4) change c51 to through hole d d c c b b · pvtmon_dac dying_gasp swreg1p5_vsense 1v_fb pvtmon_adc...

5

5

4

4

3

3

2

2

1

1

D D

C C

B B

A A

1) move C1013 out of shield (layout)2) swap D132 and D143 (layout)3) add R25 for R3000 (schemaitc and layout)4) change C51 to through hole

Rev1A3 Revision

Size

Scale

CAGE Code DWG NO Rev

Sheeto f

Modif ied:

http://www.actiontec.com

1B3

ACTIONTEC ELECTRONICS, INC

R3000

Saturday, September 13, 2014 2 17

B

760 N. MARY AVE.SUNNYVALE, CA94086

<Cage Code>0.2 REVISION

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5

5

4

4

3

3

2

2

1

1

D D

C C

B B

A A

SPI_MOSISPI_CLK

SPI_MISO

POR_RESET_B

Z_UART_TXDZ_UART_RXD

PCEe_TDP_2GPCEe_TDN_2GPCEe_RDP_2GPCEe_RDN_2GPCEe_CLKP_2GPCEe_CLKN_2G

PCEe_CLKREQ_B_2GPCEe_RST_B_2G

PCEe_RST_B_2G

PCEe_TDP_2GPCEe_TDN_2GPCEe_RDP_2GPCEe_RDN_2GPCEe_CLKP_2GPCEe_CLKN_2G

PCEe_CLKREQ_B_2G

WLAN_LED_2G_L

WLAN_LED_2G_L

B_SPI_MOSIB_SPI_CLK

+3.3V

+1.0V

+3.3V

+5V

+5V

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<Cage Code>0.3 TOP

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<Cage Code>0.3 TOP

5.0 - BCM_RF_2G

5.0 - BCM_RF_2G

PCIE_CLKP

PCIE_RDPPCIE_RDN

PCIE_TD_P

PCIE_CLKN

PCIE_TD_N

PCIE_RSTPCIE_CLKREQ

PCIE_WAKE_ELRF_DISABLE_L

+3.3V

+5V

GND

WLAN1_LINK_LED

1.0 BCM63149

1.0 - BCM63138

SPI_CLK

SPI_MISO

UART2_SIN

SPI_MOSI

POR_RESET_B

UART2_SOUT

+3.3V

GND

+1.0VDPCIE1_RST_B

PCIE1_CLKN

PCIE1_RDNPCIE1_RDP

PCIE1_CLKP

PCIE1_TDNPCIE1_TDP

PCIE1_CLKREQ_B

+5V

WLAN1_LINK_LED

B_SPI_CLKB_SPI_MOSI

5

5

4

4

3

3

2

2

1

1

D D

C C

B B

A A

BCM631383.3V

AOZ1038

BCM63138

BCM3450 X 23.3V 0.55X2 A

AOZ1024DI / MP8708EN-LF-Z

Internal Reg

Mini PCI-e Connector (RF)

1.0VBCM63138

3.3V/4A

LEDs & MISC.0.2 A

Power In 12V DC

0.1 A3.3V

xx A3.3VNAND Flash

3.3V

DDR30.2 A

1.5V

0.9A X 2USB 3.0

5V

1.5V

BCM63138Internal Reg1.8V

BCM63138

3.3V

1.8V

1.5V

1.0V

2.4 GHz RF2.1A

0.3 A

0.36 A

0.2 A

2.5A

MP8760/AOZ1038

5V/6A

4.9A

BCM6803 X 23.3V 0.115X2 A

RT90591.0VA

BCM63138

5V

1.02A5V 5 GHz RF

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R3000


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<Cage Code>0.4 POWER SCHEME

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5

5

4

4

3

3

2

2

1

1

E E

D D

C C

B B

A A

WLAN1

+1.8V

FRONT PANEL LEDs

DDR

ANALOG

WPS

If an LED is connected to a gpio with strap function, the orientationof the LED must be configured so the desired strap value is set.If the strap should be set high, configure the LED as active-low.If the strap should be set low, configure the LED as active-high.

INET

POWER

This transistor circuit prevents the LEDs from asserting ahigh on the strap settings of gpio[30:29,16:15]. This circuitis used for the evalution board, to allow the DIP switch toset the strap. A production board should connect the LEDsto match the desired strap settings of the gpio. Seeexamples below:

(Wi-Fi Protected Setup)

Broadcom ConfidentialAll Rights Reserved

+1.5V

+12VDC Regulated Input

Vfb = 1.000V

Footprint designed toisolate copper shapes. Provides copperconnection 200 mil w ide.

Schematic Symbol

WLAN2

ENET1

ENET2

ENET3

ENET4

ENET5Status SPD[1] SPD[0] Color---------------------------------1000BASE-T 1 0 Green100BASE-T 0 1 Yellow10BASE-T 1 1 offNo Link 1 1 off

GREEN

GREEN

RED

RED

LINK/ACT

LINK/ACT

LINK/ACT

LINK/ACT

LINK/ACT

Vfb = 1.000V

Place R181-183 andC141-143 near FETs.

--Single point connection to ground plane


Place C151 closeto balls AD5, AE5

Status LNK/ACT LED---------------------------------Link 0 GreenActivity 1 Blink Off

(the truth table above is invertedfor signals from the serial shiftregister when LEDs are active high)

3.3V/4A Regulator

Rbot

Rtop

AOZ1020AI Vout = 0.8 * [ (Rtop + Rbot) / Rbot ]

GPIO_10

GPIO_11

GPIO_12

GPIO_13

GPIO_22

GPIO_24

GPIO_26

5G

2.4G

GPIO_15

GPIO_19

GPIO_17

COAX LAN

COAX WAN

GPIO_14

USB

GPIO_16

Rbot

Rtop

+1.0V DIGITAL1V AVS


1V/6A

5V/6A

SWREG1P8_VSENSE

SWREG1P5_ISENSESWREG1P5_NDRIVESWREG1P5_PDRIVE

SWREG1P8_ISENSE

SWREG1P8_PDRIVESWREG1P8_NDRIVE

BMU_1V8

PVTMON_DAC

DYING_GASP

SWREG1P5_VSENSE

1V_FB

PVTMON_ADC

LED

_ST

RA

P_3V

3

12V_IN

3V3_SW

3V3_EN 3V3_FB

3V3_FB 3V3_COMP3V3_EN3V3_SW

PWR_ON

1V_EN

1V_FB

+3.3V

+1.0VD

+5V

I2C_SCL

+3.3

V_L

ED

5V_SW

5V_FB

INT_1V_REG_OUT

+1.0VA

SWREG1P0_ISENSE

SWREG1P0_PDRIVESWREG1P0_NDRIVE

SWREG1P0_VSENSE

1V_SW

PWR_ON 5V_EN2

I2C_SDA

+3.3V3 ,̂6,9,10,11,12,14

+1.0VD3 ,̂11

GND3 ,̂6,7,8,9,10,11,12,13,14,15,16,17

+5V3 ,̂10,12,15,16,17

WLAN1_LINK_LED3 ,̂13

+3.3V

+3.3V

+1.8V

+3.3V_LED

+3.3V

+1.5V

+3.3V

+1.8V

+12v

+12v

+12V

+12v

+3.3V

+3.3V

+3.3V

+12v

+5V

+1.0VD

+1.0VD

+3.3V

+1.5V+1.0VA

+3.3V

+12v

WLAN0_LINK_LED12

POR_RESET_B3,6

INET_FAIL_LED6

INET_ACT_LED6

GPHY0_LINK/ACT_LED6,7





WPS_LED_GRN6

WPS_LED_RED6

USB_LED6

POWER_ON_LED6

POST_FAIL_LED6

Size

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1B3


R3000

Thursday , September 25, 2014 5 17

D


<Cage Code>1.1 POWER AND LEDs

Size

Scale


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R3000


D



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Scale


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Modif ied:


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R3000


D



R112 150

R1755

47K

Q13

MMBT3906

1

23

R1610/NL

TIE2200x13_MILS

Q103AAO66041

65

C195

10uF/6.3V

C191322uF/10V

L110

1.5uH/NL

1 2

C19510.1uF/25V

C151uF

0402X5R

C6950.1uF/25V

UU188

AOZ1038

VIN2

EN6

COMP5

PGND1

NC17

FB4

NC28

AGND3

LX9

R1564.99K

C1410

MH3MTG .150/.275

L13 2.2uH/8A

C129

0.1uF

F1 0R

C1510.22uF

R126 150

C12422uF/6.3V

Q101BSIA533EDJ-T1-GE3/NL

4

5

3 D2

R102 150

TP66

1

R3010

C22 180pF/NL

C61 1.5nF/NL

U5 RT9059QW

VIN17

GN

D11

EN6

PGOOD5

VOUT11

VDD10

ADJ4

VOUT22

VOUT33VIN2

8

VIN39

R179

12.1K/NL1%

C21100pF(DNI)

R1756 12K

1%

D121

Red/Green

12

34

D132

Green

DD128 Green/NL

D13

1N4148/NL

C2354

0.1uF

TP69

1

R20

100K

D143

Green

D140

Green

R1550

U2 AOZ1038

VIN2

EN6

COMP5

PGND1

NC17

FB4

NC28

AGND3

LX9

R101 150

C17

10uF/6.3V

J8

DC JACK

123

C9

10uF/6.3V

C694

1000uF/25V

HS3MTG

C13710uF

VR1

DIAC_30V (DNI)VR5MM

1 2

L111

2.7uH

12

C194222uF/10V

FB5600 Ohms

TIE1200x13_MILS

C13210uF/NL

R164

1K

C2350 15pF/NL

R165100K

HS4MTG

C101uF

0402X5R

C2351

22uF/6.3V

Q102AAO66041

65

R31 0

L2 1uH/7A

C16

1uF

R183 1.2K

C194422uF/10V

C4322uF/NL

C234710uF/25V

1206

C2348

22uF/6.3V

BCM63138

(7 OF 8)

VOLTAGE REGULATORS

U101GBCM63138EKFEBGBGA600_0.8mm

SWREG_AVDDIN_1AD5

SWREG_AVDDIN_2AE5

SWREG_PVDDIN_1AE1

SWREG_PVDDIN_2AE2

SWREG1P0_ISENSEAF3SWREG1P0_NDRIVEAF2SWREG1P0_PDRIVEAF1SWREG1P0_VSENSEAF4

SWREG1P5_ISENSEAG4SWREG1P5_NDRIVEAH2SWREG1P5_PDRIVEAH1SWREG1P5_VSENSEAH3

SWREG1P8_ISENSEAF5SWREG1P8_NDRIVEAG2SWREG1P8_PDRIVEAG1SWREG1P8_VSENSEAG3

BMU_THERMBAD3

BMU_THERMAAC6

BMU_THERMAD2

BMU_REFGNDAC2

BMU_REF_VDD3P3AB4

BMU_PWM_OUT / GPIO_120Y3

BMU_OWB / GPIO_119Y4 BMU_OWA / GPIO_118Y5

BMU_IBATAC1

BMU_FD_EN_NAA2

BMU_ENB / GPIO_117AB2 BMU_ENA / GPIO_116AB3

BMU_DIS_CTRL / GPIO_115AA5

BMU_AC_EN / GPIO_114AA3

BMU_VINY6

BMU_VBATAC3

BMU_THERMCAD4

BMU_VREF_VDD1P8_INAC5 BMU_VREF_VDD1P8_OUTAC4

BMU_VREF1P6AB5

PVTMON_VDACAE4PVTMON_ADCAE3

DGSENSEAD24

C23530.82nF

MH2MTG .150/.275

Q102BAO6604

3

42

R130 150

C130.1uF

0402X5R

C4722uF/NL

D134

Green

Q103BAO6604

34

2

R1761 49.9

C1020.1uF/NL

0402X5R

R142910.5K1%

C235222uF/25V

1206

R1763 2K

D128 Green

TP68

1

TP63

1

R15910K1%

U1

AOZ1024DI

PGND1

VIN2

AGND3

FB4

COMP5EN6LX7LX8

LXP

AD

10G

ND

9

C240.82nF

Q105MMBT3904LT1G

TP9

1

R108 150

C4822uF/NL

R18040.2K

R15710K1%

TP67

1

R34 0/NL

C1500.22uF

R17600/NL

MH1MTG .150/.275

C2357

0.1uF/NL

R2359K1%

R16210K

C23380.1uF

R177

24K

C1810uF/25V

1206

R1442 56.0K

1%

FD1

FD

UU1 MP8708EN-LF-Z/NL

IN1

EN/SYNC5

BST4

SW2

FB6

GN

D8

SW3

VCC7

EP

AD

9

C4922uF/6.3V

C13522uF/NL

TP14

1

R17538.2K

R17590/NL

DD131

Red/Green

1 2

3

R182 1.2K

R12100K

C201.8nF

R127 150

R128 150

D136

Green

MH4MTG .150/.275

TIE3200x13_MILS

FD2

FD

R111 150

C1

22uF/6.3V

R19 47K

C5022uF/6.3V

ZU101HEAT-SINK-21mmSQ

C13022uF/6.3V

R1762 49.9

D124

Red/Green

12

34

R7710.0K1%

C231uF(NL)

0402X5R

FD3

FD

R21 0

C19

22uF/6.3V

R22

31.6K1%

L112

3.3uH

1 2

C14310pF

Q15

MMBT3906

1

23

R11

10K

C14210pF

R175447.5K1%

R129 150

R107 150

R1510K

HS2MTGFD4

FD

C120

0.1uF

C420.1uF/25V (DNI)

R1764 2K

HS1MTG

R18

47K/NL

R7813K

Q101ASIA533EDJ-T1-GE3/NL

1

6

2

D1

C13610uF

C76510uF/25V

C191222uF/25V

C6961000pF

R1588.06K

D129 Green

HS5MTG

L1 3.3uH/6A

Q104MMBT3906LT1G

C123

0.1uF

R181 4.7K

R163

10K

R1769 150

C101

0.1uF/NL0402X5R

TP65

1

D138

Green

R1546.04K/NL1%

R1645.3K

C2349 15pF/NL

HS6MTG

DD129 Green/NL

5

5

4

4

3

3

2

2

1

1

D D

C C

B B

A A

63138_DDR_package_trace_lengths.rpt

OPTIONAL SPI Serial FLASHMEMORY: 2-32 MBYTES

1) All signals must be matched to the length of the clock traces between the SoC and each DRAM seperately. X = CLK/CLKb is the length between SoC and DRAM of interest.2) Address and control must be ( X + 197 mil ) +/- 394 mil.3) DQS must be ( X - 1250 mil) +/- 1750 mil.4) All DQ/DM must match corresponding byte lane DQS within +/- 315 mil.

JTAG, TESTCONNECTOR

DDR SDRAM layout rules:All timing is relative the CLK/CLKb that arrive at the destination DDR SDRAM chip.

All Rights Reserved

MANUALRESET

!

MAIN MEMORYDDR3 SDRAM32-256 MBYTES

Place R249-250near U201.

R256-259 are for in-circuit programmer.Remove for production.

Place C201-C210, close to U201

Place R251-252near U101

OPTIONAL NAND FLASHMEMORY: 128-4000 MBYTES

Bootstrap inputs are muxed ontoGPIO[59,57,55,53,51:42,39,31:29,18:15,2:0]. Beaware that placing a pull-down resistor on any of thesegpio will change the default bootstrap configuration.

BCM63138 Strap Options

CONSOLEPORT

GPIO_52 = PWRUP for LD0GPIO_53 = DIN for LD0GPIO_55 = DCLK for LD0GPIO_54 = PWRUP for LD1GPIO_09 = DIN for LD1GPIO_10 = DCLK for LD1

Place C225as close toBCM63138as possible

GPIO_16GPIO_17

PCIE1_RC_MODE

BOOT_SEL_ 0SPI_SLAVE_DISABLE

PCIE0_RC_MODEGPIO_0

GPIO_29

GPIO_15PICO_ROM_BOOT

BOOT_SEL_ 1BOOT_SEL_ 2BOOT_SEL_ 3BOOT_SEL_ 4

SOFTWARE_0

PMC_ROM_BOOTPMC_BOOT_AVS

HSSPIFLASH_CLKSPI_FLASH_ADDR24

SOFTWARE_1SOFTWARE_2

SOFTWARE_3SOFTWARE_4

RESERVED

PMC_BOOT_FLASHA9_CORE0_BOOT

RESET_DELAYRESERVED

GPIO_39

GPIO_42GPIO_43GPIO_44GPIO_45GPIO_46

GPIO_47GPIO_48GPIO_49

GPIO_50GPIO_51 GPIO_53

GPIO_55

GPIO_57GPIO_59

GPIO_1GPIO_2

GPIO_18

GPIO_30

GPIO_31

SPIS_SSB SPIS_CLK

NOTE: All 24 DDR_VTTconnections MUST be made forVirtual Vtt to work properly.

RESERVED

RESERVED

SIGN ALDDR_A_00DDR_A_01DDR_A_02DDR_A_03DDR_A_04DDR_A_05DDR_A_06DDR_A_07DDR_A_08DDR_A_09DDR_A_10DDR_A_11DDR_A_12DDR_A_13DDR_A_14DDR_A_15DDR_BA_0DDR_BA_1DDR_BA_2DDR_C AS_BDDR_C KEDDR_CLK_NDDR_CLK_PDDR_CS_B_0DDR_CS_B_1DDR_DM _0DDR_DM _1DDR_DQ_00DDR_DQ_01DDR_DQ_02DDR_DQ_03DDR_DQ_04DDR_DQ_05DDR_DQ_06DDR_DQ_07DDR_DQ_08DDR_DQ_09DDR_DQ_10DDR_DQ_11DDR_DQ_12DDR_DQ_13DDR_DQ_14DDR_DQ_15DDR_DQS_N _0DDR_DQS_N _1DDR_DQS_P_0DDR_DQS_P_1DDR _ODTDDR_R AS_BDDR _WE_B

LENGTH (MIL)700. 1556. 6436. 4509. 6530. 9633. 0537. 5623. 5370. 8411. 6453. 6537. 8500. 0639. 0547. 4350. 5810. 4552. 1767. 7223. 4347. 8352. 8351. 0340. 0434. 9468. 6381. 6465. 4318. 5449. 4359. 3438. 7416. 0454. 0328. 5218. 3306. 3306. 2250. 5311. 9269. 7320. 1311. 5379. 7317. 9370. 1320. 0337. 1355. 7273. 7

DDR Internal Package Net Lengths. Include in length matching constraints.

For users of Allegro 16.5 and higher, DDR internalpackage net length file is embedded here>

! DO NOT DEVIATE FROM LINE DRIVER CONNECTIONS BELOW:LD0 is referred to as the INT channel in the s/w.LD1 is referred to as the EXT channel in the s/w.See for instance, the boardparms.c file.

Default DIP switch settings:

SW202SW203 SW204

P1P2P3P4P5P6P7P8

P1P2P3P4P5P6P7P8

P1P2P3P4

GPIO_41

All OFF except:SW202 positions 2, 4.SW203 position 1.

BOOT_SEL[5:0]

BOOT SELECT OPTIONS

FLASH Memory Configuration SW202 positionSwitch ON = Strap Low (0) 8 6 5 4 3 2

111XXX = Boot from SPI110XXX = Boot from eMMC-NAND101XXX = Boot from SPI-NAND100XXX = Reserved011XXX = Boot from NAND, 512B page010XXX = Boot from NAND, 8kB page001XXX = Boot from NAND, 4kB page000XXX = Boot from NAND, 2kB page0XX000 = Boot from NAND, Disable ECC0XX001 = Boot from NAND, 1-bit ECC0XX010 = Boot from NAND, 4-bit ECC0XX011 = Boot from NAND, 8-bit ECC0XX100 = Boot from NAND, 12-bit ECC0XX101 = Boot from NAND, 24-bit ECC0XX110 = Boot from NAND, 40-bit ECC0XX111 = Boot from NAND, 60-bit ECC

OFF OFF OFF X X XOFF OFF ON X X XOFF ON OFF X X XOFF ON ON X X XON OFF OFF X X XON OFF ON X X XON ON OFF X X XON ON ON X X XON X X ON ON ONON X X ON ON OFFON X X ON OFF ONON X X ON OFF OFFON X X OFF ON ONON X X OFF ON OFFON X X OFF OFF ONON X X OFF OFF OFF

TMSRST

TRST_BNAND_D6

NAND_D4

DDR_RASb

DDR_CS_B_0

DDR_WEb

NAND_RBNAND_D0

NAND_D2

NAND_CEb

NAND_D3

TDO TDO

DDR_ZQ

DDR_A0DDR_A1DDR_A2DDR_A3DDR_A4DDR_A5DDR_A6DDR_A7DDR_A8DDR_A9

DDR_A10DDR_A11DDR_A12DDR_A13

DDR_BA0DDR_BA1DDR_BA2

DDR_CASb

XTALPXTALN

POR_RESET_B

DDR_CLK0_NDDR_CLK0_P

TCK

TDI

RE

SE

T_O

UT

NAND_REb

NAND_D1

NAND_ALENAND_D7

NAND_WEb

NAND_D5

NAND_CLE

EJTAG_CE0

DDR_DQ10DDR_DQ11DDR_DQ12DDR_DQ13DDR_DQ14DDR_DQ15

DDR_DQ0DDR_DQ1

DDR_A13

DDR_A8DDR_A9

DDR_BA2

DDR_A10DDR_A11DDR_A12

DDR_BA0DDR_BA1

DDR_A0DDR_A1DDR_A2

DDR_CASbDDR_RASb

DDR_WEb

DDR_VREF_DQDDR_A3DDR_A4DDR_A5DDR_A6DDR_A7

DDR_DQ2DDR_DQ3DDR_DQ4DDR_DQ5DDR_DQ6DDR_DQ7DDR_DQ8

DDR_VREF_CA

DDR_DQ9

DDR_DQS1_PDDR_DQS1_N

DDR_ODT

DDR_DQM0DDR_DQM1

CEbNAND_D1

NAND_RB

NAND_D2

NAND_D6NAND_D5

NAND_D3NAND_D4

NAND_D0

NAND_D7NAND_CLE

NAND_REb

CEb

NAND_ALE

POR_RESET_BNAND_WEb

DDR_CLK0_P

DDR_A14

DDR_A14

DDR_CS_B_0

DDR_VREF_CA

DDR_A15

DDR_A0

DDR_A12

DDR_A13

DDR_A9

DDR_A10

DDR_A14

DDR_A6

DDR_A2

DDR_A3

DDR_A1

DDR_A11

DDR_A7

DDR_A8

DDR_A4

DDR_A5

DDR_CASb

DDR_WEb

DDR_RASb

DDR_BA2DDR_BA0

DDR_BA1

DDR_VREF_DQ

DDR_CKEDDR_RSTb

SOUT

DDR_A15

DDR_A15

EJTAG_CE1

UART0_SOUTUART0_SIN

GPIO_57GPIO_58GPIO_59

SPI_MISO

SPI_SS0_B

GPIO_9

GPIO_15

GPIO_3GPIO_4GPIO_5

GPIO_11GPIO_12GPIO_13GPIO_14

GPIO_29GPIO_30

GPIO_16

DDR_CKEDDR_DQS0_PDDR_DQS0_N

DDR_VREF_DQ

ZQ

DDR_CS_B_0

DDR_ODT

DDR_CLK0_N

RESTORE_CNFG

DDR_RSTb

POR_RESET_B

GPIO_15GPIO_16GPIO_17GPIO_18GPIO_29GPIO_30

NAND_REb

NAND_D1NAND_D2NAND_D3

NAND_WEbNAND_CLE

GPIO_57GPIO_59

NAND_D5GPIO_1

NAND_D4 GPIO_0

GPIO_55GPIO_53

GPIO_31 NAND_D6NAND_D7NAND_ALE

GPIO_2

TCK

TDI

TMSTRST_B

SYS_RESET_B

SPI_RST

SIN

GPIO_0GPIO_1GPIO_2

GPIO_6GPIO_7GPIO_8

GPIO_55

GPIO_10

GPIO_18

GPIO_31

GPIO_17

GPIO_53

NAND_D0

SPI_CLK

SPI_MOSI

SPI_CLK

SPI_MOSI

SPI_MISO

SPI_SS0_B

SPI_MISO 3^B_SPI_MOSI 3^

B_SPI_CLK 3^

UART2_SIN 3^UART2_SOUT 3^

POR_RESET_B 3^,5

SPI_CLK 3^SPI_MOSI 3^

+3.3V

+1.5V

+1.5V

+1.5V

+3.3V

+3.3V

+3.3V

+3.3V

+3.3V

+1.5V

DDR_VTT

+3.3V

+1.5V

+3.3V

+3.3V

WPS_IRQ 12

POWER_ON_LED 5

GPHY0_LINK/ACT_LED 5,7

POST_FAIL_LED 5

GPHY4_SPD_LED1 7GPHY4_SPD_LED0 7

GPHY1_LINK/ACT_LED 5,7GPHY2_LINK/ACT_LED 5,7GPHY3_LINK/ACT_LED 5,7

GPHY4_LINK/ACT_LED 5,7

WPS_LED_GRN 5

INET_ACT_LED 5

INET_FAIL_LED 5

GPHY0_SPD_LED0 7

GPHY1_SPD_LED0 7GPHY0_SPD_LED1 7

GPHY1_SPD_LED1 7GPHY2_SPD_LED0 7GPHY2_SPD_LED1 7GPHY3_SPD_LED0 7GPHY3_SPD_LED1 7

WPS_LED_RED 5

USB_LED 5

Size

Scale

CAGE Code DWG NO Re v

Sheeto f

Modified:


1B3


R3000

Saturday, October 04, 2014 6 17

Custom


<Cage Code>1.2 SDRAM AND FLASH

Size

Scale


Sheeto f

Modified:


1B3


R3000


Custom



Size

Scale


Sheeto f

Modified:


1B3


R3000


Custom



C2490.1uF

C235

1uF

R239 10K

C223

27pF

R234 10K

R2061K (DNI) R215

3K

C240

470pF

C206

2200pF

R255 10K

J201FTSH-108-01-L-DV-K/NL

1357911

2468

1012

1315

1416

C2510.1uF

C207

1500pF

C241

470pF

C2290.1uF

C39

470pF

R253 10K (DNI)

R2053K

R238 10K/NL

C246100pF

R257 0R33 0/NL

C2251.0pF

R240 10K/NL

R2031K

R2201001%

R214 0

SW201TSVA-1L

1 2

43

R254 10K (DNI)

C250470pF

RN207 621234 5

678

R241 10K/NL

C40

470pF

R256 20

R2041K

J203

HEADER 6

123456

R35 0

R2122401%

RN20110K

1 2 3 45678

R251 10K (DNI)

C238

0.01uF

R227 1K

R2104.64K1%

R2221001%

R242 10K/NL

C216

1000pF

C237

0.1uF

R2231001%

RN205 621234 5

678

R247 10K

C226

0.1uF

C45

100pF

R252 10K (DNI)

U204MT29F1G08ABAEAWP_ETSOP48_0.5mm

CLE16

I/O029

WP_L19

R/B_L7

CE_L9RE_L8

WE_L18

VS

S1

13V

CC

112

VC

C2

37V

SS

236

ALE17

I/O130

I/O231

I/O332

I/O441

I/O542

I/O643

I/O744

ON

FI_

VS

S2

48

ON

FI_

VS

S1

25O

NF

I_V

CC

239

ON

FI_

VC

C1

34

DNU_LOCK38

DNU47

R245 10K/NL

UU202

MX25L8006E/NL

CS#1

SO/SIO12

WP#3

SI/SIO05

VCC8

SCLK6

HOLD#7

GND4

R28

30

C205

3300pF

C210

1000pF

BCM63138

(1 OF 8)

MEMORY AND GPIO

U101ABCM63138EKFEBGBGA600_0.8mm

DDR_A_00AE17

DDR_A_01AF19

DDR_A_02AE19

DDR_A_03AF18

DDR_A_04AG18

DDR_A_05AD19

DDR_A_06AG19

DDR_A_07AD20

DDR_A_08AD18

DDR_CS_B_1AH16

DDR_A_10AF16

DDR_A_11AH19

DDR_A_12AG17

DDR_A_13AE20

DDR_A_14AF20

DDR_A_15AG16

DDR_BA_0AC18

DDR_BA_1AF17

DDR_BA_2AD17

DDR_CAS_BAD15

DDR_CLK_NAF14 DDR_CLK_PAG14

DDR_CKEAG15

DDR_CS_B_0AE16

DDR_A_09AC19

DDR_DM_0AH10

DDR_DM_1AG11

DDR_DQS_N_0AG10

DDR_DQS_N_1AE11

DDR_DQS_P_0AF10

DDR_DQS_P_1AF11

DDR_ODTAF15

DDR_RAS_BAE14

DDR_RST_BAG20

DDR_VREFAH13 DDR_WE_BAD16

DDR_ZQAD14

EJTAG_CE0R19

EJTAG_CE1T19

DDR_DQ_00AG9

DDR_DQ_01AF12

DDR_DQ_02AF9

DDR_DQ_03AG12

DDR_DQ_05AG13

DDR_DQ_06AG8

DDR_DQ_07AF13

DDR_DQ_08AC12

DDR_DQ_09AE13

DDR_DQ_10AD10

DDR_DQ_11AD13

DDR_DQ_13AD12

DDR_DQ_14AE10

DDR_DQ_15AD11

SER_LED_DATA/GPHY0_SPD0_LED/LED_00/GPIO_00M26

SER_LED_CLK/GPHY0_SPD1_LED/LED_01/GPIO_01K24

SER_LED_MASK/GPHY1_SPD0_LED/LED_02/GPIO_02J25

UART2_CTS/GPHY1_SPD1_LED/LED_03/GPIO_03AB27

UART2_RTS/GPHY2_SPD0_LED/LED_04/GPIO_04AA26

UART2_SIN/GPHY2_SPD1_LED/LED_05/GPIO_05AA28

UART2_SOUT/GPHY3_SPD0_LED/LED_06/GPIO_06AB23

SPI_SS5_B/GPHY3_SPD1_LED/LED_07/GPIO_07J24

SPI_SS4_B/GPHY4_SPD0_LED/LED_08/GPIO_08AB24

LD1_DIN/SPI_SS3_B/GPHY4_SPD1_LED/LED_09/GPIO_09AC26

LD1_DCLK/SPI_SS2_B/GPHY0_ACT_LED/LED_10/GPIO_10AC27

GPHY1_ACT_LED/LED_11/GPIO_11AA24



GPIO_123 / SPI_CLKT28

GPIO_125 / SPI_MISOR28

GPIO_124 / SPI_MOSIT27

GPIO_126 / SPI_SSB0R27

GPIO_127 / SPI_SSB1T26

GPIO_121 / UART0_SINN26GPIO_122 / UART0_SOUTN27

SYS_RESET_BN28

XTALNAE28XTALPAE27

GPHY4_ACT_LED/LED_14/GPIO_14Y24

INET0_LED/LED_15/GPIO_15AB28

PWM1_LED/LED_16/GPIO_16M28

PWM2_LED/LED_17/GPIO_17M27

VREG_CLK/GPHY0_SPD0_LED/LED_18/GPIO_18AE6

INET1_LED/LED_19/GPIO_19AB25

UART2_CTS/GPHY1_SPD0_LED/LED_20/GPIO_20P27

UART2_RTS/GPHY1_SPD1_LED/LED_21/GPIO_21N24

UART2_SIN/GPHY2_SPD0_LED/LED_22/GPIO_22T25

UART2_SOUT/GPHY2_SPD1_LED/LED_23/GPIO_23N23

GPHY3_SPD0_LED/LED_24/GPIO_24K25

SPI_SS2_B/GPHY3_SPD1_LED/LED_25/GPIO_25K27

SPI_SS3_B/GPHY4_SPD0_LED/LED_26/GPIO_26K23

UART2_SIN/SPI_SS4_B/GPHY4_SPD1_LED/LED_27/GPIO_27L24

UART2_SOUT/SPI_SS5_B/GPHY0_ACT_LED/LED_28/GPIO_28K28

SER_LED_DATA/GPHY1_ACT_LED/LED_29/GPIO_29L26

SER_LED_CLK/GPHY2_ACT_LED/LED_30/GPIO_30L27

SER_LED_MASK/GPHY3_ACT_LED/LED_31/GPIO_31K26

EXT_IRQ_0/GPIO_32M24

EXT_IRQ_1/GPIO_33M25

EXT_IRQ_2/GPIO_34R26

SYS_IRQ_OUT/EXT_IRQ_3/GPIO_35N25

EXT_IRQ_4/GPIO_36U27

VREG_CLK/EXT_IRQ_5/GPIO_37U26

NAND_CEB/GPIO_38W23

NAND_RE_B/GPIO_39W24

NAND_RB_B/GPIO_40W25

NAND_DATA_0/GPIO_41V27



NAND_DATA_3/GPIO_44W28



NAND_DATA_6/GPIO_47Y27

NAND_DATA_7/GPIO_48Y26

NAND_ALE/GPIO_49V25

NAND_WEB/GPIO_50U24

NAND_CLE/GPIO_51V24

LD0_PWRUP/GPIO_52AC25

LD0_DIN/GPIO_53AD25

LD0_DCLK/GPIO_54AB26

LD1_PWRUP/GPIO_55AD26

PCM_SDIN/GPIO_56H27

PCM_SDOUT/GPIO_57H26

PCM_CLK/GPIO_58J26

PCM_FSYNC/GPIO_59J27

RESET_OUT_BP26

JTAG_TRST_BR24

JTAG_TDOP24

JTAG_TCKT24

JTAG_TDIR25

JTAG_TMST23

DDR_DQ_12AD9

DDR_DQ_04AF8

C222

27pF

U202

SO16W

256Mb 3V SPI

SI/SO015

SCLK16

CS7

WP/SO29

HOLD/SO31

GND

10

NC1414

NC1313

NC1212

NC1111

NC66NC55NC44

RST3

SO/SO18VCC

2RN204 621234 5

678

R244 10K/NL

R249 10K

C203

6800pF

R217 10K

C41

470pF

R28

20

C215

1uF

C227

0.1uF

R28

10

C202

0.01uF

R259 0

R28

40

R248 10K

R213 10K

C239

470pF

C68

0.1uF

R21951

R270 10K/NL

C214

10uF

C234

1uF

R208 1K

R233 10K/NL

R201

10

R237 10K/NL

C51

1000uF/4V

C247100pF

R236 10K/NL

C242

470pF

DDR32Gb128Mx16

U201K4B2G1646EBGA96_8X13

NC = J1,J9,L1,L9

A15/NC_5M7

VS

S_1

A9

VS

S_2

B3

VS

S_3

E1

VS

S_4

G8

VS

S_5

J2

VS

S_6

J8

VS

S_7

M1

VS

S_8

M9

VS

S_9

P1

VS

S_1

0P

9

VS

S_1

1T

1

VS

S_1

2T

9

VS

SQ

_1B

1

VS

SQ

_2B

9

VS

SQ

_3D

1

VS

SQ

_4D

8

VS

SQ

_5E

2

VS

SQ

_6E

8

VS

SQ

_7F

9

VS

SQ

_8G

1

VS

SQ

_9G

9

A13/NC_6T3 A12/BC_LN7 A11R7 A10/APL7 A9R3 A8T8 A7R2 A6R8 A5P2 A4P8 A3N2 A2P3 A1P7 A0N3

BA0M2

BA1N8

BA2M3

CK_PJ7

CK_NK7

CKEK9

CS_LL2

RAS_LJ3

CAS_LK3

WE_LL3

ODTK1

RST_LT2

ZQL8

LDME7

UDMD3

A14/NC_7T7

VD

D_1

B2

VD

D_2

D9

VD

D_3

G7

VD

D_4

K2

VD

D_5

K8

VD

D_6

N1

VD

D_7

N9

VD

D_8

R1

VD

D_9

R9

VD

DQ

_1A

1

VD

DQ

_2A

8

VD

DQ

_3C

1

VD

DQ

_4C

9

VD

DQ

_5D

2

VD

DQ

_6E

9

VD

DQ

_7F

1

VD

DQ

_8H

2

VD

DQ

_9H

9

DQ15A3DQ14B8DQ13A2DQ12A7DQ11C2DQ10C8DQ9C3DQ8D7DQ7H7DQ6G2DQ5H8DQ4H3DQ3F8DQ2F2DQ1F7DQ0E3

LDQS_PF3

LDQS_NG3

UDQS_PC7

UDQS_NB7

VREF_DQH1

VREF_CAM8

R260

10K

R2211001%

R2094.64K1%

R232 10K

R202

10

C46

100pF

R235 10K/NL

R216 0

C252470pF

R228

10K (DNI)

C219

1000pF

RN202 621234 5

678

R250 10K

C224

0.1uF

R258 0

R2180

R226 1K

R231 10K/NL

C220

0.1uF

RN206 621234 5

678

R224 240

Y20150.000MHz

13

2

4

RN203 621234 5

678

C218

1000pF

R225 240

C44

100pF

C236

1uF

R246 10K/NL

C201

0.1uF

C204

4700pF

R207 1K

C208

1500pF

C209

1000pF

R2112401%

R243 10K/NL

5

5

4

4

3

3

2

2

1

1

D D

C C

B B

A A

GPHY - Layout Guidelines & Notes1. Route RDN, RDP and TDN, TDP pairs differentially, with 100ohm differential impedance, adjacent to the ground plane.2. Keep differential pairs within a port separated by 3H distance and pairs between ports separted by 5H where H is the hieght of traces above the ground plane, i.e. H = the dielectric thickness.3. Match differential pair trace length within the pair (P and N) to 10mils. No need to match trace length between differential pairs (RD and TD).

Place C301-C320 physically closeto center-tap pins of T301-T303.

Integrated GPHY addresses

GPHY4

GPHY3

GPHY2

GPHY1

GPHY0

Note pair orderingfor best layout.

Connect ballsP19, P25, R23,AA23 to ground.

The addresses of the integrated Quad GPHY are = base +offset, where offset = 0,1,2,3 and base is configurable with thesetting of bits [16:12] in the SWITCH_REG_QPHY_CNTRLregister. Default base value = 0x1.

The address of the integrated GPHY4 is configurable with thesetting of bits [12:08] in the SWITCH_REG_SPHY_CNTRLregister. Default phy address = 0x5.

GPHY4 can be WAN

GPIO_21

GPIO_28

GPIO_11

GPIO_12

GPIO_13

GPIO_22

GPIO_0

GPIO_1

GPIO_2

GPIO_3

GPIO_5

GPIO_6

GPIO_7

GPIO_20

GPIO_4

GPHY4_TRDN_0GPHY4_TRDP_0

GPHY4_RDACQGPHY_RDAC

GPHY4_TRDP_1

GPHY4_TRDP_3GPHY4_TRDN_3

GPHY4_TRDN_2

GPHY4_TRDN_1

GPHY4_TRDP_2

GPHY3_TRDP_3

GPHY3_TRDN_0GPHY3_TRDP_0GPHY3_TRDN_1GPHY3_TRDP_1GPHY3_TRDN_2GPHY3_TRDP_2GPHY3_TRDN_3

GPHY1_TRDP_3GPHY1_TRDN_3GPHY1_TRDP_2GPHY1_TRDN_2GPHY1_TRDP_1GPHY1_TRDN_1GPHY1_TRDP_0GPHY1_TRDN_0

GPHY3_TRDN_0

G3_DN3

G3_DN2

G3_DP3

G3_DP0

G3_DP1

G3_DN1

G3_DP2

G2_DN1

G2_DN0

G2_DP1

G2_DN2

G2_DP0

G2_DN3

G2_DP3

G2_DP2



GPHY2_TRDN_1

GPHY2_TRDP_2GPHY2_TRDN_3GPHY2_TRDP_3

GPHY0_TRDP_3GPHY0_TRDN_3GPHY0_TRDP_2GPHY0_TRDN_2GPHY0_TRDP_1GPHY0_TRDN_1GPHY0_TRDP_0GPHY0_TRDN_0





G4_DP3

G4_DP0

G4_DP1

G4_DN1

G4_DP2

G4_DN0

G4_DN2

G4_DN3

GPHY3_TRDP_0








GPHY1_TRDN_0

G1_DP3

G1_DN2

G1_DN3

G1_DP1

G1_DP0

G1_DN0

G1_DN1

G1_DP2

G0_DN0

G0_DN1

G0_DP0

G0_DN2

G0_DP1

G0_DP3

G0_DN3

G0_DP2

GPHY1_TRDP_0








G3_DN0

G4_DP0G4_DN0G4_DP1G4_DP2

G4_DN2G4_DN1G4_DP3G4_DN3









L0_LNKACT

L1_LNKACT

L4_LNKACTL3_LNKACTL2_LNKACT

L0_LNKACT

L1_LNKACT

L2_LNKACT

L3_LNKACT

L4_LNKACT

+3.3V_LED

GPHY0_SPD_LED16

GPHY1_SPD_LED16

GPHY1_SPD_LED06

GPHY0_SPD_LED06

GPHY2_SPD_LED06

GPHY2_SPD_LED16

GPHY3_SPD_LED06

GPHY3_SPD_LED16

GPHY4_SPD_LED16

GPHY4_SPD_LED06






Size

Scale


Sheeto f

Modified:


1B3


R3000


C


<Cage Code>1.3 GPHY0-4

Size

Scale


Sheeto f

Modified:


1B3


R3000


C



Size

Scale


Sheeto f

Modified:


1B3


R3000


C



R309 75

C318 0.1uF

R132 150

R319 75

C305 0.1uF

R306 75

R314 75

R9 4.7K

R301 75

R134 150

PHY LINE

T301LFE9249-R

13

141516

171819

202122

2324

12

1110

9

876

543

21

C310 0.1uF

C307 0.1uF

R303 75

Q17

MMBT3906

1

23

R135 150

R10 4.7K

C3211000pf2KV

R318 75

R3226.04K

R139 150

C301

0.1uF

C312 0.1uF

R316 75

C309 0.1uF

C3221000pf2KV

R308 75

C311 0.1uF

T303G5002CG

TD5P14 TCT515

TD6N19

TD5N16

MX6N32

MX5P35

MX6P34

MX5N37

TD6P17

TD8P23

MX8N26

MX7N31

MX8P28

MX7P29

TD7P20

TD8N25

TD7N22

TCT618

TCT721

TCT824

TCT38

MX3P42

MX3N44

MX2N45

TD4N12

TCT25

MX4N39

MX1N50

MX4P41

TD4P10

TD2N6

TD3P7

TD1N3

MX2P47

TCT12

TD1P1

MX1P48MCT149

TD2P4

TD3N9

TCT411

MCT246

MCT343

MCT440

MCT536

MCT633

MCT730

MCT827

NC-3838

NC-1313

Q106

MMBT3906

1

23

T302G5002CG

TD5P14 TCT515

TD6N19

TD5N16

MX6N32

MX5P35

MX6P34

MX5N37

TD6P17

TD8P23

MX8N26

MX7N31

MX8P28

MX7P29

TD7P20

TD8N25

TD7N22

TCT618

TCT721

TCT824

TCT38

MX3P42

MX3N44

MX2N45

TD4N12

TCT25

MX4N39

MX1N50

MX4P41

TD4P10

TD2N6

TD3P7

TD1N3

MX2P47

TCT12

TD1P1

MX1P48MCT149

TD2P4

TD3N9

TCT411

MCT246

MCT343

MCT440

MCT536

MCT633

MCT730

MCT827

NC-3838

NC-1313

R302 75

R136 150

R140 150

R317 75

C3231000pf2KV

R311 75

R3216.04K

C320 0.1uF

C317 0.1uF

C3241000pf2KV

R305 75

R307 75

Q14

MMBT3906

1

23

C315 0.1uF

J302A

RJ45

11

22

33

44

55

66

77

88

GND_C49

RC

33

RA

34LA

36

LC35

C313 0.1uF

R133 150

R312 75

C314 0.1uF

J301

9714-8814-4-L3

11

22

33

44

55

66

77

88

RC

9

RA

10LA

12

LC11

C303

0.1uF

C308 0.1uF

R315 75

R6 4.7K

C306 0.1uF

R131 150

Q18

MMBT3906

1

23

C302

0.1uF

(3 OF 8)

GPHY INTERFACES

BCM63138

U101CBCM63138EKFEBGBGA600_0.8mm

GPHY0_TRD3_PA12

GPHY0_TRD3_NB12

GPHY0_TRD2_PA13

GPHY0_TRD2_NB13

GPHY0_TRD1_PC13

GPHY0_TRD1_ND13

GPHY0_TRD0_PB14

GPHY0_TRD0_NC14

GPHY4_TRD3_PA2

GPHY4_TRD3_NB2

GPHY4_TRD2_PC3

GPHY4_TRD2_NC4

GPHY4_TRD1_PB1

GPHY4_TRD1_NA1

GPHY4_TRD0_PC1

GPHY4_TRD0_NC2

GPHY3_TRD3_PB5

GPHY3_TRD3_NC5

GPHY3_TRD2_PC6

GPHY3_TRD2_ND6

GPHY3_TRD1_PA4

GPHY3_TRD1_NB4

GPHY3_TRD0_PA3

GPHY3_TRD0_NB3

GPHY2_TRD3_PA6

GPHY2_TRD3_NB6

GPHY2_TRD2_PA7

GPHY2_TRD2_NB7

GPHY2_TRD1_PC7

GPHY2_TRD1_ND7

GPHY2_TRD0_PB8

GPHY2_TRD0_NC8

GPHY1_TRD3_PB11

GPHY1_TRD3_NC11

GPHY1_TRD2_PC10

GPHY1_TRD2_ND10

GPHY1_TRD1_PA10

GPHY4_RDACE6

GPHY1_TRD0_NB9GPHY1_TRD0_PA9GPHY1_TRD1_NB10

QGPHY_RDACF13

RESERVED_F14F14

RESERVED_E5E5

RESERVED_G4G4

RESERVED_G5G5

RESERVED_G6G6

RESERVED_H5H5

RESERVED_F17F17

RESERVED_F18F18

RESERVED_F15F15

RESERVED_F16F16

RESERVED_E22E22

RESERVED_F22F22

RESERVED_E21E21

RESERVED_F21F21

RESERVED_P25P25

RESERVED_R23R23

RESERVED_P19P19

RESERVED_AA23AA23

RESERVED_V19V19

RESERVED_W19W19

RESERVED_AC23AC24

RESERVED_AC24AC23

RESERVED_E17E17

RESERVED_E18E18

R7 4.7K

R310 75

R320 75

J302D

RJ45

125

226

327

428

529

630

731

832

GND_C52

RC

45

RA

46LA

48

LC47

R304 75

J302B

RJ45

19

210

311

412

513

614

715

816

GND_C50

RC

37

RA

38LA

40

LC39

C316 0.1uF

R137 150

C319 0.1uF

R313 75

C3251000pf2KV

R138 150

J302C

RJ45

117

218

319

420

521

622

723

824

GND_C51

RC

41

RA

42LA

44

LC43

Q16

MMBT3906

1

23

C304

0.1uF

R8 4.7K

5

5

4

4

3

3

2

2

1

1

D D

C C

B B

A A

Ground these inputs when DECT function is not used.

AFE0_TXPAFE0_TXN

Size

Scale


Sheeto f

Modified:


1B3


R3000


C


<Cage Code>1.4 VDSL AFE AND DECT

Size

Scale


Sheeto f

Modified:


1B3


R3000


C



Size

Scale


Sheeto f

Modified:


1B3


R3000


C



BCM63138

(6 OF 8)

DECT

U101FBCM63138EKFEBGBGA600_0.8mm

DECT_XTALNAG7DECT_XTALPAH7

GPIO_138 / DECT_BTDOAH4

GPIO_139 / DECT_MWR_LEAD8

GPIO_141 / DECT_MWR_SIOAC7

DECT_RFCLKAG6

GPIO_137 / DECT_RDIAD7

GPIO_140 / DECT_MWR_SKAE7

DECT_LDO_VREFAH5

ADSL2+/VDSL AFE

BCM63138

(2 OF 8)

U101BBCM63138EKFEBGBGA600_0.8mm

AFE_RXIN0AH26

AFE_RXIN1AH22

AFE_RXIP0AG26

AFE_TXON0AH28

AFE_TXON1AH24

AFE_RXIP1AG22

AFE_TXOP0AG28

AFE_TXOP1AG24

AFE_RNCNAE23AFE_RNCPAD23

5

5

4

4

3

3

2

2

1

1

D D

C C

B B

A A

1. Route traces with 50ohm characteristic impedance.2. Match trace lengths to a tolerance of 385 mil within TX and RX separately.3. Keep the receive and transmit signals kept away from each other and other analog and clock signals. 4. Place capacitors and ferrite beads close to VDD traces and routes short.

Place R601-629 close to 63138. MII/RGMII outputs have 25ohm impedance. Use value to match trace impedance.Rtrace = Rterm + Rdriver. Increase value to reduce EMC.

MII/GMII/RGMII - Layout Guidelines & Notes

MII can be WAN

AE can be WAN

RGMII3 can be WAN

done

done

no need

RGMII_MDCRGMII_MDIO

+3.3V

Size

Scale


Sheeto f

Modif ied:


1B3


R3000


B


<Cage Code>1.5 MII, RGMII1-3, AE

Size

Scale


Sheeto f

Modif ied:


1B3


R3000


B



Size

Scale


Sheeto f

Modif ied:


1B3


R3000


B



R2 100

R3 100

R13 100

R14 100

R630

1.5K

MII, RGMII1-3, AE

(4 OF 8)

BCM63138

U101D

BCM63138EKFEBGBGA600_0.8mm

GPIO_60 / MII_COLW6

GPIO_61 / MII_CRSV6

GPIO_62 / MII_RXCLKU3

GPIO_65 / MII_RXD_00U1

GPIO_66 / MII_RXD_01U2

GPIO_67 / MII_RXD_02V3

GPIO_68 / MII_RXD_03V2

GPIO_64 / MII_RXDVW2

GPIO_63 / MII_RXERW1

GPIO_69 / MII_TXCLKU5

GPIO_72 / MII_TXD_00U4

GPIO_73 / MII_TXD_01W5



GPIO_70 / MII_TXENV5

GPIO_71 / MII_TXERU6

RGMII3_TXD_02 / GPIO_110K3


RGMII3_RXD_00 / GPIO_102H1

RGMII3_RXD_01 / GPIO_103H2

RGMII3_RXD_02 / GPIO_104J3

RGMII3_RXD_03 / GPIO_105J2

RGMII3_TXCLK / GPIO_106H4

RGMII3_TXCTL / GPIO_107K6

RGMII3_TXD_00 / GPIO_108J5


RGMII1_RXCTL / GPIO_77T2 RGMII1_RXCLK / GPIO_76P3

GPIO_113 / RGMII_MDIOY1GPIO_112 / RGMII_MDCY2

RGMII3_RXCTL / GPIO_101K2 RGMII3_RXCLK / GPIO_100H3

RGMII1_TXCTL / GPIO_83T5 RGMII1_TXCLK / GPIO_82P5

RGMII1_RXD_00 / GPIO_78P1

RGMII1_RXD_01 / GPIO_79P2

RGMII1_RXD_02 / GPIO_80R3

RGMII1_RXD_03 / GPIO_81R2

RGMII1_TXD_00 / GPIO_84P4

RGMII1_TXD_01 / GPIO_85R5

RGMII1_TXD_02 / GPIO_86T4

RGMII1_TXD_03 / GPIO_87T3

RGMII2_TXCLK / GPIO_94L5

RGMII2_TXCTL / GPIO_95M5

RGMII2_TXD_00 / GPIO_96L4

RGMII2_TXD_01 / GPIO_97N5



RGMII2_RXCLK / GPIO_88L3

RGMII2_RXCTL / GPIO_89N2

RGMII2_RXD_00 / GPIO_90L1

RGMII2_RXD_01 / GPIO_91L2

RGMII2_RXD_02 / GPIO_92M3

RGMII2_RXD_03 / GPIO_93M2

AE_TXDPE1

AE_TXDNE2

AE_RXDNF2AE_RXDPF3

5

5

4

4

3

3

2

2

1

1

D D

C C

B B

A A

USB3.0 - Layout Guidelines & Notes1. Route DM/DP pair with 90 ohms differential impedance.2. Route Super Speed SSRX and SSTX pairs with 100 ohms differential impedance.3. The P and N traces are length matched, with max differential skew, within 20mils4. Differential trace length must be less than 5 inches5. No more than 2 vias per trace, prefer zero.6. Never split the ground plane under differential pair routing7. Route differential pairs above the GND plane.8. Adjacent differential pairs should be separated by at least 3 times the trace width.(e.g. 7.5 mil trace, leave >22.5mils between adjacent diff pairs)

Route PCIe traces with 100ohmdifferential characteristic impedance.

USB1_PWRFLTUSB1_PWRON

USB_RREF

PCIE0_TD_PPCIE0_TD_N

PCIE1_CLKOUTP

PCIE1_TD_NPCIE1_TD_P

PCIE1_CLKOUTN

VBUS0

VBUS1

USB0_PWRFLTUSB0_PWRON

USB0_DP

PCIE0_CLKOUTPPCIE0_CLKOUTN

VBUS0

VBUS1

USB0_DMUSB0_DP

USB1_DPUSB1_DM

USB0_DM

USB1_DPUSB1_DM

PCIE1_RDP3^,13

PCIE1_TDP3^,13PCIE1_TDN3^,13

PCIE1_RDN3^,13

PCIE1_CLKP3^,13PCIE1_CLKN3^,13

PCIE1_CLKREQ_B3^,13PCIE1_RST_B3^,13

+5V

+3.3V

+3.3V

+5V +5V

+5V +5V

PCIE0_RDN12PCIE0_RDP12

PCIE0_TDP12PCIE0_TDN12

PCIE0_RST_B12

PCIE0_CLKP12PCIE0_CLKN12

PCIE0_CLKREQ_B12

Size

Scale


Sheeto f

Modified:


1B3


R3000


Custom


<Cage Code>1.6 PCIE, SATA, USB

Size

Scale


Sheeto f

Modified:


1B3


R3000


Custom



Size

Scale


Sheeto f

Modified:


1B3


R3000


Custom



C710 0

U10

BAV99

1

2 3

R70310K

R7022K1%

R70410K

U701MP62340SO8

EN13

VIN2

FLAG25

OUT26

FLAG18

OUT17

EN24

GND1

U11

BAV99

1

2 3

+ C703120uF16V

R70510K

U12

BAV99

1

2 3C712 0.1uF

+ C702120uF16V

R70810K

BCM63138

(5 OF 8)

USB/PCIe/SATA

U101EBCM63138EKFEBGBGA600_0.8mm

USB_RREFE15

USB0_DMB19

USB0_DPA19

GPIO_132 / USB0_PWRFLTA21GPIO_133 / USB0_PWRONB21

USB0_SSRXNA18

USB0_SSRXPB18

USB0_SSTXNB20

USB0_SSTXPC20

USB1_DMB16

USB1_DPA16

GPIO_134 / USB1_PWRFLTC21GPIO_135 / USB1_PWROND21

USB1_SSRXNA15

USB1_SSRXPB15

USB1_SSTXNB17

USB1_SSTXPC17

PCIE0_REFCLKPF25

PCIE0_REFCLKNF24

PCIE0_CLKOUTPB26

PCIE0_CLKOUTNA26

PCIE0_TDPB28

PCIE0_TDNA28

PCIE0_RDPB27

PCIE0_RDNA27

PCIE0_CLKREQ_B / GPIO_128F28

PCIE0_RST_B / GPIO_129F27

SATA_RDNC23SATA_RDPB23

SATA_TDNA24SATA_TDPB24

PCIE1_REFCLKPH23

PCIE1_REFCLKNG23

PCIE1_CLKOUTPC27

PCIE1_CLKOUTNC28

PCIE1_TDPE26

PCIE1_TDNE27

PCIE1_RDPD27

PCIE1_RDND28

PCIE1_CLKREQ_B / GPIO_130G27

PCIE1_RST_B / GPIO_131G28

C706 0.1uF

C719 0

C72022pF

C718 0

C713 0.1uF

C709 0

C71122pF

C701

22uF/10V

U9

BAV99

1

2 3

C707 0.1uF

J701USB-STACKED

VBUS11

DM12

DP13

GND14

SHIELD10

SHIELD11

SHIELD12

DP27 DM26 VBUS25

GND28

SHIELD9

5

5

4

4

3

3

2

2

1

1

D D

C C

B B

A A0603

Keep voltage drop across ferrite beadsto less than 1% of supply voltage.

0402

DCR = 0.34 ohms

0603

~ 40mA

~ 25mA

DCR = 0.34 ohms

DCR = 0.34 ohms

DCR = 0.34 ohms

DCR = 0.34 ohms

VDDO

VDDP

VOLTAGE ON MII_VDDO/RGMIIx_VDDO MUST MATCH THE MII MODE SELECTED.

CONNECT RGMIIx_VDDO_1 & _2 TO 3.3V WHEN USED IN RGMII 3.3V or GPIO MODE.CONNECT TO 2.5V WHEN USED IN RGMII 2.5V MODE.CONNECT TO 1.8V WHEN USED IN 1.8V HSTL MODE.WHEN NOT USED, CONNECT TO ANY 1.8V, 2.5V OR 3.3V.

CONNECT MII_VDDO_1 & _2 TO 3.3V WHEN USED IN MII, RvMII, RGMII 3.3V or GPIO MODE.CONNECT TO 2.5V WHEN USED IN RGMII 2.5V MODE.CONNECT TO 1.8V WHEN USED IN 1.8V HSTL MODE.WHEN NOT USED, CONNECT TO ANY 1.8V, 2.5V OR 3.3V.

FOR ALL MII, RGMII PORTS WHEN NOT USED, CONNECT TO LOWEST VOLTAGE FOR LOWEST POWERCONSUMPTION. SIMPLEST PCB LAYOUT ACHIEVED WHEN ALL PORTS ARE CONNECTED TO 1.8V.

~250mA

~ 125mA

~ 33mA

~ 20mA

~ 20mA

DCR = 0.2 ohms

DCR = 0.2 ohms

0603

0805

RGMII3 VDDOmust be 3.3Vbecause it is usedin gpio mode

~ 15mA

~ 15mA

~ 25mA

~ 40mA

If DECT interface is used,add ferrite and cap filters to1.8V and 1.0V supplies.

AFE_RNCADC_AVDD1P8

AFE_RX_AVDD1P0

AFE_RXADC_AVDD1P8

AFE_LDO_2P9OUT

AFE_LDO_2P9OUTAFE_RX_AVDD2P9

AFE_TX_AVDD2P9

AFE_TX_AVDD1P8

AFE_TX_AVDD1P0

SATA_PVDD1P0SATA_TVDD1P0SATA_RVDD1P0

SATA_PMDVDD1P0SATA_PVDD1P0

SATA_PMDVDD1P0

SATA_TVDD1P0

SATA_RVDD1P0

PCIE1_RVDD1P0

PCIE0_TVDD1P0

GPHY_PLLVDD1P8

AFE_RX_AVDD1P0

PCIE0_TVDD1P0PCIE0_RVDD1P0

GPHY_AVDD1P8

USB_AVDD3P3USB_AVDD1P8

AFE_RX_AVDD1P8

GPHY_AVDD3P3

GPHY_AVDD3P3

GPHY_PLLVDD1P8

GPHY_AVDD1P8

PCIE0_PVDD1P0

AFE_TX_AVDD1P8AFE_TX_AVDD1P0

AFE_TX_AVDD2P9

PCIE0_PVDD1P0

PCIE1_PVDD1P0PCIE1_TVDD1P0PCIE1_RVDD1P0

PCIE0_RVDD1P0

AFE_LDO_2P9OUT

USB_PVDD1P0USB_TVDD1P0USB_RVDD1P0USB_DVDD1P0

PCIE1_TVDD1P0

AFE_RX_AVDD2P9

AFE_RX_AVDD1P8

AFE_RNCADC_AVDD1P8AFE_RXADC_AVDD1P8

PCIE1_PVDD1P0

XTAL_PLLVDD1P8XTAL_AVDD1P0

AE_AVDD1P0AE_TVDD1P0AE_AVDD1P0

PLL_AVDD1P8

PLL_AVDD1P8

DDR_LDO_VDDODDR_VDDO_CK

USB_TVDD1P0

USB_AVDD1P8

USB_PVDD1P0

USB_RVDD1P0

USB_AVDD3P3

XTAL_PLLVDD1P8

XTAL_AVDD1P0

USB_DVDD1P0

AE_TVDD1P0

AE_AVDD1P0

+1.8V

+1.0VD

+3.3V

+1.0VA

+1.0VA

+1.0VA

+1.0VA

+1.0VA

+1.8V

+1.0VA

+3.3V

+1.5V

+1.0VA

+3.3V

+1.0VA

+1.0VA

+1.0VA

+1.8V

+1.8V

+1.8V

+1.0VA

+1.8V

+1.8V

+1.8V

+1.0VA

+3.3V

+1.0VA

+1.0VA

+1.0VA

+1.0VA

+3.3V

+1.0VA

+1.8V

+1.0VA

+1.0VA

+1.8V

+1.8V

+1.8V

+1.5V

+1.0VA

+1.8V

+1.8V

+1.8V

+1.8V

+1.8V

+1.8V

Size

Scale


Sheeto f

Modified:


1B3


R3000


C


<Cage Code>1.7 POWER FILTERING

Size

Scale


Sheeto f

Modified:


1B3


R3000


C



Size

Scale


Sheeto f

Modified:


1B3


R3000


C



C953

1500pFFB912

470 Ohms

C904

0.1uF

C9891uF

C962

4700pF

C906

0.1uF

FB915

600 Ohms

C9594.7uF

C928

10uF

C90

0.1uF

FB931

600 Ohms

C985

0.1uF

C95710uF

C9022.2uF

C965

2200pF

FB919

600 Ohms

C9921uF

C919

0.1uF

C67

0.01uF

C9661uF

C956

1uF

C99

22uF/6.3V

C9110uF

C9711uF

C9981uF

C9941uF

C9781uF

C9821uF

C9101uF

C9292.2uF

C938

0.1uF

C98

22uF/6.3V

C988

1000pF

C9504.7uF

FB927

600 Ohms

C9801uF

C932

0.1uF

C921

0.1uF

C94

1500pF

C951

4700pF

C954

1500pF

C930

0.1uF

R901 0

C920

0.1uF

C9461uF

C905

0.1uF

C987

0.1uF

FB914

600 Ohms

C937

0.1uF

C949

1uF

C882.2pF

C961

0.022uF

FB917

600 Ohms

C9831uF

FB936

600 Ohms

C922

0.1uF

C9811uF

C95810uF

C64

0.01uF

FB925

600 Ohms

C9701uF

C9681uF

C92

0.1uF

C964

2200pF

FB928

600 Ohms

C9791uF

C9172.2uF

POWER

BCM63138

(8 OF 8)

U101HBCM63138EKFEBGBGA600_0.8mm

VDDC1P0_2K14

VDDC1P0_3K15

VDDC1P0_4K18

VDDC1P0_5K19

VDDC1P0_6L10

VDDC1P0_7L11

VDDC1P0_8L14

VDDC1P0_9L15

VDDC1P0_10L18

VDDC1P0_12M12

VDDC1P0_13M13

VDDC1P0_14M16

VDDC1P0_15M17

VDDC1P0_16N12

VDDC1P0_11L19

VDDC1P0_17N13

VDDO3P3_1J23

VDDO3P3_2J28

VDDO3P3_3U23

VDDO3P3_4V23

VDDP1P8_4Y23

VDDO3P3_5AB1

VDDP1P8_1L23

VDDP1P8_2M23

VSS_94W18

VSS_92W10

DECT_VDDO1P8AB6

VSS_5C22 VSS_4C15 VSS_3

C9 VSS_2B25 VSS_1A25

VSS_100AC13

PCIE1_RVDD1P0D26

PCIE1_TVDD1P0F26

PCIE1_PVDD1P0H24

PCIE0_RVDD1P0C26

PCIE0_TVDD1P0C25

VSS_14D14

VSS_11D5

VSS_12D9

VSS_13D11

GPHY1_AVDD3P3_1E11

QGPHY_PLLVDD1P8D12

VSS_55M18VSS_54M15VSS_53M14VSS_52M11VSS_51M4VSS_50L25

VSS_18D23

SATA_RVDD1P0B22

SATA_TVDD1P0A22

SATA_PVDD1P0D22

SATA_PMDVDD1P0D24

DDR_LDO_VDDOW17

DDR_VDDO_5W16 DDR_VDDO_4W15 DDR_VDDO_3W14 DDR_VDDO_2W13 DDR_VDDO_1W12

VSS_30F6

QGPHY_AVDD1P8_2E8

GPHY2_AVDD3P3_1E10

GPHY4_PLLVDD1P8C12

VSS_57N1VSS_56M19

DECT_VDD1P0AC8

VSS_17D20 VSS_16D16

DECT_VDD3P3AE8

GPHY2_AVDD3P3_2F10

GPHY3_AVDD3P3F9

GPHY4_AVDD3P3F8

OTP_VDDO1P8P23

PCIE0_PVDD1P0E25

VSS_10D4 VSS_9D3 VSS_8D2

VSS_20E4 VSS_19

D25

GPHY1_AVDD3P3_2F11

GPHY0_AVDD3P3F12

GPHY4_AVDD1P8E7

QGPHY_AVDD1P8_1D8

AFE_RNCADC_AVDD1P8AF23

AFE_LDO_3P3INAE25

AFE_RX_AVDD2P9AF26

AFE_RXADC_AVDD1P8AE22AFE_RX_AVDD1P8AF22

AFE_TX_AVDD1P8AF28

AFE_TX_DVDD1P0AF27

AFE_TX_AVDD2P9AF24

VSS_44K13

VSS_45K16

VSS_46L12

VSS_47L13

VSS_48L16

VSS_101AC15

DDR_VDDO_6AC11

VSS_99AC10

DDR_VDDO_CKAC14

DDR_VDDO_7AC17

VSS_102AC16

DDR_VDDO_9AE12

DDR_VDDO_10AE15

DDR_VDDO_11AE18

VSS_7D1

VSS_21E9

VSS_26E20 VSS_25E16

AE_TVDD1P0E3

VSS_24E14

AE_RVDD1P0F4

VSS_23E13 VSS_22E12

AE_PVDD1P0G3

VSS_6C24

VDDC1P0_18N16

VDDC1P0_19N17

VDDC1P0_20P11

VDDC1P0_21P14

VDDC1P0_22P15

VDDC1P0_23P18

VDDC1P0_24R10

VDDC1P0_25R11

VDDC1P0_26R14

VDDC1P0_27R15

VDDC1P0_28R18

VDDC1P0_29T12

VDDC1P0_30T13

VDDC1P0_31T16

VDDC1P0_32T17

VSS_79U13

VSS_81U17

VSS_86V10

VSS_87V11

VSS_89V15

VSS_91V18

VSS_93W11

VSS_15D15

AFE_RX_AVDD1P0AD22

AFE_LDO_2P9OUTAF25

VSS_49L17

VDDC1P0_1K11

VSS_58N10

VSS_59N11

VSS_60N14

VSS_61N15

VSS_62N18

VSS_63N19

VSS_64P12

VSS_65P13

VSS_66P16

VSS_67P17

VSS_68R4

VSS_69R12

VSS_70R13

VSS_71R16

VSS_72R17

VSS_73T1

VDDP1P8_3T10

VSS_74T11

VSS_75T14

VSS_76T15

VSS_77T18

VSS_78U11

VSS_80U15

VSS_82U18

VSS_83U19

VSS_35G1

VSS_97AA6

VSS_98AC9

VSS_103AC20

VSS_34F23 VSS_33F20 VSS_32F19 VSS_31

F7VSS_29

F5 VSS_28E24 VSS_27E23

VSS_84U25

VSS_85V4

VSS_88V13

VSS_90V17

VSS_95Y25

VSS_96AA4

VSS_104AC21

VSS_105AC22

VSS_106AD6

VS

S_1

07A

D21

VS

S_1

27A

H27

VS

S_1

26A

H25

VS

S_1

25A

H23

VS

S_1

24A

H21

VS

S_1

23A

H20

VS

S_1

22A

H17

VS

S_1

21A

H14

VS

S_1

20A

H11

VS

S_1

19A

H8

VS

S_1

18A

G27

VS

S_1

17A

G25

VS

S_1

16A

G23

VS

S_1

15A

G21

VS

S_1

14A

G5

VS

S_1

13A

F21

VS

S_1

12A

F7V

SS

_111

AF6

VS

S_1

10A

E24

VS

S_1

09A

E21

DDR_VDDO_8AE9

VS

S_1

08A

D27

VSS_38G25 VSS_37G24 VSS_36

G2

USB_AVDD3P3C16

USB_AVDD1P8C19

USB_BVDD1P8D19

USB_DVDD1P0E19

USB_RVDD1P0C18

USB_TVDD1P0D18

USB_PVDD1P0D17

PLL_AVDD1P8K17

XTAL_AVDD1P0AD28

XTAL_PLLVDD1P8AE26

MII_VDDO_1R6

MII_VDDO_2T6

MII_VDDPU10

RGMII1_VDDO_1N6

RGMII1_VDDO_2P6

RGMII1_VDDPP10

RGMII2_VDDO_1L6

RGMII2_VDDO_2M6

RGMII2_VDDPM10

RGMII3_VDDO_1H6

RGMII3_VDDO_2J6

RGMII3_VDDPK10

VSS_39G26

VSS_40H25

VSS_41J4

VSS_42K1

VSS_43K12

DDR_AVDD1P0_1U12

DDR_AVDD1P0_2U14

DDR_AVDD1P0_3U16

DDR_AVDD1P0_4V12

DDR_AVDD1P0_5V14

DDR_AVDD1P0_6V16

FB916

600 Ohms

FB920

600 Ohms

C66

0.01uF

FB910

600 Ohms

C935

0.1uF

C931

0.1uF

FB913

470 Ohms

C927

10uF

FB918

600 Ohms

C990

0.1uF (DNI)

C97210uF

C991

0.1uF

C952

4700pF

C9471uF

C986

0.1uF

L901 22nH

C941

1uF

FB932

600 Ohms

C918

0.1uF

C900

1000pF

C9111uF

C2358

0.047uF

C9961uF

C934

0.1uF

FB909

600 Ohms

C95

1500pF

C96910uF

C9771uF

FB929

600 Ohms

C9162.2uF

C65

0.01uF

C960

0.047uF

C936

0.1uF

C95533uF

FB926

600 Ohms

C9671uF

C903

0.1uF

C9841uF

C9012.2uF

FB930

600 Ohms

C933

0.1uF

C907

0.1uF

C963

4700pF

5

5

4

4

3

3

2

2

1

1

D D

C C

B B

A A

Wi-Fi Protected Setup Push-Button

+5V_5G

+3.3V_WLAN_5G

+3.3V

+5V_5G

+3.3V

+5V

PCIE0_CLKREQ_B10

PCIE0_CLKN10PCIE0_CLKP10

PCIE0_TDN10

PCIE0_RDN10

PCIE0_TDP10

PCIE0_RDP10

PCIE0_RST_B 10

WLAN0_LINK_LED 5

WPS_IRQ 6

Size

Scale


Sheeto f

Modif ied:


1B3


R3000


B


<Cage Code>1.8 PCIE SOCKETs

Size

Scale


Sheeto f

Modif ied:


1B3


R3000


B



Size

Scale


Sheeto f

Modif ied:


1B3


R3000


B



C1004

0.1uF

SSW1001PTS645VL83_LFS

13

4 2FB2 0

12

C10091000pF

C1003

0.1uF

PCI Express Mini CardElectromechanical Spec Rev 1.2

MECHANICAL KEYRSVD

J1001MINIPCIE-B_AND_Q

WAKE_L1 COEX13 COEX25 CLKREQ_L7 GND_99 REFCLK_N

11

PER0N23

GND_1515

UIM_C817 UIM_C419 GND_2121

PER0P25 GND_2727 GND_2929 PET0N31 PET0P33 GND_3535

RSVD_5151

RSVD_4949

RSVD_4747

RSVD_4545

GND_4343

VAUX3V341

VAUX3V3_3939

GND_3737

VAUX3V3_22GND_44VCC1V5_66

UIM_VPP16

UIM_RESET14

UIM_CLK12

UIM_DATA10

UIM_PWR8

GND_1818W_DISABLE_L20PERST_L22VAUX3V3_2424GND_2626VCC1V5_2828SMB_CLK30SMB_DATA32GND_3434USB_DN36USB_DP38GND_4040LED_WWAN_L42LED_WLAN_L44LED_WPAN_L46VCC1V5_4848GND_5050VAUX3V3_5252

ALIG

N_S

MA

LL

54

ALIG

N_B

IG53

REFCLK_P13

MT

G_B

57

57

MT

G_B

58

58

PA

D55

55

PA

D56

56

MT

G_Q

59

59

MT

G_Q

60

60

J4 HEADER 2

12

R10014.7K

FB4 3A12

C1001

0.1uF

C1002

0.1uF

5

5

4

4

3

3

2

2

1

1

D D

C C

B B

A A

RREF

C0_LNAENA

C1_LNAENA

C2_LNAENA

C1_RX_2G

C2_RX_2G

C2_TX_2G

C0_TX_2GC1_TX_2G

C0_RX_2G

UART_RXUART_TX

PCIE_CLKP3 ,̂10

PCIE_RDP3 ,̂10PCIE_RDN3 ,̂10

PCIE_TD_P3 ,̂10

PCIE_CLKN3 ,̂10

PCIE_TD_N3 ,̂10

PCIE_RST3 ,̂10PCIE_CLKREQ3 ,̂10

PCIE_WAKE_EL

RF_DISABLE_L

WLAN1_LINK_LED3 ,̂5

VDD3_3VDD3_3

VDD3_3

VDD3_3

VDD3_3

VDD3_3

TSSI_0 15TSSI_1 16TSSI_2 17

C0_LNAENG 15

C1_LNAENG 16

C2_LNAENG 17

C0_RX_2G 15

C1_RX_2G 16

C2_RX_2G 17

C0_TX_2G 15C1_TX_2G 16

C2_TX_2G 17

RXG_217

TXG_217

RXG_015RXG_116

TXG_116TXG_015

C0_PAEN_2G15

C1_PAEN_2G16

C2_PAEN_2G 17

Size

Scale


Sheeto f

Modified:


1B3


R3000


C


<Cage Code>5.1 43602 PCIe/CONTROL LINES

Size

Scale


Sheeto f

Modified:


1B3


R3000


C



Size

Scale


Sheeto f

Modified:


1B3


R3000


C



WR34 3.3K

WC140

0.1uF(NI)

TP12

WC1610pF

WR51 0

WR

104.

7K(N

I)

TP13

WC38

1.0pF (DNI)

WC138 0.1uF

WU5A

BCM43602KMLG

REFCLKP98

REFCLKN99

TDP0104

TDN0103

RDP0106

RDN0107

RESET_L94

PCIE_CLKREQ_L95

PCIE_PME_L97

RF_DISABLE_L92

SPROM_CS91

SPROM_CLK88

SPROM_DIN90

SPROM_DOUT87

PTESTN102

PTESTP101

WR52 0

WC1810pF

WR

24.

7K

WR53 0

WC391.0pF (DNI)

WR293.3K (DNI)

WR453.3K (DNI)

TP8

WU1

AT93C66B-MAHM

NC7

ORG6

DO4

DI3 VCC

8

GND5

CS1 SK2

HS-GNDH

WC7315pFCRITICAL = Y

WR1410K0402

12

WR

34.

7K

TP11

WR182211%

WC2 100pF

WR

174.

7K

WC141

0.1uF

WR30 3.3K

WC103

1uF(NI)

WC1710pF

WR

14.

7K

WC40

1.0pF (DNI)

WR46 0

WU5B

BCM43602KMLG

RF_2G_IN_CORE051

RF_2G_IN_CORE142

RF_2G_IN_CORE233

RF_5G_IN_CORE049

RF_5G_IN_CORE140

RF_5G_IN_CORE231

RF_2G_OUT_CORE054

RF_2G_OUT_CORE145

RF_2G_OUT_CORE236

RF_5G_OUT_CORE046

RF_5G_OUT_CORE137

RF_5G_OUT_CORE228

GPIO_0/TRST_L69

GPIO_3/TDI64

GPIO_2/TDO65

GPIO_4/TMS63

GPIO_1/TCK67

GPIO_5/EXT_POR_L85

GPIO_6/UART_RX83

GPIO_7/UART_TX82

GPIO_880

GPIO_979

GPIO_1078

GPIO_1177

JTAG_SEL84

XTAL_IN61

XTAL_OUT60

XTAL_BUF_OUT62

C0_FEMCTRL08

C0_FEMCTRL19

C0_FEMCTRL211

C1_FEMCTRL012

C1_FEMCTRL113

C1_FEMCTRL215

C2_FEMCTRL016

C2_FEMCTRL118

C2_FEMCTRL219

BANDSEL20

O_PAVREF73

O_PAVREF_CTL172

O_PAVREF_CTL271

O_PAVREF_CTL370

MONCDR1

DP2

DM3

AVDD3V34

MONPLL5

RREF6

NC-2626

NC-2727

GPAIO_0/TSSI_024

GPAIO_1/TSSI_123

GPAIO_2/TSSI_222

WC411.0pF (DNI)

WR

194.

7K

WC

450.

1uF

WY140.000MHz

13

24

WC43

1.0pF (DNI)

WC3 100pF

WR

164.

7K

WR

84.

7K(N

I)

WC4

100pF (DNI)

TP10

WC42

1.0pF (DNI)

WC7418pF

CRITICAL = Y

WR

254.

7K(N

I)

WC139 0.1uF

WR394.02K (DNI)1%

WR

124.

7K(N

I)

5

5

4

4

3

3

2

2

1

1

D D

C C

B B

A A

VDD3_3:PA Power supply decoupling caps

VDD1_2: Radio (TX)

RF_LDO, XTAL_LDO

1.2V

VDD1_2: Radio RX

Implenment star connection

WPA_2G_CORE1_VDD3P3

WPA_2G_CORE2_VDD3P3

VDD1_2_5G_1

WPA_5G_CORE0_VDD3P3

WPA_5G_CORE1_VDD3P3

WPA_5G_CORE2_VDD3P3

VDD1_2_5G_2

WPA_2G_CORE0_VDD3P3

VDD_RF_LDO VDD1_2_5G_0

WPA_2G_CORE0_VDD3P3

VDD1P2_XTAL

WPA_2G_CORE1_VDD3P3WPA_2G_CORE2_VDD3P3

WPA_5G_CORE0_VDD3P3WPA_5G_CORE1_VDD3P3WPA_5G_CORE2_VDD3P3

VDD_RF_LDO

VDD1P2_LOGEN

VDD1P2_GPAIO

VDD1_2_CORE0VDD1_2_CORE1VDD1_2_CORE2

VDD1_2_5G_0VDD1_2_5G_1

VDD1_2_5G_2

VDD1P2_XTALF

VDD1P2_LOGENVDD_RF_LDO

VDD1P2_GPAIOVDD_RF_LDO

VDD1P2_XTALFVDD1P2_XTAL

VDD_RF_LDO VDD1_2_CORE0

VDD1_2_CORE1

VDD1_2_CORE2

+3.3V 3 ,̂5,6,9,10,11,12

GND 3 ,̂5,6,7,8,9,10,11,12,13,15,16,17

+5V 3 ,̂5,10,12,15,16,17

VDD1_2

VDD1_2 VDD1_2

VDD3_3VDD3_3

VDD3_3

VDD1_2

VDD3_3

VDD3_3

VDD3_3

VDD1_2

VDD3_3

VDD1_2

VDD5_2G

VDD3_3

Size

Scale


Sheeto f

Modified:


1B3


R3000


C


<Cage Code>5.2 43602 POWER

Size

Scale


Sheeto f

Modified:


1B3


R3000


C



Size

Scale


Sheeto f

Modified:


1B3


R3000


C



WC

6510

00pF

WC

167

0.1u

F

WC

172

0.1u

F

WC

55

1000

pF (

DN

I)

WC

165

0.1u

F

WC

154

0.1u

F

WC

6610

00pF

WC

11u

F6.

3V

WR84

100K

WC

113

1uF

6.3V

WC

5010

uF/6

.3V

WC

173

0.1u

F

WU6MP9180DG-LF-Z

AGND4

PVIN1

SW211

PG9

OUT6

VIN10

EN8

NC5

SW12

FB7

PGND13

PGND212

WC

169

0.1u

F

WC

164

0.1u

F

WC

171

0.1u

F

WR38

196K

WC

195

4.7u

F

WC

7210

00pF

WC1750.1uF

WC

147

0.1u

F

WFB1

120 ohm@100MHz

WC1081uF6.3V

WC

111

1uF

6.3V

WC

114

330p

F

WR59 0

WFB5

10 ohm@100MHz

WR66 0

WR60 0

WC

146

0.1u

F

WC

112

1uF

6.3V

WC

152

0.1u

F

WC

7110

00pF

WC

8110

uF/6

.3V

WC

510

0pF

WC

7010

00pF

WC

155

0.1u

F

WC

52

1000

pF (

DN

I)

WR63 0

WC

105

1uF

6.3V

WC

8210

uF/6

.3V

WC

148

0.1u

F

WL41uH

1 2

WC

6010

00pF

WFB3

10 ohm@100MHz

WC

177

0.1u

F

WC

5910

00pF

WC

810

0pF

WC83

10uF/6.3V

WC

110

1uF

6.3V

WC

159

0.1u

F

WC

153

0.1u

F

WR57 0

WC

149

0.1u

F

WR65 0

WC

1210

0pF

WC

710

0pF

WC

6310

00pF

WC

166

0.1u

F

WC84

10uF/6.3V

WC

106

1uF

6.3V

WC

158

0.1u

F

WC

150

0.1u

F

WR13

10K

WC

156

0.1u

F

WC

6710

00pF

WR67 0

WC

6833

0pF(

NI)

WU5C

BCM43602KMLG

VDD17

VDD214

VDD366

VDD481

VDD586

VDD696

TVDD105

PVDD100

RVDD108

GPAIO_VDD1P225

AFERX_VDD1P2_CORE050



TX5G2G_VDD1P2_CORE048



TX5G2G_VDD1P2_CORE0_152



VDDIO_110

VDDIO_217

VDDIO_368

VDDIO_489

VDDIO_593

PA2G_VDD_3P3_CORE053






LOGEN_VDD1P256

SYNTH_VDD1P858

XTAL_VDD1P259

SYNTHMMD_PFD_VDD1P257

SYNTH_VDD3P355

VDDPLL76

I_VDD_RFL74

O_VDD1P375

GPAIO_3/RCAL_EXT_RES21

GND_SLUGH

WC

176

0.1u

F

WC

107

1uF

6.3V

WR62 0

WC

6910

00pF

WC

196

4.7u

F

WC

157

0.1u

F

WFB2

120 ohm@100MHz

WC

151

0.1u

F

WC174

0.1uF

WR70 0

WC

56 1000

pF (

DN

I)

WR40

200K WC9100pF[DNI]

WC

160

0.1u

F

WC

162

0.1u

F

WC

170

0.1u

F

WC

144

0.1u

F

WC

168

0.1u

F

WC

6110

00pF

WC

179

0.1u

F

WC

1110

0pF

WC

6210

00pF

WR61 0

WC

6410

00pF

WFB4

10 ohm@100MHz

WFB9 3A12

WC

1010

0pF

WR71 0

WC

53

1000

pF (

DN

I)

WC

109

1uF

6.3V

WC

5810

00pF

WC

54

1000

pF (

DN

I)

WC

115

1uF

6.3V

WC

51

1000

pF (

DN

I)

WC

610

0pF

WC25

22uF/6.3V

WC

163

0.1u

F

WR56 0

WC

5710

00pF

WR58 0

WR69 10

WC

178

0.1u

F

WC

145

0.1u

F

WR68 10

WR64 0

WC

161

0.1u

F

5

5

4

4

3

3

2

2

1

1

D D

C C

B B

A A

Antenna A0

T1T3

T2

T6

T4

VDD3_3

VDD_PA0VDD5_2G

VDD_PA0

VDD_PA0 VDD_PA0

VDD_PA0

C0_LNAENG13

RXG_013

TXG_013

C0_TX_2G 13

C0_RX_2G 13

TSSI_0 13

C0_PAEN_2G13

Size

Scale


Sheeto f

Modif ied:


1B3


R3000


B


<Cage Code>5.3 RF FRONT END -CH0

Size

Scale


Sheeto f

Modif ied:


1B3


R3000


B



Size

Scale


Sheeto f

Modif ied:


1B3


R3000


B



WC101

1.5pF

WR180

0WC44

4.7uF/10V

WC5339pF/nl

WC596

0.1uF

WC24

10pF

WC591

0.1uF/nl

WC602 9pF

WU2

SKY65971

VCC6

RF_OUT5

GND13

GND24

HS-GND7

LNA_EN/BP1

RF_IN2

WR36

0

WR225

26.1K

WC601

1000pF

WC13

1uF

WR23

0

WC32

2.2uF

WC540

9pF

WFL1 DEA162500LT-1217A1

G1

1G

23

G3

4G

46

IN2

OUT5

WU7

SKY13377-313LF

J33

J21

GND2

J15

V24

V16

WL6

3.9nH

12

WFB6

1000 ohm1 2

WC678

120pF

WC79

1pF/NL

WC96

2.2pF

WC77 9pF

WR217

00805

WC78

1pF/NL

WR35

0

WC23

10pF

WR31

91

WC19

100pF

WC135

2.4pF

WC49

9pF

WC58810uF/16V

WR37

0

WL1

1nH12

WC132

3.3pF

WC5329pF/nl

WC600

180pF

WC75

1pF/nl

WC136

2.4pF

WC35

15pF

WL8

3.9nH

12

WC58710uF/16V

WC76

1pF/NL

WFL4

SAFEA2G45MA0F0A

UN

BA

L1

1

UN

BA

L2

4

GN

D1

2

GN

D2

3

GN

D3

5

WR20

10K

WC117

9pF

WR221

4.75K

WR181

0

WU10

SE2623L

EN2

RFIN1

GND13

GND25

GND36

GND49

GND512

GND616

GND717

VCC04

VCC115

VCC213

RFOUT110

RFOUT211

DET7

NC18

NC214

WC181

0.1uF

WJ16HIROSE

2 3

14

WC22 10pF/NL

5

5

4

4

3

3

2

2

1

1

D D

C C

B B

A A

Antenna A1

T1T3

T2

T6

T4

VDD3_3

VDD_PA1VDD5_2G VDD_PA1

VDD_PA1 VDD_PA1

VDD_PA1

C1_LNAENG13

RXG_113

TXG_113

C1_TX_2G 13

C1_RX_2G 13

TSSI_1 13

C1_PAEN_2G13

Size

Scale


Sheeto f

Modif ied:


1B3


R3000


B


<Cage Code>5.4 RF FRONT END - CH1

Size

Scale


Sheeto f

Modif ied:


1B3


R3000


B



Size

Scale


Sheeto f

Modif ied:


1B3


R3000


B



WC99

180pF

WC1209pF/NL

WC123

9pF

WC86

1pF/NL

WC27

10pF

WC56510uF/16V

WC122

9pF

WC97

2.2pF

WU11

SE2623L

EN2

RFIN1

GND13

GND25

GND36

GND49

GND512

GND616

GND717

VCC04

VCC115

VCC213

RFOUT110

RFOUT211

DET7

NC18

NC214

WC133

3.3pF

WR48

4.75K

WL5

3.9nH

12

WC26

10pF

WU8

SKY13377-313LF

J33

J21

GND2

J15

V24

V16

WR32

91

WR27

26.1K

WC182

0.1uF

WFL5

SAFEA2G45MA0F0A

UN

BA

L1

1

UN

BA

L2

4

GN

D1

2

GN

D2

3

GN

D3

5

WC47

4.7uF/10V

WU3

SKY65971

VCC6

RF_OUT5

GND13

GND24

HS-GND7

LNA_EN/BP1

RF_IN2

WFL2DEA162500LT-1217A1

G1

1G

23

G3

4G

46

IN2

OUT5

WR44

0

WC36

15pF

WC94

1000pF

WC33

2.2uF

WC524

9pF

WC124

120pF

WC184

0.1uF/nl

WFB7

1000 ohm1 2

WJ15HIROSE

2 3

14

WR24

0

WC80

1pF/NL

WC14

1uF

WR43

0

WR21

10K

WR201

01206

WL9

3.9nH

12

WR42

0

WC137

2.4pF

WC85

1pF/NL

WC20

100pF

WC28

10pF/NL

WC119

9pF

WR47

0

W118

9pF

WC56610uF/16V

WC183

0.1uF

WL2

1nH12

WR41

0

WC87

1pF/NL

WC1219pF/NL

WC102

1.5pF

WC142

2.4pF

5

5

4

4

3

3

2

2

1

1

D D

C C

B B

A A

Antenna A2

T1T3

T2

T6

T4

VDD3_3

VDD_PA2VDD5_2G VDD_PA2

VDD_PA2 VDD_PA2

VDD_PA2

C2_LNAENG13

RXG_213

TXG_213

C2_TX_2G 13

C2_RX_2G 13

TSSI_2 13

C2_PAEN_2G13

Size

Scale


Sheeto f

Modif ied:


1B3


R3000


B



Size

Scale


Sheeto f

Modif ied:


1B3


R3000


B



Size

Scale


Sheeto f

Modif ied:


1B3


R3000


B



WC15

1uF

WR72

0

WR22

10K

WR185

01206

WL10

3.9nH

12

WC90

1pF/NL

WR50

0

WC143

2.4pF

WC21

100pF

WC31

10pF/NL

WC126

9pF

WR74

0

WC125

9pF

WC54410uF/16V

WC186

0.1uF

WL3

1nH12

WR49

0

WC91

1pF/NL

WC1289pF/NL

WC116

1.5pF

WC180

2.4pF

WC100

180pF

WC130

9pF

WC1279pF/NL

WC92

1pF/NL

WC30

10pF

WC54310uF/16V

WC129

9pF

WC98

2.2pF

WU12

SE2623L

EN2

RFIN1

GND13

GND25

GND36

GND49

GND512

GND616

GND717

VCC04

VCC115

VCC213

RFOUT110

RFOUT211

DET7

NC18

NC214

WR75

4.75K

WC134

3.3pF

WC29

10pF

WL7

3.9nH

12

WU9

SKY13377-313LF

J33

J21

GND2

J15

V24

V16

WR33

91

WR28

26.1K

WC185

0.1uF

WC48

4.7uF/10V

WFL6

SAFEA2G45MA0F0A

UN

BA

L1

1

UN

BA

L2

4

GN

D1

2

GN

D2

3

GN

D3

5

WU4

SKY65971

VCC6

RF_OUT5

GND13

GND24

HS-GND7

LNA_EN/BP1

RF_IN2

WFL3DEA162500LT-1217A1

G1

1G

23

G3

4G

46

IN2

OUT5

WR73

0

WC37

15pF

WC95

1000pF

WC34

2.2uF

WC506

9pF

WC131

120pF

WC187

0.1uF/NL

WFB8

1000 ohm1 2

WJ14HIROSE

2 3

14

WR26

0

WC89

1pF/NL

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4) change c51 to through hole d d c c b b · pvtmon_dac dying_gasp swreg1p5_vsense 1v_fb pvtmon_adc...

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