WNOR USER GUIE Revision (000)
WNOR ESIGN N ISLIMER These design materials referred to in this document are *NOT SUPPORTE* and O NOT constitute a reference design. Only "community" support is allowed via resources at Wandboard.org forums. THERE IS NO WRRNTY FOR THE ESIGN MTERILS, TO THE EXTENT PERMITTE Y PPLILE LW. EXEPT WHEN OTHERWISE STTE IN WRITING THE OPYRIGHT HOLERS N/OR OTHER PRTIES PROVIE THE ESIGN MTERILS "S IS" WITHOUT WRRNTY OF NY KIN, EITHER EXPRESSE OR IMPLIE, INLUING, UT NOT LIMITE TO, THE IMPLIE WRRNTIES OF MERHNTILITY N FITNESS FOR PRTIULR PURPOSE. THE ENTIRE RISK S TO THE QULITY N PERFORMNE OF THE ESIGN MTERILS IS WITH YOU. SHOUL THE ESIGN MTERILS PROVE EFETIVE, YOU SSUME THE OST OF LL NEESSRY SERVIING, REPIR OR ORRETION. This board was designed as an evaluation and development tool. It was not designed with any other application in mind. s such, these design materials may or may not be suitable for any other purposes. If used, the design material becomes your responsibility as to whether or not it meets your specific needs or your specific applications and may require changes to meet your requirements. Page of
Page of
lock iagram Page of
Overview Wi-Fi chip imx PU ufl IPEX connector for Wi-Fi & luetooth Memory S-card (OS) amera header EM-Standard onnector Reset button Expansion Pin headers Page of
igital line Out igital line in Microphone S/PIF ST (not populated) Serial US Host S-card (applications) HMI Gigabit LN V in US OTG Page of
Expansion pin headers Page of
amera header Page of
Quick Start Guide a) onnect display: use a quality HMI cable to connect to your HMI TV or Monitor. b) onnect network: use a standard RJ LN cable to connect your wired network (optional) c) onnect wireless antenna (sold separately). This option is only available on Wandboard dual) d) onnect a standard US mouse or keyboard (Storage) e) Insert the micros (orange micros card slot) f) Power up: Plug in a power supply ( V at is recommended) (for OS) Read the last pages of this document to create a micros card containing the Operating System. Page of
Preparing the bootable micros card for your Wandboard The micros card that is created below will contain the Wandboard operating system. large number of demo runtime images are available.. Procedures to get you started a) ownload your preferred Wandboard runtime image http://www.wandboard.org/index.php/downloads b) Extract the file that you just downloaded Right click on the file and choose Extract all. The extracted files will contain a file ending in.img. Instructions for Linux users This paragraph explains how to create a S card using Linux desktop or notebook. The S card can be made using a standard terminal. # dd if=*.img of=/dev/sdd bs=m replace *.img with the full name of the S card image and replace /dev/sdd with your S card device".. Instructions for Windows users This paragraph explains how to create a S card using Windows desktop or notebook. Note: the.img file can only be written to your micros card by special disk imaging software. This disk imaging software is included in the downloads at wandboard.org or can be downloaded according the instructions in paragraph... ownload the WiniskImager software a) ownload windiskimager-binary.zip from: http://sourceforge.net/projects/windiskimager/ b) Right click on the file and choose Extract all. c) This will create a new folder called windiskimager-binary Page 0 of
You are now ready to write the Wandboard runtime image to your micros card.. Writing the image to the micros card a) Insert your micros card into your P (heck which drive is assigned to your device). b) In the folder you made in step.(c), run the file named WiniskImager.exe (in Windows Vista, and we recommend that you right-click this file and choose Run as administrator ). c) If the S card (evice) you are using isn t found automatically. lick on the drop down box and select it d) In the Image File box, choose the.img file that you download previously Warning: Make sure you write to the correct device. (check step.a) e) lick Write f) fter a few minutes you receive a notification that your micros has been created successfully. Page of
ssembly of the Wandboard Enclosure Step - Place the top-case on a soft surface Step - Insert your Wandboard Step - Insert bottom part Step - Fasten the screws and the rubber feet Page of
Schematics On the following pages you will find the schematics of the Freescale i.mx module and the Wandboard Interface oard. omponents marked with -x are not populated. Page of
EM-iMX REV: P SN:0000 L=, x 0mm PGE TITLE P0 Index P0 IMX_POWER P0 IMX_R P0 IMX_SO P0 IMX_US P0 GiGa Ethernet P0 WLN & T P0 Expansion ONN. FM FM0S-X FM FM0S-X FM FM0S-X FM FM0S-X FM FM0S-X FM FM0S-X FM FM0S-X FM FM0S-X FM FM0S-X FM FM0S-X FM0 FM FM0S-X FM0S-X FM FM0S-X WNOR ESIGN N ISLIMER These design materials referred to in this document are *NOT SUPPORTE* and O NOT constitute a reference design. Only "community" support is allowed via resources at Wandboard.org forums. THERE IS NO WRRNTY FOR THE ESIGN MTERILS, TO THE EXTENT PERMITTE Y PPLILE LW. EXEPT WHEN OTHERWISE STTE IN WRITING THE OPYRIGHT HOLERS N/OR OTHER PRTIES PROVIE THE ESIGN MTERILS "S IS" WITHOUT WRRNTY OF NY KIN, EITHER EXPRESSE OR IMPLIE, INLUING, UT NOT LIMITE TO, THE IMPLIE WRRNTIES OF MERHNTILITY N FITNESS FOR PRTIULR PURPOSE. THE ENTIRE RISK S TO THE QULITY N PERFORMNE OF THE ESIGN MTERILS IS WITH YOU. SHOUL THE ESIGN MTERILS PROVE EFETIVE, YOU SSUME THE OST OF LL NEESSRY SERVIING, REPIR OR ORRETION. HOLE HOLE-X HOLE HOLE-X HOLE HOLE-X GN HOLE HOLE-X P P P P0TNR This board was designed as an evaluation and development tool. It was not designed with any other application in mind. s such, these design materials may or may not be suitable for any other purposes. If used, the design material becomes your responsibility as to whether or not it meets your specific needs or your specific applications and may require changes to meet your requirements. Title WNOR.ORG LOK IGRM Size ocument Number Rev EM-iMX Friday, June, 0 ate: Sheet of
MX power domains under-g decoupling EM-iMX OU POWER OMIN WNOR.ORG Friday, June, 0 Title Size ocument Number Rev ate: Sheet of NV_MIPI NV_JTG NV_RGM VHIGH_P NV_SI V_SNVS_P NV_ENET NV_S NV_PLL_OUT PV V_PV PV PV VSO_P V_SNVS PV PV V_PV PV PV V_SNVS VIN VIN VIN VIN PV V_SNVS V_SNVS R V PV PV PV V_SNVS R V V_PV VIN VHIGH_IN R V R V PV V_PV 00 0.U/.V/XR- R 0K-R 00 0.U/.V/XR- 00 U/.V/XR- 0 000.U/.V/XR- 0 00 R 0-R R0 0K-R-X 00 R0 0-R 00 0.U/.V/XR- 0 0.0U/.V/XR- 00 0.U/.V/XR- 0 00 0U/V/XR- TP 00 U/.V/XR- 00 0.U/.V/XR- 0 R K-R R K-R R 0K-R 00 0.U/.V/XR- R0 0K-R R.K-R 00 0.U/.V/XR- 0 R0 00K-R 00 0.U/.V/XR- 00 0U/V/XR- U RT00ZQW VIN PGOO RT SS GN OMP LX EN F R 0K-R 00 0.U/.V/XR- 00 U/.V/XR- 0 00 0.U/.V/XR- 00 0.U/.V/XR- 00 0.U/.V/XR- R.K-R 00 R 0-R-X R K-R R 0-R 00 0U/V/XR- 0 R -R-X 00 0.U/.V/XR- 00 0.U/.V/XR- 0 00 0.U/.V/XR- 00 0U/V/XR- 00 0.U/.V/XR- TP L WP00-RN 0.U/V/XR- 00 U/.V/XR- U RT00ZQW VIN PGOO RT SS GN OMP LX EN F 00 0.U/.V/XR- 0 R 0K-R 00 0U/0V/XR- 00 0.U/.V/XR- 0 0.U/V/XR- R.K-R 00 0.U/.V/XR- 00 0.U/.V/XR- 0 00 U/.V/XR- 00 0.U/.V/XR- 00 0.U/.V/XR- 00 0.U/.V/XR- 00 0.U/.V/XR- 00 0.U/.V/XR- 00 0.U/.V/XR- 00P- R K-R 00 0.U/.V/XR- R 0-R-X 00 R 0-R 00 0.U/.V/XR- 0.U/V/XR- 00 0.U/.V/XR- 00 0.U/.V/XR- R 0K-R 00P- 00 0.U/.V/XR- 00 0.U/.V/XR- 00 0.U/.V/XR- 00 0.U/.V/XR- 00 U/.V/XR- 00 0.U/.V/XR- i.mx - POWER UE imx 0 0 E H J K L M H J K L M N P P G E G G R0 T0 N N J K L L K J K T E 0 J N P R H J K L R P T R L R H G R M N P P G E E E F F F F G0 G G H H H H J J J J J K0 K H0 J0 G J H G N M M H T U M U0 K K K L0 L L L L L P R R R R T L M0 M M M M N0 N N P P P P0 N K T T T T T U U U U K L M N P R T U N P U U U U V V W W W W W0 W W W W W W W W Y Y GN_ GN_ GN_ GN_ GN_ GN_ GN_ GN_ GN_ GN_0 GN_ GN_ GN_ GN_ GN_ GN_ GN_ GN_ GN_ GN_0 VRM_P_ VRM_P_ VRM_P_ VRM_P_ VRM_P_ VRM_IN_ VRM_IN_ VRM_IN_ VRM_IN_ VRM_IN_ VRM_IN_ VRM_IN_ NV_L NV_NNF NV_PLL_OUT NV_RGMII NV_S VSO_P_ VSO_P_ VSO_IN_ V_F V_HE_P VPU_P_ VPU_P_ VPU_P_ VSO_IN_ VSO_IN_ VSO_IN_ NV_EIM0 VSO_P_ GPNIO GN_ GN_ GN_ GN_ GN_ GN_ NV_JTG GN_ GN_ GN_ VRM_P_ VRM_P_ VRM_P_ VRM_P_ VRM_P_ VRM_P_ VRM_P_ VRM_IN_ VSO_IN_ VSO_P_ VSO_IN_ NV_EIM NV_ENET VPU_P_ NV_S VRM_P_ VRM_P_ VRM_P_ NV_GPIO VRM_P_ NV_S GN_0 GN_ GN_ GN_ GN_ GN_ GN_ GN_ GN_ GN_ GN_0 GN_ GN_ GN_ GN_ GN_ GN_ GN_ GN_ GN_ GN_0 VHIGH_P_ VHIGH_P_ V_SNVS_P VHIGH_IN_ VHIGH_IN_ V_SNVS_IN NV_SI NV_EIM VSO_IN_ VSO_IN_ VSO_IN_ VSO_IN_0 VPU_P_ VSO_P_ GN_ GN_ GN_ GN_ GN_ GN_ GN_ GN_ GN_ GN_ GN_ GN_ GN_ GN_ GN_ GN_0 GN_ GN_ GN_ GN_ GN_ GN_ GN_ GN_ GN_ GN_ GN_ GN_0 GN_ NV_MIPI GN_0 GN_ GN_ GN_ GN_ GN_ GN_ GN_ GN_ VRM_IN_ VRM_IN_ VRM_IN_ VRM_IN_ VRM_IN_ VRM_IN_ VRM_IN_ VRM_IN_ VPU_P_ VPU_P_ VSO_P_ VSO_P_ F_N GN_ GN_0 GN_ GN_ GN_ GN_ GN_ GN_ GN_ GN_ GN_ GN_00 GN_0 GN_0 GN_0 GN_0 GN_0 GN_0 GN_0 00 0.U/.V/XR- 00 R0 0-R 0 0P- TP 00 0.U/.V/XR- 0 0 0P- 00 0.U/.V/XR- 00 0.U/.V/XR- 00 0.U/.V/XR- R 0-R-X 00 0.U/.V/XR- R 0-R-X R 0-R-X L WP00-RN R K-R 0.U/V/XR- R0 0-R 0.U/V/XR- 00 0.U/.V/XR- 0 00 0.U/.V/XR- 00 0.U/.V/XR- 0 F JI00U-PF 0.U/V/XR- 00 0U/0V/XR- R0 0K-R 00 0U/0V/XR- 00 0.U/.V/XR- 00 0U/0V/XR- L WP00-RN 00 0.U/.V/XR- 00 0U/V/XR- R0 0-R-X L WP00-RN 0.U/V/XR- 00 U/.V/XR- 00 R0 0-R 0P- 00 0.U/.V/XR- U0 RT00ZQW VIN PGOO RT SS GN OMP LX EN F R K-R R 0-R-X 00 0.U/.V/XR- 0.U/V/XR- U RT00GQW N EN VIN LX GN F/VOUT P 00 0U/V/XR- 00 0.U/.V/XR- 00 R0 0-R 00 0.U/.V/XR- U MI00YFL VOUT GN VIN EN 00 U/.V/XR- 00 U/.V/XR- 00 00 0.U/.V/XR- 00 R 0-R 00 0.U/.V/XR- 00 U/.V/XR- 00 U/.V/XR- 0 00P- 00 R 0-R 00 0.U/.V/XR- 0
(*) - Fixed address net location (*) (*) (*) (*) lock access points R G lock terminators Place at each R pair (*) (*) (*) (*) EM-iMX PU SIGNL OMIN WNOR.ORG Friday, June, 0 Title Size ocument Number Rev ate: Sheet of RM_SQS RM_SQS_ RM_SQS RM_SQS_ RM_S0 RM_S RM_S RM_S0_ RM_RS_ RM_S_ RM_WE_ RM_SLK RM_SLK_ RM_SKE0 RM_RESET_ RM_ZQ RM_SOT0 RM_QM RM_QM RM_S0 RM_S RM_S RM_S0_ RM_RS_ RM_S_ RM_WE_ RM_ RM_SLK RM_SLK_ RM_SKE0 RM_RESET_ RM_ RM_ RM0_ZQ RM_SOT0 RM_SLK0 RM_SLK RM_ RM_QM0 RM_QM RM_SQS0 RM_SQS0_ RM_SQS RM_SQS_ RM_SQS RM_ZQ RM_S RM_QM RM_SQS_ RM_SOT0 RM_S RM_RS_ RM_ RM_S_ RM_S0_ RM_ RM_S0 RM_WE_ RM_SKE0 RM_SQS_ RM_QM RM_SLK0 RM_RESET_ RM_SQS RM_SLK0_ RM_ZQ RM_S0_ RM_S_ RM_QM RM_RESET_ RM_ RM_SKE0 RM_S0 RM_WE_ RM_RS_ RM_SQS_ RM_SQS RM_SOT0 RM_QM RM_SQS_ RM_ RM_SLK0 RM_S RM_SLK0_ RM_SQS RM_S RM_SLK0_ RM_[:0] RM_ RM_ RM_ RM_ RM_ RM_0 RM_ RM_QM RM_ RM_ RM_ RM_ RM_S RM_SQS RM_SQS RM_WE_ RM_ RM_ RM_0 RM_ RM_ RM_SLK_ RM_SQS0 RM_ RM_ RM_ RM_ RM_ RM_ RM_ RM_0 RM_RESET_ RM_SQS_ RM_SQS RM_0 RM_ RM_S0_ RM_0 RM_ RM_ RM_SQS_ RM_SQS RM_0 RM_ RM_ RM_SQS RM_QM RM_ RM_ RM_ RM_ RM_ RM_ RM_ RM_ RM_ RM_ RM_SQS_ RM_SOT0 RM_SKE0 RM_SQS_ RM_SQS_ RM_ RM_ RM_SLK0 RM_QM RM_QM RM_S_ RM_ RM_ RM_0 RM_SQS0_ RM_S RM_QM RM_ RM_ RM_0 RM_SQS RM_SQS_ RM_0 RM_0 RM_ RM_ RM_ RM_ RM_ RM_ RM_QM RM_ RM_SLK RM_QM RM_QM0 RM_ RM_[:0] RM_ RM_S0 RM_ RM_ RM_ RM_ RM_SQS RM_ RM_ RM_ RM_ RM_ RM_SQS_ RM_RS_ RM_ RM_ RM_SLK_ RM_SLK0_ RM_ RM_ RM_ RM_ RM_ RM_ RM_ RM_0 RM_ RM_ RM_0 RM_ RM_0 RM_ RM_ RM_ RM_ RM_ RM_ RM_ RM_ RM_ RM_ RM_0 RM_ RM_ RM_ RM_ RM_0 RM_ RM_ RM_ RM_ RM_ RM_ RM_ RM_ RM_ RM_ RM_ RM_ RM_ RM_ RM_0 RM_ RM_ RM_ RM_ RM_ RM_ RM_ RM_ RM_ RM_ RM_ RM_ RM_ RM_0 RM_ RM_ RM_ RM_ RM_ RM_ RM_ RM_ RM_0 RM_ RM_ RM_ RM_ RM_ RM_ RM_ RM_ RM_ RM_ RM_ RM_ RM_ RM_0 RM_ RM_ RM_ RM_ RM_ RM_ RM_ RM_ RM_ RM_ RM_ RM_ RM_ RM_ RM_ RM_ RM_ RM_0 RM_ RM_ RM_ RM_ RM_ RM_ RM_0 RM_ RM_ RM_ RM_0 RM_ RM_ RM_ RM_ RM_ RM_ RM_ RM_ RM_0 RM_ RM_ RM_ RM_ RM_ RM_0 RM_ RM_ RM_ R_VREF R_VREF R_VREF R V R V R V R V R_VREF R_VREF R_VREF R V R V R V R V R V R V R0 0-%-R 0.U/V/XR- 0.U/.V/XR- G_R_SRM_MX U HTQGFR-P N P P N P P R R T R M N M G K K N N R R E G J J M M P P T T E L L M T E F F F H H G H L R N F G E F H H E F G G T J J J K K L J K L T K M H L E 0 0 V V V V V V V V V VQ VQ VQ VQ VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS0 VSS VSS VSSQ VSSQ VSSQ VSSQ VSSQ N_L N_L N_M N_T Q0 Q Q Q Q Q Q Q 0/P / LQS LQS UQS UQS Q Q Q0 Q Q Q Q Q VQ VQ VQ VQ VQ VSSQ VSSQ VSSQ VSSQ N_J N_J K K KE S RS S WE RESET OT VREF VREFQ ZQ LM UM 0.U/V/XR- 0.U/V/XR- 0.U/V/XR- R 0-%-R 0.U/V/XR- 0 0.U/.V/XR- G_R_SRM_MX U HTQGFR-P N P P N P P R R T R M N M G K K N N R R E G J J M M P P T T E L L M T E F F F H H G H L R N F G E F H H E F G G T J J J K K L J K L T K M H L E 0 0 V V V V V V V V V VQ VQ VQ VQ VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS0 VSS VSS VSSQ VSSQ VSSQ VSSQ VSSQ N_L N_L N_M N_T Q0 Q Q Q Q Q Q Q 0/P / LQS LQS UQS UQS Q Q Q0 Q Q Q Q Q VQ VQ VQ VQ VQ VSSQ VSSQ VSSQ VSSQ N_J N_J K K KE S RS S WE RESET OT VREF VREFQ ZQ LM UM 0.U/.V/XR- 0.U/.V/XR- i.mx - R UJ imx Y 0 Y0 0 E 0 E0 0 E Y Y E E Y0 E 0 0 E0 Y Y Y E Y W E Y E Y E E Y Y Y E Y E E E E E E E E E E Y Y Y Y W V V V V V V R T U V0 V V V RM_VREF RM_0 RM_ RM_ RM_ RM_ RM_ RM_ RM_ RM_SQS RM_SQS_ RM_QM RM_ RM_ RM_ RM_ RM_ RM_ RM_ RM_ RM_QM RM_SQS RM_SQS_ RM_ RM_ RM_ RM_ RM_ RM_ RM_SQS RM_SQS_ RM_0 RM_ RM_QM RM_ RM_ RM_ RM_ RM_0 RM_ RM_ RM_SQS RM_SQS_ RM_ RM_QM RM_0 RM_ RM_ RM_ RM_ RM_ RM_ RM_ RM_ RM_ RM_0 RM_ RM_ RM_ RM_ RM_ ZQP RM_S RM_S0 RM_S RM_RS RM_RESET RM_S0 RM_S RM_SLK_0 RM_SLK_0_ RM_S RM_SKE0 RM_SLK_ RM_SLK RM_SKE RM_SOT0 RM_SOT RM_SWE RM_0 RM_ RM_ RM_ RM_ RM_ RM_SQS0 RM_SQS0_ RM_ RM_ RM_QM0 RM_ RM_ RM_0 RM_ RM_ RM_ RM_ RM_SQS RM_SQS_ RM_ RM_QM RM_ RM_ RM_0 RM_ RM_ RM_ RM_ RM_ RM_SQS RM_SQS_ RM_QM RM_ RM_SQS RM_SQS_ RM_ RM_ RM_ RM_0 RM_QM RM_ RM_ RM_ NV_RM_ NV_RM_ NV_RM_0 NV_RM_ NV_RM_ NV_RM_ NV_RM_ NV_RM_ NV_RM_ NV_RM_ NV_RM_ NV_RM_ NV_RM_ 0.U/.V/XR- R 0-%-R 0.U/.V/XR- 0.U/V/XR- 00 0U/0V/XR- R 00-%-R 0.U/V/XR- R 0K-R 0.U/.V/XR- 0.U/V/XR- 00 0U/0V/XR- 0.U/.V/XR- G_R_SRM_MX U HTQGFR-P N P P N P P R R T R M N M G K K N N R R E G J J M M P P T T E L L M T E F F F H H G H L R N F G E F H H E F G G T J J J K K L J K L T K M H L E 0 0 V V V V V V V V V VQ VQ VQ VQ VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS0 VSS VSS VSSQ VSSQ VSSQ VSSQ VSSQ N_L N_L N_M N_T Q0 Q Q Q Q Q Q Q 0/P / LQS LQS UQS UQS Q Q Q0 Q Q Q Q Q VQ VQ VQ VQ VQ VSSQ VSSQ VSSQ VSSQ N_J N_J K K KE S RS S WE RESET OT VREF VREFQ ZQ LM UM R 0-%-R 0.U/V/XR- 00 0U/0V/XR- 0.U/.V/XR- R 0-%-R 0.U/.V/XR- 0.U/V/XR- 00 0U/0V/XR- 0.U/.V/XR- R 0-%-R 0.U/.V/XR- 0.U/V/XR- G_R_SRM_MX U HTQGFR-P N P P N P P R R T R M N M G K K N N R R E G J J M M P P T T E L L M T E F F F H H G H L R N F G E F H H E F G G T J J J K K L J K L T K M H L E 0 0 V V V V V V V V V VQ VQ VQ VQ VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS0 VSS VSS VSSQ VSSQ VSSQ VSSQ VSSQ N_L N_L N_M N_T Q0 Q Q Q Q Q Q Q 0/P / LQS LQS UQS UQS Q Q Q0 Q Q Q Q Q VQ VQ VQ VQ VQ VSSQ VSSQ VSSQ VSSQ N_J N_J K K KE S RS S WE RESET OT VREF VREFQ ZQ LM UM 00 0U/0V/XR- R 0-%-R R0 00-%-R
U i.mx - EIM NV_EIM NV_EIM0 NV_EIM EIM_L EIM_OE EIM_RW EIM_S0 EIM_S EIM_ EIM_ EIM_ EIM_ EIM_0 EIM_ EIM_ EIM_ EIM_ EIM_ EIM_ EIM_ EIM_ EIM_ EIM_0 EIM_ EIM_ EIM_ EIM_ EIM_ EIM_ EIM_ EIM_ EIM_ EIM_0 EIM_ EIM_E EIM_E EIM_LK EIM_WIT EIM_E0 EIM_E EIM_0 EIM_ EIM_ EIM_ EIM_ EIM_ EIM_ EIM_ EIM_ EIM_ EIM_0 EIM_ EIM_ EIM_ EIM_ EIM_ imx K J K0 H J H G J G H H F J F H F G G0 H0 E F G E E G J J0 H E F N M K K L0 J L K L L K L L M M M0 M M N N SPI_S EIM_L SPI_MISO EIM_RW SPI_S0 SPI_SLK SPI_MOSI EIM_ EIM_ EIM_ EIM_ EIM_0 EIM_ EIM_ EIM_ EIM_ WIFI_ON SPI_LK SPI_MISO SPI_MOSI URT_TS URT_RTS I_SL US_OTG_PWR_EN URT_TS URT_TX URT_RX GPIO_ GPIO_ I_S RGMII_nRST US_H_O PIE_nRST EIM_E EIM_E URT_RTS GPIO_ EIM_WIT EIM_E0 EIM_E EIM_0 EIM_ EIM_ EIM_ EIM_ EIM_ EIM_ EIM_ EIM_ EIM_ EIM_0 EIM_ EIM_ EIM_ EIM_ EIM_ EIM_L, SPI_MISO EIM_RW, SPI_SLK SPI_MOSI EIM_ EIM_ EIM_ EIM_ EIM_0 EIM_ EIM_ EIM_ EIM_ WIFI_ON SPI_LK SPI_MISO SPI_MOSI URT_TS URT_RTS I_SL, US_OTG_PWR_EN URT_TS URT_TX URT_RX GPIO_ GPIO_ I_S, RGMII_nRST US_H_O PIE_nRST EIM_E, EIM_E, GPIO_ EIM_WIT, EIM_E0, EIM_E, EIM_0 EIM_ EIM_, EIM_, EIM_ EIM_ EIM_ EIM_ EIM_, EIM_ EIM_0, EIM_, EIM_, EIM_, EIM_, EIM_, TP TP TP TP U_TX U_TX U_TXFS U_RX TP0 TP URT_TX URT_RX TP TP TP TP TP TP TP TP SI_LK0M SI_LK0P SI_0M SI_0P SI_M SI_P SI_M SI_P SI_M SI_P imx R.0K-%-R PV PV PV U SI0_HSYN P SI0_PIXLK SI0_MLK P SI0_PIXLK SI0_VSYN N SI0_T_EN SI0_VSYN P SI0_T_EN U_TX N U_TX SI0_T P U_TXFS SI0_T N U_RX SI0_T N SI0_T SI0_T N SI0_T SI0_T N URT_TX SI0_T M URT_RX SI0_T0 M SI0_T SI0_T M SI0_T SI0_T L SI0_T SI0_T M SI0_T SI0_T M SI0_T SI0_T L SI0_T SI0_T L SI0_T SI0_T M SI0_T SI0_T L SI0_T SI_LK0M F SI_LK0P SI_LK0M F SI_LK0P SI_0M E SI_0P SI_0M E SI_0P SI_M SI_P SI_M SI_P SI_M E SI_P SI_M E SI_P SI_M F SI_P SI_M F SI_P SI_REXT SI_REXT R.K-R i.mx - ISP; SI R.K-R I_SL I_SL I_SL I_S I_S I_S NV_SI NV_MIPI R.K-R NV_MIPI NV_L ISP0_LK I0_ISP_LK N ISP0_LK ISP0_HSYN I0_PIN N ISP0_HSYN ISP0_VSYN I0_PIN N0 ISP0_VSYN ISP0_NTRST I0_PIN P ISP0_NTRST ISP0_RY I0_PIN N ISP0_RY ISP0_T0 ISP0_T0 P ISP0_T0 ISP0_T ISP0_T P ISP0_T ISP0_T ISP0_T P ISP0_T ISP0_T ISP0_T P ISP0_T ISP0_T ISP0_T P0 ISP0_T ISP0_T ISP0_T R ISP0_T ISP0_T ISP0_T R ISP0_T ISP0_T ISP0_T R ISP0_T ISP0_T ISP0_T R ISP0_T ISP0_T ISP0_T T ISP0_T ISP0_T0 ISP0_T0 R ISP0_T0 ISP0_T ISP0_T T ISP0_T ISP0_T ISP0_T T ISP0_T ISP0_T ISP0_T R0 ISP0_T ISP0_T ISP0_T U ISP0_T ISP0_T ISP0_T T ISP0_T ISP0_T ISP0_T T ISP0_T ISP0_T ISP0_T U ISP0_T ISP0_T ISP0_T V ISP0_T ISP0_T ISP0_T U ISP0_T ISP0_T0 ISP0_T0 U ISP0_T0 T0 ISP0_T ISP0_T ISP0_T V ISP0_T ISP0_T ISP0_T W ISP0_T ISP0_T ISP0_T H SI_LK0M SI_LK0M SI_LK0M H SI_LK0P SI_LK0P SI_LK0P G SI_0M SI_0M SI_0M G SI_0P SI_0P SI_0P H SI_M SI_M SI_M H SI_P SI_P SI_P G SI_REXT SI_REXT R0.K-R R.K-R R.K-R R0.0K-%-R S_M S_LK S_T0 S_T S_T S_T S_M S_LK S_T0 S_T S_T S_T TP TP TP TP S_RST S_M S_LK S_T0 S_T S_T S_T S_M S_LK S_T0 S_T S_T S_T S_M S_LK S_T0 S_T S_T S_T S_T S_T S_T S_T S_RST TP TP TP TP TP0 TP U S_M 0 S_LK S_T0 0 S_T E S_T F S_T F S_M S_LK S_T0 E0 S_T S_T S_T S_M S_LK E S_T0 F S_T S_T S_T S_T S_T E S_T F S_T S_RST ML_P ML_N ML_SP ML_SN 0 ML_P 0 ML_N i.mx NV_S NV_S NV_S NV_NNF NV_GPIO NV_ENET ENET_M ENET_MIO ENET_RS_V ENET_REF_LK ENET_RX_ER ENET_TX_EN ENET_RX0 ENET_RX ENET_TX0 ENET_TX KEY_OL0 KEY_ROW0 KEY_OL KEY_ROW KEY_OL KEY_ROW KEY_OL KEY_ROW KEY_OL KEY_ROW GPIO_0 GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ NNF_S0 NNF_S NNF_S NNF_S NNF_LE NNF_LE NNF_WP_ NNF_R0 NNF_0 NNF_ NNF_ NNF_ NNF_ NNF_ NNF_ NNF_ S_LK S_M V0 V U V W V W W U0 W0 W V U U W W U T T V T T T R R R T R R T R R P P F E F E E RGMII_M RGMII_MIO RS_V ENET_REFLK MI_ET RGMII_INT SPIF_OUT WL_REG_ON WL_WKE WL_HOST_WKE U_TX U_TX U_TXFS U_RX KEY_OL KEY_ROW I_SL I_S GPIO_ GPIO_ GPIO_0_LKO US_OTG_I S_ GPIO LKO N_EN I_SL GPIO N_NERR SI0_RST US_OTG_O I_S US_HU_RESET_ N_STY GPIO_ NNF_S0 NNF_S NNF_S NNF_S NNF_LE NNF_LE NNF_WP NNF_R0 NNF_0 NNF_ NNF_ NNF_ NNF_ NNF_ NNF_ NNF_ NNF_WE NNF_RE RGMII_M RGMII_MIO TP MI_ET RGMII_INT SPIF_OUT WL_REG_ON WL_WKE WL_HOST_WKE U_TX, U_TX, U_TXFS, U_RX, KEY_OL TP I_SL, I_S, GPIO_ GPIO_ GPIO_0_LKO US_OTG_I S_ GPIO LKO TP I_SL, GPIO TP TP0 US_OTG_O I_S, US_HU_RESET_ TP GPIO_ S_T0 S_T S_T S_T S_T S_T S_T S_T F 0 E 0 LVS0_EN LVS0_LT_TRL ISP0_KLEN ISP0_VEN URT_RX URT_RTS URT_TS URT_TX LVS0_EN LVS0_LT_TRL ISP0_KLEN ISP0_VEN URT_RX URT_RTS URT_TS URT_TX imx PV PV S_T S_T S_LK S_T0 S_T S_M EIM_ R0 0-R R 0-R R0 -R R00 0-R R 0-R R0 0-R R 0-R MS_ MS_ MM_LK MS_0 MS_ MS_M MS_ R 0K-R R 0K-R R 0K-R R0 0K-R R0 0K-R R 0K-R R 0K-R 00 0 0U/0V/YV- 0 MS T /T V LK VSS T0 T M GN GN GN GN 0.U/V/XR- usr-h., POR_ POR_ 0 nreset_tn 0.U/V/XR- RGMII_REF_LK R 0K-R nreset_tn RGMII_REF_LK PV U RESET* V R 0K-R GN SENSE MR* T TPS0GVR 0.U/V/XR- 0.U/V/XR- PV U/0V/XR- R.K-R ENET_REFLK R0.K-R NNF_ NNF_ NNF_ NNF_ NNF_ NNF_ NNF_ NNF_0 NNF_R0 NNF_RE NNF_LE NNF_LE NNF_WE NNF_WP NNF_S0 NNF_S NNF_S NNF_S R 0-R R0 0-R R 0-R R 0-R R 0-R R 0-R R0 0-R R 0-R R 0-R R 0-R R 0-R R 0-R R 0-R R 0-R R 0-R R0 0-R R 0-R R 0-R R_NNF_ R_NNF_ R_NNF_ R_NNF_ R_NNF_ R_NNF_ R_NNF_ R_NNF_0 R_NNF_R0 R_NNF_RE R_NNF_LE R_NNF_LE R_NNF_WE R_NNF_WP R_NNF_S0 R_NNF_S R_NNF_S R_NNF_S R_NNF_ R_NNF_ R_NNF_ R_NNF_ R_NNF_ R_NNF_ R_NNF_ R_NNF_0 R_NNF_R0 R_NNF_RE R_NNF_LE R_NNF_LE R_NNF_WE R_NNF_WP R_NNF_S0 R_NNF_S R_NNF_S R_NNF_S Title WNOR.ORG PU SIGNL OMIN Size ocument Number Rev EM-iMX Friday, June, 0 ate: Sheet of
VSO_P R 00 0-R 00 PV 00 0U/0V/XR- R 00 0-R 0U/0V/XR- 00.U/.V/XR- 00.U/.V/XR- 00 00 0.U/.V/XR- 0.U/.V/XR- ST_VP_.V ST_VPH_.V G G UF i.mx - ST ST_VP ST_VPH imx ST_RXP ST_RXM ST_TXM ST_TXP ST_REXT IFF PIRS ST_RXP ST_RXP ST_RXN ST_RXN ST_TXN ST_TXN ST_TXP ST_TXP 00 R -%-R UG i.mx - US US_OTG_H_ PV VUS US_OTG_VUS US_OTG_N R 00 0-R-X US_OTG_P F VUS_P 00 0U/0V/XR- 00 0.U/.V/XR- US_H_P US_H_N US_H_VUS E E0 F0 0 TP US_OTG_VUS US_OTG_N US_OTG_P US_HOST_P US_HOST_N US_H_VUS R 0-R US_OTG_VUS US_OTG_N US_OTG_P US_HOST_P US_HOST_N US_H_VUS VIN VSO_P PV R 00 0-R 00.U/.V/XR- R0 00 0-R 00.U/.V/XR- 00 0.U/.V/XR- HMI_VP.V HMI_VPH.V 00 0.U/.V/XR- HMI_RESREF R.K-%-R UI i.mx - HMI HMI_HP L HMI_VP HMI_E M HMI_VPH HMI_LKM HMI_LKP HMI_0M HMI_0P J HMI_REF HMI_M HMI_P HMI_M HMI_P imx K K J J K K J J K K HMI_HP R 0-R HMI_LKM HMI_LKP HMI_0M HMI_0P HMI_M HMI_P HMI_M HMI_P IFF PIRS HMI_HP HMI_LKM HMI_LKP HMI_0M HMI_0P HMI_M HMI_P HMI_M HMI_P imx UK i.mx - RGMII.U/V/XR- RGMII_TX RGMII_T0 RGMII_T RGMII_T RGMII_T RGMII_TX_TL F0 E 00 RGMII_TXLK RGMII_TX0 RGMII_TX RGMII_TX RGMII_TX RGMII_TXEN RGMII_TXLK RGMII_TX0 RGMII_TX RGMII_TX RGMII_TX RGMII_TXEN VSO_P R 00 0-R 00.U/.V/XR- 00 0.U/.V/XR- RGMII_RX RGMII_R0 RGMII_R RGMII_R RGMII_R RGMII_RXLK RGMII_RX0 RGMII_RX RGMII_RX RGMII_RX RGMII_RXLK RGMII_RX0 RGMII_RX RGMII_RX RGMII_RX L PV JI00U-PF PIe_VP.V 00 00 00.U/.V/XR- 0.U/.V/XR- PIe_VPTX.V UL i.mx - PIe H PIE_VP PIE_RXM PIE_RXP G PIE_VPTX IFF PIRS PIE_RXN_ R 0-RPIE_RXN PIE_RXP_ R 0-RPIE_RXP PIE_RXN PIE_RXP imx RGMII_RX_TL RGMII_RXV RGMII_RXV Layout: High speed data lines : 0 ohms Put the ohm resistors in this page near imxq 0 00 0U/0V/XR- R 00 0-R PIe_VPH.V 0.U/.V/XR- 0 00 00 PIe_REXT.U/.V/XR- R 00-%-R G PIE_VPH PIE_REXT imx PIE_TXM PIE_TXP PIE_TXN_ PIE_TXP_ R 0-RPIE_TXN R 0-RPIE_TXP IFF PIRS PIE_TXN PIE_TXP UH i.mx - LVS LVS0_TX0_N LVS0_TX0_P U U LVS0_TX0_N LVS0_TX0_P LVS0_TX0_N LVS0_TX0_P PV, R 0-R-X ON_OFF POR_ R R 0-R-X 0-R-X PV R0 0K-R ON_OFFR0 0-R POR_ R0 0-R OOT_MOE0 OOT_MOE TEST_MOE TP OOT_MOE0 OOT_MOE TEST_MOE TMPER PV F E E U ONOFF POR_ OOT_MOE0 OOT_MOE TEST_MOE TMPER i.mx - ONTROL V_SNVS_IN NV_JTG JTG_TK JTG_TMS JTG_TI JTG_TO JTG_TRST JTG_MO H G G H JTG_TK JTG_TMS JTG_TI JTG_TO JTG_nTRST JTG_MO JTG_TK JTG_TMS JTG_TI JTG_TO JTG_nTRST JTG_MO PV R 00 LVS_VPH.V 0-R 0 00 00.U/.V/XR- 0.U/.V/XR- V NV_LVSP NV_LVSP LVS0_TX_N LVS0_TX_P LVS0_TX_N LVS0_TX_P LVS0_LK_N LVS0_LK_P LVS0_TX_N LVS0_TX_P U U V V V V W W LVS0_TX_N LVS0_TX_P LVS0_TX_N LVS0_TX_P LVS0_LK_N LVS0_LK_P LVS0_TX_N LVS0_TX_P LVS0_TX_N LVS0_TX_P LVS0_TX_N LVS0_TX_P LVS0_LK_N LVS0_LK_P LVS0_TX_N LVS0_TX_P TP TP PMI_STY_REQ PMI_ON_REQ F PMI_STY_REQ PMI_ON_REQ LK_N LK_P LK_N LK_P R 0-RPIE_LKN R 0-RPIE_LKP PIE_LKN PIE_LKP LVS_TX0_N LVS_TX0_P Y Y LVS_TX0_N LVS_TX0_P TP TP P- R 0M-R-X Y MHZ-FSXM-S P- XTLI XTLO RT_XTLI R0 RT_XTLO 0M-R-X QZ.KHZ-M-S XTLI XTLO RT_XTLI RT_XTLO imx LK_N LK_P IFF PIRS imx NV_LVSP LVS_TX_N LVS_TX_P LVS_TX_N LVS_TX_P LVS_LK_N LVS_LK_P LVS_TX_N LVS_TX_P Y Y LVS_TX_N LVS_TX_P LVS_TX_N LVS_TX_P LVS_LK_N LVS_LK_P LVS_TX_N LVS_TX_P TP0 TP TP TP TP TP TP TP P- P- Title WNOR.ORG IMXQ_LVS/US Size ocument Number Rev EM-iMX Friday, June, 0 ate: Sheet of
oot onfig Select EEPROM JTG PV PV PV RN 0K-RSP RN 0K-RSP RN 0K-RSP RN 0K-RSP RN 0K-RSP RN 0K-RSP RN 0K-RSP RN 0K-RSP R 0-R-X R 0-R-X R 0-R-X R 0-R-X R 0-R R 0-R-X R 0-R R 0-R-X R 0-R-X R 0-R-X R 0-R-X R 0-R-X R0 0-R R 0-R R 0-R-X R0 0-R-X R 0-R-X R0 0-R-X R0 0-R-X R 0-R-X R 0-R-X R 0-R-X R 0-R-X R 0-R-X R 0-R-X R 0-R-X R 0-R-X R 0-R-X R 0-R-X R 0-R-X R 0-R-X R 0-R-X R R R R R0 R R R R R R R R R R0 R R R R R R R0 R R R R0 R R R R R R.K-R.K-R.K-R.K-R.K-R.K-R.K-R.K-R.K-R.K-R.K-R.K-R.K-R.K-R.K-R.K-R.K-R.K-R.K-R.K-R.K-R.K-R.K-R.K-R.K-R.K-R.K-R.K-R.K-R.K-R.K-R.K-R EIM_ EIM_ EIM_ EIM_ EIM_ EIM_ EIM_ EIM_WIT EIM_ EIM_ EIM_0 EIM_ EIM_ EIM_ EIM_ EIM_ EIM_ EIM_ EIM_ EIM_ EIM_ EIM_ EIM_E EIM_E EIM_ EIM_ EIM_0 EIM_RW EIM_0 EIM_E EIM_L EIM_E0 EIM_ EIM_, EIM_ EIM_ EIM_, EIM_ EIM_, EIM_WIT, EIM_ EIM_, EIM_0, EIM_, EIM_, EIM_, EIM_ EIM_, EIM_ EIM_ EIM_ EIM_ EIM_ EIM_ EIM_E, EIM_E, EIM_ EIM_ EIM_0 EIM_RW, EIM_0 EIM_E, EIM_L, EIM_E0,,,,, I_S I_S I_SL I_SL U I_S I_S I_SL I_SL 0.U/V/XR- 0 GN V WP SL S T0N-SH-T-X EM_S EM_SL K-R-X K-R K-R EM_SL EM_S R 0-R PV VIN PV 0.U/V/XR- 0.U/V/XR- I_SL_ R.K-R I_S_ R.K-R U I_SL R 0-R I_SL_ V V _SL, I_SL _SL I_S R 0-R I_S S, I_S _S I_SL R 0-R-X OE GN, I_SL I_S R 0-R-X TXS00UR, I_S R0 0-R R 0-R-X R 0-R R PV 0-R-X RR R R R00 0-R-X 0-R-X JTG_nTRST JTG_TMS JTG_TI JTG_TO JTG_TK JTG_nTRST JTG_TMS JTG_TI JTG_TO JTG_TK R 0K-R-X PV PV R R0 R R R 0-R JTG_nSRST R 0-R R 0-R U EIM_ EIM_ 0K-R-X 0K-R-X 0K-R-X 0K-R R 0K-R R 0-R V GN SNLVGKR R R JTG_MO TEST_MOE R R OOT_MOE0 OOT_MOE R R R 0K-R R0 PV R 0K-R 0K-R 0K-R-X R 0-RPOR_ 0-R-X 0-R-X 0K-R 0K-R 0K-R 0K-R-X 0.U/V/XR- T T R JTG_MO TEST_MOE T T T T OOT_MOE0 OOT_MOE R 00 0-R JTG PH00_X-X POR_, Ethernet MER PV RGMII_TX0 RGMII_TX RGMII_TX RGMII_TX RGMII_RX0 RGMII_RX RGMII_RX RGMII_RX RGMII_TXEN RGMII_RXV RGMII_RXLK RGMII_TXLK RGMII_REF_LK P- 0 RGMII_nRST RGMII_INT VETH_V F JI00U-PF 00 0.U/V/XR- 0.U/V/XR- U/V/XR- 0U/V/XR- Y MHZ-FSXM-S P- 0 RGMII_TX0 RGMII_TX RGMII_TX RGMII_TX RGMII_RX0 RGMII_RX RGMII_RX RGMII_RX RGMII_TXEN RGMII_RXV RGMII_RXLK RGMII_TXLK RGMII_REF_LKR 0-R TP R 0-R PV RGMII_nRST RGMII_INT PV TP0 VL_PHY VL_PHY F JI00U-PF 00 0.U/V/XR- 0.U/V/XR- 0U/V/XR- 0.U/V/XR- 0.U/V/XR- 0.U/V/XR- 0.U/V/XR- XTL_I XTL_O R 0-R R 0-R R 0-R R 0-R R 0-R R0 0-R R 0-R R 0-R R 0-R R 0-R R 0-R R0 0-R R0 00K-R R0 0-R R0 0-R R 0K-R R 0-R ETH_TX0 ETH_TX ETH_TX ETH_TX ETH_RX0 ETH_RX ETH_RX ETH_RX ETH_TXEN ETH_RXV ETH_RXLK ETH_TXLK ETH_REFLK PHY_PPS/GPIO ETH_RESETn ETH_RIS ETH_INTn WKEUP R.K-R 0 0 U TX0 TX TX TX RX0 RX RX RX TX_EN RX_V RX_LK LK_M PPS XTLI XTLO RIS INT VL GTX_LK RST WOL_INT R0_L VL VL VL VL EP L WP00-RM PV V_RGMII +.V VETH_LX VETH_V VETH_VIO V V 0 VH_REG VIO_REG LX TRXP0 TRXN0 TRXP TRXN TRXP TRXN TRXP TRXN SIP SIN SOP SON S M MIO LE_T LE_LINK000 LE_LINK0_00 R V 0 R 00 0-R ETHER_0P ETHER_0N ETHER_P ETHER_N ETHER_P ETHER_N ETHER_P ETHER_N ETH_MIO_LK ETH_MIO_T PHY_LE_Tn VETH_VIO 0.U/V/XR- R0 TP TP TP TP.K-R PHY_LE_000n PHY_LE_0/00n VL_PHY V_RGMII ETHER_0P ETHER_0N ETHER_P ETHER_N ETHER_P ETHER_N ETHER_P ETHER_N PV R0 0K-R R 0-R R 0-R RGMII_M R 0-R RGMII_MIO 0 U/V/XR- 0P--X 0P--X 0P--X R 0-RLE_T R0 0-RLE_nLINK000 R 0-RLE_nLINK00 PHYRESS0 (IP) PHYRESS (IP) MOE[0] MOE[] MOE[] MOE[] SEL_GPIO_INT N_MO (IPU) RGMII_M RGMII_MIO LE_T LE_nLINK000 LE_nLINK00 ETH_RX0 ETH_RX ETH_RXV ETH_RX ETH_RXLK ETH_RX PHY_LE_000n PHY_LE_Tn VETH_VIO R 0K-R V_RGMII R 0K-R-X R 0K-R-X R 0K-R-X R 0K-R-X R 0K-R R 0K-R R 0K-R R 0K-R R 0K-R R 0K-R R 0K-R PV 00 0U/0V/XR- PV 00 0U/0V/XR- GPIO_ GPIO GPIO LKO, I_S, I_SL VIN MER GPIO_ GPIO R -R GPIO LKO_ 0 R 00 0-R R 00 0-R I_S I_SL SI_LK0M SI_LK0M SI_LK0P SI_LK0P SI_0M SI_0M SI_0P 0 SI_0P SI_M SI_M P SI_P P SI_P P SI_M P SI_M SI_P SI_P SI_M SI_M SI_P SI_P 0 SI_M SI_M SI_P SI_P SI_0M SI_0M SI_0P SI_0P SI_LK0M SI_LK0M SI_LK0P SI_LK0P FP-M Title WNOR.ORG IGNOSTI Size ocument Number Rev EM-iMX Friday, June, 0 ate: Sheet of
WIFI+T V_WiFi 0 Ohm 0 Ohm 0P- 0P- NT MHF_0 WIFI_GN S_T0 S_T S_T S_T S_M S_LK R R 0K-R 0K-R S_T0 S_T S_T S_T S_M S_LK P- WIFI_ON WL_HOST_WKE WL_WKE, EIM_E URT_TS URT_TX URT_RX, U_TX, U_RX, U_TXFS, U_TX, EIM_ 0K-R 0K-R 0K-R R 0-R SIO_0 R 0-R SIO_ R 0-R SIO_ R 0-R SIO_ R0 0-R SIO_M R 0-R SIO_LK WIFI_ON R 0-R WL_RST_N V_WiFi R K-R WL_HOST_WKE R 0-R WL_GPIO0 WL_WKE R 0-R-X WL_WKE R 0K-R EIM_E URT_TS URT_TX URT_RX U_TX U_RX U_TXFS U_TX EIM_, EIM_ EIM_ EIM_, EIM_ P- Y.MHZ-FSXM-S WL_REG_ON R P- R0 WL_REG_ON R R 0-R R 0-R R 0-R R 0-R T_URT0_TS_ T_URT0_RTS_ T_URT0_TX_ T_URT0_RX_ R 0-R T_PM0_SIN R 0-R T_PM0_SOUT T_PM_IN R 0-R T_PM0_SYN T_PM_OUT R -R T_PM0_SLK T_PM_SYN PM VOIE 0P- T_PM_LK R0 0-R T_ON 0 T_RST_N RESET R 0-R T_HOST_WKE R 0-R-X T_WKE T_GPIO0 T_GPIO R00 0K-R T_GPIO WIFI_K OSIN R 0-ROSOUT R 00K-R WL_REF_ON V_WiFi = SPI 0 = SIO 0 U SIO_0 SIO_ SIO_ SIO_ SIO_M SIO_LK WL_RST_N WL_GPIO0 WL_GPIO T_URT_RTS_N T_URT_TS_N T_URT_RX T_URT_TX WRF_EXTREFIN R0 0-R-X WL_REG_ON_ WL_T_REG_ON R0 0-R-X R 0-R X X XTL_PU SPI/SIO WiFi SIO RESET GPIO WM-N-M-0 T&WiFi NT. T_URT luetooth.khz.mhz GN_0 GN_ GN_ GN_ GN_ GN_ GN_ GN_ GN_ GN_ GN_0 GN_ 0 0 FM Rx NT. FM UIO IN/OUT External &L V_ORE_OUT use GN_ GN_ POWER RF_NT FM_TXP FM_RXP FM_TXUIO_OUT FM_TXUIO_OUT W_RF_NT FM_RXN FM_TXUIO_IN FM_TXUIO_IN F R 0-R 00 00 R 0-R WIFI_GN WIFI_GN P- 0.U/.V/XR- TP 0.U/.V/XR- TP 0.U/.V/XR- TP 0.U/.V/XR- TP 0.U/V/XR- F 0ohm/00Mhz-L-X 0ohm/00Mhz-L-X 00 UH-L-X TP P-.U/V/XR- F R 0-R SR_VP R 0-R 00.U/V/XR- 0.U/V/XR- WIFI_GN V_FM_OUT 0 0 U/V/XR- V_FM_IN F SR_VP V_FM_IN E 00.U/V/XR- /-L-X V_ORE_IN V_RIO_PLL_OUT.U/V/XR- V_RIO_PLL_IN V_P_OUT V_P_IN 0 SR_VP 00 0.U/V/XR-.U/V/XR- SR_VP L U/V/XR- V_WiFi VIN_PLO-L SNR0/UH.U/V/XR-.~.V VIN_PLO R 0-R V_IO VIO_S R 0-R VIN R 0-R VT_0 VT_ 0 0.~V 00 00 MOP_X_WM-N-M-0 0U/V/YV- 0.U/V/XR- V_WiFi V_WiFi V_WiFi PV PV V_WiFi R0 0K-R R 0-R 0.U/.V/XR- T_WKE R0 0K-R R0 0-R 0.U/V/XR- WL_REG_ON_ R 0K-R R 0-RWL_WKE 0.U/V/XR- PV R WL_REF_ON R.K-R 0-R-X OS OE V GN LK OS--FO--S R 0-R 0.U/V/XR- R -R 0P- WIFI_K, EIM_E EIM_E R 0-R R 0K-R F E 00 /-L-X U V_IN V_OUT_ ON_OFF V_OUT_ R K-%-R R R FL 0 R.K-%-R 0.U/V/XR- Title WNOR.ORG WM-N-M-0 Size ocument Number Rev ustom EM-iMX ate: Friday, June, 0 Sheet of
oard to oard VIN VS LE LE00-G R 0-R GRN V Power Source from Main oard VIN E_ E_ E_ E_ E_ E_ E_ E_ E_ E_0 J E_ E_ E_ E_ E_ E_ E_ E_ E_ E_0 E_ E_ E_ E_ E_ E_ E_ E_ E_ E_0 E_ E_ E_ E_ E_ E_ E_ E_ E_ E_0 VIN V Power Source from Main oard J PIE_TXP PIE_TXN PIE_RXP PIE_RXN ETHER_P ETHER_N ETHER_P ETHER_N LE_T LVS0_TX0_N LVS0_TX0_P LVS0_TX_N LVS0_TX_P LVS0_TX_N LVS0_TX_P LVS0_TX_N LVS0_TX_P LVS0_LK_N LVS0_LK_P LVS0_LT_TRL LVS0_EN TP0 TP0 TP0, I_S, I_SL HMI_LKP HMI_LKM HMI_0P HMI_0M HMI_P HMI_M HMI_P HMI_M HMI_HP TP0, EIM SL _S TP0 TP0 PIE_LKP PIE_LKN PIE_TXP 0 PIE_TXN 0 PIE_RXP 0 PIE_RXN 0 TP0 TP0 TP0 TP TP TP TP00 TP PIE_nRST ST_RXP ST_RXN ETHER_P ETHER_N ETHER_P ETHER_N LE_T LVS0_TX0_N LVS0_TX0_P LVS0_TX_N LVS0_TX_P LVS0_TX_N LVS0_TX_P LVS0_TX_N LVS0_TX_P LVS0_LK_N LVS0_LK_P LVS0_LT_TRL LVS0_EN LVS0_VEN ep0_self_test ep0_hp I_S I_SL HMI_LKP HMI_LKM HMI_0P HMI_0M HMI_P HMI_M HMI_P HMI_M HMI_HP HMI_ EIM_ R 0-RHMI_E _SL _S PIE_LKP PIE_LKN PIE_LKP PIE_LKN 0.U/V/XR- PIE_TXP_P 0.U/V/XR- PIE_TXN_N 0.U/V/XR- PIE_RXP_P 0.U/V/XR- PIE_RXN_N PIE_TXP PIE_TXN EX_nPREST PIE_RXP PIE_RXN PIE_LK_OE PIE_LK_OE PIE_nWKE PIE_nRST ST_RXP ST_RXN E_ E_ E_ E_ E_ E_ E_ E_ E_ E_0 0 0 0 0 0 E_ E_ E_ E_ E_ E_ E_ E_ E_ E_0 0 0 0 0 0 E_ E_ E_ E_ E_ E_ E_ E_ E_ E_0 0 0 0 0 0 0 0 0 0 00 0 0 0 0 0 0 E_ E_ E_ E_ E_ E_ E_ E_ E_ E_0 0 0 0 0 0 0 0 0 0 00 0 0 0 0 0 0 ETHER_0P ETHER_0N ETHER_P ETHER_N LE_nLINK00 LE_nLINK000 ISP0_T0 ISP0_T ISP0_T ISP0_T ISP0_T ISP0_T ISP0_T ISP0_T ISP0_T ISP0_T ISP0_T0 ISP0_T ISP0_T ISP0_T ISP0_T ISP0_T ISP0_T ISP0_T ISP0_T ISP0_T ISP0_T0 ISP0_T ISP0_T ISP0_T ISP0_LK ISP0_HSYN ISP0_VSYN ISP0_NTRST ISP0_RY ISP0_VEN ISP0_KLEN RSV0 R_NNF_S0 R_NNF_S R_NNF_S R_NNF_S R_NNF_S R_NNF_R0 R_NNF_WP R_NNF_LE R_NNF_LE R_NNF_WE R_NNF_RE RSV R_NNF_0 R_NNF_ R_NNF_ R_NNF_ ETHER_0P ETHER_0N ETHER_P ETHER_N LE_nLINK00 LE_nLINK000 ISP0_T0 ISP0_T ISP0_T ISP0_T ISP0_T ISP0_T ISP0_T ISP0_T ISP0_T ISP0_T ISP0_T0 ISP0_T ISP0_T ISP0_T ISP0_T ISP0_T ISP0_T ISP0_T ISP0_T ISP0_T ISP0_T0 ISP0_T ISP0_T ISP0_T ISP0_LK ISP0_HSYN ISP0_VSYN ISP0_NTRST ISP0_RY ISP0_VEN ISP0_KLEN TP0 R_NNF_S0 R_NNF_S R_NNF_S R_NNF_S TP R_NNF_R0 R_NNF_WP R_NNF_LE R_NNF_LE R_NNF_WE R_NNF_RE TP TP TP TP TP, EIM_WIT ST_TXP ST_TXN US_HU_RESET_ US_OTG_O TP TP TP TP TP US_OTG_I US_OTG_P US_OTG_N US_OTG_VUS US_OTG_PWR_EN US_H_O TP0 TP TP TP TP US_HOST_N US_HOST_P US_H_VUS,,,,,, URT_TS URT_TX URT_RX URT_RTS,,, U_RX U_TXFS U_TX U_TX GPIO_0_LKO TP TP S_ S_M GPIO_ S_T S_T TP TP SPI_MOSI SPI_MISO SPI_SLK EIM_RW EIM_L I_SL I_S I_SL I_S EIM_WIT R 0-RST_nT ST_TXP ST_TXN US_HU_RESET_ US_OTG_O Std_SSRXP Std_SSRXN GN_RIN Std_SSTXP Std_SSTXN US_OTG_I US_OTG_P US_OTG_N US_OTG_VUS US_OTG_PWR_EN US_H_O Std_SSRXP Std_SSRXN GN_RIN Std_SSTXP Std_SSTXN US_HOST_N US_HOST_P US_H_VUS U_RX U_TXFS U_TX U_TX GPIO_0_LKO Np Nn SPI_MOSI SPI_MISO SPI_SLK EIM_RW EIM_L I_SL I_S I_SL I_S US.0 IS udio lk S_ S_M GPIO_R0 0-RS_WP S_T S_T S_T S_T SPI_S0 SPI_S URT_TS R 0-RURT_TS URT_TX R 0-RURT_TX URT_RX R 0-RURT_RX URT_RTS R 0-RURT_RTS VS R 0K-R TP S TP S EIM_ GPIO EIM_ EIM_0 GPIO EIM_0 GPIO_ GPIO GPIO_ EIM_ GPIO EIM_ GPIO_ GPIO GPIO_ TP MNF MNF TP MNF MNF TP MNF MNF TP MNF0 MNF TP MNF MNF TP0 MNF MNF TP MNF_WTHOG MNF TP V_RT 0 0 0 0 0 0 0 0 0 0 0 0 00 00 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 R_NNF_ R_NNF_ R_NNF_ R_NNF_ R_NNF_ R_NNF_ R_NNF_ R_NNF_ R_NNF_ R_NNF_ R_NNF_ R_NNF_0 R_NNF_ R_NNF_ R_NNF_ R_NNF_ R_NNF_ R_NNF_ R_NNF_ R_NNF_ R_NNF_ R_NNF_0 U_RX U_TXFS U_TX U_TX GPIO LK0 SPIF_OUT Np Nn S_LK S_LE R 0-REIM_E0 S_PWREN R EIM_ S_T0 0-R-X S_T S_T S_T SPI_MOSI SPI_MISO SPI_LK SPI_S0 EIM_E SPI_S R 0-RKEY_OL URT_TS URT_TX URT_RX URT_RTS URT_ URT_SR URT_TR URT_RI ON_OFF nreset_tn GPIO EIM_ GPIO GPIO_ GPIO GPIO_ GPIO MI_ET GPIO S_RST MNF MNF MNF0 MNF MNF MNF MNF MNF MNF MNF MNF MNF MNF TP TP TP0 TP TP TP TP TP TP TP TP TP TP TP0 R_NNF_ R_NNF_ R_NNF_ R_NNF_ R_NNF_ R_NNF_ R_NNF_ R_NNF_0 U_RX, U_TXFS, U_TX, U_TX, TP SPIF_OUT TP TP S_LK EIM_E0, EIM_, S_T0 S_T TP TP SPI_MOSI SPI_MISO SPI_LK EIM_E, KEY_OL URT_TS URT_TX URT_RX URT_RTS TP TP0 TP TP ON_OFF nreset_tn EIM_, GPIO_ GPIO_ MI_ET S_RST TP TP TP TP TP TP TP MXM_.0_ONNETOR/GF-X MXM_.0_ONNETOR/GF-X VIN J -0-000-X Title WNOR.ORG LOK IGRM Size ocument Number Rev EM-iMX Friday, June, 0 ate: Sheet of
WN REV: P SN:00000 L=, x mm PGE TITLE P0 Index P0 Expansion ONN. P0 - & M-S P0 HOST & lient P0 udio & RJ P0 LVS & HMI & ST HOLE HOLE-X HOLE HOLE-X GN HOLE HOLE-X HOLE HOLE-X-P P P HOLE 0M0_0P HOLE 0M0_0P P P0TNR0 HOLE 0M0_0P HOLE 0M0_0P HOLE HOLE-X GNM WNOR ESIGN N ISLIMER These design materials referred to in this document are *NOT SUPPORTE* and O NOT constitute a reference design. Only "community" support is allowed via resources at Wandboard.org forums. THERE IS NO WRRNTY FOR THE ESIGN MTERILS, TO THE EXTENT PERMITTE Y PPLILE LW. EXEPT WHEN OTHERWISE STTE IN WRITING THE OPYRIGHT HOLERS N/OR OTHER PRTIES PROVIE THE ESIGN MTERILS "S IS" WITHOUT WRRNTY OF NY KIN, EITHER EXPRESSE OR IMPLIE, INLUING, UT NOT LIMITE TO, THE IMPLIE WRRNTIES OF MERHNTILITY N FITNESS FOR PRTIULR PURPOSE. THE ENTIRE RISK S TO THE QULITY N PERFORMNE OF THE ESIGN MTERILS IS WITH YOU. SHOUL THE ESIGN MTERILS PROVE EFETIVE, YOU SSUME THE OST OF LL NEESSRY SERVIING, REPIR OR ORRETION. This board was designed as an evaluation and development tool. It was not designed with any other application in mind. s such, these design materials may or may not be suitable for any other purposes. If used, the design material becomes your responsibility as to whether or not it meets your specific needs or your specific applications and may require changes to meet your requirements. FM FM0S-X FM FM0S-X FM FM0S-X FM FM0S-X FM FM0S-X FM FM0S-X FM FM0S-X FM FM0S-X Title WNOR.ORG INEX Size ocument Number Rev ustom WN ate: Friday, June, 0 Sheet of
oard to oard TP TP0 TP TP ETHER_P ETHER_N ETHER_P ETHER_N LE_T LVS0_TX0_N LVS0_TX0_P LVS0_TX_N LVS0_TX_P LVS0_TX_N LVS0_TX_P LVS0_TX_N LVS0_TX_P LVS0_LK_N LVS0_LK_P LVS0_LT_TRL LVS0_EN LVS0_VEN TP TP, I_S, I_SL HMI_LKP HMI_LKM HMI_0P HMI_0M HMI_P HMI_M HMI_P HMI_M HMI_HP TP HMI_E _SL _S TP0 TP TP TP PIE_TXP PIE_TXN PIE_RXP PIE_RXN 0 TP TP TP TP TP TP0 TP TP TP ST_RXP ST_RXN V Power Source from Main oard ETHER_P ETHER_N ETHER_P ETHER_N LE_T LVS0_TX0_N LVS0_TX0_P LVS0_TX_N LVS0_TX_P LVS0_TX_N LVS0_TX_P LVS0_TX_N LVS0_TX_P LVS0_LK_N LVS0_LK_P LVS0_LT_TRL LVS0_EN LVS0_VEN ep0_self_test ep0_hp I_S I_SL HMI_LKP HMI_LKM HMI_0P HMI_0M HMI_P HMI_M HMI_P HMI_M HMI_HP HMI_ HMI_E _SL _S PIE_LKP PIE_LKN PIE_LKP PIE_LKN 0.U/V/XR- 0.U/V/XR- 0.U/V/XR- 0.U/V/XR- PIE_TXP PIE_TXN EX_nPREST PIE_RXP PIE_RXN PIE_LK_OE PIE_LK_OE PIE_nWKE PIE_nRST ST_RXP ST_RXN PIE_TXP_P PIE_TXN_N PIE_RXP_P PIE_RXN_N J +V +V E_ E_ E_ E_ E_ E_ E_ E_ E_ E_0 E_ E_ E_ E_ E_ E_ E_ E_ E_ E_0 0 0 0 0 0 E_ E_ E_ E_ E_ E_ E_ E_ E_ E_0 E_ E_ E_ E_ E_ E_ E_ E_ E_ E_0 0 0 0 0 0 E_ E_ E_ E_ E_ E_ E_ E_ E_ E_0 E_ E_ E_ E_ E_ E_ E_ E_ E_ E_0 0 0 0 0 0 0 0 0 0 00 0 0 0 0 0 E_ E_ E_ E_ E_ E_ E_ E_ E_ E_0 E_ E_ E_ E_ E_ E_ E_ E_ E_ E_0 0 0 0 0 0 0 0 0 0 00 0 0 0 0 0 0 0 ETHER_0P ETHER_0N ETHER_P ETHER_N LE_nLINK00 LE_nLINK000 ISP0_T0 ISP0_T ISP0_T ISP0_T ISP0_T ISP0_T ISP0_T ISP0_T ISP0_T ISP0_T ISP0_T0 ISP0_T ISP0_T ISP0_T ISP0_T ISP0_T ISP0_T ISP0_T ISP0_T ISP0_T ISP0_T0 ISP0_T ISP0_T ISP0_T ISP0_LK ISP0_HSYN ISP0_VSYN ISP0_NTRST ISP0_RY ISP0_VEN ISP0_KLEN RSV0 R_NNF_S0 R_NNF_S R_NNF_S R_NNF_S R_NNF_S R_NNF_R0 R_NNF_WP R_NNF_LE R_NNF_LE R_NNF_WE R_NNF_RE RSV R_NNF_0 R_NNF_ R_NNF_ R_NNF_ V Power Source from Main oard ETHER_0P ETHER_0N ETHER_P ETHER_N LE_nLINK00 LE_nLINK000 ISP0_T0 ISP0_T ISP0_T ISP0_T ISP0_T ISP0_T ISP0_T ISP0_T ISP0_T ISP0_T ISP0_T0 ISP0_T ISP0_T ISP0_T ISP0_T ISP0_T ISP0_T ISP0_T ISP0_T ISP0_T ISP0_T0 ISP0_T ISP0_T ISP0_T ISP0_LK ISP0_HSYN ISP0_VSYN ISP0_NTRST ISP0_RY ISP0_VEN TP0 TP TP TP TP TP TP TP TP TP0 TP TP TP TP TP TP TP0 TP0 TP0 ST_TXP ST_TXN TP US_OTG_O TP TP TP0 TP TP US_OTG_I US_OTG_P US_OTG_N US_OTG_VUS US_OTG_PWR_EN US_H_O Std_SSRXP Std_SSRXN GN_RIN Std_SSTXP Std_SSTXN US_HOST_N US_HOST_P TP U_RX U_TXFS U_TX U_TX UIO_LK TP TP S_ S_M S_WP S_T S_T TP TP TP TP TP TP TP0, I_SL, I_S, I_SL, I_S URT_TS URT_TX URT_RX URT_RTS TP0 TP TP TP0 GPIO_ GPIO_ GPIO_ TP TP TP TP TP TP0 TP0 TP EIM_WIT ST_TXP ST_TXN US_HU_RESET_ US_OTG_O Std_SSRXP Std_SSRXN GN_RIN Std_SSTXP Std_SSTXN US_OTG_I US_OTG_P US_OTG_N US_OTG_VUS US_OTG_PWR_EN US_H_O Std_SSRXP Std_SSRXN US.0 GN_RIN Std_SSTXP Std_SSTXN US_HOST_N US_HOST_P US_H_VUS U_RX U_TXFS U_TX U_TX UIO_LK Np Nn S_ S_M S_WP S_T S_T S_T S_T SPI_MOSI SPI_MISO SPI_SLK SPI_S0 SPI_S I_SL I_S I_SL I_S URT_TS URT_TX URT_RX URT_RTS S S GPIO_ UX_V_EN GPIO_ GPIO_ GPIO_ MNF MNF MNF MNF0 MNF MNF MNF_WTHOG V_RT IS udio lk J 0 0 0 0 0 0 0 0 0 0 0 0 00 00 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 P GN# GN# MXM_.0_ONNETOR-X/+E0 P R_NNF_ R_NNF_ R_NNF_ R_NNF_ R_NNF_ R_NNF_ R_NNF_ R_NNF_ R_NNF_ R_NNF_ R_NNF_ R_NNF_0 R_NNF_ R_NNF_ R_NNF_ R_NNF_ R_NNF_ R_NNF_ R_NNF_ R_NNF_ R_NNF_ R_NNF_0 U_RX U_TXFS U_TX U_TX GPIO LK0 SPIF_OUT Np Nn S_LK S_LE R 0-REIM_E0 S_PWREN S_T0 S_T S_T S_T SPI_MOSI SPI_MISO SPI_SLK SPI_S0 SPI_S URT_TS URT_TX URT_RX URT_RTS URT_ URT_SR URT_TR URT_RI PWR_TN nreset_tn GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ MNF0 MNF MNF MNF MNF MNF TP TP TP TP TP TP TP TP TP TP TP TP TP TP0 TP TP TP TP TP0 TP TP TP U_RX U_TXFS U_TX U_TX TP SPIF_OUT TP TP S_LK TP TP S_T0 S_T TP TP SPI_MOSI SPI_MISO SPI_SLK SPI_S0 SPI_S TP TP TP TP TP TP TP TP TP nreset_tn GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ TP TP TP TP TP00 TP0 TP0 MXM_.0_ONNETOR-X/+E0 Title WNOR.ORG LOK IGRM Size ocument Number Rev ustom WN ate: Friday, June, 0 Sheet of
JK - utton URT URT_TX URT_RX URT_RTS URT_TS _+ URT_TX R 0-R URT_RX R 0-R URT_RTS URT_TS R0 0-R R 0-R IN 0.U/V/XR- 0 MWS--K RESET TS-N-V U + _+ 0.U/V/XR- _- 0.U/V/XR- _- - + - Tin Rout Tin Rout +V nreset_tn nreset_tn U/0V/XR--X +.V F 0000M GN V 0 0.U/V/XR- V+ V- M0RUZ Tout Rin Tout Rin U/V/XR- 0.U/V/XR- 0.U/V/XR- RS_TX RS_RX RS_RTS RS_TS 00P- 00P- 00P- 00P- 00 00 00 00 RS_TS RS_TX RS_RTS RS_RX RS_TX RS_RX RS_RTS RS_TS OM_GN OM 0 SU-M-. E /-L 00 Micro-S +V 00 0U/0V/YV- S_T S_T S_LK S_T0 S_T S_M S_ S_WP 0.U/V/XR- S_T S_T S_LK S_T0 S_T S_M S_ S_WP U IN OUT EN J GN GN GN GN MEEHJZ R -R J R R S_LKO +.V 0.U/V/XR- R 0K-R R 0K-R R00 0K-R R0 0K-R R0 0K-R R0 0K-R R0 0K-R R0 0K-R R 0K-R-X 0K-%-R.0K-%-R 00 0U/0V/YV- +.V _RES 0 00 LE LE00-G GRN R 0-R 0U/0V/YV- MS T /T 0 V LK VSS T0 T M GN GN GN GN 0.U/V/XR- usr-h. Title WNOR.ORG -& M-S & RJ &RT Size ocument Number Rev ustom WN ate: Friday, June, 0 Sheet of
HOST US +V +V R 0K-R-X R 0K-R-X U IN OUT EN GN O TPS0V-X TP LO_VUS R US_OVRURn R LO_VUS 00 E 00 US_HOST_N R 0-R US_HOST_N +V US_HOST_P R 0-R US_HOST_P 0K-R-X Std_SSTXN R 0-R Std_SSTXN 0-R-X US_H_O Std_SSTXP R 0-R US_H_O Std_SSTXP GN_RIN GN_RIN Std_SSRXN R 0-R Std_SSRXN Std_SSRXP R 0-R Std_SSRXP E 0 /-L /-L-X PG0000MR-X PG0000MR-X F HOST_P PG0000MR-X PG0000MR-X HOST_M PG0000MR-X SM00-00 PG0000MR-X PG0000MR-X H H F US_GN USH VUS M P GN SSTXN SSTXP GN SSRXN SSRXP SHIEL0 SHIEL US_TYPE_ONNETOR E 00 /-L OTG US US_OTG_PWR_EN US_OTG_VUS 00 0U/0V/XR- R 0K-R US_OTG_PWR_EN R0 00-R US_OTG_VUS R 0K-R-X +V VUS_V U IN OUT EN GN O TPS0VR R 00 -R US_OTG_O US_OTG_O US_OTG_N US_OTG_P US_OTG_I US_OTG_N US_OTG_P US_OTG_I R 0-R-X VUS_V R 00 -R PG0000MR-X IO_V.ML00-X 00.U/V/XR- PG0000MR-X USH_GN PG0000MR-X +V M P I GN PTH_ PTH_ Mini- PTH_ PTH_ F USH_GN US MINI US--S-R E 00 /-L Title WNOR.ORG Host & lient US Size ocument Number Rev ustom WN ate: Friday, June, 0 Sheet of
UIO RJ SPIF WN udio & mplifier WNOR.ORG ustom Friday, June, 0 Title Size ocument Number Rev ate: Sheet of LINEOUT_L T_UXR UIO_HP_VGN I_SL V HP_R UIO_VG U_RX I_S U_TXFS SYS_MLK UIO_V U_TX UIO_PFILT UIO_LK U_TX MI_IN T_UXL LINEOUT_R HP_L MI_IS MIIS MI_MIN_P0 MI_M HSOL HSOR MI_M MI_MIN_M0 MI_MIN_P MI_MIN_M HP_L HP_R UIO_OUT_L UIO_OUT_R T_UXL UXR UXL T_UXR V EN MI_M MIIS YLE- ETHER_P ETHER_N EN EN ETHER_N YLE+ E0P ETHER_N EP LN_P ETHER_0P EN EP EP ETHER_0N ETHER_P E0N ETHER_P LE_nLINK000 GLE- GLE+ LE_T LE_nLINK00 I_S I_S I_SL I_SL TRL_T TRL_LK U_TX U_RX U_TXFS U_TX IS_IN0 IS_OUT0 IS_LRLK0 IS_SLK0 SPIF_OUT UIO_LK I_SL, I_S, U_TXFS U_TX U_RX U_TX ETHER_P ETHER_N ETHER_N ETHER_0N ETHER_0P ETHER_N ETHER_P ETHER_P LE_T LE_nLINK000 LE_nLINK00 I_S, I_S, I_SL, I_SL, U_TXFS U_TX U_RX U_TX SPIF_OUT PV +.V MI_G MI_G GNM GNM GNM GNM GNM GNM GNM GNM GNM GNM GNM GNM GNM GNM GNM GNM GNM +.V PV +.V GNM +.V R 0-R 0 0.U/V/XR- P- R 0-R-X 0 P- R 0-R 00 R 0-R-X IO_V.ML00-X R0 0-R-X 0 0P- 0 0.U/V/YV- R 0-R L LMPGSN 0 0.0U/V/XR- 0.U/V/XR- P- U/0V/XR- R 0-R U/0V/YV- LINEOUT KJ0-RT R0 0-R-X R 0K-R 00P--X 0.U/V/XR- R -R 00.U/0V/YV- R 0-R R 0-R R -R R 0-%-R R0 0-R-X U SGTL000 QFN 0 0 0 IS_SLK N LINEIN_L PFILT VIO N SYS_MLK IS_OUT IS_IN HP_L TRL_T N TRL_LK GN N HP_R GN V LINEOUT_L LINEOUT_R MI N LINEIN_R GN IS_LRLK V TRL_R0_S TRL_MOE HP_VGN N VG MI_IS GN-P R0 0-R 00 R 0-R U/0V/XR- 0.U/V/YV- 00 R 00-R-X R 0-R LINEIN KJ0-RT R0 0-R P- R0 0-R-X R.K-R 0.U/V/XR- R0 0-%-R R 0-R 0 U/0V/YV- 00P--X R -R SPIF KYT-0 GN V VIN R -R 00 U/V/XR- IO_V.ML00-X F LMPGSN R 0-R 0.U/V/XR--X IO_V.ML00-X R.K-%-R TP 0.U/V/YV- 00 0.0U/V/XR- R 0-R LN RT-M L L L L H 0 H T0+_0+ TT_T T0-_0- RT_T R+_+ YLE- R-_- YLE+ N_+ GLE-_OLE+ N_- GLE+_OLE- N_+ GN N_- GN R 0-R-X R 0-R R00 0-R-X R 0-R-X 00 R 0-R R -R 0.U/V/XR- 0.U/V/XR- R 0-R-X E 00 F /-L 000P- MI KJ0-RT P- R 0-R IO_V.ML00-X U TPSKR IN EN NR OUT GN R 0-R 00 R 00-R-X R 0-R R 0-R R 0-R 00 0U/.V/XR- R 0-R R 0-R-X R -%-R TP R 0-R
TTL LVS ISP0_T ISP0_T ISP0_T ISP0_T0 ISP0_T ISP0_T ISP0_T ISP0_T ISP0_T ISP0_T ISP0_T ISP0_T0 ISP0_T ISP0_T ISP0_T ISP0_T ISP0_T ISP0_T ISP0_T ISP0_T ISP0_T0 ISP0_T ISP0_T ISP0_T ISP0_LK ISP0_VSYN ISP0_HSYN ISP0_RY ISP0_NTRST ISP0_VEN ISP0_T ISP0_T ISP0_T ISP0_T0 ISP0_T ISP0_T ISP0_T ISP0_T ISP0_T ISP0_T ISP0_T ISP0_T0 ISP0_T ISP0_T ISP0_T ISP0_T ISP0_T ISP0_T ISP0_T ISP0_T ISP0_T0 ISP0_T ISP0_T ISP0_T ISP0_LK ISP0_VSYN ISP0_HSYN ISP0_RY ISP0_NTRST ISP0_VEN RN 0-RSP R_SS_T R_SS_T R_SS_T R_SS_T0 RN 0-RSP R_SS_T R_SS_T R_SS_T R_SS_T RN 0-RSP R_SS_T R_SS_T R_SS_T R_SS_T0 RN0 0-RSP R_SS_T R_SS_T R_SS_T R_SS_T R_SS_T RN 0-RSP R_SS_T R_SS_T R_SS_T RN 0-RSP R_SS_T0 R_SS_T R_SS_T R_SS_T R 0-R R 0-R R 0-R R 0-R R 0-R R 0-R R_SS_PLK R_SS_VSYN R_SS_HSYN R_ISP0_RY R_ISP0_NTRST R_ISP0_VEN, I_S, I_SL, I_S, I_SL, I_S, I_SL R_SS_T0 R_SS_T R_SS_T R_SS_T R_SS_T R_SS_T R_SS_T R_SS_T R_SS_T R_SS_T +.V R_ISP0_NTRST R_ISP0_VEN I_S I_SL I_S I_SL I_S I_SL JP 0 0 PH_X0_.mm JP 0 0 PH_X0_.mm R_SS_T0 R_SS_T R_SS_T R_SS_T R_SS_T R_SS_T R_SS_T R_SS_T R_SS_T R_SS_T +.V R_SS_T0 R_SS_T R_SS_T R_SS_T R_SS_PLK R_SS_VSYN R_SS_HSYN R_ISP0_RY SPI +.V +.V JP LVS0_TX0_N LVS0_TX0_N LVS0_TX0_P LVS0_TX0_P LVS0_TX_N LVS0_LK_N LVS0_TX_N LVS0_LK_N LVS0_TX_P LVS0_LK_P LVS0_TX_P 0 LVS0_LK_P LVS0_TX_N LVS0_LT_TRL LVS0_TX_N LVS0_LT_TRL LVS0_TX_P LVS0_EN LVS0_TX_P LVS0_EN LVS0_TX_N LVS0_VEN LVS0_TX_N LVS0_VEN LVS0_TX_P LVS0_TX_P 0 SPI_MOSI SPI_MISO SPI_SLK SPI_S0 SPI_S SPI_MOSI SPI_MISO SPI_SLK SPI_S0 SPI_S +V PH_X0_.mm JP 0 0 +V GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ PH_X0_.mm HMI ST +.V +V HMI_E _SL R _S R HMI_E R0.K-R-X.K-R-X R +V T K-R 0-R-X E_ HMI_M HMI_P _SL _S HMI_M HMI_P HMI_HP HMI_0M HMI_0P HMI_LKP HMI_LKM F SM00-00 HMI_M HMI_P IO_V.ML00-X IO_V.ML00-X _SL _S HMI_M HMI_P IO_V.ML00-X 0 IO_V.ML00-X HMI_HP HMI_0M HMI_0P IO_V.ML00-X IO_V.ML00-X HMI_LKP HMI_LKM IO_V.ML00-X VI T- T+ T_S SL S G G G G T- T+ T_S +V /E GN HPLG T0- T0+ T0_S G G G G HMI--P0./H. E_ ST LK_S E 0 LK+ N LK- TX+ TX- RX- RX+ GN GN# GN# ST--LTH ST_TXP_P ST_TXN_N ST_RXN_N ST_RXP_P 0 0.0U/V/XR- ST_TXP 0.0U/V/XR- ST_TXN 0.0U/V/XR- ST_RXN 0.0U/V/XR- ST_RXP ST_TXP ST_TXN ST_RXN ST_RXP IO_V.ML00-X 0 0.U/V/XR- Title WNOR.ORG LVS & HMI & ST Size ocument Number Rev ustom WN ate: Friday, June, 0 Sheet of
ill of Materials Wandoard-iMXQU REV::Freescale System Module,QEYM0 Item Q'TY Location ssortment escription P P,WandoardiMX,Rev Layers,0xmm,.mm 0 R,R,R,R,R,R,R,R,R,R,R,R,R,R, HIP RESISTOR 0Ω,±%, R0,R,R,R,R,R,R,R,R,R0,R,R,R,R,R,R0,R,R,R,R,R00,R0,R0,R0,R,R0,R,R,R,R,R,R,R,R,R,R,R,R,R0,R,R,R,R0,R,R,R,R0,R,R0,R,R,R,R,R,R 0,R,R,R,R,R,R,R0,R,R,R,R0,R,R,R,R,R,R,R,R,R,R,R,R,R0,R0,R,R,R,R,R,R0,R,R R,R,R,R,R0 HIP RESISTOR 0Ω,±%, R00,R HIP RESISTOR KΩ,±%, R,R,R,R0,R,R,R0,R,R,R,R,R,R HIP RESISTOR 0KΩ,±%,,R,R,R0,R0,R0,R,R,R,R,R,R 00,R0,R0,R,R,R,R,R,R,R,R,R,R,R,R,R,R,R,R0,R,R R,R0 HIP RESISTOR 00KΩ,±%, R HIP RESISTOR.KΩ,±%, R,R0,R HIP RESISTOR 00Ω,±%, R0 HIP RESISTOR 00KΩ,±%, 0 R HIP RESISTOR KΩ,±%, R HIP RESISTOR Ω,±%, R,R,R,R0,R HIP RESISTOR 0Ω,±%, R,R,R,R,R,R0,R,R HIP RESISTOR.KΩ,±%, R,R,R0,R,R,R,R HIP RESISTOR 0Ω,±%, R,R,R HIP RESISTOR KΩ,±%, R,R0,R HIP RESISTOR Ω,±%, R HIP RESISTOR 0Ω,±%, R HIP RESISTOR KΩ,±%, R,R,R0,R,R,R,R,R,R,R,R,R,R0,R HIP RESISTOR.KΩ,±%,,R,R,R,R,R0,R,R,R,R,R,R,R, R,R,R0,R,R,R,R,R0 0 R HIP RESISTOR KΩ,%, R,R0 HIP RESISTOR.KΩ,±%, R HIP RESISTOR 0Ω,±%, R HIP RESISTOR KΩ,±%, R HIP RESISTOR.KΩ,±%, R,R HIP RESISTOR.KΩ,±%, R HIP RESISTOR.KΩ,±%, R HIP RESISTOR.KΩ,±%, R HIP RESISTOR KΩ,±%, R,R0,R HIP RESISTOR.KΩ,±%, 0 R,R0 HIP RESISTOR.0KΩ,±%, R0 HIP RESISTOR KΩ,±%, R,R,R,R0,R0,R,R,R,R,R,R HIP RESISTOR 0Ω,±%,00,R,R,R0,R0,R0,R,R,R R HIP RESISTOR Ω,±%,00 RN,RN,RN,RN,RN,RN,RN,RN HIP RESISTOR RRY 0KΩ,±%,,/ W,PR,,,,,,0,,,,,,,,,0,0,0,0,0,0,0,0, 0,,,,,,,,,, MULTI LYER ERMI PITOR 0.uF,±0%,.V,XR,00
,,0,,,,,0,,,,,,,,,,0,,,,,,,,,,,,,,,,, MULTI LYER ERMI PITOR,, MULTI LYER ERMI PITOR MULTI LYER ERMI PITOR 0,,,,,,,,,0,,,,0,,,,,0,,,,,,,,0,,,,,,,,,,,,,,,,,,0,0, 0,0 MULTI LYER ERMI PITOR 0 MULTI LYER ERMI PITOR,0,, MULTI LYER ERMI PITOR,,,, MULTI LYER ERMI PITOR 0,0 MULTI LYER ERMI PITOR,,,,,,,,,,,,,,0 MULTI LYER ERMI PITOR, MULTI LYER ERMI PITOR, MULTI LYER ERMI PITOR 0,,0 MULTI LYER ERMI PITOR,,,,,,,,,,,,,,0 MULTI LYER ERMI PITOR, MULTI LYER ERMI PITOR 0 00,0,,,0,,,,0 MULTI LYER ERMI PITOR,,0,,,,00,0 MULTI LYER ERMI PITOR 0,,,,,,,,,0 MULTI LYER ERMI PITOR, MULTI LYER ERMI 0pF,±%,0V,NP O, 00pF,±%,0V,N PO, 0.0uF,±0%,V, XR, 0.uF,±0%,V,X R, uf,0v,±0%,x R, uf,±0%,v,x R, pf,±%,0v,np O, pf,±%,0v,np O, 0.uF,±0%,0V, XR, pf,±%,0v,np O, pf,±%,0v,np O, 0pF,±0%,0V, XR, 0uF,±0%,0V,X R,00.uF,V,XR,± 0%,00 uf,±0%,.v,x R,00.uF,.V,XR,± 0%,00 0uF,±0%,V,X R,00 uf,±0%,.v,x R,00
PITOR,,,, MULTI LYER ERMI PITOR L,L,L,L PW HOKE,FS0 0-H-RM L PW HOKE,SNR0 F-RM-T-PF L PW IN,WP00- RN F,L,F,F Multilayer hip ead.uf,v,±0%,x R,00 TOKO,.uH,±0 %,.,mr,.x.mm SUNLEI,.uH,± 0%,.,mR, X S,.uH,±0%,I set0.,mr,. 0X.0 SUNLEI,JI00 U-- PF,0Ω,,00 TI,TXS00UR, VSSOP TI,TPS0G VR,SOT- RIHTEK,RT00 U I,Voltage-Level Translator 0 U I,Supervisor and Reset U I,Step-own / onverter GQW,WFN-L U I,0/00/000 THEROS,R0 Ethernet -L,QFN Transceiver U,U0,U I,Synchronous RIHTEK,RT00 Step-own ZQW,WFN-L onverter U I,Single High MIREL,MI0 Side Power 0YFL,MLF.X. Switch mm U UFFER GTE TI,SNLVG KR,S-0 U,U,U,U R Hynix,MX, SRM,HTQG Gb,.V,FG MFR-P Y X'TL,FSXM, MFG,0PPM, PF_W Y X'TL,.000MHz,0PPM,PF QZ X'TL,.KHz,0PPM,.PF 0 Y X'TL,.MHz, 0PPM,0PF OS OS,.KHz, 0PPM,PF,. V LE LE,EVERLIGHT, -SYG- S-TR U Integrated Load Switch U PU,RM,ortex-,Quad,no lidded FUJIOM,MHz, SM- P,.X.mm FUJIOM,FSXM, MFQ,SM- P,.X.mm ITIZEN,M,.KZFTR,SM -P,.X.mm FUJIOM,FSXM,.M0FQ,SM -P,.X.mm FUJIOM,FO,.K,SM -P,.*.mm SM,00,GREEN,0nm,mcd Fairchild,F L,V,.,SSOT MIMXQEYM0,FG
MS Micro S R REER Most Well,MWS0S0 R,H:.mm,SM NT OXIL ONN. I-PEX,MHF,0-00E- 0,Pads,H=. mm U Module,Wireless LN+T+FM P P,WandoardiMX,Rev JOIN TEK,PIN,P=0., H=.,0,SM MER ONN,FP,JSF ---,OWN WM-N-M- 0,M Layers,0xmm,.mm
ill of Materials WN,Rev :arrier oard for Wandboard Item Q'TY Location ssortment escription P P,WN, arrier Layers,xmm,.mm oard,rev 0 R,R,R,R,R0,R,R,R, HIP RESISTOR 0Ω,±%, R,R,R,R,R,R0,R,R, R,R,R,R,R,R,R0,R, R,R,R,R,R,R R,R,R,R,R,R,R HIP RESISTOR 0Ω,±%, R HIP RESISTOR 0KΩ,±%, 0 R,R,R00,R0,R0,R0,R0,R0,R HIP RESISTOR 0KΩ,±%,,R R HIP RESISTOR Ω,±%, R HIP RESISTOR.KΩ,±%, R,R,R,R,R HIP RESISTOR Ω,±%, R HIP RESISTOR 0Ω,±%, 0 R HIP RESISTOR KΩ,±%, R0 HIP RESISTOR 00Ω,±%, R HIP RESISTOR.KΩ,±%, R,R0 HIP RESISTOR 0Ω,±%, R HIP RESISTOR Ω,±%, R HIP RESISTOR.0KΩ,±%, R,R HIP RESISTOR 0Ω,±%,00 R,R HIP RESISTOR Ω,±%,00 RN,RN,RN,RN0,RN,RN HIP RESISTOR 0Ω,±%,,/W,PR RRY,0 MULTI LYER uf,0v,±0%,xr, ERMI PITOR 0 MULTI LYER ERMI 000pF,±0%,XR,0V,00 PITOR 00,0,0,,, MULTI LYER ERMI 0.0uF,±0%,V,XR,,,,,0,0,,,,,,,0,,,,,0,,,,, PITOR MULTI LYER ERMI PITOR, MULTI LYER ERMI PITOR 0 MULTI LYER ERMI PITOR,,,,0 MULTI LYER ERMI PITOR,,, MULTI LYER ERMI PITOR MULTI LYER ERMI PITOR MULTI LYER ERMI PITOR,,0, MULTI LYER ERMI 0.uF,±0%,V,XR, uf,0v,±0%,xr, 0pF,±%,0V,NPO, pf,±%,0v,npo, 00pF,0V,±%,NPO,00 uf,v,xr,0%,00 0uF,.V,XR,±0%,00 0uF,0V,±0%,XR,00
PITOR 0, MULTI LYER ERMI PITOR MULTI LYER ERMI PITOR F Multilayer hip ead L Multilayer hip ead F,,F,,F Multilayer hip ead U I,Power- istribution Single Switch.uF,V,±0%,XR,00 uf,v,xr,0%,0 SUNLEI,JI00U-- PHF,0Ω,,00 SUNLEI,JI00U-- PHF,0Ω,,00 SUNLEI,JI00U-0- PHF,Ω,,00 TI,TPS0V,,ctive Low,SOT-PIN ME,.,J,SO U I,RS /R I,M0RUZ,.V,T SSOP U I,Stereo udio OE_W Freescale,SGTL000XN /R,QFN U Regulator,LO TI,TPSKR,0m,.V,S0 Schottky arrier T,0V,SOT- iodes 0 LE LE,EVERLIGHT, -SYG-S- TR SM,00,GREEN,0nm, mcd Sea&Land,SM00-00,00 ONQUER,SEF00,V,,.X. IPTRONIS,H=.,0g, IP OM Pin -SU Slim Type (.mm) U Regulator,LO,M EEHJZ F,F FUSE,POLY SWITH,./V F- Square eramic Fuse RESET TT SWITH,TS-N- V J ONN,MXM.0, P,P=0.,H=. FOXONN,S0-S- H,LK MS Micro S R REER Most Well,MWS0S0R,H:. mm,sm JP,JP,JP,JP FEMLE HEER X0PIN,.mm,H=.,0,IP F ONN,FUSE HOLER Little Fuse,0000M,H=.,S M Qi- Speed,Male,Green,w/Screw, 0+0-S 0 US Mini US Type Qi-speed,HO000-- 00P-R, port,0,sm USH USX, TYPE,.0 Qi-Speed,KUS--.0,IP ST ONN,ST- P,LK Most Well,S- 0F00S0,IP LN RJX ONN. UE,RT- M,W/LE&TRNS FORMER,GIG MI,LINEOUT,LINEIN UIO JK,EPJ- Most