<2> 5
M_A_DQS_DP<1> 5
M_A_DQS_DP<4> 5
M_A_DQS_DP<5> 5
M_A_DQS_DP<6> 5
M_A_DQS_DP<7> 5
M_A_DQS_DN*<0> 5
M_A_DQS_DN*<3> 5
M_A_DQS_DN*<2> 5
M_A_DQS_DN*<1> 5
M_A_DQS_DN*<4> 5
M_A_DQS_DN*<5> 5
M_A_DQS_DN*<6> 5
M_A_DQS_DN*<7> 5
M_A_DQ<1> 5
M_A_DQ<0> 5
M_A_DQ<5> 5
M_A_DQ<7> 5
M_A_DQ<2> 5
M_A_DQ<3> 5
M_A_DQ<6> 5
M_A_DQ<4> 5
M_A_DQ<24> 5
M_A_DQ<29> 5
M_A_DQ<28> 5
M_A_DQ<26> 5
M_A_DQ<25> 5
M_A_DQ<30> 5
M_A_DQ<31> 5
M_A_DQ<27> 5
M_A_DQ<19> 5
M_A_DQ<18> 5
M_A_DQ<23> 5
M_A_DQ<22> 5
M_A_DQ<17> 5
M_A_DQ<16> 5
M_A_DQ<21> 5
M_A_DQ<20> 5
M_A_DQ<8> 5
M_A_DQ<9> 5
M_A_DQ<12> 5
M_A_DQ<13> 5
M_A_DQ<10> 5
M_A_DQ<15> 5
M_A_DQ<11> 5
M_A_DQ<14> 5
M_A_DQ<37> 5
M_A_DQ<38> 5
M_A_DQ<32> 5
M_A_DQ<34> 5
M_A_DQ<36> 5
M_A_DQ<39> 5
M_A_DQ<35> 5
M_A_DQ<33> 5
M_A_DQ<44> 5
M_A_DQ<45> 5
M_A_DQ<42> 5
M_A_DQ<43> 5
M_A_DQ<47> 5
M_A_DQ<46> 5
M_A_DQ<41> 5
M_A_DQ<40> 5
M_A_DQ<53> 5
M_A_DQ<54> 5
M_A_DQ<50> 5
M_A_DQ<48> 5
M_A_DQ<55> 5
M_A_DQ<51> 5
M_A_DQ<49> 5
M_A_DQ<52> 5
M_A_DQ<60> 5
M_A_DQ<62> 5
M_A_DQ<59> 5
M_A_DQ<58> 5
M_A_DQ<61> 5
M_A_DQ<56> 5
M_A_DQ<63> 5
M_A_DQ<57> 5
+VDDQ_MEM
+V1.8U_2.5U_MEM
C25
10uF
CC0603N
+VDDQ_VTT
+V3P3S
C255
C254
10uF
CC0603N
+VDDQ_MEM +VDDQ_MEM
1UF
CC0402N
C256
1UF
CC0402N
C257
100NF
CC0402N
C258
2.2uF
CC0603N
258
259
257
255
252
248
244
238
234
230
226
222
218
214
210
206
202
196
192
188
184
180
176
172
168
106
102
98
94
90
86
82
78
72
68
64
60
56
52
48
44
40
36
30
26
22
18
14
10
15
E1
E2
VTT
VPP2
VPP1
VDDSPD
VSS94
VSS93
VSS92
VSS91
VSS90
VSS89
VSS88
VSS87
VSS86
VSS85
VSS84
VSS83
VSS82
VSS81
VSS80
VSS79
VSS78
VSS77
VSS76
VSS75
VSS74
VSS73
VSS72
VSS71
VSS70
VSS69
VSS68
VSS67
VSS66
VSS65
VSS64
VSS63
VSS62
VSS61
VSS60
VSS59
VSS58
VSS57
VSS56
VSS55
VSS54
VSS53
VSS52
VSS51
VSS50
6
VSS49
2
VSS48
1
VSS47
5
VSS46
9
VSS45
VSS44
E1
E2
1782A1BX40A
CN1B
VDD19
VDD18
VDD17
VDD16
VDD15
VDD14
VDD13
VDD12
VDD11
VDD10
VDD9
VDD8
VDD7
VDD6
VDD5
VDD4
VDD3
VDD2
VDD1
VSS1
VSS2
VSS3
VSS4
VSS5
VSS6
VSS7
VSS8
VSS9
VSS10
VSS11
VSS12
VSS13
VSS14
VSS15
VSS16
VSS17
VSS18
VSS19
VSS20
VSS21
VSS22
VSS23
VSS24
VSS25
VSS26
VSS27
VSS28
VSS29
VSS30
VSS31
VSS32
VSS33
VSS34
VSS35
VSS36
VSS37
VSS38
VSS39
VSS40
VSS41
VSS42
VSS43
+VDDQ_MEM
163
160
159
154
153
148
147
142
141
136
135
130
129
124
123
118
117
112
111
251
247
243
239
235
231
227
223
217
213
209
205
201
197
193
189
185
181
175
171
167
107
103
99
93
89
85
81
77
73
69
65
61
57
51
47
43
39
35
31
27
23
19
MEMORY - DDR4 CHANNEL A
C262
10UF
CC0603N
C263
10UF
CC0603N
C312
10UF
CC0603N
C313
10UF
CC0603N
C314
10UF
CC0603N
C315
10UF
CC0603N
C316
10UF
CC0603N
Note: Place close to SODIMM
+VDDQ_VTT
C327
100NF
CC0402N
C328
100NF
CC0402N
ENGINEER:
ENGINEER:
ENGINEER:
2
C326
10UF
CC0603N
A A
5
Note:
If SA0_DIM0 = 0, SA1_DIM0 = 0
SO-DIMMA SPD Address is 0xA0
SO-DIMMA TS Address is 0x30
If SA0_DIM0 = 1, SA1_DIM0 = 0
SO-DIMMA SPD Address is 0xA2
SO-DIMMA TS Address is 0x32
4
3
C329
100NF
CC0402N
Lucas
Lucas
Lucas
C330
100NF
CC0402N
C318
C317
10UF
CC0603N
C319
1UF
CC0402N
Note:
Layout Place See Document 425302 PG19
C320
1UF
1UF
CC0402N
5th floor,Block K,
5th floor,Block K,
5th floor,Block K,
Xiamen Exprot Processing Zone,
Xiamen Exprot Processing Zone,
Xiamen Exprot Processing Zone,
Haicang Distri ct,Xiamen,China,361026
Haicang Distri ct,Xiamen,China,361026
Haicang Distri ct,Xiamen,China,361026
Title
Title
Title
Size
Size
Size
C
C
C
Date: Sheet of
Date: Sheet of
Date: Sheet of
CC0402N
CC0402N
Lengda Technology Ltd.
Lengda Technology Ltd.
Lengda Technology Ltd.
IRON215G
IRON215G
IRON215G
Sheet
Sheet
Sheet
LPDDR4 CHANNEL A01
LPDDR4 CHANNEL A01
LPDDR4 CHANNEL A01
Name
Name
Name
C322
C321
1UF
1UF
CC0402N
1
C323
1UF
CC0402N
C324
1UF
CC0402N
16 50
16 50
16 50
C325
1UF
CC0402N
Rev
Rev
Rev
A
A
A
Page 17
5
D D
C C
4
3
2
1
B B
A A
Lengda Technology Ltd.
Lengda Technology Ltd.
Lengda Technology Ltd.
5th floor,Block K,
5th floor,Block K,
5th floor,Block K,
Xiamen Exprot Processing Zone,
Xiamen Exprot Processing Zone,
Xiamen Exprot Processing Zone,
Haicang Distri ct,Xiamen,China,361026
Haicang Distri ct,Xiamen,China,361026
Haicang Distri ct,Xiamen,China,361026
IRON215G
IRON215G
IRON215G
Title
Title
Title
Size
Size
Size
Sheet
Sheet
Sheet
LPDDR4 CHANNEL A02
LPDDR4 CHANNEL A02
LPDDR4 CHANNEL A02
Name
Name
Name
C
C
Lucas
Lucas
Lucas
ENGINEER:
ENGINEER:
5
4
3
ENGINEER:
2
C
Date: Sheet of
Date: Sheet of
Date: Sheet of
1
17 50
17 50
17 50
Rev
Rev
Rev
A
A
A
Page 18
5
D D
C C
4
3
2
1
THIS PAGE IS BLANK.
B B
A A
Lengda Technology Ltd.
Lengda Technology Ltd.
Lengda Technology Ltd.
5th floor,Block K,
5th floor,Block K,
5th floor,Block K,
Xiamen Exprot Processing Zone,
Xiamen Exprot Processing Zone,
Xiamen Exprot Processing Zone,
Haicang Distri ct,Xiamen,China,361026
Haicang Distri ct,Xiamen,China,361026
Haicang Distri ct,Xiamen,China,361026
IRON215G
IRON215G
IRON215G
Title
Title
Title
Size
Size
Size
Sheet
Sheet
Sheet
LPDDR4 CHANNEL A11
LPDDR4 CHANNEL A11
LPDDR4 CHANNEL A11
Name
Name
Name
C
C
Lucas
Lucas
Lucas
ENGINEER:
ENGINEER:
5
4
3
ENGINEER:
2
C
Date: Sheet of
Date: Sheet of
Date: Sheet of
1
18 50
18 50
18 50
Rev
Rev
Rev
A
A
A
Page 19
5
D D
C C
4
3
2
1
THIS PAGE IS BLANK.
B B
A A
Lengda Technology Ltd.
Lengda Technology Ltd.
Lengda Technology Ltd.
5th floor,Block K,
5th floor,Block K,
5th floor,Block K,
Xiamen Exprot Processing Zone,
Xiamen Exprot Processing Zone,
Xiamen Exprot Processing Zone,
Haicang Distri ct,Xiamen,China,361026
Haicang Distri ct,Xiamen,China,361026
Haicang Distri ct,Xiamen,China,361026
IRON215G
IRON215G
IRON215G
Title
Title
Title
Size
Size
Size
Sheet
Sheet
Sheet
LPDDR4 CHANNEL A12
LPDDR4 CHANNEL A12
LPDDR4 CHANNEL A12
Name
Name
Name
C
C
Lucas
Lucas
Lucas
ENGINEER:
ENGINEER:
5
4
3
ENGINEER:
2
C
Date: Sheet of
Date: Sheet of
Date: Sheet of
1
19 50
19 50
19 50
Rev
Rev
Rev
A
A
A
Page 20
5
4
3
2
1
+VSYS_DCIN
C507
D D
+V5P0A/Im ax=10.42 A
+V5P0A
12
C515
2.2uF
CC0603N
CP1
150UF
C514
0.1u
CC0402N
C C
C508
10uF
10uF
R388
20K±1%
RC0603N
R394 10k
C512 0.1u
1
C523
0.1u
CC0402N
VFB1
VCLK
CC0402N
3
D7
SOT95P280-3N
R392 100k± 1%
RC0603N
20
19
18
17
16
C518
1uF
VCLK
C521
0.1u
CC0402N
2
R390 30k ±1%RC0603N
VREG3
2
9
4
Q16
sod5225n
POP = NA
10
D1-4
S2-5
5
6
C522
0.1u
CC0402N
1
D1-2
D1-33D1-9
S2-6
1
G1
DRVH1
G28S2-77S1/D2
3
D6
SOT95P280-3N
R397 2.2
DRVL1
SW1
C520
0.1u
CC0402N
RC0603N
2
L3 2.2uH
1 2
LC6666N
+
AON7934
NP
D5
SK34L
+V15A
EN1
VCLK
SW1
VBST1
DRVH1
VREG5
C524
1uF
CC0603N
C511
1uF
VREG3
3
2
4
1
5
CS1
VFB1
VFB2
VREG3
PGOOD
VBST2
DRVH2
15
C519
0.1uF
CC0603N
U5
TPS51275/C
CS2
EN2
SW2
E1
DRVL211VIN12VREG513VO114DRVL1
+VSYS_DCIN
6
7
8
9
10
E1
C513 0.1u
R389
20K ±1%
RC0603N
VFB2
R391 13k ohm ±1% RC0603N
R393 100k± 1%
RC0603N
VREG3
R395 10k
R396 10k
V3P3A_PWRGD 22
R398 2.2
CC0402N
+V3P3A
RC0603N
DRVH2
DRVL2
2
1
G1
D1-2
D1-33D1-9
S2-6
G28S2-77S1/D2
6
SW2
+VSYS_DCIN
C509
C510
10uF
10uF
+V3P3A/Im ax=9.5A
C516
2.2uF
CC0603N
+V3P3A
C517
0.1u
CC0402N
9
4
D1-4
AON7934
S2-5
Q17
5
10
NP
D4
SK34L
sod5225n
POP = NA
L4 2.2uH
1 2
LC6666N
12
CP2
+
150UF
CAE630W570HN
B B
A A
Lengda Technology Ltd.
Lengda Technology Ltd.
Lengda Technology Ltd.
5th floor,Block K,
5th floor,Block K,
5th floor,Block K,
Xiamen Exprot Processing Zone,
Xiamen Exprot Processing Zone,
Xiamen Exprot Processing Zone,
Haicang Distri ct,Xiamen,China,361026
Haicang Distri ct,Xiamen,China,361026
Haicang Distri ct,Xiamen,China,361026
IRON215G
IRON215G
IRON215G
Title
Title
Title
Size
Size
Size
Sheet
Sheet
Sheet
Power +V5A&+V3.3A
Power +V5A&+V3.3A
Power +V5A&+V3.3A
Name
Name
Name
C
C
Golden
Golden
Golden
ENGINEER:
ENGINEER:
5
4
3
ENGINEER:
2
C
Date: Sheet of
Date: Sheet of
Date: Sheet of
1
20 50
20 50
20 50
Rev
Rev
Rev
A
A
A
Page 21
5
4
3
2
1
S3 /S4 Power control
+V15A
R46 100k RC 0402N
R47
D D
SLP_S3#11,21,22,24,32,35
SLP_S3#_EC32
R49 1k RC0402N
R127 0
POP = NA
RC0402N
100k
RC0402N
3
D
R48
S
G
2N7002LT1
2
1M
Q21
RC0402N
1
SLPS3#_CONTROL
3
D
S
1
Q20
G
2N7002LT1
2
SLPS3#_CONTROL
+V3P3A
C102
10uF
CC0603N
R108 1k RC0402N
C103
0.01uF
CC0402N
+V3P3S
C104
10uF
CC0603N
Q18
8
1
7
2
6
3
5
APM3302QA
4
C107
0.01uF
CC0402N
+V5P0A
SLPS3#_CONTROL
C106
10uF
CC0805N
R110 1k RC0402N
Q19
8
1
7
2
6
3
5
APM3302QA
4
C108
0.01uF
CC0402N
+V5S/7.5 A
+V5S
C105
0.01uF
CC0402N
C101
10uF
CC0805N
+V5P0A
C C
B B
SLP_S3#11,21,22,24,32,35
+V3P3S
R114 0
RC0402N
R115 0
POP = NA
RC0402N
DUAL-LAY
C110
1uF
CC0402N
C111
0.01uF
CC0402N
APL3526
U1
1
VIN1
VOUT1
2
VIN2
VOUT2
3
ON
CT
4
VBIAS
GND
E1
E1
+V1P8S+V1P8A
8
7
6
5
C109
0.1u
C112
CC0402N
1uF
CC0402N
Power Discharge Circuit
+V5P0A
R106
100k
RC0402N
S3_DISCHARGE
3
SLP_S3#11,21,22,24,32,35
1
G
2
D
S
Q22
2N7002LT1
R113
1M
RC0402N
+V5S
1
G
3
D
S
2
R107
100
RC0603N
Q23
2N7002LT1
+V3P3S
R109
100
±1%
±1%
RC0603N
3
Q24
D
2N7002LT1
S
1
G
2
+V1P8S
R112
47
RC0603N
3
Q25
D
2N7002LT1
S
1
G
2
A A
Lengda Technology Ltd.
Lengda Technology Ltd.
Lengda Technology Ltd.
5th floor,Block K,
5th floor,Block K,
5th floor,Block K,
Xiamen Exprot Processing Zone,
Xiamen Exprot Processing Zone,
Xiamen Exprot Processing Zone,
Haicang Distri ct,Xiamen,China,361026
Haicang Distri ct,Xiamen,China,361026
Haicang Distri ct,Xiamen,China,361026
IRON215G
IRON215G
IRON215G
Title
Title
Title
Size
Size
Size
Sheet
Sheet
Sheet
POWER GATES
POWER GATES
POWER GATES
Name
Name
Name
C
C
Golden
Golden
Golden
ENGINEER:
ENGINEER:
5
4
3
ENGINEER:
2
C
Date: Sheet of
Date: Sheet of
Date: Sheet of
1
21 50
21 50
21 50
Rev
Rev
Rev
A
A
A
Page 22
5
4
3
2
1
+V1P8A
R170
100k
RC0402N
±5%
D D
IRQ
+V3P3S
R171
10k
RC0402N
±5%
R179
100k
RC0402N
±5%
POP = NA
+V3P3A
R174
100k
RC0402N
±5%
RSMRST_B
PCHPWROK
+V1P8A
POP = NA
R175
R176
1k
1k
PMIC_I2C_SDA
POP = NA
PMIC_I2C_SCL
+V5P0A
R167
2.2
RC0402N
±5%
C115
1uF
CC0402N
±10%
X5R
+VCC_PMIC
+VSYS_DCIN
R166
442K
RC0402N
±1%
C113
0.1u
CC0402N
±10%
X7R
16V
+VSYS
R177
340K
RC0402N
±1%
+VSYS_DCIN
CC0603N
C114
1uF
R168
2.2
RC0402N
±5%
+VIN_CT
PCHPWROK
R182
10
RC0402N
±5%
PCHPWROK_RC
C117
0.1u
CC0402N
±10%
X7R
16V
R6246
RC0402N±5%
R191
±5%
±1%
U1_FB2_C
+V3P3A
R204 0
POP = NA
PMIC_I2C_SDA11,32
PMIC_I2C_SCL11,32
RSMRST#_PMIC32
PMIC_THERMTRIP#11
R187 24k
0
RC0402N
4.53K
RC0402N
C162 2200PF
X7R
50V
RC0603N
PCH_PWROK11
0
RC0402N±1%
CC0402N
±10%
4
±5%
C116
0.1u
POP = NACC0402N
PMIC_EN32
PMIC_I2C_SDA
PMIC_I2C_SCL
SLP_S4#11,32
SLP_S0#11
SLP_S3#11,21,24,32,35
PMIC_IRQ#8,32
C150 33pF
RC0402N
0
RC0402N
+VDDQ_VTT
50V
VCGI_VR_OCP
DDR_VR_OCP
DDR_SEL
±5%
CC0402N
COG
C163
2200PF
CC0402N
X7R
±10%
50V
U1_VSS
VCGI_SENSEP2
VCGI_SENSEN2
U1_IN_VTT
U1_O_VTT
R184 39.2K
RC0402N±1%
R199 10k
±1%
R202
±5%
VCGI_SENSEP224
VCGI_SENSEN224
C174
2.2uF
CC0402N
±15%%
6.3V
X5R
C183
2.2uF
CC0402N
±15%%
6.3V
X5R
C197
10uF
CC0603N
25V
X5R
SLP_S4_B
SLP_S0_B
SLP_S3_B
RSMRST_B
THERMTRIP#
U1_VO2
U1_FB2
U1_COMP2U1_COMP2_R
C184
10uF
CC0603N
25V
X5R
PCHPWROK
IRQ
U2
30
13
12
16
14
15
36
17
27
39
9
10
23
35
34
33
8
32
31
20
19
4
3
2
6
53
PMIC_EN
SDA
SCL
SLP_S4_B
SLP_S0_B
SLP_S3_B
RSMRST_B
THERMTRIP#
PCHPWROK
IRQ
CS_DIS2
CS_DIS6
DDR_SEL
VO2
FB2
COMP2
VSSSENSE2
ISENSEP2
ISENSEN2
SWIN_IP8U
SWO_1P8U
VDDQ_LDO_IN
VO_VTT
VTT_SEN
AGND
EPAD
RT5077AQW
VCC
VSYS
VIN_CT
VIN1_1
VIN1_2
LX1_1
LX1_2
VO1
PWM2
DRV_EN2
LX2
PWM6
DRV_EN6
LX6
VO6
VIN3_1
VIN3_2
VIN5
VIN4
LX3_1
LX3_2
VO3
LX4_1
LX4_2
VO4
LX5
VO5
3
+VSYS
11
+VIN_CT
52
47
48
45
46
1
42
44
43
49
51
50
5
40
41
22
25
37
38
24
28
29
26
21
18
+VSW_VNN
VNN_VCC_SENSE
VCGI_PWM2
VCGI_DRV_EN2
+VCGI_LX_SENSE
VDDQ_PWM6
VDDQ_DRV_EN6
+VDDQ_LX_SENSE
+VSW_VCCRAM
+SW_V1.8A
+V1P8A_VOUT4
+V1.2VR_SW
+VSW_VNN 23
VNN_VCC_SENSE 12
VCGI_PWM2 24
VCGI_DRV_EN2 24
+VCGI_LX_SENSE 24
VDDQ_PWM6 23
VDDQ_DRV_EN6 23
+VDDQ_LX_SENSE 23
+VSW_VCCRAM 23
+SW_V1.8A 23
+V1.2VR_SW 23
Lucas
Lucas
Lucas
ENGINEER:
ENGINEER:
ENGINEER:
2
+V1P05S
+VDDQ
C120
0.1u
CC0402N
±10%
X7R
16V
+V1P8A
+VCC_PMIC
7
+V5P0A
C121
47UF
CC0805N
X5R
±20%
6.3V
C161
C160
47UF
0.1u
CC0805N
CC0402N
X5R
±20%
±10%
6.3V
X7R
16V
C166
0.1u
CC0402N
±10%
X7R
16V
C170
0.1u
CC0402N
±10%
X7R
16V
C167
47UF
CC0805N
X5R
±20%
6.3V
C171
47UF
CC0805N
X5R
±20%
6.3V
+V1P2A
Lengda Technology Ltd.
Lengda Technology Ltd.
Lengda Technology Ltd.
5th floor,Block K,
5th floor,Block K,
5th floor,Block K,
Xiamen Exprot Processing Zone,
Xiamen Exprot Processing Zone,
Xiamen Exprot Processing Zone,
Haicang Distri ct,Xiamen,China,361026
Haicang Distri ct,Xiamen,China,361026
Haicang Distri ct,Xiamen,China,361026
IRON215G
IRON215G
IRON215G
Title
Title
Title
Size
Size
Size
Sheet
Sheet
Sheet
PMIC RICHTEK1
PMIC RICHTEK1
PMIC RICHTEK1
Name
Name
Name
C
C
C
Date: Sheet of
Date: Sheet of
Date: Sheet of
1
+V5P0A
C168
47UF
CC0805N
X5R
±20%
6.3V
C172
47UF
CC0805N
X5R
±20%
6.3V
22 50
22 50
22 50
Rev
Rev
Rev
A
A
A
C C
+VCGI
R190
100
differential signal
R192
B B
VCCGI_SENSE12
VSSGI_SENSE12
RC0402N
±5%
R201
RC0402N
±5%
0
CC0402N
0
CC0402N
C165
C169
0.1u
±10%
0.1u
±10%
X7R
16V
X7R
16V
RC0402N
±1%
U1_FB2_R
C164
0.1u
CC0201N
±10%
6.3V
X5R
FBGND2
R203
100
RC0402N
±1%
V3P3A_PWRGD32
R189 100k
POP = NA
R197
R198
1.2K
RC0402N
±1%
+VDDP_VME M/Imax=1 A
+V1.8U_2.5U_MEM
+VDDP_VMEM: +V2P5U for DDR4
+VDDQ
A A
5
Page 23
5
4
3
2
1
+VNN
+VNN/Imax=4A
+VNN
C207
C208
47UF
47UF
CC0805N
CC0805N
X5R
X5R
±20%
±20%
6.3V
6.3V
C210
2700PF
CC0402N
R205
2.2
RC0805 N
50V
X7R
L2 0.47uH
1 2
LC6666 N
+VNN_OUT
C198
C206
C202
C209
47UF
47UF
47UF
47UF
CC0805N
CC0805N
CC0805N
CC0805N
X5R
X5R
X5R
X5R
±20%
±20%
±20%
±20%
6.3V
6.3V
6.3V
6.3V
D D
DESIGN NOTE:
R and C for undershoot and overshoot.
R is no more than 10 Ohms; C is no more than 10nf.
+VSW_VNN
+VSW_V NN22
+V1P05S
+VSW_V CCRAM22
C215
2700PF
CC0402N
50V
R206
2.2
RC0805 N
X7R
L5 0.47uH
1 2
LC6666 N
+V1P05_S+VSW_VCCRAM
C212
47UF
CC0805N
X5R
±20%
6.3V
+V1P05S/Imax=4. 5A
C213
C214
47UF
47UF
CC0805N
CC0805N
X5R
X5R
±20%
±20%
6.3V
6.3V
+V1P05S
C211
47UF
CC0805N
X5R
±20%
6.3V
+V1P8A
+V1P8A/Imax=2. 5A
C216
47UF
CC0805N
X5R
±20%
6.3V
+V1P2A/Imax=2. 5A
C229
47UF
CC0805N
X5R
±20%
6.3V
+V1P8A
+V1P2A
L6
+SW_V1.8A
+V1.2VR_SW
C219
2700PF
CC0402N
50V
R207
2.2
RC0805 N
X7R
1 2
1uH
LC6666 N
R211
2.2
RC0805 N
C232
2700PF
CC0402N
50V
X7R
L7
1 2
1uH
LC6666 N
C C
+SW_V1 .8A22
+VDDQ
0.1uF
C223
R210
0
RC0402N
±5%
VDDQ_BOOT
VDDQ_PWM2
C225
1uF
CC0402 N
±10%
X5R
U3842 RT96 10CQW
1
2
3
4
EN
PHASE
UGATE
BOOT
VDDQ_EN
C224
0.1u
CC0402N
±10%
VCC
LGATE
GND
PWM
E1
VDDQ_P WM622
VDDQ_D RV_EN622
+V5P0A
PR1 2 .2
RC0603 N
B B
VDDQ_E N
VDDQ_P HASE
VDDQ_UG ATE
VDDQ_B OOT
A A
X7R
CC0402 N
16V
±10%
VDDQ_UGATE
VDDQ_PHASE
VDDQ_LGATE
8
VDDQ_L GATE
7
6
VDDQ_P WM2
5
E1
C233
2700PF
CC0402N
R212
2.2
RC0805 N
50V
X7R
+VDDQ_L X_SENS E 2 2
Close to Hside MOS
2
9
4
1
G1
D1-2
D1-33D1-9
D1-4
AON7934
S2-5
S2-6
G28S2-77S1/D2
Q28
5
6
+VCGI_LX_R
10
C220
10uF
CC0603 N
10uF
X5R
C221
10uF
CC0603 N
10uF
X5R
L8 0.47uH
1 2
LC6666 N
C222
10uF
CC0603 N
10uF
X5R
FB6 120 FB0805N
FB9 120 FB0805N
C226
47UF
CC0805N
X5R
±20%
6.3V
+VSYS_DC IN
+V1P2A
+VDDQ/Imax=7A
+VDDQ
+VDDQ_ME M
12
C227
47UF
CC0805N
X5R
±20%
6.3V
CP4
C228
330uF
+
47UF
CCP734 3N
CC0805N
X5R
2.0V
±20%
±20%
6.3V
+V1.2VR_ SW22
+V1P8_A
C218
C217
47UF
47UF
CC0805N
CC0805N
X5R
X5R
±20%
±20%
6.3V
6.3V
+V1P2_A
C230
C231
47UF
47UF
CC0805N
CC0805N
X5R
X5R
±20%
±20%
6.3V
6.3V
Lengda Technology Ltd.
Lengda Technology Ltd.
Lengda Technology Ltd.
5th floor,Block K,
5th floor,Block K,
5th floor,Block K,
Xiamen Exprot Processing Zone,
Xiamen Exprot Processing Zone,
Xiamen Exprot Processing Zone,
Haicang D istrict,Xiamen,China,361026
Haicang D istrict,Xiamen,China,361026
Haicang D istrict,Xiamen,China,361026
IRON215G
IRON215G
IRON215G
Title
Title
Title
Size
Size
Size
Sheet
Sheet
Sheet
PMIC RICHTEK2
PMIC RICHTEK2
PMIC RICHTEK2
Name
Name
Name
D
D
Lucas
Lucas
Lucas
ENGINEER:
ENGINEER:
5
4
3
2
ENGINEER:
D
Date: Sheet of
Date: Sheet of
Date: Sheet of
1
23 50
23 50
23 50
Rev
Rev
Rev
A
A
A
Page 24
5
4
3
2
1
+VCGI
D D
0.1u
R213
RC0402N
±5%
VCGI_BOOT
C239
0.1u
CC0402N
±10%
VCGI_PWM2
+V5P0A
VCGI_PWM222
VCGI_DRV_EN222
VCGI_DRV_EN2
PR2 2.2
RC0603N
C C
C244
1uF
CC0402N
±10%
X5R
VCGI_DRV_EN2
VCGI_PHASE
VCGI_UGATE
VCGI_BOOT
U4 RT9610CQW
1
EN
PHASE
UGATE
BOOT
LGATE
PWM
VCC
GND
2
3
4
8
7
6
5
E1
E1
C234
0
CC0402N
X7R
±10%
16V
VCGI_UGATE
VCGI_PHASE
VCGI_LGATE
R215
2.2
RC0805N
C251
2700PF
CC0402N
VCGI_LGATE
VCGI_PWM2
50V
X7R
+VCGI_LX_SENSE 22
C240
0.1u
CC0201N
±10%
6.3V
X5R
+VSYS_DCIN
+VCGI/25 A
C241
0.1u
CC0201N
±10%
6.3V
X5R
+VCGI
C243
0.1u
CC0201N
±10%
6.3V
X5R
C242
0.1u
CC0201N
±10%
6.3V
X5R
Close to Hside MOS
C236
10uF
CC0603N
25V
X5R
L10
0.22UH
1 2
LC115102N
C237
10uF
CC0603N
25V
X5R
C235
10uF
CC0603N
25V
X5R
27
D1
1
G1
6
Q29
G2
SM7302ESKP
KPAK127P605-9N
S1/D2
S2
+VCGI_LX_R
345
C238
10uF
CC0603N
25V
X5R
FB14 120
12
CP3
330uF
+
CCP7343N
2.0V
±20%
FB11 120
FB0805N
FB0805N
+VCGI
R216 1.33K
VCGI_SNS
C252
0.1u
CC0402N
B B
±10%
X7R
16V
RC0402N
±1%
R219 NTC10K
DESIGN NOTE:
PLACE thermal resistor near CPU L
RC0402N
±1%
R217 523
RC0402N
±1%
R220 0
R218 3.16K
RC0402N
RC0402N
VCGI_SENSEP2
±1%
+VCGI_LX_SENSE
C253
0.1u
CC0402N
±10%
X7R
16V
VCGI_SENSEP2 22
VCGI_SENSEN2 22
Differential signal
A A
Lengda Technology Ltd.
Lengda Technology Ltd.
Lengda Technology Ltd.
5th floor,Block K,
5th floor,Block K,
5th floor,Block K,
Xiamen Exprot Processing Zone,
Xiamen Exprot Processing Zone,
Xiamen Exprot Processing Zone,
Haicang Distri ct,Xiamen,China,361026
Haicang Distri ct,Xiamen,China,361026
Haicang Distri ct,Xiamen,China,361026
IRON215G
IRON215G
IRON215G
Title
Title
Title
Size
Size
Size
Sheet
Sheet
Sheet
PMIC RICHTEK3
PMIC RICHTEK3
PMIC RICHTEK3
Name
Name
Name
C
C
Lucas
Lucas
Lucas
ENGINEER:
ENGINEER:
5
4
3
ENGINEER:
2
C
Date: Sheet of
Date: Sheet of
Date: Sheet of
1
24 50
24 50
24 50
Rev
Rev
Rev
A
A
A
Page 25
5
4
3
2
1
+VSYS_DCIN
C275
0.1uF
CC0603N
1
G
POP = NA
Power Sequence
05
R237
100
RC1206N
POP = NA
3
Q31
D
2N7002LT1
S
SOT95P240-3N
2
ADP_IN
CN3
B
D
C
D D
MAX 4A
NP
D9
sod5225n
R235
2.2
RC0805N
C277
2.2uF
CC0805N
12
F1 f1206n
FB15 120 FB0805N
FB16 120 FB0805N
C270
0.1uF
CC0603N
C271
0.1uF
CC0603N
R234
2K
+V_ADP_IN
+V_ADP_IN
Layout NOTE:
The AGND_CHG connect to
GND through E1 pin;
Power Button Detect & Latch
DFN65P280X290-8N
C272
0.1uF
CC0603N
Power Sequence
R241
1M
RC0402N
AON3419
C276
R236
390K
0.1uF
CC0603N
RC0603N
PWRONLATCHG
7AC 4BAT
Co-Lay
R233 0 RC2512N
9
8
1
7
2
6
3
5
4
Q30
POP = NA
R238
100k
RC0402N
POP = NA
Co-Lay
PS_LATCH#
R239
10k
RC0603N
12
C269
5.6UF
+
POP = NA
Co-Lay
C278
0.1uF
CC0603N
C273
4.7UF
POP = NA
C274
4.7UF
POP = NA
by via only!
Powr Button
D14
POWSW#
R183 1k RC0402N
C303
0.01uF
CC0402N
±10%
KBC_FAN_SPEED32
1
G
C279
0.1u
CC0402N
R129
430K
RC0402N
±1%
R252
120K
RC0402N
±1%
POWSW#25,38
POWSW# 25,38
C C
ME Hole
MH3
B B
MH23
MH6
MH7
MH8
MH9
SW1
E2
E1
2 1
MH2
MH1
+V_ADP_IN
Mark Point
MARK1
MH5
MH10
MARK3
MARK5
MARK7
MH22
MARK2
MARK4
MARK6
MARK8
N P
sod2514n
D15
N P
sod2514n
SMC_ONOFF# 32
SMC_SHUTDOWN#32
ADP_IN# 32
3
Q9
D
2N7002LT1
S
2
CPU FAN Control
+V3P3S
R243
10k
RC0402N
3
Q33
DTC144EUA
2
1
sod2514n
D16
N P
FAN_PWMIN32
R245
100
RC0402N
C282
1000pF
CC0402N
+V5S
R244
10k
RC0402N
FAN_BACK
R242
100k
RC0402N
FAN_VCC
FB17
180
FB0603N
1
G
C280
0.1u
CC0402N
CN6
1
2
3
4
3
D
S
2
1
2
3
4
Q32
2N7002LT1
SOT95P240-3N
E1
E1
E2
E2
LED Display
A A
3
2
PWR_LED_RED32,38
5
R246 100
Q34
sc-70
1
LED1
12
27-21/BHC-AN1P2/3C
LED1706N
4
+V3P3A
Lengda Technology Ltd.
Lengda Technology Ltd.
Lengda Technology Ltd.
5th floor,Block K,
5th floor,Block K,
5th floor,Block K,
Xiamen Exprot Processing Zone,
Xiamen Exprot Processing Zone,
Xiamen Exprot Processing Zone,
Haicang Distri ct,Xiamen,China,361026
Haicang Distri ct,Xiamen,China,361026
Haicang Distri ct,Xiamen,China,361026
IRON215G
IRON215G
IRON215G
Title
Title
Title
Size
Size
Size
Sheet
Sheet
Sheet
ACIN&DCIN
ACIN&DCIN
ACIN&DCIN
Name
Name
Name
C
C
Golden
Golden
Golden
ENGINEER:
ENGINEER:
3
ENGINEER:
2
C
Date: Sheet of
Date: Sheet of
Date: Sheet of
1
25 50
25 50
25 50
Rev
Rev
Rev
A
A
A
Page 26
+V1P8A
+V1.8A_SPI
SPI FLASH ROM (8M byte) for PCH
C265
0.1u
FLASH_SPI_CS0_N10
FLASH_SPI_MISO10
FLASH_SPI_IO210
SPI_CS0
SPI_MISO
+V1.8A_SPI
R226
10k
RC0402N
±5%
R225
10k
RC0402N
±5%
U7
1
CS#
2
DO(DQ1)
3
WP#(DQ2)
4
VSS
EN25S64-104RIP
NC(DQ3)
DI(DQ0)
+V1.8A_SPI
R227
10k
8
VCC
7
6
CLK
5
RC0402N
±5%
SPI_CLK
SPI_MOSI
FLASH_SPI_IO3 10
FLASH_SPI_CLK 10
FLASH_SPI_MOSI 10
RTC battery Connector
CN52
BS-06-A3A0J001
BKUP_BAT
1
1+
2
1-
+V3P3A
R232 1k RC0402N
D3 BAT54WS-7-F
NP
D8 BAT54WS-7-F
NP
+V3P3_RTC
R231
10
RC0402N
±5%
C268
0.1u
CC0402N
±10%
X7R
16V
SRTC_RST#
SRTC_RST#_RC
+V3P3_RTC
R229
R228
20K
20K
RC0402N
SRTC_RST#11
RC0402N
C266
1uF
CC0402N
6.3 V
C267
1uF
CC0402N
6.3 V
R230
330k
RC0402N
±5%
INTRUDER# 11
RTEST# 11
ENGINEER:
ENGINEER:
ENGINEER:
Lucas
Lucas
Lucas
Lengda Technology Ltd.
Lengda Technology Ltd.
Lengda Technology Ltd.
5th floor,Block K,
5th floor,Block K,
5th floor,Block K,
Xiamen Exprot Processing Zone,
Xiamen Exprot Processing Zone,
Xiamen Exprot Processing Zone,
Haicang Distri ct,Xiamen,China,361026
Haicang Distri ct,Xiamen,China,361026
Haicang Distri ct,Xiamen,China,361026
IRON215G
IRON215G
IRON215G
Title
Title
Title
Size
Size
Size
Sheet
Sheet
Sheet
Flash&RTC
Flash&RTC
Flash&RTC
Name
Name
Name
C
C
C
Date: Sheet of
Date: Sheet of
Date: Sheet of
26 36
26 36
26 36
Rev
Rev
Rev
A
A
A
Page 27
5
4
3
2
1
Thermal@Temperature
D D
Temperature Sensor
U26
EC_SMB_CLK32
EC_SMB_SDA32
DEVICE_PROCHOT32
R493
Thermal Sensor
Thermal Sensor 32
+V3P3A
R200
10K
RC0402N
POP = NA
R531
10K
RC0402N
+V3P3A
10K_NTC_3300
RC0402N
C C
R494
1k
±1%
8
7
6
ALERT#
5
EMC1402
TSOP65P490-8N
POP = NA
TMP431A
I2C ADDR = 0x4D
Place them between SOC and DDR
POP = NA
ALERT#
THERM#
SMCLK
SMDATA
ALERT
GND
THERM
+V3P3A
C443 0.1u
CC0402N
POP = NA
1
VDD
2
DP
3
DN
4
THERM#
EC_RST_TMP 32
C444
2200pF
CC0402N
POP = NA
Q45
1
MMBT3904
2 3
POP = NA
Place them between SOC and DDR
B B
A A
Lengda Technology Ltd.
Lengda Technology Ltd.
Lengda Technology Ltd.
5th floor,Block K,
5th floor,Block K,
5th floor,Block K,
Xiamen Exprot Processing Zone,
Xiamen Exprot Processing Zone,
Xiamen Exprot Processing Zone,
Haicang Distri ct,Xiamen,China,361026
Haicang Distri ct,Xiamen,China,361026
Haicang Distri ct,Xiamen,China,361026
IRON215G
IRON215G
IRON215G
Title
Title
Title
Size
Size
Size
Sheet
Sheet
Sheet
Thermal Sensor
Thermal Sensor
Thermal Sensor
Name
Name
Name
C
C
Lucas
Lucas
Lucas
ENGINEER:
ENGINEER:
5
4
3
ENGINEER:
2
C
Date: Sheet of
Date: Sheet of
Date: Sheet of
1
27 36
27 36
27 36
Rev
Rev
Rev
A
A
A
Page 28
5
One pin dual lay
R131 0 POP = NARC0603N
C125
10uF
CC0603N
C124
0.01uF
CC0402N
POP = NA
R130 0 POP = NARC0603N
U12
5
VIN
VOUT
4
SS
3
GND
EN/ENB
APL3512A/B
SOT95P280-5N
Tss=0.2*C ss*Vin
R136
10k
RC0402N
POP = NA
C136
C137
4.7uF
0.1u
CC0603N
CC0402N
1
2
+V3P3A
R132 0 POP = NARC0402N
C123
1uF
D D
CC0603N
POP = NA
Set Tss=6.6ms
LAN_VDDEN32
2.2uH
C C
REGOUT
1 2
L1
Remove For Disable Switch Regulator
(Accept External 1.05V Power Supply )
4
+V3P3S
+V3.3_LAN
C130
C126
C127
C128
0.1u
CC0402N
C134
4.7uF
CC0603N
C129
0.1u
CC0402N
C135
0.1u
CC0402N
0.1u
10uF
CC0402N
CC0603N
POP = NA
C242-C245,C318 are f or 8105E VDD33 pins--27,39,42,47,48
C242-C245 C318 C301 are for 8111E VDD33 pins-- 27,39,42,47,48,12
R135 0 RC0603N
C131
0.1u
0.1u
CC0402N
CC0402N
AVDD33_REG
Remove For Disable
Switch Regulator
(Accept External 1.05V
Power Supply )
* C256-C259,C260,C320,C321 are for 8111E VDD10 pins-- 3, 13, 29,45,6,9,41.
* C256-C259 are f or 8105E VDD10 pins--3, 13, 29, 45
C138
0.1u
CC0402N
C139
0.1u
CC0402N
C140
0.1u
CC0402N
C141
0.1u
CC0402N
C142
0.1u
CC0402N
POP = NA
C143
0.1u
CC0402N
POP = NA
C144
0.1u
CC0402N
POP = NA
* C250 and C251 are for U13 VDD10 pin 21
R144 0 RC0603N
C147
1uF
CC0402N
C148
0.1u
CC0402N
EVDD10
VDD33
VDD33
C132
0.1u
CC0402N
POP = NA
VDD10
3
R314 value should be 2.49K
(1%) for all application.
R133
2.49k
±1%
VDD10
VDD33
XTAL2
VDD33
RSET
MDI0+
MDI0VDD10
MDI1+
MDI1-
VDD10
MDI2+
MDI2-
VDD10
MDI3+
MDI3-
VDD33
U13
E1
1
2
3
4
5
6
7
8
9
10
11
12
LAN_CLK_REQ#7
EPAD
MDIP0
MDIN0
AVDD10
MDIP1
MDIN1
AVDD10(NC)
MDIP2(NC)
MDIN2(NC)
AVDD10A(NC)
MDIP3(NC)
MDIN3(NC)
AVDD33(NC)
47
45
46
RSET
AVDD33B48AVDD33A
AVDD10A
DVDD10
SMBCLK(NC)14SMBDATA(NC)15CLKREQB
13
16
SMBDATA
VDD10
VDD33
VDD33
VDD10
XTAL1
41
43
42
39
40
LED0
AVDD33
CKXTAL244CKXTAL1
DVDD10(NC)
HSIP17HSIN18REFCLK_P19REFCLK_N20EVDD1021HSOP22HSON
EVDD10
GPO
38
37
DVDD3
GPO/SMBALERT
24
23
GND
HSON
HSOP
2
LED1/EESK
REGOUT
VDDREGA
VDDREG
ENSWREG
LED3/EEDO
DVDD10A
LANWAKEB
DVDD33
ISOLATEB
PERSTB
GND
C145 0.1u C C0402N
C146 0.1u C C0402N
HSIP
EEDI
EECS
REFCLK_N
REFCLK_P
HSIN
XTAL1
36
35
34
33
32
31
30
29
28
27
26
25
X6
4
4
1
1
X3S025000FK1H
C133 20PF CC0402N
R134 10k R C0402N
EEDI
R137 10k R C0402N
EECS
REGOUT
AVDD33_REG
AVDD33_REG
ENSWREG
EEDI
EECS
VDD10
LANWAKEB
R140 0 RC0402N
VDD33
ISOLATEB
LAN_PLT_RST#
PCIE_LAN_RX1_DN 7
PCIE_LAN_RX1_DP 7
LAN_PCIE_CLK_DN 7
LAN_PCIE_CLK_DP 7
PCIE_LAN_TX1_DN 7
PCIE_LAN_TX1_DP 7
3
2
3
2
VDD33
R138 0
RC0603N
R139 0
XTAL2
C122 20PF CC0402N
R312 For Enable Switch Regulator.
R315 For Disable Switch
Regulator.
POP = NARC0603N
LAN_PCIE_WAKE# 7
+V3.3_LAN
R145 0 R C0603N
SN74LVC1G08DCKR
53
4
POP = NA
U14
1
2
1
R141 1k RC0402N
R143
15K
RC0402N
+V3P3S
PLT_RST# 11,29,31, 32
LAN_RST# 8
R146 0 POP = NARC0603N
B2
UNB
12
FIL1
GND
B3
3 4
330mA
R147 0 POP = NARC0603N
R149 0 POP = NARC0603N
3 4
330mA
B B
A A
E1
E2
CN7
P1
P2
E1
P3
E2
P4
P5
P6
P7
P8
1
2
3
4
5
6
7
8
FB1 47 FB0603N
C158 0.01uF
C159 1000pF
CC0402N
5
B3
B2
FIL2
R151 0 POP = NARC0603N
R154 0 POP = NARC0603N
B2
UNB
FIL3
GND
B3
3 4
330mA
R156 0 POP = NARC0603N
R157 0 POP = NARC0603N
B2
UNB
FIL4
GND
B3
3 4
330mA
R164 0 POP = NARC0603N
GND
12
UNB
12
12
R158
75
R159
75
C156
1000pF
CC1206N
POP = NA
R160
75
LAN_N1
only smt one of C339 and C342 ,dual layout
C157
1000pF
CC0402N
Co-Lay
R161
75
LAN_CT
LAN_TX0P
LAN_TX0N
LAN_CMT
LAN_TX1P
LAN_TX1N
LAN_CT1
LAN_TX2P
LAN_TX2N
LAN_CMT1
LAN_TX3P
LAN_TX3N
4
C154
0.1u
C155
0.01uF
24
23
22
21
20
19
18
17
16
15
14
13
MCT1
MX1+
MX1MCT2
MX2+
MX2MCT3
MX3+
MX3MCT4
MX4+
MX4-
EG24A005S
TCT1
TD1+
TCT2
TD2+
TCT3
TD3+
TCT4
TD4+
U16
1
2
MDI0+
3
MDI0-
TD1-
4
5
MDI1+
6
MDI1-
TD2-
7
8
MDI2+
9
MDI2-
TD3-
10
11
MDI3+
12
MDI3-
TD4-
C149
0.01uF
C151
0.01uF
C152
POP = NA
0.01uF
C153
POP = NA
0.01uF
POP = NA
FOR 8111E MUST POP
3
Function (EEPROM,Efues,ASF)
Function
R150 10k
SMBDATA
VDD33
R155 1K RC0402N
ENGINEER:
ENGINEER:
ENGINEER:
2
GPO
Golden
Golden
Golden
Lengda Technology Ltd.
Lengda Technology Ltd.
Lengda Technology Ltd.
5th floor,Block K,
5th floor,Block K,
5th floor,Block K,
Xiamen Exprot Processing Zone,
Xiamen Exprot Processing Zone,
Xiamen Exprot Processing Zone,
Haicang Distri ct,Xiamen,China,361026
Haicang Distri ct,Xiamen,China,361026
Haicang Distri ct,Xiamen,China,361026
U30L
U30L
U30L
Title
Title
Title
Size
Size
Size
Sheet
Sheet
Sheet
LAN
LAN
LAN
Name
Name
Name
C
C
C
Date: Sheet of
Date: Sheet of
Date: Sheet of
1
28 50
28 50
28 50
Rev
Rev
Rev
A
A
A
Page 29
5
D D
C C
SATA_TX_DP_HDD7
SATA_TX_DN_HDD7
SATA_RX_DN_HDD7
SATA_RX_DP_HDD7
+V5S_HDD
C94
10uF
CC0603N
4
C29 0.01uF CC0402N
C30 0.01uF CC0402N
C31 0.01uF CC0402N
C93 0.01uF CC0402N
C95
0.1u
CC0402N
Imax=2A
C96
10uF
CC0603N
R111 1 RC0603N
SATA_TXP1_C
SATA_TXN1_C
SATA_RXN1_C
SATA_RXP1_C
3
CN54
S1
S1
S2
S2
S3
S3
S4
S4
S5
S5
S6
S6
S7
S7
P1
P2
P3
P4
P5
P6
P7
P8
P9
P10
P11
P12
P13
P14
P15
P1
P2
P3
P4
E1
P5
P6
E2
P7
P8
P9
P10
P11
P12
P13
P14
P15
SAF-2001BB-41-5N
TH-SATA-127P-22An-R-KX
E1
E2
+V5S
FB22
FB0805N
2
+V5S_HDD
120
1
M.2 SATA
CN5
1
GND_1
3
GND_3
5
PERn3
7
PERp3
GND_99DAS/DSS# (I/O)/LED1# (I)(0/3.3V)
11
PETn3
13
PETp3
15
GND_15
Co-Lay
SATA0_RX_DP7
B B
A A
SATA0_RX_DN7
SATA0_TX_DN7
SATA0_TX_DP7
5
C2929 0.01uF CC0402N
C2928 0.01uF CC0402N
C2931 0.01uF CC0402N
C2930 0.01uF CC0402N
R705
0
RC0402N
4
17
PERn2
19
PERp2
21
GND_21
23
PETn2
25
PETp2
27
GND_27
29
PERn1
31
PERp1
33
GND_33
35
PETn1
37
PETp1
39
GND_39
41
PERn0/SATA-B+
43
PERp0/SATA-B-
45
GND_45
47
PETn0/SATA-APETp0/SATA-A+49PERST# (O)(0/3.3V) or N/C
GND_5151CLKREQ# (I/O)(0/3.3V) or N/C
REFCLKN53PEWAKE# (I/O)(0/3.3V) or N/C
55
REFCLKP
57
GND_57
67
N/C
PEDET (NC-PCIe/GND-SATA)693.3V_70
71
GND_71
73
GND_73
75
GND_75
213MAAA32
KEY
SUSCLK(32kHz) (O)(0/3.3V)
E1E1E2
E2
3.3V_2
3.3V_4
N/C_8
N/C_10
3.3V_12
3.3V_14
3.3V_16
3.3V_18
N/C_20
N/C_22
N/C_24
N/C_26
N/C_28
N/C_30
N/C_32
N/C_34
N/C_36
DEVSLP (O)
N/C_40
N/C_42
N/C_44
N/C_46
N/C_48
N/C_56
N/C_58
3.3V_72
3.3V_74
2
4
6
8
10
12
14
16
18
20
22
24
26
28
30
32
34
36
38
40
42
44
46
48
50
52
54
56
58
68
70
72
74
3
C20
10uF
CC0603N
C21
10uF
CC0603N
Imax=2A
+V3.3S_MSATA
C22
C23
100NF
100NF
CC0402N
CC0402N
SSD_SATA_DEVSLP 8
ENGINEER:
ENGINEER:
ENGINEER:
2
FB8 120
FB0805N
Golden
Golden
Golden
+V3.3S_MSATA+V3P3S
Lengda Technology Ltd.
Lengda Technology Ltd.
Lengda Technology Ltd.
5th floor,Block K,
5th floor,Block K,
5th floor,Block K,
Xiamen Exprot Processing Zone,
Xiamen Exprot Processing Zone,
Xiamen Exprot Processing Zone,
Haicang Distri ct,Xiamen,China,361026
Haicang Distri ct,Xiamen,China,361026
Haicang Distri ct,Xiamen,China,361026
U30L
U30L
U30L
Title
Title
Title
Size
Size
Size
Sheet
Sheet
Sheet
SATA NGFF-SSD
SATA NGFF-SSD
SATA NGFF-SSD
Name
Name
Name
C
C
C
Date: Sheet of
Date: Sheet of
Date: Sheet of
1
29 50
29 50
29 50
Rev
Rev
Rev
A
A
A
Page 30
5
4
3
2
1
+V5S +V5_P VDD
FB3 12 0
C304
FB0805 N
1uF
CC0603 N
D D
+V3P3S
FB10 120
C306
FB0805 N
1uF
CC0603 N
C C
B B
HDA_RST #10 ,30
+V3.3S_A UDIO
+V5S
+V1P8S
C305
1uF
CC0603 N
MIC_SEL _SPDIF
AVDD2_ AUDIO_1 .8
R274
10k
RC0402 N
POP = NA
R196 1K RC040 2N
FB2 12 0
FB18 120
FB0805 N
FB0805 N
+V3.3S_A UDIO
R272
1k
RC0402 N
EC_MUTE#32
1
+V5_AVD D
AVDD2_ AUDIO_1 .8
+V3P3S
3
D
G
S
2
R194
100k
RC0402 N
1
Q12
2N7002L T1
B1
1
D
2
S
POP = NA
dua lay
INNER_MIC
1
1
E1
2
AGND AGND
2
E2
CN42
For internal MIC
POP = NA
CN53
INNER_MIC
1
1
E1
2
AGND
2
E2
J2
PJ-358A
2
6
5
4
3
MIC IN
Same as U1S-New
conect to claw
Audio Jack
3
4
5
6
2
PJ-358A
J3
AGND
conect to claw
SPK_L- L_OUT-
R152 0 RC0 603N
SPK_R-
SPK_R+
R148 0 RC0 603N
R162 0 RC0 603N
R153 0 RC0 603N
4ohm 2W/8ohm 1W can support
E1
E2
E1
E2
AGND
L_OUT+SPK_L+
R_OUT-
R_OUT+
CN19
1
E1
1
E1
2
E2
2
E2
CN15
1
E1
1
E1
2
E2
2
E2
C188
10uF
CC0603 N
AGND
26
25
AVSS1
AVDD1
JDREF
Sense B
Sense A
E1
12
R181 33 RC 0402N
C922
22pF
CC0402 N
HP_OUT_R
HP_OUT_L
C180 4.7uF CC0603 N
C182 100NF CC0402N
+V5_AVD D
C178
100NF
CC0402 N
U20
ALC282
AGND
24
23
22
21
20
C175 4.7uF
19
C176 4.7uF
AUD_MIC_ IN_R
18
AUD_MIC_ IN_LSPK_R-
17
16
15
R1097 20K RC0 402N
14
13
E1
C196
22pF
CC0402 N
HP_OUT_L
HP_OUT_R
C2918
R3214
100pF
1k
CC0402 N
RC0402 N
AGND AGND
AGND
C181
10uF
CC0603 N
POP = NA
R25
1k
R27
1k
AGND
R185 39.2K R C0402N
20K
R186
RC0402 N
Placement near Audio Codec
HDA_RST # 10,30
HDA_SYNC 10
HDA_SDI 0 10
HDA_BCL K_R 10
HDA_SDA TAOUT 10
AUD_MIC1 _IN_R
AUD_MIC1 _IN_L
C2919
R3215
100pF
1k
CC0402 N
RC0402 N
MIC2-VRE FO
R3119
AUD_MIC_ IN_R
C2844 2.2uF CC0603 N
AUD_MIC_ IN_L
C2845 2.2uF CC0603 N
4.7K
MIC1L-VR EFO
4.7K
MIC1R-VR EFO
AUD_MIC1 _IN_R
±1%
AUD_MIC1 _IN_L
±1%
EARPHONE _SEL
MUTE_MIC
AUDIO_D VDD_IO
R3213 0 RC0 603N
R348 0 RC0603N
C2914
100pF
CC0402 N
AGND AGND
R3216 0 RC06 03N
R366 0 RC0603N
C2916
100pF
CC0402 N
AGND
4.7K
R178
R180
AVDD2_ AUDIO_1 .8
C195
100NF
CC0402 N
+V3.3S_A UDIO
R44
10K
RC0402 N
POP = NA
MUTE_MIC
C2915
100pF
CC0402 N
EARPHONE _SEL
C2917
100pF
+V3.3S_A UDIO
CC0402 N
R53
10K
RC0402 N
POP = NA
R172 75 RC0 402N
R173 75 RC0 402N
GND
C179 10uF
CC0603 N
+V3.3S_A UDIO
+V3.3S_A UDIO
C189
C185
10uF
100NF
CC0603 N
CC0402 N
POP = NA
C177
2.2uF
CC0603 N
37
CBP
38
AVSS2
39
LDO2-CA P
SPK_L+
SPK_L-
SPK_R+
MIC_SEL _SPDIF
FB5 180ohm F B0603 N
LDO2-CAP
40
AVDD2
AVDD2
41
PVDD1
42
SPK-OUT-L+
43
SPK-OUT-L-
44
SPK-OUT-R-
45
SPK-OUT-R+
46
PVDD2
47
PD#
PDB
48
SPDIF-OUT/GPIO2
C200
C199
100NF
10uF
CC0402 N
CC0603 N
HDA_SYNC HDA _SDI0 HDA_SDATAOUT
C920
22pF
CC0402 N
AVDD2_ AUDIO_1 .8
FB13
180ohm
FB0603 N
C191
C190
10UF
100NF
CC0402 N
CC0603 N
POP = NA
+V5_PVD D
53
U22
C193
100NF
CC0402 N
+V3P3S
AGND
AGND
C194
10uF
CC0603 N
C201
100NF
CC0402 N
4
PD#
+V5_PVD D
C186
C187
10uF
100NF
CC0603 N
CC0402 N
FB4 120 FB0805N
AGND
R188
10K
RC0402 N
1
2
+V3P3S
R193
10K
RC0402 N
PD#=0V : Power down Class D SPK amplifer
PD#=3.3V : Power up Class D SPK amplifer
3
D
Q11
2N7002L T1
S
G
2
C173
2.2uF
CC0603 N
MIC1L-VREFO
33
32
31
36
34
35
CBN
CPVEE
CPVDD
MIC1-VREFO-L
HPOUT-L(PORT-I-L)
HPOUT-R(PORT-I-R)
DVDD1GPIO0/DMIC-DATA2GPIO1/DMIC-CLK3DVSS4SDATA-OUT5BCLK6LDO3-CAP7SDA TA-IN8DVDD-IO9SYNC10RESETB11PCBEEP
C921
22pF
CC0402 N
AC_VRE F
GND
MIC2-VREFO
MIC1R-VREFO
30
29
27
28
VREF
LDO1-CAP
MIC2-VREFO
LINE2-L(PORT-E-L)
MIC1-VREFO-R
LINE2-R(PORT-E-R)
LINE1-L(PORT-C-L)
LINE1-R(PORT-C-R)
MIC1-R(PORT-B-R)
MIC1-L(PORT-B-L)
MIC2-R(PORT-F-R)
MIC2-L(PORT-F-L)
MONO-OUT
C192
10uF
CC0603 N
A A
Lengda Technology Ltd.
Lengda Technology Ltd.
Lengda Technology Ltd.
5th floor,Block K,
5th floor,Block K,
5th floor,Block K,
Xiamen Exprot Processing Zone,
Xiamen Exprot Processing Zone,
Xiamen Exprot Processing Zone,
Haicang D istrict,Xiamen,China,361026
Haicang D istrict,Xiamen,China,361026
Haicang D istrict,Xiamen,China,361026
U30L
U30L
U30L
Title
Title
Title
Size
Size
Size
Sheet
Sheet
Sheet
AUDIO
AUDIO
AUDIO
Name
Name
Name
D
D
Golden
Golden
Golden
ENGINEER:
ENGINEER:
5
4
3
2
ENGINEER:
D
Date: Sheet of
Date: Sheet of
Date: Sheet of
1
30 50
30 50
30 50
Rev
Rev
Rev
A
A
A
Page 31
5
4
3
2
1
M.2 WIFI/BT
D D
USB2_DP4_BT7
USB2_DN4_BT7
PCIE_WLAN_TX0_DP7
PCIE_WLAN_TX0_DN7
PCIE_WLAN_RX0_DP7
PCIE_WLAN_RX0_DN7
WLAN_PCIE_CLK_DP7
WLAN_CLK_REQ#7
WLAN_PCIE_WAKE#7
C C
WLAN_PCIE_CLK_DN7
0
R3126
RC0402N
NGFF WIFI
CN26
1
GND_1
3
USB_D+
5
USB_D-
7
GND_7
9
SDIO_CLK
11
SDIO_CMD
13
SDIO_DATA0
15
SDIO_DATA1
17
MLDIR Sense (I)/SDIO_DATA2
19
DP_ML3n/SDIO_DATA3
21
SDIO_WAKE*/DP_ML3p
23
GND_23
25
DP_ML2n
27
DP_ML2p
29
GND_29
31
ML0nDP_HPD (I/O)(0/3.3V)
33
GND_33
35
PETP0
37
PETN0
39
GND_39
41
PERP0
43
PERN0
45
GND_45
47
REFCLKP0
49
REFCLKN0
51
GND_51
53
CLKREQ0*
55
PEWAKE0*
57
GND_57
59
RESERVED_2ND_PETP1
61
RESERVED_2ND_PETN1
63
GND_63
65
RESERVED_2ND_PERP1
67
RESERVED_2ND_PERN1
69
GND_69
71
RESERVED/REFCLKP1
73
RESERVED/REFCLKN1
75
GND_75
UIM_PWR_SRC/GPIO1/PEWAKE1*(I/O)(0/3.3V)
E1E1E2
3.3V_2
3.3V_4
LED1*
PCM_CLK/I2S_SCK
PCM_SYNC/I2S_WS
PCM_IN/I2S_SD_IN
PCM_OUT/I2S_SD_OUT
LED2# (I)(OD)
GND_18
UART_WAKE*/DP_AUXn
UART_RX/DP_AUXp
GND_24
DP_ML1n
DP_ML1p
GND_30
UART_TX/DP_ML0n
UART_CTS/DP_ML0p
GND_36
RESERVED_38
RESERVED_40
RESERVED_42
COEX3
COEX2
COEX1
SSCLK
PERST0*
W_DISABLE2* (O)(0/3.3V)
W_DISABLE1* (O)(0/3.3V)
I2C DATA (IO)(0/3.3)
I2C CLK (O)(0/3.3)
ALERT*(I)(0/3.3)
RESERVED_64
UIM_SWP/PERST1* (O)(0/3.3V)
UIM_PWR_SNK/CLKREQ1* (I/O)(0/3.3V)
M.2 SOCKET-1 SD/DP KEY E
E2
3.3V_72
3.3V_74
2
4
6
8
10
12
14
16
18
20
22
24
26
28
30
32
34
36
38
40
42
44
46
48
50
52
54
56
58
60
62
64
66
68
70
72
74
WLAN_RST#
C2778
CC0603N
10uF
C2779
100NF
CC0402N
R3004 0
+V3.3_WIFI
+V3.3_WIFI
R3005 0
R3000 0
R3001 0
C2775
0.01uF
CC0402N
C2780
100NF
CC0402N
POP = NA
C2777
100NF
CC0402N
SUS_CLK 11,29
C2776
10uF
CC0603N
WLAN_EN 32
SMB_DATA 9
SMB_CLK 9
R3007 0
R3413
100k
RC0402N
+V3.3_WIFI
C2967
4.7UF
BT_ON 32
C2968
4.7UF
C6001 & C6003 FOR PIN 72 &73
C6002 & C6000 FOR PIN 4 & 5
C2969
100NF
C2970
100NF
B B
+V3P3A
0.75A
R208 0 POP = NARC0402N
C203
0.1u
CC0402N
Set Tss=6.6ms
WLAN_PWR_EN32
A A
5
Dual Lay
FB7 120 FB0805N
POP = NA
U24
5
VIN
VOUT
4
SS
3
C204
0.01uF
CC0402N
GND2EN/ENB
APL3512A/B
SOT95P280-5N
USE APL3512A High Enable
R209
100k
+V3.3_WIFI
+V3.3_WIFI
1
0.75A
C205
10uF
CC0603N
4
3
ENGINEER:
ENGINEER:
ENGINEER:
2
WLAN_RST#
Golden
Golden
Golden
U2538
SN74LVC1G08DCKR
53
4
R3266 0 POP = NARC0402N
1
2
Lengda Technology Ltd.
Lengda Technology Ltd.
Lengda Technology Ltd.
5th floor,Block K,
5th floor,Block K,
5th floor,Block K,
Xiamen Exprot Processing Zone,
Xiamen Exprot Processing Zone,
Xiamen Exprot Processing Zone,
Haicang Distri ct,Xiamen,China,361026
Haicang Distri ct,Xiamen,China,361026
Haicang Distri ct,Xiamen,China,361026
Title
Title
Title
Size
Size
Size
Sheet
Sheet
Sheet
Name
Name
Name
C
C
C
Date: Sheet of
Date: Sheet of
Date: Sheet of
U30L
U30L
U30L
PLT_RST# 11,28,29, 32
WLAN_RST#_CPU 10
WLAN
WLAN
WLAN
1
31 50
31 50
31 50
Rev
Rev
Rev
A
A
A
Page 32
5
+V3.3A_KBC
R321 0
+V3.3A_KBC
D D
POP = NA
RC0402N
Setting these pins as 3.3V
LPC_SERIRQ10
PM_PWRBTN#11
PMU_SUS_STAT#11
VBAT
R6235
10k
RC0402N
POP = NA
Note:
For IT8928 PIN3=GPH7
+V3P3A
R6234
2.2K
RC0402N
POP = NA
R332
10k
RC0402N
LPC_SERIRQ_EC
H_RCIN#
PMC_PWRBTN#_EC
LPCPD#
FB19 180 FB0603N
C340
10uF
CC0603N
LPC Signals setting to 3.3V
C C
Setting as 1.8V
Setting as 3.3V
+V1P8A
R6233
2.2K
R249
RC0402N
1k
RC0402N
B B
+V3.3A_KBC VSPI_KBC
RC0402N
±5%
D31
NP
BAT54WS-7-F
R361 0 POP = NA
Co-Lay
VSPI_KBC
R367
4.7K
RC0402N
A A
EC SPI
U36 EN25F16-100HIP
1
FSCE#
2
FMISO
3
4
SOIC127P800-8N
CS#
SO/SIO1
WP#/ACC
GND
Setting as 1.8V
SOC_WAKE_SCI#8
R6232
10k
PROCHOT#_CPU
VCC
HOLD#
SCLK
SI/SIO0
5
SUSPWRDNACK11
SMC_EXTSMI#9
PMU_RSTBTN#11
SCI#_EC
SOC_EXTSMI#_EC
VSPI_KBC
8
7
6
5
Setting as 1.8V
Close to PIN-VCC
C349
0.1u
CC0402N
FSCK
FMOSI
SOC_EXTSMI#_EC
SCI#_EC
H_RCIN#
R247
4.7K
RC0402N
R342 0 RC0402N
D28
R343 0 R C0402N
D29
R248 0 R C0402N
D30
PROCHOT#_CPU11
Please do not place any pull-up
resistor on GPG0, GPG2, and GPG6
(Reserved hardware strapping).
+V3.3A_KBC
LPC debug Port
(KBC Debug Port)
LPC_CLK_DBG10
4
cold reset out
PLT_RST#11,28,29,31
LPC_CLK_EC10
LPC_FRAME#10
R341 0
POP = NA
NP
POP = NA
sod2514n
NP
POP = NA
sod2514n
NP
POP = NA
sod2514n
R349 0
R355 10k
POP = NA
PLT_RST#
LPC_AD3
LPC_AD2
LPC_AD1
LPC_AD0
LPC_FRAME#
LPC_CLK_EC
4
C341
0.1u
CC0402N
R354 0
F2T20U-XXT3-E
SMD-CN-50P-20N-H
+V3.3AVCC
LPC_AD010
LPC_AD110
LPC_AD210
LPC_AD310
GA20_EC
RC0402N
+V3P3S
R335
0
RC0603N
POP = NA
LPCPD#
LPC_SERIRQ_EC
ECSCI#
WRST#
VSPI_KBC
CN38
1
1
2
2
3
3
4
4
5
5
6
6
7
7
8
8
9
9
10
10
11
11
12
12
13
13
14
14
15
15
16
16
17
17
18
18
19
19
20
20
+V3P3A+V1P8A
R353
0
FSCK
IT8928_VSS
FMISO
FMOSI
FSCE#
E1
E1
E2
E2
R336
0
RC0603N
+V3P3A
3
R323 0 R C0805N
N P
10
22
13
17
126
15
23
14
16
119
123
106
105
104
103
102
101
100
36
37
38
39
40
41
42
43
44
45
46
51
52
53
54
55
+V3.3A_KBC
C342
10uF
CC0603N
GPU_PWR_EN_EC40
OPTION1_GPU40
OPTION2_GPU40
SMC_SHUTDOWN#25
PWR_LED_RED25,38
FLASH_TXE6
+V3.3A_KBC
D27
sod2514n
POP = NA
U34
LAD0/GPM0
9
LAD1/GPM1
8
LAD2/GPM2
7
LAD3/GPM3
LPCRST#/GPD2
LPCCLK/GPM4
6
LFRAME#/GPM5
LPCPD#/GPE6
GA20/GPB5
5
SERIRQ/GPM6
ECSMI#/GPD4
ECSCI#/GPD3
WRST#
4
KBRST#/GPB6
PWUREQ#/GPC7/BBO
CRX0/GPC0
CTX0/TMA0/GPB2
IT8528E/VG
IT8928E/VG
GPG0/FSCE1#/SSCE1#
FSCK
DSR0#/GPG6/FIOO3
FMISO
FMOSI
FSCE#
SSCE0#/GPG2
KSO0/PD0
KSO1/PD1
KSO2/PD2
KSO3/PD3
KSO4/PD4
KSO5/PD5
KSO6/PD6
KSO7/PD7
KSO8/ACK#
KSO9/BUSY
KSO10/PE
KSO11/ERR#
KSO12/SLCT
KSO13
KSO14
KSO15
R24 0
R50 0
+V3.3A_KBC
VBAT
+V3.3AVCC
114
121
74
VCC
VSTBY626VSTBY550VSTBY492VSTBY3
3
VBAT
AVCC
VSTBY2
11
LPC GPIO
FLASH
KBMX
KSI0/STB#58KSI1/AFD#59KSI2/INIT#60KSI3/SLIN#61KSI462KSI563KSI664KSI7
65
For IT8928
PIN 113=NA
PIN 122=NA
3
Layout Note:
Recommended net "+V3.3A" and
"+V3.3A_RTC" minimum trace
width 12mils.
RSMRST#_EC
R330 0 POP = NA
LPC_CLKRUN#_EC
95
107
56
19
33
84
127
VSTBY1(PLL)
20
82
EGAD/GPE1
EGCS#/GPE283EGCLK/GPE3
GINT/CTS0#/GPD5
L80HLAT/BAO/GPE0
KSO17/SMISO/GPC557KSO16/SMOSI/GPC3
94
93
96
99
97
HSCK/GPH4/ID4
HMISO/GPH5/ID598HMOSI/GPH6/ID6
HSCE#/GPH3/ID3
CTX1/SOUT1/GPH2/SMDAT3/ID2
SMDAT2/PECIRQT#/GPF7
PS2CLK0/TMB0/GPF0/CEC
CLKRUN#/GPH0/ID0
CRX1/SIN1/SMCLK3/GPH1/ID1
L80LLAT/GPE7
DTR1#/SBUSY/GPG1/ID7/FDIO2
PWM
WAKE UP
RING#/PWRFAIL#/CK32KOUT/LPCRST#/GPB7
A/D D/A
VSS1
1
POP = NA
VSS227VSS349VSS6
R359
VSS5
AVSS
VSS4
75
91
122
113
0
R360
0
POP = NA
12
VCORE
C344
0.1u
CC0402N
ADP_IN#
SMCLK0/GPB3
SMDAT0/GPB4
SMCLK1/GPC1
SMDAT1/GPC2
SMCLK2/PECI/GPF6
SM BUSPS/2
PS2DAT0/TMB1/GPF1
PS2CLK1/DTR0#/GPF2
PS2DAT1/RTS0#/GPF3
PS2CLK2/GPF4
PS2DAT2/GPF5
PWM0/GPA0
PWM1/GPA1
PWM2/GPA2
PWM3/GPA3
PWM4/GPA4
PWM5/GPA5
PWM6/SSCK/GPA6
PWM7/GPA7/RIG1
TACH0A/GPD6
TACH1A/TMA1/GPD7
TMRI0/GPC4
TMRI1/GPC6
PWRSW/GPE4
RI1#/GPD0
RI2#/GPD1
RTS1/GPE5
TXD/SOUT0/GPB1
UART
RXD/SIN0/GPB0
ADC0/GPI0
ADC1/GPI1
ADC2/GPI2
ADC3/GPI3
ADC4/GPI4
ADC5/DCD1/GPI5
ADC6/DSR1/GPI6
ADC7/CTS1/GPI7
TACH2/HDIO2/GPJ0
HDIO3/GPJ1
DAC2/GPJ2/TACH0B
DAC3/GPJ3/TACH1B
DAC4/DCD0#/GPJ4
DAC5/RIG0#/GPJ5
CK32KE/GPJ7
CLOCK
CK32K/GPJ6
2
R334 10k RC0402N
+V3.3A_KBC
R328
10k
POP = NA
EC_IRQB
GPU_RST_EC 40
I2C_CLK0
110
I2C_DATA0
111
115
116
I2C_CLK2
117
I2C_DATA2
118
85
86
87
88
89
90
24
25
28
29
30
31
32
34
47
48
PMIC_EN_R
120
USB3_P1_PWREN_EC
124
125
18
21
35
112
109
108
66
67
68
69
70
71
72
73
76
77
78
79
80
81
2
128
R357
0
RC0402N
POP = NA
ENGINEER:
ENGINEER:
ENGINEER:
2
+V3.3A_KBC
RSMRST# 11
PMIC_IRQ# 8,22
SMC_ONOFF# 25,32
AC_PRESENT 25
RSMRST#_PMIC 22
LPC_CLKRUN# 10
R338 0
R339 0
I2C_CLK1
I2C_DATA1
R452 0
R450 0
R23 0
R2 0 POP = NA
R3 0
R250 0
R251 0
R6 0 POP = NA
R350 0 POP = NA
PMC_PWRBTN#_EC
R351 4.7k POP = NA
R352 5.6k POP = NA
R6242 0
R6237 0 POP = NA
R169
0
RC0402N
POP = NA
I2C_CLK1
I2C_DATA1
I2C_CLK2
I2C_DATA2
Setting as 3.3V
FOR CHARGER
I2C_CLK1
I2C_DATA1
POP = NA
POP = NA
POP = NA
POP = NA
1
+V3.3A_KBC
R325 10k RC0402N
R326 10k RC0402N
R280 10k POP = NARC0402N
R281 10k POP = NARC0402N
I2C_CLK2_GPU 40
I2C_DATA2_GPU 40
PMIC_I2C_SCL 11,22
PMIC_I2C_SDA 11,22
EC_SMB_CLK 27
EC_SMB_SDA 27
WLAN_EN 31
WLAN_PWR_EN 31
BL_ADJ 34
FAN_PWMIN 25
EC_MUTE# 30
LAN_VDDEN 28
BT_ON 31
SLP_S3#_EC 21
EC_RST_TMP 27
DEVICE_PROCHOT 27
KBC_FAN_SPEED 25
PMIC_EN 22
USB3_P1_PWREN 36,37
SMC_ONOFF# 25,32
PMU_BATLOW# 11
EC_USB_VBUSSNS 7
Thermal Sensor 27
OVERT 32
SLP_S4# 11,22
SLP_S3# 11,21,22,24,35
EARPHONE_DET 30
MIC_DET 30
PMU_WAKE# 8
FB_CLAMP 9,40
EARPHONE_CTRL 30
ADP_IN# 25
MIC_CTRL 30
LED_ON 33
5th floor,Block K,
5th floor,Block K,
5th floor,Block K,
Xiamen Exprot Processing Zone,
Xiamen Exprot Processing Zone,
Xiamen Exprot Processing Zone,
Haicang Distri ct,Xiamen,China,361026
Haicang Distri ct,Xiamen,China,361026
Haicang Distri ct,Xiamen,China,361026
Title
Title
Title
Size
Size
Size
C
C
C
Date: Sheet of
Date: Sheet of
Date: Sheet of
Default 1.8V
for PMIC
for Thermal Sensor
R6238 0
Setting to 3.3V
R214
10k
RC0402N
POP = NA
R6239
BKLT_EN_EC 33
0
Reset Button
+V3.3A_KBC
R279
100k
RC0402N
WRST#
C24
1uF
CC0402N
Lengda Technology Ltd.
Lengda Technology Ltd.
Lengda Technology Ltd.
<Title>
<Title>
<Title>
Sheet
Sheet
Sheet
KBC
KBC
KBC
Name
Name
Name
1
FAN_PWMIN_GPU 25
KBC_FAN_SPEED_GPU 33
SW2
1 3
42
SKRMABE010
POP = NA
32 41
32 41
32 41
Rev
Rev
Rev
A
A
A
Page 33
5
D D
IINA0
IINA1
IINA2
IINA3
ISETA
OVPA
RTA
C C
8625_PWMO34
+VSYS_DCIN
U2529
1
ISEN 1
2
ISEN 2
3
GND
4
ISEN 3
5
ISEN 4
6
ISET
7
OVP
RT8ENA
APW7228BRI-TRG
F10 f1206n
PWM
SSTCMP
STATUS
VIN
VREF
LDR
ISW
E1
R3109 0
ccq_v1.01_20141008
0.5A
12
Co-Lay
16
PWM
15
SSTCMP
14
STATUS
VIN_LCD
13
12
VREFA
11
LDR
10
ISW
9
ENA
E1
C2836
10uF
CC1210N
CC0603N
PWM_LVDS
±1%
RC0402N
R3093 100
R3112
100k
R3094 0
Duty=(VDCI - 0.21V)/1V
+V3P3S
R3107
10K
RC0402N
POP = NA
EDP_BKLCTL6,34
R3111
1M
B B
eDP_BKLCTL_3P3
C2837
10uF
CC1210N
POP = NA
VREFA
RC0402N
C992
2.2uF
0 RC0402N
EDP_BKLEN_OUT
R3110
0
4
Imax=0.5 A
VIN_LCD
C2838
0.1uF
CC0603N
470nF
CC0402N
C2835
R3091 0
RC0402N
R3106
1M
eDP_BKLCTL_3P3 6,34
L32
PWM
10uH
1 2
1
Q95
APM1105NUCT-TRG
R3117 51m RC0805N±1%
R3116 51m RC0805N POP = NA±1%
R3115 51m RC0805N POP = NA±1%
R3114 51m RC0805N POP = NA±1%R3142
RC0402N
G
LC6666N
3
C264
R1247
1000pF
2.2
CC0402N
RC0603N
B2100
NP
D38
3
D48
D
2
S
BKLT_EN_EC32
EDP_BKLT_EN6
DFLS1100-7
Co-Lay
R3134 0
POP = NA
SOD5336N
NP
SOD2818N POP = NA
RC0402N
R645
±1%
430k
RC0603N
POP = NA
Co-Lay
Co-Lay
OVPA
R3113
±1%
27K
RC0402N
POP = NA
Co-Lay
OVP=2V x (1+RUPPER/RLOWER)=2*(1+430k/39k)=24.05V
OVP=2V x (1+RUPPER/RLOWER)=2*(1+430k/27k)=33.85V
OVP=2V x (1+RUPPER/RLOWER)=2*(1+1000k/39k)=53.28V
+V3P3S
53
1
2
R3138
10k
POP = NA
RC0402N
POP = NA
R3096
1M
RC0402N
R883
39K
±1%
RC0603N
C1021 0.1u
POP = NA
U90
4
Imax=0.3 A
CC0402N
LED_ON32
C2791
4.7uF
CC1206N
POP = NA
输出电 压
VIN_LCD
R3136 0 POP = NARC0402N
R3135 0
POP = NA
C2834
10uF
CC1210N
POP = NA
+8V
R3089 0 POP = NARC0402N
R3090 0 POP = NARC0402N
ccq_v1.01_20141008
RC0402N
+V_LED
12
CP50
10UF
+
THR-CPR50-630x1100N
EDP_BKLEN_OUT
IINA2
IINA3
Co-Lay
EDP_BKLEN_OUT
2
C2833
10uF
POP = NA
R3140
R3137
10k
RC0402N
1
RTA
FSW = 1 / (2 x 10-11 x 100K)
R958
= 500KHz
100k
RC0402N
J8
RC0402N
RC0402N
IINA
IINA
IINA
IINA
IINA
1
1
2
2
3
3
E1
4
4
E2
5
5
6
6
POP = NA
CN41
1
1
2
2
TH-CN-200P-2N-H
E1
E2
R345 0
RC0402N
POP = NA
R3095 0
RC0402N
POP = NA
ENBLT
0
IINA0
ENBLT 34
IINA1
IINA2
IINA3
IINA0
IINA1
+V_LED
POP = NA
IINA2
IINA3
R3130 0 RC0402N
R3131 0 RC0402N
R3132 0 RC0402N
R3133 0 RC0402N
R3118 0
R3097 0
POP = NA
+V_LED
CN40
2
112
334
556
778
POP = NA
R3101 0
R755
10.9k
RC0603N
POP = NA
LG-55mA
R648
430k
±1%
ILEDMax = 1200 / 12K
RC0603N
= 100 mA
POP = NA
R3098 0 R C0603N
R3102
ILEDMax = 1200 / 20K
20K
= 60 mA
±1%
R3099 0
RC0603N
POP = NA
R3139
ILEDMax = 1200 / 18.46K
18.7K
= 65 mA
R3100 0
RC0603N
POP = NA
R756
ILEDMax = 1200 / 10K
10k
= 120 mA
RC0603N
PANDA -60mA AUO-65mA LG-120mATBD-TBDmA
A A
5
4
3
ISETA
4
6
8
RC0603N
POP = NA
ILEDMax = 1200 / 10.9K
= 110 mA
ENGINEER:
ENGINEER:
ENGINEER:
2
R754
16k
RC0603N
POP = NA
L&T-75mA
Golden
Golden
Golden
ILEDMax = 1200 / 16K
= 75 mA
Title
Title
Title
Size
Size
Size
C
C
C
Date: Sheet of
Date: Sheet of
Date: Sheet of
ISETAISETAISETA ISETA ISETA ISETA ISETA
R638
ILEDMax = 1200 / 12K
12K
= 100 mA
RC0603N
POP = NA
L&T-100mA
Lengda Technology Ltd.
Lengda Technology Ltd.
Lengda Technology Ltd.
5th floor,Block K,
5th floor,Block K,
5th floor,Block K,
Xiamen Exprot Processing Zone,
Xiamen Exprot Processing Zone,
Xiamen Exprot Processing Zone,
Haicang Distri ct,Xiamen,China,361026
Haicang Distri ct,Xiamen,China,361026
Haicang Distri ct,Xiamen,China,361026
U30L
U30L
U30L
Sheet
Sheet
Sheet
EDP PANEL
EDP PANEL
EDP PANEL
Name
Name
Name
1
33 50
33 50
33 50
Rev
Rev
Rev
A
A
A
Page 34
5
CN35
WB1003UR-40XXB
40
39
38
37
36
35
34
33
32
31
30
29
28
27
26
25
24
23
22
212120
E1E1E2
E2
R2990
10k
C2770
1UF
EDP_HPD6
8625_PWMO33
VDD12
1
1
LAO1_DATAN1
2
2
LAO1_DATAP1
3
3
4
4
LAO1_DATAN2
5
5
LAO1_DATAP2
6
6
7
7
8
8
9
9
LAO1_DATAN3
10
10
11
12
13
14
15
16
17
18
19
LAO1_DATAP3
11
12
LCD_VCC
13
14
15
16
17
18
19
20
Note: Place near the PIN50
AUXN_LVDS
AUXP_LVDS
TXP0_LVDS
TXN0_LVDS
VDDRX
TXP1_LVDS
TXN1_LVDS
8625_RST#
8625_PD#
EDP_HPD_8625
8625_PWMO
VCC_8625
1 2
VDD12
L9 2. 2uH
C2767
10uF
CC0603N
LVDS_DISP_TA0_DN
LVDS_DISP_TA0_DP
D D
LVDS_DISP_TB0_DN
LVDS_DISP_TB0_DP
LVDS_DISP_TC0_DN
LVDS_DISP_TC0_DP
LVDS_DISP_TCK0_DN
LVDS_DISP_TCK0_DP
LVDS_DISP_TD0_DN
LVDS_DISP_TD0_DP
LVDS_DISP_TA1_DN
LVDS_DISP_TA1_DP
LAO_DATAN0
LAO_DATAP0
LAO_DATAN1
LAO_DATAP1
LAO_DATAN2
LAO_DATAP2
LAO_CLKN
LAO_CLKP
LAO_DATAN3
LAO_DATAP3
LAO1_DATAN0
LAO1_DATAP0
40
39
38
37
36
35
34
33
32
31
30
29
28
27
26
25
24
23
22
LCD CONN
VDDIO_8625 VDDIO_8625
C C
VDD12
FB38
180
FB0603N
VDDRX
C2774
C2773
1UF
100NF
Note: Place near the PIN6
B B
R2989
10k
8625_RST# 8625_PD#
C2769
2.2uF
CC0603N
C2772
0.01uF
CC0402N
+V3P3A
+V3P3S
FB39 180 FB0603N
FB45 180 FB0603N
POP = NA
LAO1_CLKN
LAO1_CLKP
VDDIO_8625
C2766
10uF
CC0603N
10
11
12
13
14
1
2
3
4
5
6
7
8
9
CC0402N
C2764
100NF
DAUXn
DAUXp
GND
DRX0p
DRX0n
VDDRX
DRX1p
DRX1n
RST#
PD#
HPD
PWMO
VDDIOX
VDDIOX_1
4
LVDS_DISP_TB1_DN
LVDS_DISP_TB1_DP
LVDS_DISP_TC1_DN
LVDS_DISP_TC1_DP
LVDS_DISP_TCK1_DN
LVDS_DISP_TCK1_DP
LVDS_DISP_TD1_DN
LVDS_DISP_TD1_DP
C9420.1u
LAO_DATAN0
LAO_DATAN1
LAO_DATAP0
54
56
55
NC
NC1
QFN40P700X700-56AN
SW_OUT
GNDX_1
SW_OUT-116GNDX
E1
15
18
17
E1
LCD_VCC_12V
FB44 180 FB0603N
FB37 180 FB0603N
LAO_CLKN
LAO_DATAN2
LAO_DATAP1
LAO_DATAP2
50
48
49
TB0p51TB0n52TA0p53TA0n
TC0p
TC0n
VDDIO_1
U2526
PS8625QFN56G
TESTMODE
RLV_CFG
ENBLT
RLV_LNK/GPIO0
VDD12
20
22
23
21
19
RLV_CFG
RLV_LNK
ENBLT
VDD12
+V3P3A
POP = NA
LAO_CLKP
46
47
TCK0p
TCK0n
ENPVCC/I2C_ADDR
CSDA/MSDA
CSCL/MSCL
24
25
CSDA/MSDA
CSCL/MSCL
+V3P3S
R2997 0 RC0402N
R2985 0 RC0402N
POP = NA
LAO_DATAP3
LAO_DATAN3
45
44
43
TD0n
TD0p
PWMI
42
TA1n
41
TA1p
40
TB1n
39
TB1p
38
VDDIO
37
TC1n
36
TC1p
35
TCK1n
34
TCK1p
TD1n
TD1p
DDC_SDA
DDC_SCL
GND128RLV_AMP27REXT
26
Note:
RLV_AMP 4.99k for default swing,
chang the value for swing adjust.
RLV_AMP
REXT
33
32
31
30
29
R2987 4.99k ±1%
R2986 4.99k ±1%
ENPVCC/I2C_ADDR
EDID_SDA
EDID_SCL
TXN0_LVDS
TXP0_LVDS
TXN1_LVDS
TXP1_LVDS
AUXN_LVDS
AUXP_LVDS
LAO1_DATAN0
LAO1_DATAP0
LAO1_DATAN1
LAO1_DATAP1
LAO1_DATAN2
LAO1_DATAP2
LAO1_CLKN
LAO1_CLKP
LAO1_DATAN3
LAO1_DATAP3
3
C281 100NF
C2850 100NF
C2846 100NF
C2847 100NF
C2848 100NF
C2849 100NF
eDP_BKLCTL_3P3
VDDIO_8625
eDP_BKLCTL_3P3 6,33
BL_ADJ 32
C2765
100NF
Note: Place near the PIN38
2
+V3P3S
+V5S
R3143
R3144
0
0
RC0805N
RC0805N
POP = NA
EDP_TX0_SOC_DN 6
EDP_TX0_SOC_DP 6
EDP_TX1_SOC_DN 6
EDP_TX1_SOC_DP 6
EDP_AUX_SOC_DN 6
EDP_AUX_SOC_DP 6
+VSYS_DCIN
EDP_VDD_EN6,34
RC0402N
R3418
100k
POP = NA
R3417
100k
RC0402N
POP = NA
+VSYS_DCIN
+12V
C2784
1uF
CC0603N
POP = NA
EDP_VDD_EN6,34
C3065
10uF
CC0603N
POP = NA
POP = NA
C2794
1.0 nF
CC0402N
POP = NA
C3064
1UF
R3146 0 POP = NARC0402N
C488
10UF
C489
CC0603N
1uF
CC0603N
Set Tss=6.6ms
R3223 0 RC0402N
U3841 APW7089KA
1
VIN
GND
2
EN
FB
3
UGND
COMP
4
VCC
LX
E1
POP = NA
C3063
1UF
POP = NA
Co-Lay
R718 0 RC0805N POP = NA
U66
For 14 EDP
1
VOUT
VIN
2
ISET
SS
3
GND
EN
4
NC2
NC1
E1
APL3546AKAI
POP = NA
CC0402N
8
7
6
5
E1
R3414
10k
POP = NA
POP = NA
CC0402N
LCD_VCC_12V
8
C2800 4.7UF POP = NAC C0603N
7
R627 POP = NA200K ±1%
6
5
E1
C490
0.01uF
C3069
POP = NA
820pF
POP = NA
C3068
22pF
1
U2530
5
VIN
1
VOUT
4
SS
3
GND2EN/ENB
APL3512A/B
SOT95P280-5N
CC0402N
USE APL3512A High Enable
R3145
100k
RC0402N
C3067
CC0402N
22pF
RC0603N
POP = NA
R3415
140K
12
L34
R3416
62K
R3419
NP
POP = NA
0
D49
sod5225n
RC0402N
10uH
POP = NA
POP = NA
POP = NA
EDP_VDD_EN 6,34
C495
0.1u
LCD_VCC
POP = NA
C491
10uF
CC0603N
+12V
C3066
22uF
CC0603N
8
7
6
5
ENBLT 33
U2527
VCC
WP/WC#
SCL
SDA
AT24C02A
POP = NA
A0/E0
A1/E1
A2/E2
VCC_8625
R2991
R2992
4.7K
4.7K
RLV_LNK
CSCL/MSCL
CSDA/MSDA
1
2
3
4
GND
Golden
Golden
Golden
ENGINEER:
ENGINEER:
3
ENGINEER:
2
U2525
8
VCC
7
WP/WC#
6
SCL
5
SDA
AT24C02A
Lengda Technology Ltd.
Lengda Technology Ltd.
Lengda Technology Ltd.
5th floor,Block K,
5th floor,Block K,
5th floor,Block K,
Xiamen Exprot Processing Zone,
Xiamen Exprot Processing Zone,
Xiamen Exprot Processing Zone,
Haicang Distri ct,Xiamen,China,361026
Haicang Distri ct,Xiamen,China,361026
Haicang Distri ct,Xiamen,China,361026
U30L
U30L
U30L
Title
Title
Title
Size
Size
Size
Sheet
Sheet
Sheet
Name
Name
Name
C
C
C
Date: Sheet of
Date: Sheet of
Date: Sheet of
A0/E0
A1/E1
A2/E2
Charge
Charge
Charge
1
2
3
4
GND
34 50
34 50
1
34 50
Rev
Rev
Rev
A
A
A
POP = NA
R2984 0
C2771
C2768
100NF
0.01uF
VDDIO_8625
RLV_LNK
RLV_CFG
5
ENPVCC/I2C_ADDR
R2994 4.7K
R2995 4.7K
R2996 4.7K
R2993 4.7K
A A
POP = NA
Note:
RLV_LNK: L=Single link LVDS
H=Dual link LVDS
RLV_CFG:L=8bit LVDS,VESA mapping
M=8bit LVDS,JEIDA mapping
H=6bit LVDS,both VESA and JEIDA mapping
I2C_ADDR: L=0X10H-0X1FH
H=0X90H-0X9FH
CC0402N
Note: Place near the PIN19
VCC_8625
VCC_8625
R2998 2k
R2999 2k
4
R2988 4.7K
EDID_SCL
EDID_SDA
Page 35
5
D D
4
3
+V3P3S
2
1
R3273 0 POP = NARC0603N
FIL_175P200X120-4L
34
B3
GND
TMDS_DATAP26
TMDS_DATAN26
TMDS_DATAP16
TMDS_DATAN16
TMDS_DATAP06
TMDS_DATAN06
OUT_CLKOUT_CLK+
OUT_D0OUT_D0+
OUT_D1OUT_D1+
OUT_D2OUT_D2+
TMDS_CLKP6
TMDS_CLKN6
C C
B B
SLP_S3#11,21,22,24,32
Layout Note: Place these Resistors close to HDMI CONN
R117
470
RC0402N
R118
470
RC0402N
R119
470
RC0402N
R120
470
RC0402N
R121
470
RC0402N
R122
3
D
S
2
R123
R124
Q7
SOT95P240-3N
2N7002LT1
470
RC0402N
470
RC0402N
470
RC0402N
HDMI Pull Downs
+V3P3S
R125
1k
RC0402N
POP = NA
1
G
C283 0.1u CC0402N
C284 0.1u CC0402N
C285 0.1u CC0402N
C286 0.1u CC0402N
C287 0.1u CC0402N
C288 0.1u CC0402N
C289 0.1u CC0402N
C290 0.1u CC0402N
R3279 0 POP = NARC0603N
R3280 0 POP = NARC0603N
FIL22
R3275 0 POP = NARC0603N
FIL_175P200X120-4L
FIL23
1 2
R3276 0 POP = NARC0603N
R3277 0 POP = NARC0603N
FIL_175P200X120-4L
GND
FIL24
1 2
R3278 0 POP = NARC0603N
FIL_175P200X120-4L
GND
FIL25
1 2
UNB
330mA
1 2
UNB
B2
R3274 0 POP = NARC0603N
34
B3
GND
330mA
UNB
B2
34
B3
330mA
UNB
B2
34
B3
330mA
B2
+V5P0A
C119
0.1u
CC0402N
DO+1DO-
GND2
2
15
VCC1
D1+4GND55D1-6D2+
3
U11
3
VIN
APL3517
SOT95P280-3N
13
14
U2534
NC
TPD8S009
VCC
POP = NA
For HDMI ESD
D3-12GND1111D3+10D2-
GND8
Place as close to the HDMI CONN as possible
7
9
8
GND_HDMI
HDMI_CTRLCLK6
HDMI_CTRLDATA6
HDMI_HPD6,35
HDMI_HPD6,35
VOUT
+V5S_HDMI
2
1
GND
HDMI Connector
OUT_D2+
GND_HDMI
OUT_D2OUT_D1+
GND_HDMI
OUT_D1OUT_D0+
GND_HDMI
OUT_D0OUT_CLK+
GND_HDMI
OUT_CLK-
SCL_CONN
SDA_CONN
GND_HDMI
HPD_CONN
HPD_CONN
C2856
0.1u
CC0402N
3
+V3P3S
CN4
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
2
1
1
2
3
4
5
6
7
E1
8
E2
9
E3
10
11
12
13
14
15
16
17
18
19
D19
SOT95P280-3N
POP = NA
E1
E2
E3
Same as X400
GND_HDMI
A A
Lengda Technology Ltd.
Lengda Technology Ltd.
Lengda Technology Ltd.
5th floor,Block K,
5th floor,Block K,
5th floor,Block K,
Xiamen Exprot Processing Zone,
Xiamen Exprot Processing Zone,
Xiamen Exprot Processing Zone,
Haicang Distri ct,Xiamen,China,361026
Haicang Distri ct,Xiamen,China,361026
Haicang Distri ct,Xiamen,China,361026
U30L
U30L
U30L
Title
Title
Title
Size
Size
Size
Sheet
Sheet
Sheet
HDMI
HDMI
HDMI
Name
Name
Name
C
C
Golden
Golden
Golden
ENGINEER:
ENGINEER:
5
4
3
ENGINEER:
2
C
Date: Sheet of
Date: Sheet of
Date: Sheet of
1
35 50
35 50
35 50
Rev
Rev
Rev
A
A
A
Page 36
5
+V5P0A
D D
VCC1_USB3.0
GPIO_447,15
C C
C250
0.1u
CC0402N
POP = NA
R294
±1%
1.8k
RC0603N
POP = NA
R296
1k
±1%
RC0603N
POP = NA
+V5P0A
USB3_P1_PWREN32,37
C245
10uF
CC0603N
C246
0.1u
CC0402N
POP = NA
R297 1k POP = NARC0402N
Co-Lay
1 2
F2 f1206n
U30
5
VIN
3
OCB
4
EN
TPS2065
SOT95P280-5N
POP = NA
VOUT
4
C247
10uF
CC0603N
VCC1_USB3.0
C248
10uF
CC0603N
C249
1000pF
CC0402N
POP = NA
1
2
GND
3
R291 0 POP = NARC0603N
UNB
USB2_DN07
USB2_DP07
USB3_P0_RXN7
USB3_P0_RXP7
USB3_P0_TXN7
USB3_P0_TXP7
C11100NFCC0402N
C12100NFCC0402N
1 2
FIL5
GND
FIL_175P200X120-4L
R292 0 POP = NARC0603N
R293 0 POP = NARC0603N
FIL_175P200X120-4L
GND
FIL6
1 2
UNB
R295 0 POP = NARC0603N
R298 0 POP = NARC0603N
FIL_175P200X120-4L
GND
FIL7
1 2
R299 0 POP = NARC0603N
2
POP = NA
POP = NA
SOD0806N
SOD0806N
AOZ8231
AOZ8231
D12
D11
N P
34
34
B2
330mA
B3
330mA
34
330mA
B2
N P
VCC1_USB3.0
B3
1
2
D+
GND
3
U31
D-
TPD2EUSB30DRTR
POP = NA
1
B2
B3
UNB
2
U32
D-
D+
TPD2EUSB30DRTR
POP = NA
GND
3
USB3.0 Port1
1
VBUS
2
D_MINUS
3
D_PLUS
4
GND1
5
StdA_SSRX-
6
StdA_SSRX+
7
GND_DRAIN
8
StdA_SSTX-
9
StdA_SSTX+
TH-USB-200X150P-9KN
Same as X400
J4
CN-USB-9+2
GND2
GND3
1
E1
E2
POP = NA
POP = NA
SOD0806N
SOD0806N
AOZ8231
AOZ8231
D42
+V5P0A
C999
10uF
CC0603N
VCC2_USB3.0
C1003
10uF
CC0603N
C1000
1000pF
CC0402N
POP = NA
USB2_DP17
USB2_DN17
1 2
F7 f1206n
C1002
C1004
0.1u
B B
A A
10uF
CC0603N
CC0402N
POP = NA
R1224 0 POP = NARC0603N
FIL_175P200X120-4L
GND
FIL15
1 2
UNB
R1223 0 POP = NARC0603N
34
B3
330mA
B2
N P
D43
N P
VCC2_USB3.0
USB2.0 Port3
Size
Size
Golden
Golden
Golden
ENGINEER:
ENGINEER:
5
4
3
ENGINEER:
2
Size
Date: Sheet of
Date: Sheet of
Date: Sheet of
USB2.0 Port1
J5
1
VBUS
3
D_PLUS
E1
GND2
E2
GND3
2
D_MINUS
4
GND1
SHNG04X-XX-XX-XXX
TH-USB-250PX200P-4BN
Lengda Technology Ltd.
Lengda Technology Ltd.
Lengda Technology Ltd.
5th floor,Block K,
5th floor,Block K,
5th floor,Block K,
Xiamen Exprot Processing Zone,
Xiamen Exprot Processing Zone,
Xiamen Exprot Processing Zone,
Haicang Distri ct,Xiamen,China,361026
Haicang Distri ct,Xiamen,China,361026
Haicang Distri ct,Xiamen,China,361026
U30L
U30L
U30L
Title
Title
Title
Sheet
Sheet
Sheet
USB CONN&KEY BOARD CONN
USB CONN&KEY BOARD CONN
USB CONN&KEY BOARD CONN
Name
Name
Name
C
C
C
1
36 50
36 50
36 50
Rev
Rev
Rev
A
A
A
Page 37
5
D D
+V5P0A
C1020
R1246
562
RC0603N
POP = NA
R1229
1k
RC0603N
POP = NA
C1018
0.1u
10uF
CC0402N
CC0603N
POP = NA
±1%
+V5P0A
±1%
R1231 1k POP = N ARC0402N
USB3_P1_PWREN32,36
VCC3_USB3.0
GPIO_457,15
C C
C1017
0.1u
CC0402N
POP = NA
4
Co-Lay
1 2
F8 f1206n
U84
VOUT
VIN
OCB
GND
EN
TPS2065
SOT95P280-5N
POP = NA
1
2
5
3
4
C1015
10uF
CC0603N
VCC3_USB3.0
C1019
10uF
CC0603N
C1016
1000pF
CC0402N
POP = NA
3
USB2_DN27
USB2_DP27
USB3_P1_RXN7
USB3_P1_RXP7
USB3_P1_TXN7
USB3_P1_TXP7
FIL21
FIL16
C1013100NFCC0402N
C1014100NFCC0402N
2
R1233 0 POP = NARC0603N
B2
UNB
1 2
GND
R1232 0 POP = NARC0603N
R1235 0 POP = NARC0603N
FIL20
330mA
B3
34
FIL_175P200X120-4L
FIL_175P200X120-4L
34
B3
GND
330mA
1 2
UNB
B2
R1234 0 POP = NARC0603N
R1245 0 POP = NARC0603N
FIL_175P200X120-4L
GND
330mA
1 2
UNB
R1230 0 POP = NARC0603N
1
POP = NA
POP = NA
SOD0806N
SOD0806N
AOZ8231
AOZ8231
D44
N P
1
2
D-
D+
GND
3
D45
U88
TPD2EUSB30DRTR
POP = NA
VCC3_USB3.0
1
2
D-
D+
GND
3
USB3.0 Port2
J6
1
VBUS
2
D_MINUS
3
D_PLUS
4
GND1
5
StdA_SSRX-
6
StdA_SSRX+
7
GND_DRAIN
8
StdA_SSTX-
9
StdA_SSTX+
CN-USB-9+2
TH-USB-200X150P-9KN
Same as X400
U89
TPD2EUSB30DRTR
POP = NA
GND2
GND3
E1
E2
N P
34
B3
B2
POP = NA
POP = NA
SOD0806N
SOD0806N
AOZ8231
AOZ8231
D46
D47
N P
R3271 0
RC0603N
USB2_DP77
B B
A A
5
+V5P0A
C1010
10uF
CC0603N
C1012
0.1u
CC0402N
POP = NA
Co-Lay
1 2
F9 f1206n
4
C1007
10uF
CC0603N
VCC4_USB3.0
C1011
10uF
CC0603N
C1008
1000pF
CC0402N
POP = NA
3
USB2_DN77
FIL_175P200X120-4L
GND
FIL19
1 2
UNB
R3272 0 POP = NARC0603N
ENGINEER:
ENGINEER:
ENGINEER:
2
34
B3
330mA
B2
Golden
Golden
Golden
POP = NA
N P
VCC4_USB3.0
Lengda Technology Ltd.
Lengda Technology Ltd.
Lengda Technology Ltd.
5th floor,Block K,
5th floor,Block K,
5th floor,Block K,
Xiamen Exprot Processing Zone,
Xiamen Exprot Processing Zone,
Xiamen Exprot Processing Zone,
Haicang Distri ct,Xiamen,China,361026
Haicang Distri ct,Xiamen,China,361026
Haicang Distri ct,Xiamen,China,361026
Title
Title
Title
Size
Size
Size
Sheet
Sheet
Sheet
Name
Name
Name
C
C
C
Date: Sheet of
Date: Sheet of
Date: Sheet of
U30L
U30L
U30L
LED STATUS&ME HOLE
LED STATUS&ME HOLE
LED STATUS&ME HOLE
USB2.0 Port2
J7
1
VBUS
3
D_PLUS
E1
GND2
E2
GND3
2
D_MINUS
4
GND1
SHNG04X-XX-XX-XXX
TH-USB-250PX200P-4BN
37 50
37 50
1
37 50
Rev
Rev
Rev
A
A
A
Page 38
5
D D
4
3
2
1
+V5P0A
C742
10uF
CC0603N
VCC_USB3
C741
10uF
CC0603N
C2963
1000pF
CC0402N
POP = NA
NP
VCC_USB3
D22
AOZ8231
SOD0806N
POP = NA
USB2_DN6 7
USB2_DP6 7
USB2_DN5 7
USB2_DP5 7
R564 0 POP = NARC0603N
FIL_175P200X120-4L
3 4
C3037
10uF
CC0603N
POP = NA
B3
GND
12
UNB
B2
330mA
R565 0 POP = NARC0603N
+V5P0A
POWSW#25
PWR_LED_RED25,32
BLK UP32
BLK Down32
FIL9
NP
D21
AOZ8231
SOD0806N
POP = NA
CN51
1
12
1
12
2
11
2
11
3
10
3
10
4
9
4
9
5
8
5
8
7
667
POP = NA
USB2_DP37
USB2_DN37
C3038
10uF
CC0603N
POP = NA
1 2
F5 f1206n
C705
10uF
CC0603N
C C
B B
USB2.0 Port3
CN22
1
VBUS
3
D_PLUS
E1
GND2
E2
GND3
E3
GND4
2
D_MINUS
4
GND1
GND5
SGXB04XXXXX
TH-USB-200X250P-4KN
E4
A A
Lengda Technology Ltd.
Lengda Technology Ltd.
Lengda Technology Ltd.
5th floor,Block K,
5th floor,Block K,
5th floor,Block K,
Xiamen Exprot Processing Zone,
Xiamen Exprot Processing Zone,
Xiamen Exprot Processing Zone,
Haicang Distri ct,Xiamen,China,361026
Haicang Distri ct,Xiamen,China,361026
Haicang Distri ct,Xiamen,China,361026
U30L
U30L
U30L
Title
Title
Title
Size
Size
Size
Sheet
Sheet
Sheet
MEMORY - DDR4 CHANNEL B
MEMORY - DDR4 CHANNEL B
MEMORY - DDR4 CHANNEL B
Name
Name
Name
C
C
Golden
Golden
Golden
ENGINEER:
ENGINEER:
5
4
3
ENGINEER:
2
C
Date: Sheet of
Date: Sheet of
Date: Sheet of
1
38 50
38 50
38 50
Rev
Rev
Rev
A
A
A
Page 39
5
D D
10
R126
EMMC_DATA_710
EMMC_DATA_610
EMMC_DATA_510
EMMC_DATA_410
EMMC_DATA_310
EMMC_DATA_210
EMMC_DATA_110
EMMC_DATA_010
EMMC_CMD10
EMMC_CLK10
EMMC_STROBE10
C C
B B
EMMC_RST#
R128
R142
R163
R253
R254
R255
R256
R257
R258
R259
EMMC_RST#
10
10
10
10
10
10
10
10
10
10
EMMC_STROBE_R
R260
100k
RC0402N
±5%
R262
RC0402N
4
KLMCG8GE2A-A0 01
U8A
J6
DAT7
J5
DAT6
J4
DAT5
J3
DAT4
J2
DAT3
H5
DAT2
H4
DAT1
H3
DAT0
W5
CMD
W6
CLK
U5
RST
H6
RFU1
H7
RFU2
K5
RFU3
M5
RFU4
M8
RFU5
M9
RFU6
M10
RFU7
N10
RFU8
P3
RFU9
P10
RFU10
R5
RFU11
T5
RFU12
U6
RFU13
U7
RFU14
U10
RFU15
AA7
RFU16
AA10
RFU17
KLMCG8GE2A
+V1P8A
R261
20K
RC0402N
10
VDDI
VDDF1
VDDF2
VDDF3
VDDF4
VDD1
VDD2
VDD3
VDD4
VDD5
VSS1
VSS2
VSS3
VSS4
VSS5
VSS6
VSS7
VSS8
VSS9
EMMC_RST#_CPU 10
+VDDI_EMMC
K2
M6
N5
T10
U9
K6
W4
Y4
AA3
AA5
U8
M7
AA6
P5
Y5
K4
Y2
AA4
R10
C309 0.1u
+V2P8A_EMMC
+V1P8A_EMMC
eMMC AVL:
Sams ung
16GB KLMAG2WEMB-B031 / KLMAG2GEAC-B031
32GB KLMBG4WEBC-B031 / KLMBG4GEAC-B031
64GB KLMCG8WEBC-B031 / KLMCG8GEAC-B031
3
+V3P3A
R116
0
C308
4.7uF
C307
CC0603N
0.1u
+V1P8A
R165
0
C311
C310
0.1u
4.7uF
CC0603N
2
KLMCG8GE2A-A001
U8B
A4
A6
A9
A11
B2
B13
D1
D14
H1
H2
H8
H9
H10
H11
H12
H13
H14
J1
J7
J8
J9
J10
J11
J12
J13
J14
K1
K3
K7
K8
K9
K10
K11
K12
K13
K14
L1
L2
L3
L4
L12
L13
L14
M1
M2
M3
M12
M13
M14
N1
N2
N3
N12
N13
N14
P1
P2
P12
P13
P14
R1
R2
R3
R12
R13
R14
NC_A4
NC_A6
NC_A9
NC_A11
NC_B2
NC_B13
NC_D1
NC_D14
NC_H1
NC_H2
NC_H8
NC_H9
NC_H10
NC_H11
NC_H12
NC_H13
NC_H14
NC_J1
NC_J7
NC_J8
NC_J9
NC_J10
NC_J11
NC_J12
NC_J13
NC_J14
NC_K1
NC_K3
NC_K7
NC_K8
NC_K9
NC_K10
NC_K11
NC_K12
NC_K13
NC_K14
NC_L1
NC_L2
NC_L3
NC_L4
NC_L12
NC_L13
NC_L14
NC_M1
NC_M2
NC_M3
NC_M12
NC_M13
NC_M14
NC_N1
NC_N2
NC_N3
NC_N12
NC_N13
NC_N14
NC_P1
NC_P2
NC_P12
NC_P13
NC_P14
NC_R1
NC_R2
NC_R3
NC_R12
NC_R13
NC_R14
KLMCG8GE2A
NC_T1
NC_T2
NC_T3
NC_T12
NC_T13
NC_T14
NC_U1
NC_U2
NC_U3
NC_U12
NC_U13
NC_U14
NC_V1
NC_V2
NC_V3
NC_V12
NC_V13
NC_V14
NC_W1
NC_W2
NC_W3
NC_W7
NC_W8
NC_W9
NC_W10
NC_W11
NC_W12
NC_W13
NC_W14
NC_Y1
NC_Y3
NC_Y6
NC_Y7
NC_Y8
NC_Y9
NC_Y10
NC_Y11
NC_Y12
NC_Y13
NC_Y14
NC_AA1
NC_AA2
NC_AA8
NC_AA9
NC_AA11
NC_AA12
NC_AA13
NC_AA14
NC_AE1
NC_AE14
NC_AG2
NC_AG13
NC_AH4
NC_AH6
NC_AH9
NC_AH11
T1
T2
T3
T12
T13
T14
U1
U2
U3
U12
U13
U14
V1
V2
V3
V12
V13
V14
W1
W2
W3
W7
W8
W9
W10
W11
W12
W13
W14
Y1
Y3
Y6
Y7
Y8
Y9
Y10
Y11
Y12
Y13
Y14
AA1
AA2
AA8
AA9
AA11
AA12
AA13
AA14
AE1
AE14
AG2
AG13
AH4
AH6
AH9
AH11
1
A A
Lengda Technology Ltd.
Lengda Technology Ltd.
Lengda Technology Ltd.
555ttthhh fffllloooooorrr,,,BBBllloooccckkk KKK,,,
XXXiiiaaammmeeennn EEExxxppprrrooottt PPPrrroooccceeessssssiiinnnggg ZZZonononeee,,,Lisus
HaHaHaiiicccaaangngng DDDiiissstttrrriiicccttt,,,XXXiiiaaammm eeennn,,,CCChhhiiinnnaaa,,,333666101010222666
<Title>
<Title>
<Title>
Title
Title
Title
Size
Size
Size
Sheet
Sheet
Sheet
EMMC
EMMC
EMMC
Name
Name
Name
C
C
ENGINEER:
ENGINEER:
5
4
3
ENGINEER:
2
C
Date: Sheet of
Date: Sheet of
Date: Sheet of
1
39 41
39 41
39 41
Rev
Rev
Rev
A
A
A
Page 40
5
4
3
2
1
D D
POP = NA
PLTRST_PEG_SLOTS_N 24
DR1
100k
RC0402N
R32310
R32270RC0402N
GPU_PCIE_WAKE#7
GPU_ALL_PWRGD9
SSD_CLK_REQ#7
PCIE_SSD_TX3_DP7
PCIE_SSD_TX3_DN7
PCIE_SSD_TX2_DP7
PCIE_SSD_TX2_DN7
PCIE_SSD_TX1_DP7
PCIE_SSD_TX1_DN7
PCIE_SSD_TX0_DP7
PCIE_SSD_TX0_DN7
C2961 0.1u CC 0402N
U2536
53
4
R3252 1k R C0402N
RC0402N
POP = NA
R32320
R32330
R32340
R32350
PCIE_SSD_RX3_DP7
PCIE_SSD_RX3_DN7
PCIE_SSD_RX2_DP7
+V3P3S
R6244
10k
RC0402N
PCIE_SSD_RX2_DN7
+V3P3S
1
2
C C
9
PCH_GPU_RST1
PLT_RST#11,28,29,31,32
R3254 0
RC0402N
FB_CLAMP9, 32
SSD_PCIE_CLK_DN7
SSD_PCIE_CLK_DP7
CN47
WAKE#1+3.3V_1
3
RSVD1
RSVD25+1.5V_1
CLKREQ#7UIM_PWR1
GND19UIM_DATA
REFCLK-11UIM_CLK
REFCLK+13UIM_RESET
GND215UIM_Vpp
17
RSVD3
RSVD419W_DISABLE#
GND321PERST#
PER_N023+3.3V_AUX
PER_P025GND9
GND427+1.5V_2
GND529SMB_CLK
PET_N031SMB_DATA
PET_P033GND10
GND635USB_DRSVD537USB_D+
RSVD639GND11
RSVD741LED_WWAN#
RSVD843LED_WLAN#
C_CLK45LED_WPAN#
C_DAT47+1.5V_3
C_RST49GND12
RSVD1251+3.3V_2
071CAAAZ40B
KEY
E1E1E2
E2
GND7
GND8
+VSYS_DCIN
2
4
6
8
10
12
14
16
+V3P3S
18
20
22
24
26
28
30
32
34
36
38
40
42
44
46
48
50
52
+V5S
R3248 0 POP = NA
R32460
RC0402N
R3245 0 RC0402N
PEX_RST
R775 0POP = NA RC0402N
R3247 0 RC0402N
PRSNT_R#
R3244 0 RC0402N
+V5S
+VSYS_DCIN
OPTION1_GPU 32
FAN_PWMIN_GPU 32
KBC_FAN_SPEED_GPU 32
GC6_FB_EN 9
AC_PRESENT 25,32
GPU_PWR_EN_EC 32
9
GPU_PWR_EN
GPU_EVENT 9
I2C_CLK2_GPU 32
I2C_DATA2_GPU 32
OVERT 32
OPTION2_GPU 32
CN14
1
1
2
E1
2
E1
3
E2
3
E2
4
4
POP = NA
R32410
R32420
R7370
R7520
PCIE_SSD_RX1_DP 7
PCIE_SSD_RX1_DN 7
PCIE_SSD_RX0_DP 7
PCIE_SSD_RX0_DN 7
R3253 0 RC0402N
B B
+V3P3S
C2960 100NF CC0402N
U2535
1
PLTRST_PEG_SLOTS_N24
GPU_RST_EC32
R3251 0 RC0402N
For EC
R3250
10k
RC0402N
A
2
B
GND3Y
SN74AHC1G08
POP = NA
5
VCC
4
R3249
10k
RC0402N
PEX_RST
+VSYS_DCIN
12
CP11
+
100uF
C2962
0.1uF
CC0603N
C2932
0.1uF
CC0603N
+V5S
+V3P3S
12
12
C2943
C2939
5.6UF
5.6UF
+
C2945
+
0.1uF
CC0603N
C2944
0.1uF
CC0603N
C2947
0.1uF
CC0603N
C2946
0.1uF
CC0603N
12
C2959
5.6UF
C2949
0.1uF
CC0603N
C2948
0.1uF
CC0603N
+
A A
SCHEMATIC1
SCHEMATIC1
SCHEMATIC1
Title
Title
Title
Cover Sheet
Cover Sheet
Cover Sheet
Size
Size
Size
Document Number Re v
Document Number Re v
Document Number Re v
1 A
C
1 A
C
1 A
C
Date: Sheet of
Date: Sheet of
5
4
3
2
Date: Sheet of
GML_V1.00
GML_V1.00
GML_V1.00
1
40 41Friday, June 22, 2018
40 41Friday, June 22, 2018
40 41Friday, June 22, 2018
Loading...