TB-7Z-020-EMC Hardware User Manual
Contents
1. i inreviun nagcaooogoooocDOooDoOcogGgcOOOJGODDDOODOODODGDODOoo ww Figure 6 1 BoardiDimefisions inclusive of wastable substrate top view 3 35 NE 3 435 90 6 m Pad WF LA 18 RE 9 r RE 2 1 zg 9 o o ee ee mh 2 1 tke zn i 21 mH 2286 ni afim ijin pla m eee 4 Ins wee Di 3563 po 9 Jj E wae A E He in S i f pH m e 1 es 25 213 eer i ere A 28 Mea 052 o ibe BESR mw pti DE EW B m e ES eem ME xxu u id Dd oon is b au ooo cepts 01816043 po OO do M e OO XI ian humeur io En I FER 20 34 e H cE bigs Em PF ES ER lll2. Mictor 38 Connector 2 5767004 2 PL Bank13 PS Bank501 Figure 7 20 MI 7 12 1 VTREF SEL Jumper There is a 2 pin jumper J5 for supp TRACE PORT VTREF OUTPUT ON 3P3V OUTPUT OFF NO POWER OUTPUT EN HOR 1 2 2 VCC 3P3V Figure 7 21 ARM PJTAG Port s VTREF SEL Jumper Rev 0 90 TOKYO ELECTRON DEVICE LIMITED 25 72 020 Hardware User Manual inreviun Table 7 6 Jumper Function Table NECI mace mm Enable 5 from ARM Trace Port ooft reset enable Soft reset is only generated by SW8 J5 ARM Trace Port VTREF VTREF pin Trace Port s VTREF pin 7 13 JTAG The TB 7Z 020 EMC board provides a traditional Platform Cable JTAG lt The The JTAG Chain is constructed as follows JTAG 2 0mm pitch straight Male Pin Header ZYNGOQ XC 7Z020 CLGAB4E JTAG IF 0 90 TOKYO ELECTRON DEVICE LIMITED 72 020 Hardware User Manual inreviun 7 14 Reset Switches 15 SAST B i S ns 0 90 TOKYO ELECTRON DEVICE LIMITED 27 72 020 Hardware User Manual Inrevium ag 7 15 DVI Output The TB 7Z 020 EMC board includes the TI TFP410PAP DVI Transmitter It provides a digital video interface to the 72 020 board This 165MHz transmitter is DVI 1 0 compatible supporting 1080p and WUXGA at 60Hz Device Features TFP410
3. 72 020 Hardware User Manual inreviun 72 020 Hardware User ah Rev 0 90 fox Rev 0 90 TOKYO ELECTRON DEVICE LIMITED 1 72 020 Hardware User Manual inreviun Revision History Rev 0 90 2013 01 31 Preliminary Version Rev 0 90 TOKYO ELECTRON DEVICE LIMITED 2 72 020 Hardware User Manual Inrevium ag Table of Contents 1 Related Documents and 9 NES 9 2 9 jJ omm 10 Os External vie ortis SOLO 11 6 Board 5 7 Description of 7 1 1 DC ACIS OPIS MER u RE 712 FP VCCO ADJ SEL Jumper 7 13 ADJ SEL JUMPE 7 2 Clock System 7 3 On board PLL 4 E een eee r pad DOR 7 5 2 Flash O Gard 1 ieiunii Mer hand int 7 6 10 100 1000 Ethernet Qe lds uio u uuu y uu a spa 7 8 CAN BUS 7 9 USB OTG sse 7 9 1 USB VBUS Power Supply S 7 10 7 11 TA lel 7 12 7 12 1 7 13 7 14 7 17 7 17 1 7251 n 35 7 19 PUSR W L D 36 7 20 Beda tels c MER T mM 37 8 Default Settings
4. 0 90 TOKYO ELECTRON DEVICE LIMITED 72 020 Hardware User Manual Inrevium ag 8 Default Settings The following two tables show default settings of Jumpers and Dip Switches Table 8 1 Default e salu es show 2a shot s ve Open _ s 9 aston 2 Ln m shor Table 8 2 4 Y 0 90 TOKYO ELECTRON DEVICE LIMITED 38 72 020 Hardware User Manual inreviun TOKYO ELECTRON DEVICE PLD Solution Dept PLD Division URL http solutions inrevium com E mail psd support teldevice co jp HEAD Quarter Yokohama East Square 1 4 Kinko cho Kanagawa ku Yokohama City Kanagawa Japan 221 0056 TEL 81 45 443 4016 FAX 81 45 443 4058 Rev 0 90 TOKYO ELECTRON DEVICE LIMITED 39
5. FMCLANO FMCLAP22 LA22P 1244 GND 16 FMCLAP25 1425 P 27 GND GND GND 9 1424 FMC LAN24 FMC 4 29 La 301 GND FMQLAN29 LA29 311 LA28P FMCLAP28 Pe GND 32 LA28N FMC LAN28 ruc LAP33 1433 36 GND GND LAN33 1433 N 37 1432 FMC LAP32 GND 0 90 TOKYO ELECTRON DEVICE LIMITED 33 72 020 Hardware User Manual inreviun ag 7 17 Jumper The function description of Jumper is in the following table Table 7 9 All Jumpers Function Table Function Status Description Short Enable 5V output to USB Connector while VBUS 5V Power Supply USB Transceiver is working in Host Mode Enable Disable 5V output to USB Connector while USB Transceiver is working in Slave Mode USB VBUS Capacitor For Host Mode Cvbus 129u VEI Setting For Device or OTG modes Cvb Pmod power supply Use po r Supply selection Use po ARM Trace Port Enable Soft resetiirom Soft reset enable Soft reset i snerated by SW8 RM Trace Port s Short ARM Trace Port VIREF EF pin ower Supply enable Aly connect a O 1uF capacitor to ARM p pply One F cap ace Port s VTREF pin es JTAG chains independent mr Boot Mode 3 MIO 2 12 P 77 GND cascades PS and PL JTAG chains _ ta bypasses internal PS PLLs
6. ash Connector 18 2 000 RGMII Interface with RJ45 1210BRHB 10PAP TI s MAX3232CPW with 2 0 pitch PinHeader Samtec s ASP 134604 01 FMC LPC MC mounted on B side Samtec s ASP 134603 01 FMC LPC CC mounted on the A side PHILIPS s TXS0104EPWR with 2 0 pitch PinHeader Digilent Pmod compatible headers 2x6 Ethernet PHY USB OTG 2 0 Trans TU Pmod Conne JTAG Port Standard Xilinx JTAG Interface with 14 pin 2 0 pitch PinHeader ARM JTAG Logic Analyzer function Interface with Mictor 38 Connector SD Card microSD Card connector Oscillators Fixed 33 33333MHz LVCMOS oscillator Clock Generator IDT s 5V49EE504NLGI 0 90 TOKYO ELECTRON DEVICE LIMITED 9 72 020 Hardware User Manual inreviun 4 Block Diagram The TB 7Z 020 EMC board block diagram is shown in Figure 4 1 LPC See TRACEPKT LA CLK 68 4 XC7Z020 1CLG484 PS MIO 1 MIO 0 Bank503 Bank501 Bank500 D Ether microSD QSPI h USB CAN x1 I2C x1 UART Diagram Address Data 16bit Data 16bit mmm Er Q PHY rigure4 1B 0 90 TOKYO ELECTRON DEVICE LIMITED 10 72 020 Hardware User Manual 5 External View of the Board The TB 7Z 020 EMC board external view is shown in Figure 5 1 and Figure 5 2 PS Reset Setting Setting HDMI DI PLL USER Zynag r on Jack P IMCILI Power Video Output Transmitter Se
7. 3 TIMES irem BENT O EF maiga REEERE oo Ur H 24 sO D md AES Pr i Li 7 ns RENI d Z EE BER si n 54 me dE g ma 0 E be 2 Kc SERT NS ui im 00 3 pele ot i 81140858 CACA BIIN pfs pm mi 3 r2 06 BE ED 8 pM masis d Tons E 13 mu oua Emm 883 9 HH Lt zu 29 a ARE oos nu zt jalg gas 2 z Er si mips mhii mm pi ho Mee ia TH FUE 442 ad n 2 yp m BS Sg bo FF Lee gn 1 3 EM 5 50 Ho 238 m c mace Oo EB RETE Li Li a is 878 if i vr ig __ 08 4 mc r 2542 H gt un rm Se M _ sos Sag 2082 286 iem TT md o D c ig lt T 5 APT m iae we toss Ban gt Bl 7 J 2 7X6 7 2PLCS 52 31 48 31 8 9 Figure 6 2 Boar
8. On board P The TB 020 has the on board PLL Please refer Figure 7 5 IDT LGI iS an external PLL It could memory the setting of PLL via 2 interface which conne PS Processing System I2C Bus Please refer to the reference design of PLL setting and section C BUS Connect to Frequency Notconnected nousa 0 90 TOKYO ELECTRON DEVICE LIMITED 16 72 020 Hardware User Manual inreviun ag 7 4 12C BUS The TB 7Z 020 EMC board implements single I2C port on Zynq AP SoC PS The 2 Bus topology is shown in Figure 7 6 1P8V 5POV I2C XC7Z020 CLG4a4E 2 LS Level DDC SC L SDA microHDMI Shifter Connector PCAO306 048765 1001 PS Bank50H 1P8V I2C I2C SCUSDA 5 Transmitter PC AGO TFP410PAP LPC ASF 134603 01 module 85841 PLL SV49EE504NL GI Custom Custom 5V49E 1101010 1101010 0467 0 90 TOKYO ELECTRON DEVICE LIMITED 17 7 5 2 AP SoC contains a hardened PS memory interface unit The memory interface unit includes a dynamic memory controller and static memory interface modules 7 5 1 DDR3 The board includes two Micron MT41J256M16RE 15E D DDR3 memory components creating a 32 bit interface The DDR3 is connected to the hard memory contro
9. for use in any system or application that requires high reliability Repair of this product is carried out by replacing it on a chargeable basis not repairing the faulty devices However non chargeable replacement is offered for initial failure if such notification is received within two weeks after delivery of the product The specification of this product is subject to change without prior notice The product is subject to discontinuation without prior notice Rev 0 90 TOKYO ELECTRON DEVICE LIMITED 8 72 020 Hardware User Manual inreviun ag 1 Related Documents and Accessories Related documents All documents relating to this board can be downloaded from our website Please see attached paper on the products Accessories RS 232C CAN Bus Cable x1 microSD card 4GB x1 Power Supply x1 Spacer Set 2 Overview The TB 7Z 020 EMC evaluation board for the Zynq 7000 All Programm 2 provides a h aware environment for developing and evaluating designs targeting the Zync 020 1CLG484 The TB 7Z 020 EMC provides features common to many embedded pro ms including DDR3 SDRAM component memory a 10 100 1000 Ethernet PHY a DVI Transmitter a USB OTG 2 0 Port a Pmod interface a CAN Other features be supported using VITA 57 FPGA mezzanine cards FM FMC connectors 3 Feature Zynq 7000 LCLG48 Memory ord 3261 x 8banks DDR3 SDRAM Component
10. tb 0 90 TOKYO ELECTRON DEVICE LIMITED 35 7 19 Push Switch There are 3 switches on the board The following table shows the details of the Push switches Table 7 12 Push Switch Function Table ls Switch Target IC gt IO lo P IC No Net Name 1 ews PSUserPush Swicn fuis 06 PS PUSHSW e swe Toggles XC7Z020sPS SRST B 115 09 6 sastre i U15 U12 PRO 7 SW9 Toggles XC7Z020 s PROG B Only Initialize Logic D das EWS FP PSW1 LE EE ad n FP PSW3 Figure 7 26 User Push Switch 0 90 TOKYO ELECTRON DEVICE LIMITED 36 72 020 Hardware User Manual inreviun 7 20 Dip Switches There are 3 switches on the board 1 OPSWO z d FP DIPSW DeswiHM Res 22 o FP DIPSW1 B FP DIPSW3 FP DIPSW2 R FP DIPSW3 a FP DIPSW4 DIPSWS FP DIPSW6 DIPSW7 NE eo R252 2 EP DIPSWA a Desws R253 22 DIPSWS VA APO i R RISA DPSWE eres DOSW R DPSW iP ptu A S g L Setting Dip Switch etails of the Dip switches e 7 13 Dip Switch Function Table 2 vis ws ioi For PL User Dip Switch TE EE
11. 0 TOKYO ELECTRON DEVICE LIMITED 5 Introduction Thank you for purchasing the TB 7Z 020 EMC board Before using the product be sure to carefully read this user manual and fully understand how to correctly use the product First read through this manual then always keep it handy SAFETY PRECAUTIONS Observe the precautions listed below to prevent injuries to you or other personnel or damage to property Before using the product read these safety precautions carefully to assure correct use These precautions contain serious safety instructions that must be observed After reading through this manual be sure to always keep it handy The following conventions are used to indicate the possibility of injury damage a the product is handled incorrectly lassify precautions if Danger A Warning Caution The following graphical symbo Examples ate and classify precautions in this manual not disassemble the product Do not attempt this Rev 0 90 TOKYO ELECTRON DEVICE LIMITED 6 72 020 Hardware User Manual inreviun ag A Warning In the event of a failure disconnect the power supply the product is used as is a fire or electric shock may occur Disconnect the power supply immediately and contact our sales personnel for repair If an unpleasant smell or smoking occurs disconnect the power supply If the product is used as is a fire or electric shock may occur Disco
12. 7 ann L lt V m MENTEM Mov oon _ S A T TT NENNEN 0 90 TOKYO ELECTRON DEVICE LIMITED Connection H Connection FMCLAP33 Laoo 6 GND j8 LA2N FMC LAN32 FMCLAPS 1 03 9 GND GND GND GND n FMC FMC 26 Laos P 122 GND FMCLAN26 Laos N 13 LAU P FMOLAPZ7 GND 4 LAN FMCLAP23 15 GND FMCLAN23 1 12 16 LAM P GND 17 FMCLAPI6 Laie P 18 6 1416 19 LAP LAPI FMCLAPI3 LA20 P 24 GND GND FMCLANi3 1820 2 FMC _LAP18 GND GND 2 FMCLANI8 FMCLAPO LA2P 1244 GND GND 6 1821 FMCLAN4 FMCLAPOS 1 25 1271 GND GND GND 9 LA24N FMC LANIO apot 1429 1301 GND GO 1429 311 1428 FMCLAPO Pe 32 LA28N FMC _LANOG ANIC LANOS 1 1 341 LA30P FMCLAPO g CC 1433 P 8 GND GND CC 1433 N 37 1432 FMCLAP2 GND Rev 0 90 TOKYO ELECTRON DEVICE LIMITED 31 72 020 Hardware User Manual inrevi
13. C board includes the TI TUSB1210 Standalone USB Transceiver Chip It is used as the PHY The PHY features a complete HS USB Physical Front End supporting speeds of up to 480Mbs Device Features TUSB1210BRHB The USB interface is shown in Figure 7 15 STP USB2 0 Connector ZYNO YES miniAE XC7ZO20 CL 87803 8020 PS Bank500 mE USB 2 0 Transceiver TUSE1210BRHE System Signal PS PRO USB 25M Figure 7 15 USB Connection 7 9 1 USB VBUS Power Supply SEL Jumper There is a 2 pin jumper J1 for USB VBUS power Supply EN J1 VBUS 5V Enable Default Disconnect J2 Short to enable 5V output to USB OTG Connector VBUS does not work in slave mode re 7 1 SB VBUS Power Supply SEL Jumper p Table 7 4 USB Enable 5V output to USB Connector while VBUS 5V Power Supply USB Transceiver is working in Host Mode Disable 5V to USB Connector while LN I USB VBUS Capacitor 0 90 TOKYO ELECTRON DEVICE LIMITED 22 72 020 Hardware User Manual inreviun 7 10 The TB 7Z 020 EMC board includes the Epson RX 8564LC RS 232 It is I2C bus interface real time clock that has a built in 32 768 KHz oscillator with these features Frequency output options 32 768 KHz 1024 Hz 32 Hz or 1 Hz Calendar output functions Year month day weekday hour minute and second Clock counter alarm and fixed cycle timer interrupt functions The RTC
14. Dm 38 Rev 0 90 TOKYO ELECTRON DEVICE LIMITED 3 72 020 Hardware User Manual Inrevium ag List of Figures wes asi d Bec cm 10 Figure 5 1 Component NER NT 11 Figure 5 2 Solder 11 Figure 6 1 Board Dimensions inclusive of wastable substrate top 13 Figure 6 2 Board Dimensions inclusive of wastable substrate bottom view 13 Figure 7 1 Power Supply 14 Figure 7 2 DG Jack Connector meiner 14 Figure 7 3 VGOGCO ADJ SEL JUMPEN uuu idus estive FUR 15 Figure 7 4 VOC ADJ SEL JUMPET Figure 7 5 Clock System Figure 7 6 I2C BUS TIODOlOGQV sicsiienisestisnicntlcieduisviccinssiicscaiedirvadubnaddetiehisnnsdenaievenjaddriinteaiavdy Figure 7 7 DDR3 Memory Connection Figure 7 8 QSPI Connection Figure 7 9 SD Card Slot Figure 7 10 RGMII Connection Figure 7 11 45 internal LED Figure 7 12 UART Connection Figure 7 13 CAN Connection Figure 7 14 RS 232C CAN Cable c
15. ED 72 020 Hardware User Manual Inrevium ag 7 7 UART Interface The TB 7Z 020 EMC board includes the TI MAX3232CPW RS 232 Line Driver Receiver Device Features MAX3232CPW TI The UART interface is shown in Figure 7 12 PinHeader to D sub 9 pin convertion cable is included in TB 7Z 020 EMC Please refer to connection in Figure 7 14 ZYWNG XC7Z020 CLO484E RS 232 Line RXD PinHeader 2 Opitch Driver Receiver MAX32320PVV Figure 7 12 UART Connection The TB 7Z 020 EMC board includes the PHILIPS TJA1040T VM 148 The PS Bank500 7 8 CAN BUS A10 is an ad general industrial international standard high speed Controller Area Network CAN transceiver for use in auto applications It supports the differential bus signal representatic ascribe for in vehicle high speed CAN applications ISO 11898 Device Features TJA1040T VM 118 PHILIPS The CAN interface is shown in Figure 7 13 CAN ZYNOQ on CAN 72020 1 3484 Transceiver CANH PinHeader ohifter TXS0104EP 1040 CANL 2 PS Bank50 4 118 SPLIT WR CAN Connection PL JTAG Cable RS 232C CAN Cable NN RS 232C CAN cable Figure 7 14 RS 232C CAN Cable connection Rev 0 90 TOKYO ELECTRON DEVICE LIMITED 21 7 9 USB The TB 7Z 020 EM
16. MUT Se crc o 5 18V 000000000000 a Open 7 00 124 FMCAD S J9 VCC_ADJ VC 10 4 SD Mode p Boot Device Quad SPI JTAG Mode Boot Mode SD Quad SPI Mode Boot Mode 2 MIO 5 b d 4 Boot Mode JTAG Mode 7 17 1 Boo 1 9 lode Settings Table 7 10 Boot Mode Settings Note Usually 46 and J7 are fixed setting 0 90 TOKYO ELECTRON DEVICE LIMITED 34 72 020 Hardware User Manual inreviun 7 18 LED There are 13 LEDs on the board Some of These LEDs are used to indicate the statuses of XC7Z020 while the others provide user and general purpose capabilities The function description of LEDs is in the following table Table 7 11 LED Function Table LE Fu unction MIR EMI 2 C4 PS1EDRED 3 tes Green PLUserLeD Ui 4 5 tes Green PLUseriED uis Wl fe Green PLuserLeD urs Eie 7 1 07 Green PLUseiED 05 5 1 08 Green PLUseiED uis EDs s um oem mue 10 tento Green PLUseiED uis Fa 11 LED11 Green FPGA bit file DON is complete N 13 LED13 Green PS is release
17. PAP Supports Pixel Rates Up to 165 MHz Including 1080p and WUXGA at 60Hz 12 Bit Dual Edge and 24 Bit Single Edge Input Modes Fully Differential and Single Ended Input Clocking Modes Pin Compatible with Sil164 DVI Transmitter The DVI interface is shown in Figure 7 24 R G B 7 0 TXP N 2 0 HS TXCF N CLK ISEL DV i ZYNO CTL 3 1 Transmitter 2 4 Connector 046 765 1001 XC Z020 CLGAS4E SCL SDA PL Bank35 Figure 7 24 DVI 0 90 TOKYO ELECTRON DEVICE LIMITED 28 7 16 FMC Connector Interface The board provides Samtec s FMC Low Pin Count Mezzanine Card CN4 connector and Carrier Card CN5 The VITA 57 Low Pin Count pin list is showed in Figure 7 25 respectively Notice Not all pins of LPC are connected to the Zynq 7000 LPC Connector LPC Connector LPC Connector LPC Connector NC 47 0 90 TOKYO ELECTRON DEVICE LIMITED 29 72 020 Hardware User Manual inreviun B 7 16 1 FMC Low Pin Count Mezzanine Card CN4 connector Table 7 7 FMC LPC MC Connector pin assignment table CN4 peo cow P 2 3 7 tapes Laos P 10 WEN gt A10 5 20 lec GG 25 P lee LAN T _ 2
18. V Bank 34 Figure 7 3 FP VCCO ADJ SEL Jumpe 7 1 3 VCC ADJ SEL Jumper TB 7Z 020 EMC has on board power supply of 2 5V 1 8V There is a 2 pin jumper J8 for ADJ power selection m Bank 33 34 VCCO Select 1x2 2 0 ON 4P8V OFF 2P5V Figure 7 4 VC ADJ SEL Jumper M m AD FP ADJ select VCC ADJ Z 0 90 TOKYO ELECTRON DEVICE LIMITED 7 2 Clock System The 72 020 board s clock system diagram is showed in Figure 7 5 ZYNQ XC7Z020 CLG484E ARM TRACE PORT CN10 N25Q128A13BSF40F TRACECLK TRACECLK IO L12N T1 13 QSPI CLK PS MIO6 500 FMC LPC MC CN4 FMC CLK1P N M2C CLK1 M2C P N CLKO 2 P N mn FMC LAP NO1 CC LAP NO1 CC FMC LPC CC CN5 CLK1_M2C_P N CLKO_M2C_P N i IO L12P N T1 MRCC 33 TFP410PAP IO L12P N T1 34 L15P T2 008 AD12P IO L13P N T2 34 CLK TUSB1210BRHB PS 6 501 CLOCK REFCLK DDR3 Component LAP N29_CC PS_DDR_CKP N_502 MEX UIN 5V49EE504NLGI 0 PS CLK oun AAA 33 33333MHz ETH CLK 25M OUT1 2 000 SYS_CLK4 ETH RXCLK PS I2C IF OUT2 L13P T2 PS 22 501 RX CLK OUT3 IO L12P T1 MRCC PS MIO16 501 RX CLK DIPSW SW10 OUT6 DGND ock System Diagram 7 3
19. cifications are showed in Figure 6 1 and Figure 6 2 External Dimensions 130 mm W x 69 mm H Number of Layers 12 layers Board Thickness 1 6 mm Material FR 4 FMC LPC CC Connector Samtec s ASP 134603 01 FMC LPC MC Connector Samtec s ASP 134604 01 USB OTG Connector Molex s 67803 8020 RJ 45 connector HanRun s HR911130C CAN 8 RS 232 connector 2 0 pitch Header 2x5 HDMI DVI Video connector Molex s 046765 1001 Pmod connector Samtec s SSW 106 01 F D MICTOR Connector TE Connectivity s 2 5767004 2 SD Card Slot JAE s ST1W008S4ER1500 Xilinx JTAG connector Molex s 87832 1420 Power Input connector CUI Inc s PJ 006A QN Q 0 90 TOKYO ELECTRON DEVICE LIMITED 12 72 020 Hardware User Manual 7 o is 4 ira zr LS WI Teen a i IC OLI 8 IG Or TIE MEL i EF T E EO Tit ES Tende de ded HI Hh T Pte ee T 7 2 ik huk dicii k eh a ihe 119 2 i io dut ad E s i a 5 77 S EM Tr ri ot cu El ch E Ec mm J 3 EIER me EI in m o Fede Fu Fes
20. d Dimensions inclusive of substrate bottom view Rev 0 90 TOKYO ELECTRON DEVICE LIMITED 13 72 020 Hardware User Manual inreviun 7 Description of Components 7 1 Power Supply Structure 72 020 board s power supply structure is showed in Figure 7 1 Power Distribution VCC 12 0 12POV VCC VCC_1P8V gt VCC_1P5V VTT_OP75V VREF_OP75V 1 Power Supply Structure Figure 7 2 DC Jack Connector Important Always TB 7Z 020 EMC needs power from DC Jack connector When TB 7Z 020 EMC is connected to FPGA evaluation board it is must be power up first and power down later Rev 0 90 TOKYO ELECTRON DEVICE LIMITED 72 020 Hardware User Manual inreviun 7 1 2 FP VCCO SEL Jumper Bank 33 and 34 are connecting FMC connector The bank voltage is depended on connected boards TB 7Z 020 EMC has a three selection for bank voltage VCC_3 3V On board 3 3V Power supply Use case is that FMC option board interface is 3 3V VCC ADV On board 2 5V 1 8V Power supply Use case is that FMC option board interface is 2 5V 1 8V Please refer section 7 1 3 ADJ SEL Jumper FMC ADJ Power supply from main FPGA evaluation board There is a 6 pin jumper J9 for FP VCCO ADJ Bank33 and 34 power selection 45 15 PS POR B FP ADJ Bank 33 34 VCCO Select 3 4 i 2 4 6 4 3P3
21. e external memory storage as well as booting the Zynq AP SoC Device Features microSD Slot ST1W 008S4ER1500 JAE Electronics Media is 4GB uSD card support The microSD Card interface is shown in Figure 7 9 ZYNQ CLK CMD CMD XC7Z020 CLG484E SDIO Level DAT 3 0 Translator 7 PS 500 TXS02612RTWR microSD Card Slot ST1W 00854 ER1500 Figure 7 9 SD Card Slot Connection 0 90 TOKYO ELECTRON DEVICE LIMITED 19 72 020 Hardware User Manual inreviun 7 6 10 100 1000 Ethernet PHY 72 020 has 10 100 1000 Base Ethernet PHY connected to the PS Ethernet MAC by RGMII PHY chip is Marvell s 88E1518 The bit 0 of PHY address is 0 E 525 72 ETH E 40 RACTAL a7 PAAR ll 38 ETH 41 01 ETH RXDH EE a7 ETH TXCTRL 7 ___ ETH TXD2 j Cas TROJ Figure 7 10 RGMII Connection RJ 45 connector HanRun s HY911130C has internal LEDs To indicate the statuses of Ethernet PHY LEDs are connected tc Sign respectively A EDO and igure 7 11 RJ 45 internal LED ription of RJ 45 internal LED is in the following table Table 7 3 RJ 45 internal LED Function Table 1 LED Green LED for 1000BASE TX U3 10 ETH LEDO 2 LED Right Yellow LED for Transmit Activity or U3 ETH LED1 0 90 TOKYO ELECTRON DEVICE LIMIT
22. interface is shown in Figure 7 17 ZYNO SCL SDA XC7Z020 CLGAB4E XINT RTC module RX 8564LC PS Bank501 Figure 7 17 RTC Connection SS Q 0 90 TOKYO ELECTRON DEVICE LIMITED 23 7 11 The TB 7Z 020 EMC board includes the Digilent Pmod compatible headers 2 6 is straight 0 1 female headers that include eight user I O plus 3 3V and ground signals The Pmod interface is shown in Figure 7 18 ZYNO PMOD XC Z020 CLGAS4E Female JA 0 1 Straight PL Bank13 Pin Header Figure 7 18 Pmod Connection 7 11 1 Pmod Power Supply SEL Jumper There is a 3 pin jumper J3 for Pmod Port s power selection J3 1X3 2 0 PMOD Power Supply 1 2 VCC 5POV 2 3 3P3V supply 1 2 Short Use power supply 2 3 Short Use power supply 0 90 TOKYO ELECTRON DEVICE LIMITED 24 72 020 Hardware User Manual Inrevium ag 7 12 Mictor 38 The TB 7Z 020 EMC board includes ARM Debugger Interface Connector Mictor 38 It is intended for high speed trace capture of up to 16 bits of trace data and status sync signals It can also be used to connect to the debug signals of the target The Mictor 38 interface is shown in Figure 7 20 ZYNQ XC7Z020 CLG484E PS JTAG TDI PS JTAG TMS PS JTAG TCK PS JTAG TDO TRACEPKT 15 0 TRACECLK TRACESYNC PIPESTAT 2 0 EXTTRIG DBGRQ DBGACK PS Bank500
23. ller in the PS The PS incorporates both the DDR controller and the associated PHY including its own set of dedicated 5 The PS DDR3 memory interface speeds to 533MHz 1066Mbps are supported Device MT41J256M16RE 15E IT D Micron 32 Meg x 16 x 8 banks Device Data Rate 667MHz 1333Mbs The DDR3 interface is shown in Figure 7 7 DQ 15 0 DDR3 SDRAM DQS 1 0 XDQS 1 0 4Gbit MT41J256M16RE 15E 14 0 BA 2 0 XCAS XWE XCS ODT XRESET CK XCK ZYNG 72020 0143484 PS Bank502 DDR3 SDRAM 4Gbit MT41J256M16RE 15E IT D L2 3 1 1 3 2 DQS 3 2 7 7 DDR3 Memory Connection 7 5 2 Thed it QSPI quad SPI NOR flash The Micron N25Q128A13BSF40F is used on this b Flash memory is used to provide non volatile code and data storage It can be used nitialize the PS as well as configure the PL bitstream Device N25Q128A13BSF40F Micron 128Mbit x1 x2 x4 support Device Data 108 MHz maximum clock frequency The QSPI interface is shown in Figure 7 8 CLK AGS ZY Flash XC Z020 CLGASA4E 128Mbit N25Q128A13 PS Bank500 BSF40F Figure 7 8 QSPI Connection Rev 0 90 TOKYO ELECTRON DEVICE LIMITED 18 72 020 Hardware User Manual inreviun 7 5 3 SD Card Interface The Zynq AP SoC PS SD SDIO peripheral controls communication with the SD card The SD card can be used for non volatil
24. nnect the power supply immediately After verifying that no smoking is observed contact our sales personnel for repair Do not disassemble repair or modify the product Otherwise a fire or electric shock may occur due to a short ci inspection modification or repair contact our sales personnel Do not touch a coating fan Rev 0 90 TOKYO ELECTRON DEVICE LIMITED 7 72 020 Hardware User Manual inreviun ag A Caution Do not use or place the product in the following locations Humid and dusty locations Airless locations such as closet or bookshelf Locations which receive oily smoke or steam Locations exposed to direct sunlight Locations close to heating equipment Closed inside of a car where the temperature becomes high Staticky locations Locations close to water or chemicals Otherwise a fire electric shock accident or deformation may occur Nort circuit or heat generation Do not place heavy things on the product Otherwise the product may be damaged Disclaimer This product is an evaluation board for Xilinx Zynq assumes no responsibility for any damages resulting fro those stated Even if the product is used properly To damages caused by 1 Earthquake thunder nat a third party or other acci abnormal conditions 2 Secondary impact a others 3 This product has been developed by assuming its use for research testing or evaluation It is not authorized
25. onnection Figure 7 15 USB Connection Figure 7 16 USB VBUS Power Supply SEL J Figure 7 17 RTC Connection Figure 7 18 Pmod Connection Figure 7 19 Pmod Port s Figure 7 20 MICTOR 38 Figure 7 21 ARM PJTAG 0 90 TOKYO ELECTRON DEVICE LIMITED 4 72 020 Hardware User Manual inreviun List of Tables Table Z 1 Power Selling RE CR 15 Table 7 2 2C Address EET I MA 17 Table 7 3 RJ 45 internal Function Table a 20 1008 CNET 22 Table 7 5 Power a uuu uuu u uu u Enea cared sente pb edel esuaessaheeadeadacapenstiacedes 24 Table 7 6 Jumper Function 26 Table 7 7 FMC LPC MC Connector pin assignment table CN4 30 Table 7 8 FMC CC Connector pin assignment table CN5 32 Table 7 9 All Jumpers Function Table 7 10 Boot Mode Table 7 11 LED Function Table 7 12 Push Switch Function Table Table 7 13 Dip Switch Function Table Table 8 1 Default Jumper SettingS Table 8 2 Default Switch Settings 0 9
26. tting Sw SW 72020 124 Input setting Jumper DCDC FM LPG CO mom 1 4 m s I Ie ania j 2 4 4 I E 28 3 USB Vay 4 mi thi L q E qm et r I T setting Jumpers Ost 33 33333MHz ower Detection 2 0 LJsgamini amp B Battery for niet mount CGonfigg amp Boot DO DC Mode Setting Jumpers DC DC ie CAN BUS xin JTAG GEMI DDR3 Micter 38 USER PITA Interface And RS 232C Port Flash Component PITAS SW setting Jumpers Interface Headers RS 252 E PMOOUSER Transceiver SW Figure 5 1 Component Side LPC MC Transceiver Interface Connector Transcelver n f l c eT T TTL die de eee ae a x s 7 lt w Gigabit Ethernet PHY Module Figure 5 2 Solder Side Rev 0 90 TOKYO ELECTRON DEVICE LIMITED 11 72 020 Hardware User Manual inreviun 6 Board Specifications The TB 7Z 020 EMC board spe
27. un B 7 16 2 FMC Low Pin Count Carrier Card CN5 connector Table 7 8 FMC LPC CC Connector pin assignment table CN5 gt 2 3 DRO 6 9 FMC LANOi FMCLAPO6 1 06 P 10 FMC 1 6 06 N 11 FMOLAPO 12 REMC LANO5 A10 9 FMO LANoo 1 A14_ F FMC_LAP17_CC FMC LAP18 CC I 29 FMC LAN18 CC 23 _ 25 FMC_LAP2Z I P 26 FMC_LAN27 _ Gu WZ m 4 N po FMC 5 po 47 32 GND Ooo o I2C A0 _ MEN _ 12 0 3P3V _ 0 90 TOKYO ELECTRON DEVICE LIMITED Connection H Connection Pp FMC LAO 6 GND GND j8 LA2N FMCLAN2 FMCLAPO 1 03 9 GND GND GND n FMCLANO FMC LAO P 122 GND 1 Laos 13 1407 FMOLAPO7 GND 4 1 07 FMC 1 12 15 GND FMOLAN2 2 16 LAM AVGLA 17 Lann FMCLAPI6 Laie P 18 6 1416 19 LAP FMCLAP20 LA20 P 24 GND FMCLAN20 1 20 2 FMC LAP19 GND 23
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