Schematics

FCC ID: 2AB874018

Schematics

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FCCID_4421622

5 4 3 2 1 FMA-HW01008-01 R01 USB3.0/2.0 Port1 SPI NOR Flash SPI NAND Flash UART EJTAG 16MB SO8 1Gbits WSON8 48MHz XTAL FEM_1_R0 FEM_1_R1 D Pdet D 5G_TX_0 5 GHz/2x2/11ac WAN Match π-LPF PA LPF 25MHz XTAL 5G_RX_0 5G Coupler Match π-LPF LPF PSGMII HPF xformer LNA (LTCC) 5G_RX_1 LNA HPF Match π-LPF MDC / MDIO 5G RJ-45 Coupler QCA8075 IPQ40x8-0 5G_TX_1 Match π-LPF PA LPF LPF (LTCC) 14x14mm DR-QFN Pdet Giga Ethernet PHY 180 pins FEM_0_R0 WAN FEM_0_R1 UFL UFL Pdet Conn. Conn. 2G_TX_0 2.4GHz/2x2/11b/g/n/ac PA xformer Match π-LPF LPF 2G_RX_0 2.4G Match π-LPF Coupler BPF RJ-45 LNA HPF (LTCC) PoE C C 2G_RX_1 LNA 16bit DDR3L Match π-LPF HPF 2.4G Coupler 64M x 16bits 2G_TX_1 PA Match π-LPF BPF LPF (LTCC) LX 1.35V 0.625V TPS23754 POE PD Vref Pdet 1.2V resistors 4.7uH 1.35V MP1495 CHIP 3A VDD33 VDD25_REG DVDD11 _PWD_L GPIO4 GPIO62 DC +12V/2A input MPQ8632 3.3V 6A 1.1V MP1495 S/W S/W Reset Giga Ethernet PHY (Malibu) 3A Reset TPM & PHY & BLE button 2.4GHz FEM MP1495 5V USB2.0 B 3A B MP1653 3.5V 3A 5 GHz FEM A A Model Name Rev R01 Size Page Name Engineer D 01_BLOCK DIAGRAM Date: Monday, January 16, 2017 Sheet 1 of 17 5 4 3 2 1

5 4 3 2 1 FMA-HW01008-01 R01 U15 DC +12V 12V 5V DC Jack MP1495 5V_USB2 (for USB2.0) input 0.5A 5V/3A D 3_3V_Malibu (for Malibu) D POE U11 48V~56V TI 3_3V_2 MPQ8632 1.35A 3_3V_2G (for IPQ40x8-0 2.4GHz Radio) TPS23754 3.3V/6A 0R 3_3V_2G_FEM (for 2.4 GHz FEM (Edison/RFasix)) 0R 9618_3_3V (for UART, FLASH, JTAG, LED, PUSH BUTTOM, boot strap) 3_3V_1 U24 3_3V_5G (for IPQ40x8-0 5GHz Radio) 3.5V 0R MP1653 3_3V_5G_FEM (5 GHz FEM (Edison/RFasix)) 0.5A 3.5V/3A C C 3_3V U19 IPQ40x8-0 EN 1.35V 1.35V MP1495 A24 0.283A 1.35V/3A DDR3L To IPQ40x8-0: VDD11_PLL (B21) AVDD1_1 To IPQ40x8-0: AVDD_PLL (A8) AVDD1_1_USB_PLL To IPQ40x8-0: USB1_PLL (A47), USB1_AVDD11_TXCLK(A46), USB1_AVDD11_RX(B40) 3_3V U2 To IPQ40x8-0: AVDDVCO (B44) EN 1_1V MP1495 AVDD1_1_USB To IPQ40x8-0: PSGMIIPLL_AVDD (A59) 1.423A 1.1V/3A USB1_AVDD11 (A50) USB1_AVDD11_RX (A48) USB1_AVDD11_TX (B39) B PSGMIITX_AVDD (A58) B PSGMIIRX_AVDD (B47) USB2_AVDD11 (A43) 0R DVDD1_1 AVDD1_1_5G DVDD1_1 AVDD1_1_2G A A Model Name Rev R01 Size Page Name Engineer C 02_Power Tree Date: Monday, January 16, 2017 Sheet 2 of 17 5 4 3 2 1

5 4 3 2 1 FMA-HW01008-01 R01 3_3V_2G L58 3_3V_2G DVDD1_1 3_3V_2G L88 100MHz/1000ohm 100MHz/1000ohm U5A C291 C265 C314 C317 C301 C256 C297 C358 C266 C293 C312 C304 C343 C351 C346 C344 C332 C271 C294 0.1uF 10uF 10pF 0.1uF 10uF 0.1uF 0.1uF 4.7uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 4.7uF 0.1uF U5E 0.1uF B74 A84 B68 B71 B42 A88 B72 A67 A61 B11 B7 B35 A29 A23 3_3V_2G 0402 B27 A21 L57 3_3V_2G [4] DDR3_DQ3 DDR_DQ_0 DDR_ADDR_0 DDR3_A0 [4] L59 [4] DDR3_DQ1 A34 DDR_DQ_1 DDR_ADDR_1 B12 DDR3_A1 [4] 0402 for layout 100MHz/1000ohm for layout C320 C326 C324 100MHz/1000ohm C338 [4] DDR3_DQ5 B26 DDR_DQ_2 DDR_ADDR_2 A13 DDR3_A2 [4] A23 VDD11_1 VDD33_BB_R0 A84 0.1uF 10pF 10nF 4.7uF 0402 [4] A33 B10 [4] A29 B68 DDR3_DQ7 DDR_DQ_3 DDR_ADDR_3 DDR3_A3 VDD11_2 VDD33_BBPLL_R0 B24 A20 B35 B66 B66 B65 L87 3_3V_5G [4] DDR3_DQ4 DDR_DQ_4 DDR_ADDR_4 DDR3_A4 [4] VDD11_3 VDD33_SYN_R0 D D [4] A31 B17 [4] B7 B65 100MHz/1000ohm DDR3_DQ6 DDR_DQ_5 DDR_ADDR_5 DDR3_A5 VDD11_4 VDD33_VCO_R0 [4] DDR3_DQ2 B23 DDR_DQ_6 DDR_ADDR_6 A19 DDR3_A6 [4] AVDD1_1_2G L54 B11 VDD11_5 VDD33_BB_R1 B2 A6 L9 3_3V_5G C535 10pF C283 C533 4.7uF 0402 AVDD1_1_USB_PLL 10nF [4] A30 B16 [4] 100MHz/30ohm A61 A6 100MHz/1000ohm DDR3_DQ0 DDR_DQ_7 DDR_ADDR_7 DDR3_A7 VDD11_6 VDD33_BBPLL_R1 C70 C67 B2 0402 C281 C295 C292 C353 [4] A37 B15 [4] A67 B74 0.1uF 2.2uF DDR3_DQ13 DDR_DQ_8 DDR_ADDR_8 DDR3_A8 4.7uF 0.1uF 1000pF VDD11_7 AVDD33_1 AVDD33 0.1uF L53 3_3V_5G B30 A18 B72 A4 A6 [4] DDR3_DQ15 DDR_DQ_9 DDR_ADDR_9 DDR3_A9 [4] VDD11_8 VDD33_SYN_R1 L51 3_3V_5G 100MHz/1000ohm [4] A38 B9 [4] A88 A2 DDR3_DQ11 DDR_DQ_10 DDR_ADDR_10 DDR3_A10 VDD11_9 VDD33_VCO_R1 3_3V_5G C270 AVDD1_1_2G L49 100MHz/1000ohm [4] B31 A15 [4] A46 B5 C262 C259 C255 DDR3_DQ9 DDR_DQ_11 DDR_ADDR_11 DDR3_A11 R267 AVDD11_LDO_1 AVDD33_2 10pF C287 100MHz/1000ohm 10pF 10nF 4.7uF A40 B13 B42 [4] DDR3_DQ12 DDR_DQ_12 DDR_ADDR_12 DDR3_A12 [4] AVDD1_1_2G 0 C311 C315 AVDD1_1_2G R264 VDD11_11 B5 10nF 0402 [4] B33 A16 [4] B71 DDR3_DQ14 DDR_DQ_13 DDR_ADDR_13 DDR3_A13 R263 4.7uF 10nF VDD11_12 1_35V R273 [4] A41 0 C300 A14 DDR3_DQ10 DDR_DQ_14 DDR_VDDQ_1 C282 C279 0 C310 C305 [4] DDR3_DQ8 A42 DDR_DQ_15 10uF 4.7uF 10nF 10pF AVDD1_1_2G 10nF A85 VDD11_ADDAC_R0 DDR_VDDQ_2 B28 C308 C328 C341 C321 C331 C329 0 0402 AVDD1_1_5G R259 5.6 To DDR_VDDQ B67 B34 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 10uF VDD11_BB_R0 DDR_VDDQ_3 L52 C264 C263 C299 B18 [4] A82 B20 DDR_BA_0 DDR3_BA0 VDD11_BIAS_R0 DDR_VDDQ_4 22uF 22uF 0.1uF A14 B28 B34 B20 B22 100MHz/470ohm [4] A35 A22 [4] A86 B22 3_3V_2G DDR3_DQM0 DDR_DQM_0 DDR_BA_1 DDR3_BA1 C267 C274 C284 VDD11_CLKBUF_R0 DDR_VDDQ_5 [4] B29 A12 [4] 4.7uF 0.1uF 1000pF A83 DDR3_DQM1 DDR_DQM_1 DDR_BA_2 DDR3_BA2 VDD11_LO_R0 C342 C345 AVDD1_1_5G B3 B54 VDD11_ADDAC_R1 VDDIO_1 R256 0.1uF 0.1uF AVDD1_1 R8 [4] A32 B14 [4] A5 B51 DDR3_DQS0 DDR_DQS_0 DDR_CK_P DDR3_CLK_P VDD11_BB_R1 VDDIO_2 [4] B32 A17 [4] 0 AVDD1_1_5G C273 R258 Raio 1_5GHz A103 B54 B51 C32 0 DDR3_DQS1 DDR_DQS_1 DDR_CK_N DDR3_CLK_N VDD11_BIAS_R1 10nF 0.1uF 0 C260 A9 [4] B1 A8 DDR_CKE DDR3_CKE VDD11_LO_R1 AVDD11_LDO_3 C359 C365 10nF AVDD1_1 [4] B25 B19 [4] B21 B43 AVDD2V5 1uF DDR3_DQSN0 DDR_DQS_N_0 DDR_CAS_N DDR3_CAS_N AVDD11_LDO_2 AVDD25_REG 0.1uF AVDD1_1_5G R257 AVDD1_1 C VDD11_LDO A24 R281 C [4] A39 A11 [4] C322 B44 DDR3_DQSN1 DDR_DQS_N_1 DDR_WE_N DDR3_WE_N VDD11_LDO AVDD11_LDO_4 AVDD1_1_USB 0 C272 0.1uF C350 0 C252 A48 C268 AVDD11_1 10nF 10pF 0.1uF 1_35V 4.7uF R272 A10 [4] B60 A50 DDR_ODT DDR3_ODT VDD11_RX_CH0 AVDD11_2 C357 C361 C354 VREF0 A36 B8 B1 0 C307 C316 A70 B40 0.1uF 0.1uF 0.1uF [4] 0402 DDR_VREF DDR_RAS_N DDR3_RAS_N VDD11_RX_CH1 AVDD11_LDO_5 4.7uF 0.1uF R279 B6 B80 B39 1k DDR_RST_N DDR3_RST_N [4] VDD11_RX_CH2 AVDD11_3 A50 A48 B39 AVDD1_1 1% R283 A94 A47 AVDD1_1_USB_PLL VREF0 VDD11_RX_CH3 AVDD11_LDO_6 IPQ-4018-0-180DRQFN-MT-00-0 Raio 1_5GHz 9618_3_3V AVDD1_1_5G R293 C360 C355 0 A55 C340 R261 AVDD33_3 R280 R45 0.1uF 0.1uF 1k VTT 0R 1% C367 0 0.1uF B62 1% 1/16W 0402 0 VDD11_TX_CH0 C298 C288 C277 C276 C275 C66 VTT_1 0402 10nF 10nF 10nF 10nF 10nF B81 VDD11_TX_CH2 AVDD11_4 A43 0.1uF B40 A47 9618_3_3V R288 0.1uF A95 B37 VDD11_TX_CH3 AVDD33_4 AVDD1_1_2G R278 Raio 0_2.4GHz A95 A94 A95 B80 B81 C348 0 0.1uF 0 3_3V_2G A72 VDD11_TX_CH1 0402 C330 C333 C335 C327 C339 1_35V AVDD11_LDO_7 A59 R284 AVDD1_1 10nF 10nF 10nF 1uF 10nF C280 C285 C356 0 U5B A89 B47 1uF 10nF VDDIO_3 AVDD11_5 0.1uF C313 C318 A70 A72 B60 B62 B62 A25 VDD135 AVDD11_6 A58 AVDD1_1_USB 10uF 0.1uF A89 A28 VTT_LDO VTT_1 C349 C352 C347 C368 9618_3_3V [8] 2G_9618_Tx_0 A75 DA2_CH0 FEM_0_R0 A76 FEM_0_R0 FEM_0_R0 [8] C68 C64 A92 CHIP_PWD_L EPAD G1 0.1uF 0.1uF 0.1uF 10uF 0603 B59 A100 FEM_0_R1 0.1uF 10uF R373 4.7K [8] 2G_9618_Tx_1 DA2_CH1 FEM_0_R1 FEM_0_R1 [9] A43 B47 A58 IPQ-4018-0-180DRQFN-MT-00-0 B [9] 5G_9618_Tx_0 A99 DA5_CH2 FEM_1_R0 B63 FEM_1_R0 FEM_1_R0 [8] 靠近DDR3L端 B FEM_1_R1 L83 [9] B78 B82 [9] 5G_9618_Tx_1 DA5_CH3 FEM_1_R1 FEM_1_R1 XLNA_0_R1 5G_xLNA_EN_0 [9] U5D C519 47nH A80 [8] 10pF XLNA_0_R0 2G_xLNA_EN_0 JTAG_TDI [5] A74 A101 XLNA_0_R1 [8] 2G_9618_Rx_P_0 LNA2P_CH0 XLNA_0_R1 JTAG_TCK [5] JTAG_TMS [5] [5] A60 [6] [8] 2G_9618_Rx_N_0 B61 A77 [8] JTAG_TDO PSGMII_SIP PSGMII_SIP LNA2N_CH0 XLNA_1_R0 2G_xLNA_EN_1 L84 [5] U5C JTAG_RST_N XLNA_1_R1 JTAG_TRST_N [5] B48 A71 B83 XLNA_1_R1 5G_xLNA_EN_1 [9] PSGMII_SIN PSGMII_SIN [6] [8] 2G_9618_Rx_P_1 LNA2P_CH1 XLNA_1_R1 47nH C520 A57 PSGMII_SOP_Dakota C163 0.1uF B58 PSGMII_SOP PSGMII_SOP [6] [8] 2G_9618_Rx_N_1 LNA2N_CH1 10pF B45 PSGMII_SON_Dakota C164 0.1uF B64 PSGMII_SON PSGMII_SON [6] XPA_0_R0 2G_xPA_EN_0 [8] RP1 A87 GPIO0 1 8 [5] GPIO0 OC_L B46 R286 33 [6] [9] 5G_9618_Rx_P_0 A96 A102 [9] 2 7 [5] CLK25M_O CLOCK25M LNA5P_CH2 XPA_0_R1 5G_xPA_EN_0 USB_EN 3 6 [10] B69 GPIO1 5G_LED GPIO1 4 5 [10] C364 [9] 5G_9618_Rx_N_0 B79 A81 [8] 2G_LED LNA5N_CH2 XPA_1_R0 2G_xPA_EN_1 B70 GPIO2 0 *10pF GPIO2 A51 [5] [9] 5G_9618_Rx_N_1 B75 B84 [9] USB1_DM USB1_DM LNA5P_CH3 XPA_1_R1 5G_xPA_EN_1 A90 GPIO3 GPIO3 A54 [5] [9] 5G_9618_Rx_P_1 A93 R266 0 SPI_NAND_CS USB1_DP USB1_DP LNA5N_CH3 SPI_NAND_CS [5] B73 GPIO4 GPIO4 R265 0 3_3V_1 PWR_LED [10] A91 GPIO5 GPIO5 B41 R119 4.7K X1 A69 DVDD_2.7V_Malibu USB1_RXP XTALO 1 2 GND_RX_CH1 B49 EMDC [5,6] GPIO52 EMDC R289 1.5K A49 R120 4.7K A98 USB1_RXN 4 3 XTALI GND_RX_CH2 A62 EMDIO_Dakota GPIO53 EMDIO [6] C56 48MHz B77 GND_RX_CH3 *8.2pF B50 SPI_CS C55 GPIO54 SPI_CS [5] A45 R117 4.7K USB1_TXP *8.2pF A63 SPI_MOSI 3_3V_1 3_3V_1 R377 GPIO55 SPI_MOSI [5] B38 R118 4.7K 5G_PDET_0 USB1_TXN [9] 5G_FEM_coupler_0 L29 22 A64 [5] 3_3V_1 2G_PDET_0 GPIO56 SPI_CLK A73 A3 12 PDET_CH0 RFGPIO R378 R379 C521 B52 SPI_MISO R200 R204 A C524 432 432 GPIO57 SPI_MISO [5] B36 A 2G_PDET_1 B57 A56 RBIAS 4.7K 4.7K USB2_DM USB2_DM [13] PDET_CH1 RBIAS *0.6pF 15pF CONN2 A65 I2C_SCL 1 GPIO58 I2C_SCL [13] 1 A44 5G_PDET_0 A97 B4 XTALI I2C_SCL 2 USB2_DP USB2_DP [13] PDET_CH2 XTALI R287 I2C_SDA 3 2 B53 I2C_SDA 3 5.9K GPIO59 I2C_SDA [13] 4 5G_PDET_1 B76 A7 XTALO 4 PDET_CH3 XTALO IPQ-4018-0-180DRQFN-MT-00-0 FE-PHY part. GPIO60 A66 UARTRX R290 0 UART_RX [5] *PH04NA3BAAC12 R380 IPQ-4018-0-180DRQFN-MT-00-0 5G_PDET_1 B55 UARTTX R121 0 [5] [9] 5G_FEM_coupler_1 GPIO61 UART_TX R381 SW_RST_OUT R128 2G_PDET_0 R382 12 A68 0 [5,6,13] [8] 2G_coupler_0 2G_PDET_1 GPIO62 SYS_RST_L [8] 2G_coupler_1 R383 R384 432 432 R295 *0 wifi0_uart_txd 5.6 C525 B56 SW_RST_IN TP7 5.6 GPIO63 Pull-H, setting enable JTAG R385 R386 *0.6pF R387 R388 [5] 825 825 GPIO62 825 825 IPQ-4018-0-180DRQFN-MT-00-0 R122 0 Model Name Rev [10] SW_RST R01 R291 *0 audio_td TP6 Size Page Name Engineer D 03_Digital_Interface Date: Monday, January 16, 2017 Sheet 3 of 17 5 4 3 2 1

5 4 3 2 1 FMA-HW01008-01 R01 DDR3_DQ15 DDR3_DQ15 [3] DDR3_DQ14 D DDR3_DQ14 [3] D DDR3_DQ13 DDR3_DQ13 [3] DDR3_DQ12 DDR3_DQ12 [3] DDR3_DQ11 DDR3_DQ11 [3] U16 DDR3_DQ10 DDR3_DQ10 [3] DDR3_A0 N3 E3 DDR3_DQ0 DDR3_DQ9 A0 DQ0 DDR3_DQ9 [3] DDR3_A1 P7 F7 DDR3_DQ1 DDR3_DQ8 A1 DQ1 DDR3_DQ8 [3] DDR3_A2 P3 F2 DDR3_DQ2 DDR3_DQ7 A2 DQ2 DDR3_DQ7 [3] DDR3_A3 N2 F8 DDR3_DQ3 DDR3_DQ6 A3 DQ3 DDR3_DQ6 [3] DDR3_A4 P8 H3 DDR3_DQ4 DDR3_DQ5 A4 DQ4 DDR3_DQ5 [3] DDR3_A5 P2 H8 DDR3_DQ5 DDR3_DQ4 A5 DQ5 DDR3_DQ4 [3] Close to DDR-UXX as possible DDR3_A6 R8 G2 DDR3_DQ6 DDR3_DQ3 1_35V 1V35 A6 DQ6 DDR3_DQ3 [3] DDR3_A7 R2 H7 DDR3_DQ7 DDR3_DQ2 A7 DQ7 DDR3_DQ2 [3] L27 DDR3_A8 T8 D7 DDR3_DQ8 DDR3_DQ1 A8 DQ8 DDR3_DQ1 [3] DDR3_A9 R3 C3 DDR3_DQ9 DDR3_DQ0 A9 DQ9 DDR3_DQ0 [3] DDR3_A10 L7 C8 DDR3_DQ10 DDR3_A11 A10/AP DQ10 DDR3_DQ11 C149 0 C150 C146 C101 C116 C132 C151 C136 C112 C123 R7 C2 DDR3_A12 N7 A11 DQ11 A7 DDR3_DQ12 DDR3_A13 A12/BC DQ12 DDR3_DQ13 10uF 10uF 10nF 10nF 10nF 10nF 10nF 10nF 10nF 10nF [3] T3 A2 DDR3_DQS_0 DDR3_CLK_P A13/NC DQ13 DDR3_DQ14 [3] M7 B8 DDR3_DQS0 A15/NC DQ14 DDR3_DQSN_0 R84 DDR3_CKP A3 DDR3_DQ15 [3] DDR3_DQSN0 DQ15 DDR3_DQS_1 100 DDR3_CKN DDR3_BA0 M2 [3] DDR3_DQS1 BA0 DDR3_DQSN_1 DDR3_BA1 N8 H1 VREFDQ [3] DDR3_DQSN1 1% BA1 VREFDQ 1V35 DDR3_BA2 M3 M8 VREFCA DDR3_DQM_0 [3] DDR3_CLK_N BA2 VREFCA [3] DDR3_DQM0 1_35V DDR3_DQM_1 [3] DDR3_DQM1 DDR3_CKP J7 F3 DDR3_DQS_0 DDR3_CKN K7 CK LDQS G3 DDR3_DQSN_0 DDR3_CKE K9 CK# LDQS# C7 DDR3_DQS_1 C99 C95 C120 C155 C140 C142 C129 C117 C111 C96 CKE UDQS B7 DDR3_DQSN_1 DDR3_A0 R269 UDQS# 1V35 [3] DDR3_A0 1_35V DDR3_CS_N L2 DDR3_A1 10nF 10nF 10nF 10nF 10nF 10nF 10nF 10nF 10nF 10nF CS# [3] DDR3_A1 DDR3_ODT K1 B2 DDR3_A2 R253 1K 1% ODT VDD1 [3] DDR3_A2 DDR3_RAS_N J3 D9 DDR3_A3 *4.7K RAS# VDD2 [3] DDR3_A3 DDR3_WE_N L3 G7 DDR3_A4 WE# VDD3 [3] DDR3_A4 R254 DDR3_CAS_N K3 K2 DDR3_A5 CAS# VDD4 [3] DDR3_A5 R79 DDR3_RST_N T2 K8 DDR3_A6 RST# VDD5 [3] DDR3_A6 1K N1 DDR3_A7 0 VDD6 [3] DDR3_A7 N9 DDR3_A8 1% VDD7 [3] DDR3_A8 DDR3_DQM_1 D3 R1 DDR3_A9 VREFCA UDM VDD8 [3] DDR3_A9 C DDR3_DQM_0 E7 R9 DDR3_A10 C LDM VDD9 [3] DDR3_A10 DDR3_A11 [3] DDR3_A11 C104 A9 DDR3_A12 R78 VSS1 [3] DDR3_A12 L8 B3 DDR3_A13 1K ZQ VSS2 [3] DDR3_A13 0.1uF E1 1% VSS3 G8 R83 VSS4 J2 240ohm VSS5 J1 J8 DDR3_BA0 1% NC1 VSS6 [3] DDR3_BA0 J9 M1 DDR3_BA1 NC2 VSS7 [3] DDR3_BA1 L1 M9 DDR3_BA2 NC3 VSS8 [3] DDR3_BA2 L9 P1 T7 NC4 VSS9 P9 NC5 VSS10 T1 1_35V VSS11 DDR3_WE_N T9 [3] DDR3_WE_N VSS12 DDR3_CAS_N [3] DDR3_CAS_N 64Mx16bit [3] DDR3_RAS_N DDR3_RAS_N DDR3_ODT DDR3 SDRAM 1V35 [3] DDR3_ODT DDR3_CKE B1 A1 [3] DDR3_CKE VTT VTT R101 VSSQ1 VDDQ1 DDR3_RST_N B9 A8 [3] DDR3_RST_N 1K D1 VSSQ2 VDDQ2 C1 1% D8 VSSQ3 VDDQ3 C9 DDR3_A9 R60 60.4 DDR3_BA0 R75 60.4 VREFDQ E2 VSSQ4 VDDQ4 D2 DDR3_A10 R81 60.4 C77 DDR3_BA1 R40 60.4 C73 E8 VSSQ5 VDDQ5 E9 DDR3_A11 R42 60.4 DDR3_BA2 R77 60.4 F9 VSSQ6 VDDQ6 F1 DDR3_A12 R55 60.4 0.1uF DDR3_A0 R58 60.4 0.1uF C122 VSSQ7 VDDQ7 R102 G1 H2 G9 VSSQ8 VDDQ8 H9 1K 0.1uF VSSQ9 VDDQ9 1% 64MX16 VTT VTT DDR3_A13 R64 60.4 DDR3_A1 R39 60.4 DDR3_WE_N R87 60.4 C89 DDR3_A2 R52 60.4 C83 DDR3_CAS_N R94 60.4 DDR3_A3 R74 60.4 DDR3_RAS_N R90 60.4 0.1uF DDR3_A4 R41 60.4 0.1uF DDR3_CKE R100 60.4 VTT B B DDR3_A5 R69 60.4 DDR3_A6 R43 60.4 C81 DDR3_A7 R71 60.4 DDR3_A8 R44 60.4 0.1uF A A Model Name Rev R01 Size Page Name Engineer C 04_DDR3 Date: Monday, January 16, 2017 Sheet 4 of 17 5 4 3 2 1

5 4 3 2 1 FMA-HW01008-01 R01 9618_3_3V 9618_3_3V R151 R150 R139 R149 R148 R138 R147 R125 C179 *0 0.1uF 9618_3_3V *10K 10K 10K 10K 10K *10K 10K CONN6 CONN3 1 2 1 [3] 3 4 UART_TX_R 1 JTAG_TRST_N [3,5] R327 0 2 [3] 5 6 UART_TX 2 JTAG_TDI [3] R325 56ohmUART_RX_R 3 [3] 7 8 UART_RX 3 JTAG_TMS 4 [3] 9 10 4 JTAG_TCK 11 12 R123 0 D 13 14 R326 PH04NA3BAAC12 D [3,5] JTAG_TDO [3] 15 16 R124 0 510,1% JTAG_RST_N R146 10K 17 18 R145 10K 19 20 UART *PH20J63BAA000 USB differential impedence = 90 Ohm CONN5 5V_USB2 1 G1 USB_DM R240 0 USB_N 2 VBUS G1 G2 [3] USB1_DM D- G2 USB_DP R239 0 USB_P 3 G3 [3] USB1_DP D+ G3 4 G4 GND G4 2 2 C235 C236 US04N13BA0192 P14 P15 *1pF *1pF 20-PIN ARM JTAG Connector 1 1 5V USB_EN R391 [3] USB_EN 10K Q8 C 5V 5V B 靠近U23 C526 E 1uF R390 U23 10K 1 R245 2 CTL 5 5V_USB2 FLG_L FLG 3 GND OUT 4 [3] OC_L FLG IN 100MHz/1.5A C462 C243 C242 AIC6161-0GV5TR 22uF 10uF 0.1uF R247 100 C463 0.1uF 新增USB_SW電路 C C SPI NOR 16MB 9618_3_3V 9618_3_3V 9618_3_3V 9618_3_3V 9618_3_3V C193 R190 R198 0.1uF 10K 10K 9618_3_3V 9618_3_3V C208 C206 R166 R160 R213 GPIO62 [3] R186 0 C196 0.1uF R193 R374 SPI_NAND_CS U19 10uF 0.1uF NAND_CS R185 *0 1 8 10K 10K 10K 10K CS# VCC U13 10K U13_CLK U19_Hold 16 [3,5] 2 7 SCLK SPI_CLK SO HOLD# 2 R375 *0 3 VCC 7 NOR_CS U19_WP 3 6 0 R197 [3,6,13] SYS_RST_L RESET# CS# WP# SCLK SPI_CLK [3,5] 4 NC2 R194 5 4 5 0 R202 [3,5] NC3 VSS SI SPI_MOSI GND 6 15 U13_MOSI 0 NC4 SI/SIO0 SPI_MOSI [3,5] 11 8 SPI_MISO_DEV SPI_MISO_DEV 12 NC5 SO/SIO1 9 U13_SIO2 1Gb NC6 WP#/SIO2 G1 13 1 U13_SIO3 NC7 NC1/SIO3 GND 14 NC8 128Mb 10 R162 Boot Strap SPI NAND R163 0 NOR_CS [3] SPI_CS SPI_MISO_DEV [3] SPI_MISO GPIO54 R164 *0 NAND_CS 0 Flash_1Gbits R161 *510,1% 9618_3_3V 9618_3_3V 9618_3_3V B B R134 R127 *4.7K R141 *4.7K *4.7K [3,5] SPI_CLK [3] GPIO62 [3,5] GPIO 56 JTAG_TDO GPIO 62 R297 GPIO 3 R129 1K R140 1K 10K pi_mode: apps_auth_enable: jtag_boot_en: 1:Non-function mode 1: authentication is required 1: GPIO0~GPIO5 are used as JTAG interface 控制訊號 上件電阻 0: Function mode 0: authentication is not required 0: GPIO0~GPIO5 are normal GPIO SPI NOR (16M or 32M) GPIO54 R163 9618_3_3V 9618_3_3V 9618_3_3V SPI NAND (1Gb) GPIO4 R164 R215 R133 R126 *4.7K *4.7K 4.7K SPI NOR (16M) NOR: GPIO54 R163 [3,5] SPI_MOSI [3,6] EMDC [3,5] UART_TX + NAND: GPIO4 and GPIO 55 GPIO 52 GPIO 61 SPI NAND (1Gb) R186 R214 1K R296 1K R294 *1K A A force_usb_boot: boot_from_rom_disable: watchdog_disable: 1: force boot from USB 1: boot from code ram 1: disable watchdog 0: Not force boot from USB 0: boot from SPI NOR 0: enable watchdog Model Name Rev R01 Size Page Name Engineer D 05_EJTAG_USB_UART_NOR_CSTRAP Date: Monday, January 16, 2017 Sheet 5 of 17 5 4 3 2 1

5 4 3 2 1 FMA-HW01008-01 R01 U14B PSGMII i/f to QCA9618 G1 A17 EPAD VSS_3 3_3V_Malibu AVDD_3.3V_Malibu A64 L61 VSS_8 B14 Malibu_SIP TRXP2_0 [3] PSGMII_SOP 100MHz C406 C401 AVDD_1.2V_GEPHY B52 A19 Malibu_SIN AVDD_12 TRXN2_0 [3] PSGMII_SON 10uF 1uF AVDD_1.2V_GEPHY C191 0.1uF Malibu_SOP C435 A62 B15 [3] PSGMII_SIP TRXN0_0 AVDD_6 D 0.1uF D AVDD_1.2V_Malibu C426 C192 0.1uF Malibu_SON B51 A20 [3] PSGMII_SIN TRXP0_0 TRXP2_1 0.1uF [6] A61 B16 R324 AVDD_1.2V_GEPHY P2_100_LED LED_100N_2 TRXN2_1 AVDD_3.3V_Malibu [6] B50 A21 0 C437 P2_1000_LED LED_1000N_2 AVDD33_1 C391 C392 C394 R172 0 TXD_MDIO C440 [3] 4.7uF [6] A60 B17 EMDIO 22uF 1uF 0.1uF P1_100_LED LED_100N_1 TRXP2_2 0.1uF R321 AVDD_1.2V_SGMII [6] B49 A22 R153 0 RXD_MDC P1_1000_LED LED_1000N_1 TRXN2_2 [3,5] EMDC DVDD_2.7V_Malibu 0 C419 A59 B18 AVDD_1.2V_GEPHY [6] P0_100_LED LED_100N_0 AVDD_7 U14A 0.1uF C425 [6] P0_1000_LED B48 A23 LED_1000N_0 TRXP2_3 0.1uF DVDD_2.7V_Malibu R312 AVDD_1.2V_PQ_PSGMII R170 A58 B19 VDDIO_25 TRXN2_3 100K AVDD_3.3V_Malibu 0 C399 Malibu_SIP B47 A24 GPIO62 [3,5,13] R169 0 QCA8075_RST A1 VSS_1 VSS_6 A48 0.1uF C396 0.1uF Malibu_SIN A57 PQSIP AVDD33_2 P3_TRX0+ C429 SYS_RST_L B20 PQSIN TRXP3_0 0.1uF R315 AVDD_1.2V_PSGMII C186 AVDD_1.2V_PSGMII B46 A25 P3_TRX0- AVDD_11 TRXN3_0 B1 TRXP0_1 LX LX B39 LX C400 22uF 0 C409 The 0.1uF after E9 is no *0.1uF needed since it is AVDD_3.3V_Malibu A3 TRXN0_1 VDD33 A46 3_3V_Malibu C402 0.1uF Need to change 0.1uF helpful on power trace C407 0.1uF AVDD_1.2V_PQ_PSGMII A56 AVDD_PQ AVDD_8 B21 AVDD_1.2V_GEPHY C424 routing. C398 Malibu_CLOCK25M B45 CLK_25M_IN TRXP3_1 A26 P3_TRX1+ 0.1uF B2 B38 0.1uF RC delay when R134& C404 AVDD33_4 LED_100N_4 P4_100_LED [6] AVDD_1.2V_Malibu AVDD_1.2V_PSGMII A55 AVDD_5 TRXN3_1 B22 P3_TRX1- C174 No_Load. 0.1uF A4 TRXP0_2 LED_1000N_4 A45 P4_1000_LED [6,10] L35 4.7uH C408 Malibu_SOP B44 A27 R152 B3 B37 PQSOP FILCAP_1 Malibu_INTn P3_100_LED [6] 1 2 LX 0.1uF TRXN0_2 LED_100N_3 C432 C444 2A DVDD_2.7V_Malibu Malibu_SON A54 B23 AVDD25 0 AVDD_1.2V_GEPHY A5 A44 PQSON AVDD25 AVDD_1 LED_1000N_3 P3_1000_LED [6,10] C390 C383 C385 0.1uF 1uF AVDD_1.2V_Malibu R316 P3_TRX2+ C433 B43 A28 C411 AVDD_1.2V_Malibu VDD15_REG TRXP3_2 0.1uF B4 B36 22uF 1uF 0.1uF C177 R171 Malibu_INTn_WOL TRXP0_3 VDD12 0 C405 C410 Malibu_INTn_WOL P3_TRX2- 0.1uF A53 B24 DVDD_1.0V_Malibu C415 INTN_WOL TRXN3_2 *0.1uF DVDD_2.7V_Malibu A6 A43 0 TRXN0_3 DVDD_2 1uF 0.1uF 0.1uF Malibu_INTn B42 A29 AVDD_1.2V_GEPHY DVDD_2.7V_Malibu DVDD_2.7V_Malibu C414 C420 INT_N AVDD_4 B5 B35 [3] CLOCK25M Malibu_CLOCK25M C416 1000pF VDD25_REG SIP 0.1uF 4.7uF Close to B39 TXD_MDIO A52 MDIO TRXP3_3 B25 P3_TRX3+ C431 0.1uF C C395 C397 A7 A42 C VREF SIN AVDD_3.3V_Malibu RXD_MDC B41 A30 P3_TRX3- 1uF 0.1uF MDC TRXN3_3 GigE i/f to Transformer B6 AVDD33_5 AVDD_S B34 AVDD_1.2V_SGMII AVDD_3.3V_Malibu QCA8075_RST A51 B26 C428 R323 2.4K C422 RESET_N AVDD33_7 A8 A41 P3_TRX0+ RBIAS SOP C443 [7] P3_TRX0+ 0.1uF 0.1uF LOS B40 P3_TRX0- LOS 0.1uF [7] P3_TRX0- Filcap_0 B7 B33 P3_TRX1+ FILCAP_0 SON [7] P3_TRX1+ P3_TRX1- A49 A32 [7] P3_TRX1- VSS_7 VSS_4 P3_TRX2+ C417 C421 A9 A40 DVDD_1.0V_Malibu [7] P3_TRX2+ TRXP1_0 DVDD_1 P3_TRX2- [7] P3_TRX2- P3_TRX3+ 1uF 0.1uF C438 [7] P3_TRX3+ B8 B32 P4_TRX3- QCA-8075-0-108DRQFN-TR-00-0 P3_TRX3- TRXN1_0 TRXN4_3 [7] P3_TRX3- 0.1uF AVDD_1.2V_GEPHY A10 A39 P4_TRX3+ P4_TRX0+ AVDD_2 TRXP4_3 [7] P4_TRX0+ P4_TRX0- [7] P4_TRX0- C442 P4_TRX1+ B9 B31 AVDD_1.2V_GEPHY [7] P4_TRX1+ TRXP1_1 AVDD_10 P4_TRX1- [7] P4_TRX1- 0.1uF P4_TRX2+ C434 [7] P4_TRX2+ A11 A38 P4_TRX2- P4_TRX2- TRXN1_1 TRXN4_2 [7] P4_TRX2- AVDD_3.3V_Malibu P4_TRX3+ 0.1uF [7] P4_TRX3+ P4_TRX3- B10 B30 P4_TRX2+ [7] P4_TRX3- AVDD33_6 TRXP4_2 AVDD_3.3V_Malibu C418 A12 TRXP1_2 AVDD33_3 A37 Power strapping 0.1uF B11 B29 P4_TRX1- C441 PAD Pull UP/DOWN(default) internal signal TRXN1_2 TRXN4_1 AVDD_1.2V_GEPHY A13 A36 P4_TRX1+ 0.1uF DPAD_LED_LINK100n_0 UP mode1_pos C439 AVDD_3 TRXP4_1 DPAD_LED_LINK1000n_0 UP mode2_pos B12 TRXP1_3 AVDD_9 B28 AVDD_1.2V_GEPHY DPAD_LED_LINK100n_1 UP mode3_pos 0.1uF A14 A35 P4_TRX0- C430 DPAD_LED_LINK1000n_1 down phyaddress_reg[3] TRXN1_3 TRXN4_0 0.1uF DPAD_LED_LINK100n_2 down phyaddress_reg[4] DVDD_1.0V_Malibu B13 DVDD_3 TRXP4_0 B27 P4_TRX0+ DPAD_LED_LINK1000n_2 UP control_dac_pos[0] C423 DPAD_LED_LINK100n_3 UP control_dac_pos[1] 0.1uF DPAD_LED_LINK1000n_3 UP control_dac_pos[2] A16 VSS_2 VSS_5 A33 DPAD_LED_LINK100n_4 UP az_sel_pos DPAD_LED_LINK1000n_4 UP idac_adj[2] QCA-8075-0-108DRQFN-TR-00-0 B Boot Strap B DVDD_2.7V_Malibu DVDD_2.7V_Malibu DVDD_2.7V_Malibu DVDD_2.7V_Malibu IPQ40x8-0 QCA8075 DVDD_2.7V_Malibu DVDD_2.7V_Malibu B45 PSGMII_SON SIN R182 R302 4.7K A57 4.7K R180 R178 R203 R195 PSGMII_SOP SIP 4.7K *4.7K 4.7K 4.7K B48 PSGMII_SIN SON LOS [6] P0_100_LED [6] P1_100_LED [6] P2_100_LED [6] P3_100_LED [6] P4_100_LED A60 PSGMII_SIP SOP R309 R307 R305 R320 R317 *1K *1K 1K *1K *1K EMDIO B49 MDIO EMDC A62 MDC SYS_RST_L A68 RESETn_PAD CLOCK25M B46 Malibu_CLOCK25M DVDD_2.7V_Malibu DVDD_2.7V_Malibu DVDD_2.7V_Malibu DVDD_2.7V_Malibu DVDD_2.7V_Malibu QCA8075 power rail 3_3V_Malibu Bead AVDD_3.3V_Malibu Pin B5 (vdd25_reg_pad1) DVDD_2.7V_Malibu (For avdd33 or avdd3p3v) (For boot strap or LEDs) R183 R181 R179 R205 R201 4.7K *4.7K 4.7K 4.7K 4.7K Pin B39 (LX_pad4) AVDD_1.2V_Malibu Pin A43 (dvdd_12_PAD) DVDD_1.0V_Malibu [6] P0_1000_LED [6] P1_1000_LED [6] P2_1000_LED [6,10] P3_1000_LED [6,10] P4_1000_LED (For VDD12_IN_b, B36) (For dvdd or dvdd_12) R310 R308 R306 R322 R319 *1K 1K *1K *1K *1K A Bead AVDD_1.2V_GEPHY A (For avdd_pad including A5-B31, B52) Bead AVDD_1.2V_SGMII (For avdd_pad including B34) Bead AVDD_1.2V_PQ_PSGMII (For avdd_pad including A56) Bead AVDD_1.2V_PSGMII Model Name Rev (For avdd_pad including R01 B46, A55) Size Page Name Engineer D 06_Malibu_Giga_PHY Date: Monday, January 16, 2017 Sheet 6 of 17 5 4 3 2 1

5 4 3 2 1 FMA-HW01008-01 R01 Differential Pair Trace Impedance = 100 Ohm T1 C448 0.1uF 1 24 LAN0_GE3GND Differential Pair Trace TCT1 MCT1 Impedance = 100 Ohm 靠近Pin 1 [6] P3_TRX3- LAN0_TDN_3 2 TD1+ MX1+ 23 LAN0_GE3N RJ1 LAN0_GE0P 1 T2 LAN0_GE0N 1 WAN_TRCT3 WAN_GE3GND 2 C454 0.1uF 1 24 LAN0_TDP_3 LAN0_GE3P LAN0_GE1P 2 TCT1 MCT1 3 22 3 WAN_TDN_3 2 23 WAN_GE3N [6] P3_TRX3+ TD1- MX1- 3 [6] P4_TRX3- TD1+ MX1+ LAN0_GE2P 4 D 靠近Pin 1 [6] P4_TRX3+ WAN_TDP_3 3 TD1- MX1- 22 WAN_GE3P C451 0.1uF 4 TCT2 MCT2 21 LAN0_GE2GND LAN0_GE2N 5 4 5 D LAN0_GE1N 6 C455 0.1uF WAN_TRCT2 4 21 WAN_GE2GND 6 WAN_TDN_2 5 TCT2 MCT2 20 WAN_GE2N 靠近Pin 4 [6] P3_TRX2- LAN0_TDN_2 5 TD2+ MX2+ 20 LAN0_GE2N LAN0_GE3P 7 7 G1 G1 靠近Pin 4 [6] [6] P4_TRX2- P4_TRX2+ WAN_TDP_2 6 TD2+ TD2- MX2+ MX2- 19 WAN_GE2P LAN0_GE3N 8 8 G2 G2 WAN_TRCT1 WAN_GE1GND 8P8C C453 0.1uF 7 18 TCT3 MCT3 LAN0_TDP_2 6 19 LAN0_GE2P WAN_TDN_1 8 17 WAN_GE1N [6] P3_TRX2+ TD2- MX2- [6] P4_TRX1- TD3+ MX3+ 靠近Pin 7 [6] P4_TRX1+ WAN_TDP_1 9 TD3- MX3- 16 WAN_GE1P C450 0.1uF 7 TCT3 MCT3 18 LAN0_GE1GND C452 0.1uF WAN_TRCT0 10 15 WAN_GE0GND [6] P4_TRX0- WAN_TDN_0 11 TCT4 TD4+ MCT4 MX4+ 14 WAN_GE0N 靠近Pin 7 [6] P3_TRX1- LAN0_TDN_1 8 TD3+ MX3+ 17 LAN0_GE1N 靠近Pin 10 [6] P4_TRX0+ WAN_TDP_0 12 TD4- MX4- 13 WAN_GE0P WAN_GE0P 1 RJ2 WAN_GE0N 2 1 LY24119SN LAN0_TDP_1 9 16 LAN0_GE1P 2 [6] P3_TRX1+ TD3- MX3- WAN_GE1P 3 WAN_GE2P 4 3 C449 0.1uF 10 15 LAN0_GE0GND 4 TCT4 MCT4 WAN_GE2N 5 WAN_GE1N 6 5 LAN0_TDN_0 11 14 LAN0_GE0N 6 靠近Pin 10 [6] P3_TRX0- TD4+ MX4+ WAN_GE3P WAN_GE3N 7 8 7 G1 G1 G2 8 G2 LAN0_TDP_0 LAN0_GE0P 8P8C [6] 12 13 P3_TRX0+ TD4- MX4- G24107MN-R WAN_GE2P WAN_GE0P WAN_GE1P WAN_GE3P P13 P11 LAN0_GE3N 2 2 2 P9 P10 2 C LAN0_GE0N LAN0_GE1N LAN0_GE2N C P7 P8 2 P12 2 2 2 P6 1 1 1 WAN_GE2N WAN_GE0N WAN_GE1N WAN_GE3N 1 1 LAN0_GE3P 1 1 1 LAN0_GE0P LAN0_GE1P LAN0_GE2P P4 P3 P2 WAN_TDN_3 WAN_TDN_1 LAN0_TDN_3 P1 1 1 1 LAN0_TDN_1 WAN_TDP_3 I/O1 WAN_TDP_1 I/O1 LAN0_TDP_3 I/O1 1 2 6 2 6 2 6 LAN0_TDP_1 I/O1 WAN_TDN_2 I/O2 GND2 WAN_TDN_0 I/O2 GND2 LAN0_TDN_2 I/O2 GND2 2 6 3 5 3 5 3 5 LAN0_TDN_0 I/O2 GND2 I/O3 GND1 I/O3 GND1 I/O3 GND1 3 5 WAN_TDP_2 4 WAN_TDP_0 4 LAN0_TDP_2 4 I/O3 GND1 I/O4 I/O4 I/O4 LAN0_TDP_0 4 I/O4 RCLAMP3324T RCLAMP3324T RCLAMP3324T RCLAMP3324T 100V/0603 B C457 1000pF B WAN_GE0GND C458 1000pF R333 75 C456 1000pF 1% LAN0_GE0GND R329 75 C459 1000pF 1% WAN_GE1GND R334 75 2KV/1206 1% LAN0_GE1GND R330 75 2KV/1206 WAN_GE2GND C460 1000pF 1% R335 75 1% LAN0_GE2GND R331 75 WAN_GE3GND C461 1000pF 1% R336 75 1% LAN0_GE3GND R332 75 1% C244 1000pF C245 1000pF L44 WAN_GE3GND WAN_GE3GND_L BR1 R339 *0 100MHz 4~ IN1 OUT+ 1 P48V [12] 1 P5 R249 *100 1 C246 0.1uF C466 0.1uF 2 L45 ~ IN2 2 3 2 WAN_GE2GND WAN_GE2GND_L OUT- C464 0.1uF C465 0.1uF THYRISTOR_LITTELFUSE_P0640 100MHz TS1100S L65 WAN_GE1GND WAN_GE1GND_L BR2 100MHz 4~ IN1 OUT+ 1 1 P16 1 A A 2 L64 ~ IN2 2 3 2 [12] WAN_GE0GND WAN_GE0GND_L OUT- N48V 100MHz TS1100S THYRISTOR_LITTELFUSE_P0640 Model Name Rev R01 Size Page Name Engineer C 07_Malibu_Ethernet_Magnetics Date: Monday, January 16, 2017 Sheet 7 of 17 5 4 3 2 1

5 4 3 2 1 FMA-HW01008-01 R01 D D L15 3_3V_2G_FEM 2.4nH L66 Tolerance = +/-0.1NH 100MHz/240ohm C115 8.2pF2G_Tx_0_01C103 0.75pF C108 1.2pF Tolerance = 25% 2G_Tx_0_02 C93 [3] 2G_9618_Tx_0 0.1uF Tolerance = +/-0.25PF Tolerance = 1% Tolerance = +/-0.25PF Tolerance = 10% Voltage = 25V Voltage = 25V Voltage = 25V Voltage = 6.3V 3_3V_2G_FEM C109 C114 *NL/1.5pF *NL/1.5pF Tolerance = +/-0.1PF Tolerance = +/-0.1PF Voltage = 25V Voltage = 25V C102 C100 C94 NL NL U21 2.2pF 0.1uF 4.7uF R80 0 2G_xPA_EN_0_01 [3] 2G_xPA_EN_0 3_3V_2G_FEM Tolerance = 1% C106 10pF 2 2G_CLK2 4 VDD_DIG Tolerance = 5% [3] FEM_1_R0 RFFE_CLK2 Voltage = 25V 2G_DATA2 [3] 3 FEM_0_R0 RFFE_DATA2 C125 C107 C105 R88 0 2G_xLNA_EN_0_01 22 [3] 2G_xLNA_EN_0 VDD_DA2A 2.2pF 0.1uF 4.7uF Tolerance = 1% 9 VDD_DA2B 3_3V_2G_FEM L18 C110 L19 2G_Rx_P_0_01 10pF 2G_9618_Rx_P_0 1.8nH [3] Tolerance = 5% Tolerance = +/-0.1NH 1.7nH Tolerance 20 Voltage = 25V VDD_LNA2A 3_3V_2G_FEM = +-0.2nH 11 C131 C130 C C121 VDD_LNA2B 0.1uF 4.7uF C 2.2pF L17 2G_9618_Rx_0 2G_Tx_0_03 23 Tolerance = +/-0.1PF PA_IN2A 0 C133 C161 Voltage = 25V Tolerance = 1% 0.1uF 4.7uF Power = 0.050W 3_3V_2G_FEM C126 14 C127 C118 L20 *1.5pF VDD_PA2B 2.2pF *1.5pF 1 17 2G_Rx_N_0_01 Tolerance = +/-0.1PF EN_PA2A VDD_PA2A 2G_9618_Rx_N_0 1.8nH [3] Tolerance = +/-0.1PF 3_3V_2G_FEM Tolerance = +/-0.1NH Tolerance = +/-0.1PF Voltage = 25V Voltage = 25V C159 C467 C468 Voltage = 25V 5 NL NL NC_5 2.2pF 0.1uF 4.7uF 24 L21 EN_LNA2A 1.7nH C469 C470 C471 U21.P5 Tolerance = +-0.2nH 2.2pF 0.1uF 4.7uF FILTER,BAND PASS 2G_Rx_0 19 LNA_OUT2A R86 Notch (Reserved) 2400-2500MHZ *10K NL 5% R68 10 Toler- 2G_FEM_IO_0 RF1 FL5 C473 Notch (Reserved) ance = 1% C84 R56 8.2pF 18 C97 *1.5pF 3 RF1_FL5 1 4 FL5_R56 R56_C473 2G_0_diplexer C472 L67 IN OUT IN OUT 1 2 2G_0_diplexer [9] ANT_IO2A 2G_FEM_out_0 *1.5pF Tolerance = 5% Tolerance = +/-0.1PF *0.5pF *6.2nH 4 Tolerance = +/-0.1PF 2 Voltage = 25V R110 0 Voltage = 25V Tolerance = +/-0.1PF Tolerance = +/-3% Tolerance = 1% C134 8.2pF2G_Tx_1_01 2G_Tx_1_02 C144 8.2pF 2G_Tx_1_03 Voltage = 25V GND1 8 C474 C76 C72 [3] 2G_9618_Tx_1 Tolerance = 1% PA_IN2B 13 Voltage = 25V 2 RF1_P2 3 5 *15pF *15pF *5pF NL NL NL NL ANT_IO2B 50_OHM GND2 GND3 Tolerance = +/-0.1PF Tolerance = +/-0.1PF Tolerance = +/-0.25PF Tolerance = +/-0.25PF 2G_FEM_out_1 Tolerance = +/-0.1PF L68 R59 0 1 Voltage = 25V Voltage = 25V C72_L7 Voltage = 25V Voltage = 25V CPLD Voltage = 25V NL NL *NL/2.7nH 2G_coupler_0_out [3] 2G_coupler_0 R82 6 Tolerance = +/-0.1NH C138 C139 EN_PA2B Tolerance = 1% 49.9ohm LFB212G45CN1E205 L7 *NL/1.5pF *NL/1.5pF C88 Tolerance = 1% R57 22pF *2.7nH Tolerance = +/-0.1PF Tolerance = +/-0.1PF R61 Tolerance = +/-0.1PF *100 R82_C90 Tolerance = +/-0.1NH Voltage = 25V Voltage = 25V *1000 Voltage = 25V C90 NL NL 7 0 EN_LNA2B 10pF RTUNE 15 R92 NL NL Tolerance = 5% Voltage = 25V 12.1K R111 0 Tolerance = 1% [3] 2G_xPA_EN_1 2G_xPA_EN_1_01 2G_Rx_1 12 LNA_OUT2B 21 R57 and R61 need to Tolerance = 1% GND_PA2A change to 1000ohm/ C154 10pF GND_PA2B 10 Notch (Reserved) 0201 FILTER,BAND PASS Tolerance = 5% Voltage = 25V R340 2G_FEM_IO_1 2400-2500MHZ R116 0 G5 FL6 B [3] 2G_xLNA_EN_1 Tolerance = 1% 2G_xLNA_EN_1_01 16 NC_16 G5 G4 0 Tolerance = 1% C476 RF2 C478 Notch (Reserved) B G4 R103 82pF C475 *1.5pF C477 L69 3 RF2_FL6 1 4 FL6_R103 R103_C478 2G_1_diplexer C160 G3 *1.5pF IN OUT IN OUT 1 2 2G_1_diplexer [9] G3 Tolerance = +/-0.1PF *0.5pF *6.2nH Tolerance = 5% L22 L26 10pF Tolerance = +/-0.1PF 4 Tolerance = 5% Voltage = 25V Tolerance = +/-0.1PF Tolerance = +/-3% 2 Voltage = 25V 2G_Rx_P_1_01 G2 Voltage = 25V Tolerance = 1% 2G_9618_Rx_P_1 1.8nH [3] Voltage = 25V G2 GND1 C119 C113 Voltage = 25V C518 Tolerance = +/-0.1NH 1.5nH *NL/1.5pF NL NL NL 2 RF2_P2 3 5 *15pF Tolerance = +/-0.1PF *15pF Tolerance = +/-0.1NH 50_OHM GND2 GND3 Tolerance = +/-0.1PF Voltage = 25V Tolerance = +/-0.1PF L70 R99 0 1 Voltage = 25V NL C479 G1 *NL/2.7nH 2G_coupler_1_out CPLD R341 C113_L16 Voltage = 25V GND_SLUG [3] 2G_coupler_1 2.7pF L28 2.7nH 99.9ohm Toler- NL Tolerance = +/-0.1NH Tolerance = 1% Tolerance = +/-0.1PF Voltage = 25V 2G_9618_Rx_1 +/- 0.2nH QFE-1922-0-24MQFN-TR-55-0 R106 C128 222pF ance = 1% LFB212G45CN1E205 NL R93 R341_C480 L16 0.2A *820 Tolerance = +/-0.1PF C480 C147 C156 *820 *27nH NL C145 Voltage = 25V 12pF Tolerance L23 2.0nH [3] 2G_Rx_N_1_01 2.7pF 1.5pF Tolerance = +/-0.1PF 1.5pF Tolerance = +/-0.1PF NL = 5% Voltage = 25V Tolerance = +/-0.1NH 2G_9618_Rx_N_1 Tolerance = +/-0.1NH Tolerance = +/-0.1PF Voltage = 25V Voltage = 25V Voltage = 25V R93 and R106 need to L25 1.5nH change to 820ohm/0201 Tolerance = +/-0.2NH A A Model Name Rev R01 Size Page Name Engineer D 08_2G-RF Front-end Date: Monday, January 16, 2017 Sheet 8 of 17 5 4 3 2 1

5 4 3 2 1 FMA-HW01008-01 R01 3_5V_5G_FEM L71 100MHz/240ohm C481 C482 Tolerance = 25% C483 2.2pF R342 0 2.2pF C522 5G_Tx_0_01 5G_Tx_0_02 0.1uF [3] 5G_9618_Tx_0 4.7uF Voltage = 25V Tolerance = 1% Voltage = 25V D Tolerance = +/-0.1PF Tolerance = +/-0.1PF D Tolerance = 10% R343 R344 R345 Voltage = 6.3V 2.4nH *576 *576 Tolerance = +/-0.1NH 1% 1% 3_5V_5G_FEM NL NL C548 0.5pF Tolerance = +-0.1pF C484 C485 C487 U22 0.6pF 0.1uF 4.7uF R346 0 5G_xPA_EN_0_01 [3] 5G_xPA_EN_0 3_5V_5G_FEM Tolerance = 1% C488 10pF 5G_CLK2 [3] 4 2 Tolerance = 5% FEM_1_R1 RFFE_CLK5 VDD_DIG Voltage = 25V L72 5G_DATA2 3 [3] FEM_0_R1 RFFE_DATA5 C489 C490 C491 5G_xLNA_EN_0_01 0.6pF 0.1uF 4.7uF [3] 5G_xLNA_EN_0 24 47nH VDD_DA5A C486 Tolerance = 5% 3_5V_5G_FEM C492 9 0.8pF L73 VDD_DA5B 5G_Rx_N_0_01 10pF 5G_9618_Rx_N_0 [3] Tolerance = 5% 0.6nH Voltage = 25V 3_5V_5G_FEM Tolerance = +-0.1pF C494 Tolerance = +/-0.1NH C493 C495 Voltage = 25V 0.4pF 21 VDD_LNA5A 0.1uF 4.7uF Tolerance = +/-0.1PF Voltage = 25V 5G_9618_Rx_0 R347 0 5G_Rx_0_02 R348 0 R349 0 5G_Tx_0 25 12 PA_IN5A VDD_LNA5B C496 C497 Tolerance = 1% Tolerance = 1% Tolerance = 1% 0.1uF 4.7uF 3_5V_5G_FEM L75 C498 C500 C499 L74 *1.2nH 2 0.8pF 0.4pF *432 1 18 R366 5G_Rx_P_0_01 *432 +/- 0.1nH EN_PA5A VDD_PA5A 1 J4 5G_9618_Rx_P_0 [3] 3_5V_5G_FEM 0.3A 15 FL1 IPEX Tolerance = +/-0.1PF C501 C502 C541 *12 NL NL VDD_PA5B C503 C523 NL Tolerance = +-0.1pF C49 3 Voltage = 25V 0.6pF 0.1uF 4.7uF 4.7uF 22uF,6.3V Voltage = 25V 2pF 26 L76 EN_LNA5A Tolerance = +/-0.1PF R367 0.6nH R350 R29 U22_P5 C504 C505 C539 C506 R1 0 5G_RF_0_Filter_in 5G_RF_0_Filter_out 5G_diplexer_0 Voltage = 25V Tolerance = +/-0.2NH 5 1 3 FL2 NC_5 0.6pF 0.1uF 4.7uF 4.7uF IN OUT NL *100K Tolerance = 1% 0 5G_Rx_0 C14 22 5% C38 C39 2 C13 1.0pF LNA_OUT5A GND *12.3pF L77 C R351 *2pF *2.5pF *5pF C +/-0.1PF +/-0.1PF +/-1PF *2.8nH 20 5G_FEM_coupler_0_OUT Tolerance = +/-0.1PF CPL5A [3] 5G_FEM_coupler_0 25V 25V 25V +/-0.1NH Voltage = 25V NL 2 C507 R352 432 12 1% R353 432 NL NL LFL185G42TF7E327 NL NL 4 HFP CP 2 5G_RF_0_DPX_out R19 5G_RF_0_ANT 1 J1 IPEX FILTER,LOWPASS *6pF 0 1% 1% C8 C9 19 6 1 NL 3 C508 C509 ANT_IO5A LFP GND1 *11pF 5950MHZ *NL/1.5pF 2.2pF R354 0 2.2pF +/-0.1PF 5G_Tx_1_01 5G_Tx_1_02 5G_Tx_1 8 3 +/-0.1PF [3] 5G_9618_Tx_1 PA_IN5B 5G_RF_0 C26 R9 GND2 25V 2G_1_diplexer 2G_diplexer_1 25V Tolerance = 1% Voltage = 25V Tolerance = +/-0.1PF R355 Voltage = 25V Tolerance = +/-0.1PF ANT_IO5B 14 5G_RF_1 [8] 2G_1_diplexer 0 0 GND3 5 NL NL 2.4nH R356 R358 Tolerance = +/-0.1NH 5G_xPA_EN_1_01 6 *576 *576 EN_PA5B C22 C23 R357 LFD182G45MJBE469TEMP 1% 1% *2.5pF *10pF 13 5G_FEM_coupler_1_OUT CPL5B 5G_FEM_coupler_1[3] +/-0.1PF +/-0.1PF 12 25V 25V C549 0.5pF NL NL 5G_xLNA_EN_1_01 7 EN_LNA5B C510 R359 432 1% R360 432 NL NL Tolerance = +-0.1pF 16 QFE1952_RTUNE R368 R371 RTUNE *0.6pF 1% 1% NL R361 0 [3] 11 5G_xPA_EN_1 LNA_OUT5B *0 *12 R362 Tolerance = 1% C511 12.1K 23 10pF GND_PA5A 1% Tolerance = 5% 10 Voltage = 25V GND_PA5B L78 2 QFE1952_RTUNE 17 R369 [3] G5 5G_xLNA_EN_1 NC_17 G5 1 J5 47nH IPEX G4 *12 Tolerance = 5% G4 FL3 C53 3 C512 C513 C514 0.2pF 10pF 0.8pF 0.4pF G3 Tolerance = +/-0.1PF 5G_Rx_N_1_01 Tolerance = 5% G3 [3] FL4 5G_9618_Rx_N_1 Voltage = 25V Voltage = 25V R5 R6 G2 Tolerance = +-0.1pF Tolerance = +/-0.1PF G2 R20 0 5G_RF_1_Filter_in 5G_RF_1_Filter_out 5G_diplexer_1_01 5G_diplexer_1 1 3 Voltage = 25V IN OUT Voltage = 25V L79 Tolerance = 1% G1 0 0.6nH GND_SLUG C44 2 C46 C37 R363 0 5G_Rx_1_02R364 0 C45 1.0pF Tolerance = +/-0.2NH 5G_9618_Rx_1 5G_Rx_1_01R365 0 *0.2pF *1.5pF GND *2.0pF *15pF L5 2 *1.8nH R21 QFE-1952-0-26MQFN-TR-65-0 Tolerance = +/-0.1PF +/-0.1PF +/-0.1PF +/-0.1PF 4 2 5G_RF_1_DPX_out 5G_RF_1_ANT 1 J2 Tolerance = 1% Tolerance = 1% Tolerance = 1% 25V +/-0.1NH HFP CP Voltage = 25V 25V 25V IPEX C515 C516 L80 L81 NL NL LFL185G42TF7E327 NL NL NL 6 1 C47 11 C48 3 L82 LFP GND1 *NL/1.5pF 5G_9618_Rx_P_1 0.8pF 5G_Rx_P_1_01 [3] *432 *432 *1.2nH +/- 0.1nH FILTER,LOWPASS 3 *NL/1.5p +/-0.1PF +/-0.1PF 5950MHZ B GND2 25V B 0.6nH 0.3A 25V Tolerance = +-0.1pF Voltage = 25V Tolerance = +/-0.2NH NL NL NL [8] 2G_0_diplexer C60 2G_0_diplexer_01 R27 2G_diplexer_0 GND3 5 NL NL C517 2G_0_diplexer 0.4pF 0 45 Tolerance = +/-0.1PF C69 C57 LFD182G45MJBE469TEMP Voltage = 25V *11pF *12pF +/-0.1PF +/-0.1PF 25V 25V NL NL R370 R372 *0 *0 A A Model Name Rev R01 Size Page Name Engineer D 09_5G-RF Front-end Date: Monday, January 16, 2017 Sheet 9 of 17 5 4 3 2 1

5 4 3 2 1 FMA-HW01008-01 R01 5G_LED 3_3V_2 3_3V_2 R252 5G_LED2 C LED2 A 3_3V_2 R76 4.7k LED_AM1 Power LED Q4 Q7 C C B LED1_AM B C309 [3] 5G_LED Q1 C PMBT3904 Green C251 R72 3_3V_2 200 4.7k B 0.1uF Amber E E C250 0.1uF LED4 C323 E 0.1uF PWR_LED R73 100 R268 100 C A [3] PWR_LED C98 0.1uF D D close to CPU 0.1uF Eth1/PoE 3_3V_2 R255 LED3 eth1_LED3 C A Q5 C [6] B P4_1000_LED PMBT3904 200 Green C261 E C258 0.1uF 0.1uF Eth2 3_3V_2 R405 LED1 eth2_LED1 C A Q9 C [6] B P3_1000_LED PMBT3904 200 Green C545 C C E 3_3V_2 C546 0.1uF 2G_LED 0.1uF R260 LED5 2G_LED5 C A Q6 C [3] B 2G_LED PMBT3904 200 Green C289 E C286 0.1uF 0.1uF 3_3V_2 R244 Reset time must more than 10ms to CHIP_PWD_L 10K R243 [3] SW_RST 1 3 0 SW1 B B 1 3 C241 1uF G1 G1 G2 G2 2 4 2 4 7 8 7 8 H4 H3 S/W RESET 7 8 7 8 6 1 6 1 5 6 1 2 5 6 1 2 5 2 5 2 *Frame Hole *Frame Hole 4 3 4 3 Manufactory default reset 4 3 4 3 MTH_197C106D_8DP OG2 EMI_CLIP_1P 1 1 A A Model Name Rev R01 Size Page Name Engineer C 10_MISC_I2S_LED Date: Monday, January 16, 2017 Sheet 10 of 17 5 4 3 2 1

5 4 3 2 1 FMA-HW01008-01 R01 DC 12V input TP14 R231 0 RC0805 12V to 5V for USB3.0 & 2.0 J3 6 dc_12V_in *6.75uH,3A,10x7 VCC12_DC VCC5.0 = 0.807*(1+41.2k/7.86k)=5.037V 12V to 1.35V for DDRIIIL 2 5 2 3 VCC 1.35V = 0.807*[1+(13K+0.51K)/20k]=1.3517V C 4 D3 12V C231 C233 C232 3 D2 C447 C446 L42 U15 10 R242 12V to 5V 10uF 2 5 0.1uF 1nF 1 4 0.1uF 1nF IN BST Output Current = 0.5A for USB2.0 12V 100MHz R328 100K 6 C228 L34 U9 10 R135 12V to 1.5V 1 A EN/SYNC 5V 2 5 L43 3A 3_3V_2 IN BST Output Current = ? R230 C216 C222 7 0.1uF,25V L46 22uF/16V C221 VCC 100MHz 3A R299 100K 6 C172 1_35V 0 L47 EN/SYNC C227 3 1 2 R238 C229 SW C185 C176 7 0.1uF,25V L31 C181 RC0805 VCC R237 0.1uF,16V 0.1uF,16V D 4.7uH 100MHz L30 D C226 C234 C237 C180 3 1 2 R142 C178 1.7A 3A SW 10uF 0.1uF R241 R157 22uF/16V 0.1uF,16V 0.1uF,16V close U15 100MHz 38.3K 0 4.7uH C168 C167 C169 90.9K 1.7A 3A *1uF 0.1uF R156 22uF,6.3V 22uF,6.3V 0.1uF,16V close U16 GND *38.3K 1 8 0 C230 AAM FB 90.9K POE_12V 22uF,6.3V 22uF,6.3V 0.1uF,16V MP1495DJ-LF-Z R235 GND 1 8 C187 4 41.2k,1% AAM FB C223 15pF D9 MP1495DJ-LF-Z R167 R232 4 A C 13K 15pF C183 10K,1% R236 1nF,50V 1% 12V R158 0 10K,1% R177 1nF,50V R233 10K,1% 0 D11 VCC12_DC A C 12V R165 56K C214 + 1% R234 R175 7.87K,1% 270uF 20K 1% 12V to 3.3V 3_3V_2 R303 3_3V_Malibu 12V 10 L33 1% 1/10W 12V to 3V3 output current = ? VCC5.0 = 0.8*(1+51k/15k)=3.52V 12V to 3.5V for 5G FEM L40 100MHz 6A 100MHz U11 C173 C378 6A 0.008ohm close U17 MPQ8632GL-6-Z 13 0.1uF 10uF,6.3V 12V to 3.5V IN R313 BST 8 3_3V_2 3_3V_2G Output Current = 0.45A for 5G FEM 2 L32 FREQ R285 C C201 1M 1% C 0.1uF 9 3V3_2_SW 1 2 12V C528 C412 C202 SW 0 3.5V R318 1 C366 L86 U24 10 R248 0.1uF,25V C209 10uF,16V 22uF,16V 22uF,16V 499K 7 EN VCC 4.7uH 5.5A C162 C165 C157 C158 C542 22uF,6.3V RC0603 10uF,6.3V 靠近CPU端 1 IN BST 4 L85 GND 3 47uF 47uF 100MHz R398 100K 5 2 1 2 FB 3_3V_2G_FEM EN SW C184 6.3V 6.3V 1uF,16V 0.1uF,16V 3A 6 C536 C537 3 6 4.7uH 22uF/16V C527 C532 C529 C530 PG R136 C166 GND FB 1.7A 1uF 4 L55 R246 R173 SS 1M 220pF MP1653GTF-Z R397 C534 100K 1% 0 GND GND 3V3_2_SW 10 R189 0 PGND AGND 0.1uF,16V 0.1uF,16V 1% NC1 C306 RC0603 AGND_3.3V 11 100 22uF,6.3V 22uF,6.3V C540 0.1uF,16V NC2 10uF,6.3V 1% GND 靠近RF_2G_FEM端 C531 10uF 22uF,6.3V close U24 38.3K R393 12 5 R192 R199 51K,1% *NL C189 R18895.3K 510 1% 1% 0.033uF 20K R311 3_3V_2 GND AGND_3.3V 1% 0 RC0805 9618_3_3V R337 33K,1% AGND_3.3V AGND_3.3V GND AGND_3.3V L60 R338 100MHz 6A 3_3V_1 15K,1% C547 C369 10pF 10uF,6.3V 3_3V_5G R250 C372 0 C538 47uF RC0603 6.3V 10uF,6.3V 3.5V 靠近CPU端 3_5V_5G_FEM R400 L50 0 0 RC0603 C254 C253 RC0603 47uF 10uF,6.3V B 6.3V B 靠近RF_5G_FEM端 12V to 1.1V VCC1.1 = 0.807*[1+22k/60.4k] = 1.1V 12V L1 100MHz/6A U2 10 R24 3_3V_2 2 IN BST 5 12V to 1.1V R251 100K 6 C40 Output Current = ? 1_1V EN/SYNC C1 C12 7 0.1uF,25V L3 1_1V C2 VCC L48 3 1 2 R28 C52 C51 SW DVDD1_1 R26 22uF/16V 0.1uF,16V 0.1uF,16V 4.7uH 100MHz,6A C247 C17 C19 R23 R404 0.1uF *10uF *100K 0 0 90.9K C249 RC0805 22uF,6.3V 22uF,6.3V GND 0.1uF 1 8 22uF,6.3V C50 AAM FB AVDD1_1_USB MP1495DJ-LF-Z R15 4 C21 22K,1% 15pF R10 10K,1% R16 1nF,50V C248 22uF,6.3V 0 R12 51K,1% DVDD1_1 AVDD1_1_5G A R14 A 60.4K,1% C257 C544 47uF 6.3V 10uF,6.3V AVDD1_1_2G C543 22uF,6.3V C296 靠近CPU端 10uF,6.3V Model Name Rev R01 Size Page Name Engineer D 11_Power Regulator Date: Monday, January 16, 2017 Sheet 11 of 17 5 4 3 2 1

5 4 3 2 1 FMA-HW01008-01 R01 C362 POE_12V 2200pF C510 need change to 0.033uF 100V/1206 NO Adaptor ORing 48Vin_t Q2 POE_12out L56 1 6 1 2 10uH 7 R225reverse no stuff for EMI 4.7uH 48Vin 1 2 Q3_3 2 L62 R292 C370 3 8 1000pF 0 C211 R207 C445 4 P48V C436 C204 C373 C379 0.1uF 9 Q3_12 P48V [7] L41 D 22nF 0.1uF 1uF + 1uF 1uF 39K 5 10 D C238 1 6 C C210 47uF 100.5uH C303 24.9K R44 R298 D7 C337 C336 C269 C278 C225 22nF 10uF 10uF 10uF 1uF Secondary C224 3 4 D10 C A R196 1nF 68nF 10K C64 Primary *22nF A *1200uH T2P 0 N48V N48V [7] C290 R262 10 R226 U12 C239 1000pF 0 20 1 PoE_CTL T2P CTL 2200pF C212 PoE_VBIAS D1 R130 R206 69.8K FRS 19 2 FRS Vb PoE_VC C A D3 Q3_6 D4 C527 need 22nF C393 C A change to R211 69.8K BLNK 18 3 PoE_CS BLNK CS 1uF C382 C175 C182 BAV21WS 10 SS36 0.033uF 100V/1206 PoE_VBIAS 17 4 1uF 10uF 10uF APD COM C603 reverse no stuff for EMI TPS23754 R314 R210 *38.3K DT 16 5 PoE_GATE DT GATE Q3 8 7 6 5 CLS 15 6 PoE_VC D CLS VC 4.7K R155 PPD 14 7 DT R208 PPD GAT2 PoE_GATE Q2_4 4 G *0 C240 DEN 13 8 DEN ARTN 2.2 S C376 4700pF 1 2 3 12 9 330pF VDD RTN C Q2_1 C R209 11 10 POE_12V VDD1 VSS R300 R301 G1 63.4 TPS23754PWPR G1 PoE_CS 1000 1% E_GND C381 Need to adjust R/C Value A R270 D8 47pF 49.9 POE_12V_1 PoE_VBIAS C R276 BAV21WS R176 D5 R275 R274 A C C319 1000 R17 4.02K 10nF C188 R304 D6 68.1K R271 499 C A 40.2K 1uF R11 1% BAV21WS C325 R18 C190 2K 22pF U3_1 22nF U6_2 PoE_CTL C334 U6_1 2.49V U18 4 1 R277 1uF R282 2 1 3 2 U17 10K 1% CATHODE VREF ADJ EL357N(C)(TA)-G *1000 ANODE B B 3 Vout=2.495*( 1+40.2K/10K ) Vout=12.525V C371 2200pF C363 4700pF Place at bottom layer A A Model Name Rev R01 Size Page Name Engineer C 12_PoE-TPS23754 Date: Monday, January 16, 2017 Sheet 12 of 17 5 4 3 2 1

5 4 3 2 1 FMA-HW01008-01 R01 9618_3_3V L63 3V3_BT 100MHZ@500mA Closed Pin 27,28,29 C403 C413 C375 C377 C386 C387 10uF 1uF 0.1uF 0.1uF 0.1uF 220pF 3V3_BT D D C380 C384 C389 C388 C374 2.2uF 0.1uF 10pF 1uF 0.1uF Closed Closed Closed 9618_3_3V Pin 31 Pin 4 Pin39 3V3_BT 3V3_BT C427 0.1uF/16V 1 C174 1uF TP13 1 BLE_UART_TX 1 TP12 1 BLE_UART_RX 1 TP11 1 BLE_CTS R184 R137 1 TP9 1 BLE_RTS 4.7K 4.7K 1 28 27 24 29 21 31 39 10 40 TP10 1 4 1 U10 TP8 1 DVDD_USB AVDD1 AVDD2 AVDD3 AVDD4 AVDD5 AVDD6 DVDD1 DVDD2 DCOUPL R376 0 BLE_RESET_N 20 [3,5,6,13] SYS_RST_L RESET_N BT_USBP R132 0 2 [3] USB2_DP USB_P RF_N BT_USBN R131 0 3 [3] USB2_DM USB_N C170 C171 USB differential *1pF *1pF 19 1 impedence = 90 Ohm 18 P0_0 TP1 1 3V3_BT P0_1 BLE_UART_TX R174 22 CC2540_PO_2 17 BLE_UART_RX R159 22 CC2540_PO_3 16 P0_2 1 BLUE_DEBUG_DATA BLE_RTS R154 22 CC2540_PO_4 15 P0_3 RF_P TP2 1 P0_4 BLE_CTS R144 22 CC2540_PO_5 14 13 P0_5 1 BLUE_DEBUG_CLK 12 P0_6 TP3 1 P0_7 3V3_BT 1 BLE_RESET_N R143 4.7K CC2540_PO_6_ADC 11 TP4 1 P1_0 9 C 8 P1_1 22 C 1 7 P1_2 XOSC_Q1 TP5 1 P1_3 6 23 X2 5 P1_4 XOSC_Q2 32MHz P1_5 Test Point for BLUE DEBUG. 38 P1_6 37 33 1 2 The minimum distance between test point is 2.54mm for PCB Layout. P1_7 P2_3/OSC32K_Q2 32 4 3 3V3_BT 36 P2_4/OSC32K_Q1 BLUE_DEBUG_DATA 35 P2_0 DGND_USB BLUE_DEBUG_CLK 34 P2_1/DD P2_2/DC EXPAD CONN7 RBIAS C195 C194 1 12pF 12pF G1 2 BLUE_DEBUG_DATA CC0201 CC0201 3 BLUE_DEBUG_CLK CC2540F256RHAT 1% 1% BLE_RESET_N 30 1 G1 G2 4 5 1 1 SF2 H17 R191 1 H7 1 56K H14 1% 1 H8 1 H10 1 H11 1 H13 1 H12 1 H9 1 SF1 SLOT B Shielding Slot B VP3P3 9618_3_3V VP3P3 Trusted Platform Module VP3P3 C213 C215 C218 C217 U20 2200pF 2200pF 2200pF 2200pF 3 VCC_1 R227 4.7K 10 17 VP3P3 19 VCC_2 GPIO 6 24 VCC_3 GPIO-Express-00 9 VCC_4 TESTBI/GPIO/XTamper R221 4.7K R389 R229 7 PP/GPIO/TWI_Wakeup# *4.7K 4.7K I2C_SDA R216 0 1 [3] I2C_SDA SM_DAT I2C_SCLK R217 0 2 [3] I2C_SCL SM_SCK 28 TPM_RESET 0 R228 RST_TPM 16 NC7 27 TPM_RESET LRESET# NC6 5 [3,5,6,13] *0 R392 NC1 SYS_RST_L 12 8 NC2 13 C220 C219 TESTI NC3 14 NC4 15 20 NC5 A 0.1uF 0.1uF PIRQ# A 22 TWI_Wakeup# 21 4 23 ATest1 GND_1 11 26 ATest2 GND_2 18 ATest3 GND_3 25 GND_4 R223 R224 R220 R222 R219 R218 4.7K 4.7K 4.7K 4.7K 4.7K 4.7K AT97SC3205T-X3A13-10 Model Name Rev R01 Size Page Name Engineer C 13_Buletooth & TPM Date: Monday, January 16, 2017 Sheet 13 of 17 5 4 3 2 1


Document Created: 2019-08-21 16:15:39
Document Modified: 2019-08-21 16:15:39
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