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R7S72100 CPU board RTK772100BC00000BR User`s Manual

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1. a dias 3 20 3 1 15 External Power Supply Connectors 124 J26 to 1728 3 21 3 1 16 Expansion Connectors CINA 16 CNI id bu 3 23 212 Operan Parts 3 32 3 2 1 Jumpers dP JPI9 and JP2J tarde temas te de Dai abd e er toute 3 33 222 barche sand E BIDS 5 3 36 3 3 Dimension TR S 3 30 Appendix RIISZ721008600000BH SClielmall6S us a cetera 1 R7S72100 CPU board RTK772100BC00000BR GENMAI 1 Overview 1 Overview 1 1 Overview 772100 is a CPU board to evaluate functions and performance of Renesas Electronics RISC microcomputer R7S72100 and to execute development and evaluation of its application software The features of the R7S72100 CPU board are described below e The following external memories are generally included NOR flash memory 64MBx2 16 bit bus connection SDRAM 64MBx2 16 bit bus connection Serial flash memory 64MBx3 EEPROM 16 1 e Any of NOR flash memory serial flash memory SD controller on chip NAND flash memory and MMC controller on chip NAND flash memory can be selected as a boot memory e serial port connector RS 232C or U
2. R7S72100 CPU board USB serial 772100 00000 Em m TOSLINK These items not included Please purchase them separately Serial port Figure 11 System Configuration using RTK772100BC00000BR R20UT2596EJ0008 Rev 0 08 Dec 19 2013 2CENESAS R7S72100 CPU board RTK772100BC00000BR GENMAI 1 Overview 1 3 External Specifications Table 1 1 and Table 1 2 list the RTK772100BC00000BR External Specifications Table 1 1 RTK772100BCO00000BR External Specifications 1 B m Connectors IEEE R20UT2596EJ0008 Rev 0 08 Dec 19 2013 R7S72100 Input XIN clock 13 33MHz CPU clock 1 Up to 400MHz Image process clock Gd Up to 266 6 7MHz Internal bus clock B Up to 133 33MHz External bus clock CKIO Up to 66 67MHz Peripheral clock 1 P10 Up to 66 67MHz Peripheral clock 0 Up to 33 33MHz On chip memory Large capacity on chip RAM 10MB External memory 128KB Instruction cache 32KB Operand cache 32KB Power supply voltage 1 18V internal 3 3V I O 324 pin BGA 0 8mm pitch package code PRBG0324GA A NOR flash memory 64MBx2 Spansion S29GL512S10T SDRAM 64MBx2 155115425163208 75 Serial flash memories 64MBx3 Spansion S25FL512SDPM NAND flash memory 512 1 implementable board pattern Spansion S384ML04G100TFI EEPROM 16 1 Ren
3. L2 GPIO2 8 CLK4 z MICBIAS CLK ANN 22 5792MHz IH R2 GPIO3 Figure2 14 1 Audio Interface Block Diagram Table2 14 1 Switch SW2 2 Function Setting DIP Switch Function SW2 2 Use 4 4 7 4 as SSIF pin initial setting Use 4 7 4 on option board Indicates setting function Table2 14 2 10 Function Setting 12 Shor None Open JP10 Use 4 1 as 55140 output pin initial setting Use PA FCLE output pin or MMC_D5 pin Indicates setting function R20UT2596EJ0008 Rev 0 08 2 40 19 2013 R 972100 CPU board RTK772100BCO0000BR GENMAI 2 Functional Specification 2 15 SD Card Interface 4 bit The RTK772100BC00000BR has a 4 bit SD card slot which is connected with the SD host interface SDHI channel 0 in the 7572100 MMC card can be used by setting the dual purpose pin MMC host interface Figure2 15 1 shows the SD Card Interface Block Diagram To expansion connectors R7S72100 U1 5 SD card slot 11 P4 15 SD 02 0 MMC 02 P4 14 SD D3 0 MMC D3 P4 13 50 0 MMC 4 12 50 0 4 11 50 DO 0 MMC DO P4 10 SD D1 0 MMC Df 9 SD WP 0 P4 8 SD CD 0 MMC CD n 1471 023 Note Letters in Red indicate AOUT functions in use n
4. 5 5 Figure3 2 3 772100 00000 Switches LED Pin Assignments R20UT2596EJ0008 Rev 0 08 3 36 19 2013 7572100 CPU board 7721008 00000 GENMAI 3 Operational Specification Table3 2 4 RTK772100BC00000BR Switches SW1 DIP switch for system setting 6 package Refer to Table3 2 5 for more details SWS DiPswichforEthemetPHY setting Sipackage Refer to Table3 2 7 for more details Refer to Section 2 7 for more details swe Table3 2 5 Function Descriptions of DIP Switch for System Setting 5 1 MD_BOOTO MD_BOOTO L MD BOOT 2 0 SW1 2 MD_BOOT1 H _ n E E NOR flash memory bus width 16 bit NOR flash memory bus width 32 bit MD ON MD BOOT1 L iM m Serial flash memory SW1 3 OFF MD_BOOT2 IE eSD eSB MD_BOOT2 ee SW1 4 MD MDOLKs H clock from USB X1 MD CLK sw1 5 MD_CLKS SW1 6 OFF Sets without reference to setting _ indicates initial setting Table3 2 6 Function Descriptions of DIP Switch for I F Setting SW2 SW2 1 OFF LANZ MLB EXT Connected to MOST I F connector J3 and expansion P2 11 0 P3 6 3 eonnactors for connection destination LAN MLB EXT 1 Connected to Ethernet PHY 020 SW2 2 a SSIFH EXT Connected to expa
5. I2 3 HN6 2Z4MFA USB BLM21PG600SN1 5 5 2 28 7572100 CPU board RTK772100BC00000BR 2 Functional Specification Table2 4 1 JP9 and JP11 Function Settings JP9 Provide VBUSO power supply Do not provide VBUSO power Profide VBUSO power supply initial setting supply from expansion connectors JP11 Provide VBUS1 power supply Do not provide VBUS1 power initial setting supply R20UT2596EJ0008 Rev 0 08 2 29 19 2013 7 72100 CPU board 772100 GENMAI 2 Functional Specification 2 5 Serial Interface The 772100 00000 connects the FIFO on chip serial communication interface SCIF channel 2 in the 7572100 to 1 the D Sub 9 pin connector via the RS 232C transceiver and 2 to the USB Mini B connector via the USB serial conversion IC RL78 G1C S JP12 or JP13 should be set to connect to either 1 or 2 mentioned above Figure2 5 1 shows the Serial Interface Block Diagram and Table2 5 1 lists the JP12 and JP13 Function Settings To expansion connectors R7S72100 U1 RS 232C transceiver 027 D Sub 9 pin J17 Note Letters in Red indicate functions in use USB Mini B J19 P50 RxDO P51 TxDO P40 TOOLO RESET
6. 8 LCDO DATA16 LCD1 TCON3 SD WP 0 SSIWS5 2 TxDO IRQ1 SD CD 0 MMC CD SSISCK5 CTx2 SCKO IRQO 10 LCDO DATA18 LCD1 TCON5 SD D1 0 MMC D1 SSIRxD5 0 1802 11 LCDO DATA19 LCD4 TCON6 SD 0 MMC DO SSITxD5 CTx4 SCK1 IRQ3 13 LCDO DATA21 LCD4 SD 0 MMC 11 1 SSIWS3 RxD1 IRQ5 15 LCDO DATA23 LCD4 TCON2 SD D2 0 MMC D2 SPBIO31 1 SSITxD3 RxD2 IRQ7 17 18 P4 12 LCDO DATA20 LCD1 SD 0 MMC CLK SPBIO10 1 M M SSISCK3 TxD1 IRQ4 19 20 4 14 1 0 DATA22 LCD1 SD D3 0 MMC D3 SPBIO21 1 SSIRxD3 TxD2 IRQ6 23 2 1 D17 ET DATA 24 2 0 D16 ET TXCLK DATAO SPBIO10 1 MLB DAT 2 VIO D1 SPBIOO0 1 MLB IRQ5 D0 LCDO DATA17 LCDO DATA16 25 P2 3 D19 ET CRS DVO0 DATA3 26 P2 2 D18 ET TXEN DVO DATA2 SPBIO30_1 IERxD CTS1 VIO D3 SPBIO20 1 MLB SIG TIOC2B VIO D2 LCDO_DATA19 LCDO_DATA18 27 P2 5 D21 ET TXD1 DVO DATA5 28 2 4 D20 ET TXD0 DVO DATA SSIWS5 SPBSSL 1 TxD1 VIO D5 SSISCK5 SPBCLK 1 SCK1 VIO D4 LCDO_DATA21 LCDO DATA20 29 P2 7 D23 ET TXD3 DVO 30 P2 6 D22 ET 2 6 SSITxD5 IETxD RTS1 07 SSIRxD5 RxD1 D6 LCDO_DATA22 LCDO DATA23 31 P2 9 D25 ET RXD1 DVO DATA9 32 SSIWSO LRXDO LCD1 DATA9 VIO 09 SSL40 33 P2 11 D27 ET RXD3 DVO
7. e P3 8 SD CD 1 MMC CD NAFO P4 3 MMC D7 FWE W CD LTC1471 023 P4 2 MMC D6 FALE MOSIA BOUT P4 1 MMC D5 FCLE SSLAO When inserting MMC card COMMON and CD are conducted P4 0 MMC 04 FRE 4 When removing card write protection WP and COMMON are conducted Note Letters in Red indicate functions in use Figure2 16 1 MMC Card Interface Block Diagram Table2 16 1 10 Function Setting 1 2 Short None Open JP10 Use 4 1 as SSL40 output pin initial setting Use 1 as FCLE output pin or MMC 05 pin Indicates setting function R20UT2596EJ0008 Rev 0 08 2 42 19 2013 7572100 CPU board RTK772100BC00000BR GENMAI 2 17 LAN Interface 2 Functional Specification The RTK772100BC00000BR has the Renesas Ethernet PHY uPD60610 to enable the Ethernet communication using Ethernet controller ETHER embedded in the 7572100 Figure2 17 1 shows the LAN Interface Block Diagram Table2 17 1 and Table2 17 2 list the DIP Switch SW2 1 Function Setting and the JP4 Function Setting respectively R7S72100 U1 P3 6 RXDV P3 5 RXER P3 4 RXCLK P3 3 MDIO P2 11 RxD 3 P2 10 P2 9 RxD 1 P2 8 RxD O0 P2 7 TxD 8 P2 6 TxD 2 P2 5 TxD 1 P2 4 0 0 P2 3 CRS P2 2 TXEN MLB SIG P2 1 TXER MLB DAT P2 0 TXCLK MLB P5 9 CRx1 P1 14 COL P1 15 No
8. 3 17 19 2013 7572100 CPU board 7721008 00000 3 Operational Specification 3 1 13 UDI Connectors J21 and J22 The RTK772100BCOOOOOBR has the CoreSight 20 connector with 1 27mm J21 and the ARM JTAG 20 connector with 2 54mm J22 to connect the ICE In Circuit Emulator Figure3 1 17 shows the UDI Connector Pin Assignments Table3 1 16 and Table3 1 17 list the Pin Descriptions for UDI Connectors J21 and J22 Top view of component side NO O co NO Figure3 1 17 UDI Connector Pin Assignments Table3 1 16 CoreSight 20 Connector 921 Pin Descriptions Signal Name Signal Name GND Vss 4 NR 7 evwo 8 JT 9 __ 10 nSRST RESP 11 NC 12 RTCK TraceCLK 14 LCDO SWO TraceDO 8 LCDO DATAO TRACEDATAO TIOC4A SD CD 1 MMC CD nTRST TraceD1 P3_9 LCDO_DATA1 NAF1 TRACEDATA1 TIOC4B SD WP 1 IRQ6 GND Vss DBGRQ TraceD2 P3 10 LCDO DATA2 TRACEDATA2 TIOC4C SD D1 1 cm MMC D1 19 GND Vss 20 DBGACK TaceD3 11 LCDO DATA3 NAF3 TIOC4D SD DO 1 MU RN MMC DO Note Bold letters indicate setting functions R20UT2596EJ0008 Rev 0 08 3 18 19 2013 7572100 CPU board RTK772100BC00000BR GENMAI Table3 1 17 JTAG 20 Connector 422 Pin Descript
9. HWP 3P G B ENB CP107 CE20 si 150uF 16V R139 3 VBUSO lt USB Socket A C26 1000 J5 1uF UBA 4R D14T 4D 3 lt gt L2 _DLW21HN900SQ2 USB 1 3 gt 7 AE SEINN NEEE p MOLEX ID VBus FG3 D FG2 _HZM6 2Z4MFA D FG1 D9 GND FRAME N 11 HWP 2P G R150 3 lt USB Socket A C35 J8 1 UF UBA 4R D14T 4D JST E need lt gt 315s L5 GND FRAME _DLW21HN900SQ2 USB Mini B 3 DP1 lt D P SS 54819 0572 MOLEX _HZM6 2Z4MEA D10 5 USB_ID TP10 USB ID RTK772100BCOO0000BR Audio codec LAN USB 6 10 D RIKRT7JA2L00BCOUDUOBR C A BUS CVCC1 3VCC 2 4 5 8 10 15 0 lt gt 2 5 6 10 P4 15 0 lt gt x SE 24 5 8 10 10 0 gt 3VCC SD Card Slot 2 4 10 P7 8 0 gt J11 R197 U21 5VCC R196 2200 HA13721RPJE i 22 Renesas P4_14 SD_D3_0 ede P5_10 CTx1 5 10 1 P4_13 SD_CMD_0 4 122 2198 0 1pF 1200 1 4W n 4 12 SD CLK 0 J12 5 1 P4 11 SD 00 0 LED2 NC CANH 21 P4_10 SD_D1_0 LED1 8 P4_15 SD_D2_0 E 13 B3P SHF 1AA LF SN P4 9 SD WP 0 bins 3 3V 5V JST P4 8 SD CD 0 A Card PAD3 U22 COMMON PAD4 3VCC SN74LV
10. 0 aub A16 R94 XR2A 0811 N RTK772100BCOO0000BR NOR flash SDRAM Renesas Solutions Corp 4 10 D RIK772100BC00000BR 03 2 10 P2 15 0 lt gt 3VCC E N N Serial flash1 64MB 2 10 P9 7 2 lt gt e S25FL5128S 16 3VCC a Spansion D P9 2 SPBCLK 0 P9 2 R320 a 7 hee oo weap 57 po_s searo10_0 1 1 3 0 EU po_s searo20_0 9 E CP95 1 SPB1030 0 sss 34 0 1uF eee 346810 RES gt 3 VSS 3VCC Ax ae N N N N N Serial flash2 64MB U7 o 9 9 e S25FL512S 16 3VCC z Spansion VCC 4 2 12 5 001 0 DNU1 5 2 13 5 011 0 DNU2 11 2 14 5 021 0 DNU3 715 CP96 2 15 5 031 0 pen 6 0 1uF 13 RESETHRFU 2 P8 125 1 2 4 7 10 A 25 1 lt gt P8_12 A20 SPBCLK_1 P8_13 A21 SPBSSL_1 A21 P8_14 A22 SPBIO00_1 P8_15 A23 SPBIO10_1 P8 10 A18 SPBIC20 1 P8 11 A19 SPBIO30 1 VIO RFU VSS 3VCC Serial flash3 64MB U8 S25FL5128 16 3VCC Spansion 220 16 2 2P Rea E NA E DNU WP 102 DNU4 12 oy 0 14F LIS 14 RESET RFU 10 VIO RFU VSS 2 4 7 8 10 2 6 7 10 2 6 10 2 4 7 8 10 P3 15 0 P4 15 0 P1 15 0 0000 P
11. 3 3V systempower supply 1 18V system power supply GND R20UT2596EJ0008 Rev 0 08 2 6 19 2013 7 72100 CPU board 772100 GENMAI 2 Functional Specification Table2 2 6 R7S72100 Pin Functions 6 Function Description Remarks No Connector F21 P2 2 D18 ET TXEN ET TXEN Connected to Ethernet PHY SW2 1 ON DVO DATA2 SPBIO20 1 MLB SIG Connected to MOST I F connector CN7 26 SW2 1 OFF MLB SIG TIOC2B D2 LCDO DATA18 P4 15 LCDO 2 SD 02 0 Connected to SD card slot DAT2 CN7 19 LCD1 TCON2 SD D2 0 LCD1 TCON2 Used on option board MMC D2 SPBIO31 1 SSITxD3 SSITxD3 RxD2 IRQ7 P11 13 CTx1 SSL10 LCDO TCON1 Used on option board CN2 19 LCDO TCONA MMC D5 LCDO TCON1 Cree mm e IRQ3 MMC DA LCDO TCON2 RxD6 DATAT mercem TXD1 LCDO DATAA IRQ4 P4 14 LCDO DATA22 CN7 20 LCD1 TCON1 SD D3 0 LCD1 TCON1 Used on option board MMC D3 SPBIO21 1 SSIRxD3 TxD2 IRQ6 G20 P2 3 D19 ET CRS ET CRS Connected to Ethernet PHY SW2 1 ON DVO DATAS SPBIO30 1 P2 3 Connected to MOST I F connector CN7 25 SW2 1 OFF IERxD CTS1 VIO D3 resetcontrol LCDO DATA19 G21 P4 13 LCDO 21 SD CMD O0 Connected to SD card slot CN7 17 LCD1 TCONO SD CMD 0 LCD1 TCONO Used on option board MMC CMD SPBIO11 1 SSIWS3 SSIWS3 RxD1 IRQ5
12. A 0 nSRST gt SpF P61 SDAAO 3 4 5 6 10 62 P31 1103 INTP4 PCLBUZO i El 5 P70 PCLBUZ1 U38B U37B VDD VDD i 20 VDD HD74LV1GW17A P30 INTP3 5 00 8100 7103 TO03 PCLBUZO 7614 5002 PL 3 4 3 4 P17 1102 NE P16 1101 TO01 INTP5 8246 REU P E m R326 R325 1kQ RFU mE 2 22kQ 22kQ TOOLO 5 6 RESET_IN RFU 8 vdd icd iens 10 1 RESET OUT EM RFU 11 12 aT 3VCC U38C VDD U37C P22 RESET_OUT 13 14 GND 100 P21 AVREFM HD74LV1GW17A HD74LV1GW17A Renesas Renesas P20 AVREFP CP142 P01 ANI16 INTP9 5 01 82101 SCLAO ian ANI17 1100 INTP8 5101 SDAO1 SDAAO 143 197 196 P120 119 8001 PCLBUZ1 0 4uF 0 1 g ojo N CoreSight 20 IS cE35 21 us 10yF 16V 3VCC FTSH 110 01 9e E 0p 0 oon a Samtec amp 2 1 2 TMS SWDIO mE 5 5 3 AIOT LL d L TCK DI olo GND 5 6 tDo swo 3 KEY 7 NS 1 P 25 M GND 10 nSRST ER gt NC 12 RTCK TraceClk R256 A 220 P3 14 P3_14 NAF6 TRACECLK MMC_D3 14 0 0 TT R257 A 220 8 P3 8 TRACEDATAO 146 GND 15 16 nTRST TraceDI 1 L To y T R258 220 P3 9
13. R20UT2596EJ0008 Rev 0 08 2 34 19 2013 7 72100 CPU board 772100 GENMAI 2 Functional Specification 2 9 Reset Control The RTK772100BC00000BR controls the reset signals connected to the R7S72100 memories connectors the Ethernet PHY the RS 232C transceiver and others by using the reset IC The system reset has two types of resets power on reset and reset by switch Figure2 9 1 shows the Reset Control Block Diagram User debug interfaces J21 J22 R7S72100 U1 nSRST ARES 3 3V NOR flash memories U2 U3 Reset switch SW9 CIRESET Serial flash memories U6 to U8 RESET Ethernet PHY U20 CJRESETB RS 232C transceiver U27 OC SHDN Reset IC output delay time Expansion connectors Reset IC output detection voltage 1 20x Ra Rb Rb 1 20 15kQ 10kQ 10kQ 3 0V CQ RES Figure2 9 1 Reset Control Block Diagram R20UT2596EJ0008 Rev 0 08 2 35 19 2013 7572100 CPU board RTK772100BC00000BR 2 Functional Specification 2 10 Power Supply The 772100 00000 generates 5V 3 3V and 1 188 by regurator using 12V power supply The 5V power supply the I O power supply 3 3V the analog power supply 3 3V and the internal power supply 1 18V for the 7572100 can also be provided from the outside The USB serial conver
14. Renesas 021 084 CAN transceiver HAT8721RPJE Renesas _ RSzsCvamcover MAXNEECPW T _ Um USB serial conversion Renesa _ XIN oscilator Socket mounted 80 800 0 Epson DG _________ Epson _ osoita 808002 _ DG USB oscilator Socket mounted 3080020 4 Epson x7 Video recorder resonator FA 128_27MHz Epson _ audio oscilator socket mounted SGB002DC_22 5702MHz Epson Ethernet PHY oscilator SGB002CA 26NHz Epsom _ X11 USB seria conversion DSX321G_12MHz KDS resonator R20UT2596EJ0008 Rev 0 08 1 9 Dec 19 2013 2CENESAS R7S72100 CPU board RTK772100BC00000BR GENMAI 1 Overview Table 1 4 RTK772100BCO00000BR Main Parts 2 Connectors Part Number Type Manufacturer Recommended Optional Parts 1 4 Expansion connectors 20 pin HIF3FC 20PA 2 54DSA HRS CN1 is optional CN5 CN8 CN2 CN3 Expansion connectors 30 pin HIF3FC 30PA 2 54DSA HRS CNS is optional CN6 CN9 Expansion connectors 30 pin HTSS 115 01 L DV Samtec Surface mount type CN7 Expansion connectors 34 pin HTSS 117 01 L DV Samtec Surface mount type em MOST UF connector ________ QSH 020 01 L D DP A Samie
15. Hoshide mewtpnjek Hoshide J12 J13 CAN connectors B3P SHF 1AA JST J14 LVDS connector DF14A 20P 1 25H HRS DC powerjack iGPISHWOFGMQ ___ _ External power supply connectors Optional A2 2PA 2 54DSA HRS TOSLINK connector TODX2951 Toshiba co 1 3 4 6 2 2 2 2 J26 to J28 U 1 2 5 J24 26 R20UT2596EJ0008 Rev 0 08 1 10 Dec 19 2013 2CENESAS R7S72100 CPU board RTK772100BC00000BR GENMAI 1 Overview 1 6 Memory Map Figure 1 6 shows the R7S72100 Memory Map Logical RTK772100BC00000BR R7S72100 logical space memory map NOR flash memory 64MB 50 space 64MB 16 bit bus H 0400 0000 CS1 space 64MB NOR d 64MB H 0800 0000 CS2 space 64MB H OCOO 0000 CS3 space 64 2 H 1000 0000 CS4 space 64MB User area H 1400 0000 CS5 space 64MB User area H 1800 0000 H 1COO 0000 SPI multi I O bus space 2 64MB Serial flash memory 64MB SPI multi I O bus space 1 64MB Serial flash memory 64MB H 2000 0000 Large capacity on chip RAM 10MB wEDORO 0000 Others 512MB Reserved area Unusable H 4000 0000 50 to CS5 spaces 50 to CS5 spaces SPI multi bus space SPI multi bus space Mirror space Mirror space Large capacity on chip RAM 10MB Others 2560MB Mirror space H 60A0 0000 Mirror space On chip peripheral module Reserved
16. Ee gt gt gt Ge E E PAESE E En n E n mdu gt gt gt gt gt gt PPP YP PPP gt gt gt gt gt gt gt gt gt Poona gt gt gt gt aa gt gt gt gt gt gt gt gt Poss gt gt gt gt a gt gt PPP gt gt gt PW gt gt gt gt PY PPP PRI gt gt ysey gt gt gt gt gt gt Z gt 2 ysey 5 z 2 f gt gt 27 gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt z pue ysey reves gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt ee gt gt gt gt gt E gt gt c ysel YON gt gt gt gt 2 ysey 7 gt 2 Xe e 1 7 CS1 LCD1 EXTCLK is a common terminal When LCD1 EXTCLK is not used Eg TES SSIF RSPI UT9 Audo CODEC RSCAN _ 021 RSCAN 024 2 J Y Y N N Module Name connected with 50 NOR flash memory 2 connected with CS1 SDRAM1 connected with CS2 MIS NOR flash memory 1 4548 USB Y Y Y Y J1 ____ a LVDS output RSPDIF us frosne MOST J21 ___ 20 J22 __
17. To EEPROM Note Letters in Red indicate functions in use Optional Figure2 20 1 MOST Interface Block Diagram Table2 20 1 Switch SW2 1 Function Setting SW24 Use P2 3 0 as Ethernet PHY control pin 2 3 0 as MOST control pin 00 1 on P2 3 0 as Ethernet PHY control pin Use P2 3 0 as MOST control pin initial setting Indicates setting function R20UT2596EJ0008 Rev 0 08 2 46 19 2013 7572100 CPU board 772100 GENMAI 3 Operational Specification 9 Operational Specification 3 1 Connector Overview Figure 3 1 land Figure 3 1 2 show the RTK772100BC00000BR Connector Assignments RCA connector for video input J10 LAN connector J4 Mic in pin jack J6 Lineout pin jack J15 MMC card slot J3 MOST connector J1 J11 SD card slot r dm a I a J21 J22 UDI connectors c J5 J7 USB connectors 33 224 207 J8 J9 USB connectors Amo E BS o J19 Serial port connector USB Mini B L eH J17 Serial port connector D Sub9 rara mat ot tse z MADE IN JAPAN i iioo N 8 5 8 o c nm c 8 0
18. E1 connector J20 dedicated single wire UART _ RESET Figure2 5 1 Serial Interface Block Diagram Table2 5 1 12 and JP13 Function Settings JP12 Connect P3_ 2 RxD2 to RS 232C transceiver Connect P3 2 RxD2 to USB serial conversion IC initial setting JP13 Connect 0 TxD2 to RS 232C transceiver Connect 0 TxD2 to USB serial conversion initial setting R20UT2596EJ0008 Rev 0 08 2 30 19 2013 7572100 CPU board 772100 2 Functional Specification 2 6 I O Ports The RTK772100BC00000BR connects R7S72100 I O ports to the switches and the LEDs Figure2 6 1 shows the I O Ports Block Diagram Toexpansion 4 R7S72100 U1 1 5 connectors LED1 LED2 P1 11 AN3 P4 10 50 D1 0 P4 11 SD 0 P1 10 AN2 PO 0 MD BOOTO PO 1 MD BOOT1 P1 9 AN1 P7 0 CS0 MD BOOT2 PO 2 MD CLK P18 ANO 3 MD CLKS Vss No input 1_15 1 12 AN7 AN4 protection circuit Note Letters in Red indicate functions in use Figure2 6 1 I O Ports Block Diagram R20UT2596EJ0008 Rev 0 08 2 31 19 2013 7572100 CPU board 772100 GENMAI 2 Functional Specification 2 7 Interrupt Switches 772100 00000 has push switches NMI switch and IRQ6 switch for R7S
19. 20_ YL YLY swe IRQ6switth ETHER 1020 jEtemet Y Y v v Serial port R7S72100 Peripheral Function Serial flash memory 1 and 2 prev vica connected with SPIBSCO PPP Serial flash memory 3 ene connected with SPIBSC1 FLCTL NAND flash memory visis Use Se pv VDC5 LCD output LCD1 EXTCLK SDRAM2 connected with CS3 Y Y Y SDHI1 MMCIF is USB DVDEC SDHIO MMCIF LVDS UDI UDI INTC SCIF 2 22214 it may be used in combination 2 16 5 5 R20UT2596EJ0008 Rev 0 08 Dec 19 2013 7572100 CPU board RTK772100BC00000BR 2 Functional Specification 2 3 Memories The RTK772100BC00000BR includes NOR flash memory SDRAM serial memory and EEPROM as external memories other than the R7S72100 on chip RAM The details are described as follows 2 3 1 7572100 On Chip RAM The R7S72100 includes a 2MB high speed RAM with high speed access a 10MB large capacity on chip RAM and a 128KB data retention RAM as on chip memories 2 3 2 NOR Flash Memory Interface The RTK772100BC00000BR generally includes two NOR flash memories listed in Table2 3 1 to store the user program The NOR flash memories are controlled by the bus state controller BSC which is embedded in the R7S72100 The NOR flash memories and the BSC are connected by 16 bit bus width The R7S72100 address pins A23 to A18 are in common with the SP
20. 2 x CN 5 0 o E 02 Ae 0 53 Figure 3 1 1 RTK772100BCO00000BR Connector Assignments Top View of Component Side R20UT2596EJ0008 Rev 0 08 3 1 19 2013 7572100 CPU board 7 72100 0000 GENMAI 3 Operational Specification CN6 Expansion connector Expansion connector 5 8 090 Ome Bins P 07 a T 0 RTK772100BCO0000BR S R7S72100 CPU Board Re TEE CNB Expansion connector gt SERIAL NUMBER RENESAS me CA lx y e JAPAN RIGS 14 LVDS connector TE um Bi CN9 Expansion connector CN2 Expansion connector 00000000 CN1 Expansion connector Expansion Expansion Expansion connector connector connector Figure 3 1 2 RTK772100BC00000BR Connector Assignments Top View of Solder Side R20UT2596EJ0008 Rev 0 08 3 2 19 2013 7572100 CPU board 7721008 00000 3 Operational Specification 3 1 1 RCA Connector for Video Input J1 The RTK772100BCOOOOOBR has a RCA connector for video input J1 Figure3 1 3 shows the RCA Connector for Video Input Pin Assignments and Table3 1 1 lists the RCA Connector fo
21. Renesas Electronics does not assume any liability for infringement of patents copyrights or other intellectual property rights of third parties by or arising from the use of Renesas Electronics products or technical information described in this document No license express implied or otherwise is granted hereby under any patents copyrights or other intellectual property rights of Renesas Electronics or others You should not alter modify copy or otherwise misappropriate any Renesas Electronics product whether in whole or in part Renesas Electronics assumes no responsibility for any losses incurred by you or third parties arising from such alteration modification copy or otherwise misappropriation of Renesas Electronics product Renesas Electronics products are classified according to the following two quality grades Standard and High Quality The recommended applications for each Renesas Electronics product depends on the product s quality grade as indicated below Standard Computers office equipment communications equipment test and measurement equipment audio and visual equipment home electronic appliances machine tools personal electronic equipment and industrial robots etc High Quality Transportation equipment automobiles trains ships etc traffic control systems anti disaster systems anti crime systems and safety equipment etc Renesas Electronics products are neither intended nor author
22. SPBIO10 1 TIOC3A CTx4 PWM1C SGOUT 0 OUT TIOC1B PWM1B RxD3 SSITxD5 SSIWS5 13 Vss 14 P8 8 A16 DV1 DATA5 1 IN PWM1A TxD3 SSISCK5 15 8 7 A15 DV1 AUDIO XOUT 16 8 6 A14 DV1 DATA3 MISO2 IETxD IRQ5 ET COL TxD2 17 8 5 A13 DV1 DATA2 MOSI2 18 8 4 A12 DV1 DATA 55120 1 RxD2 19 8 3 A11 DV1 DATAO RSPCK2 RTS5 20 8 2 10 500 RXD5 IRQO IRQ1 SCK2 23 8 0 A8 SSL00 ET RXER SCK5 24 P7 15 AT RSPCK0 RXCLK CTS5 SCI SCKO SCI TXD0 TIOC4D 27 28 29 30 P8 1 A9 MOSIO ET RXDV TXD5 55 25 7_14 SSIDATA4 5 TIOC4C 26 P7 13 A5 SSIWS4 TIOC4B P7 12 4 SSISCKA ET RXD3 P7 11 A3 SSITxD3 RXD2 CRx1 P7 10 A2 SSIRxD3 ET RXD1 CTx1 P7 9 A1 SSIWS3 9V system power supply 3 3V system power supply and GND R20UT2596EJ0008 Rev 0 08 3 26 19 2013 7572100 CPU board 7721008 00000 3 Operational Specification Table3 1 27 Expansion Connector CN4 Pin Descriptions 4 Signal Name Signal Name RES 1 LCDO TCONO ET TXER IRQ6 TxD2 SCI TXD1 AUDIO CLK PWM2B 0 LCDO CLK ET TXCLK IRQ2 SCK2 SCK1 2 PWM2A RSPCK3 SSL30 P3_3 LCDO_TCON2 ET_MDIO IRQ4 BS SCI CTS1 RTS1 DACKO PWM2D MISO3
23. e LL R86 Ma0 22 PORXDV POTXN 2 P2 S RxD O Rer 21 PORXDO 2 P2_9 RxD 1 R168 220 18 PORXD1 2 P2_10 RxD 2 ______ 229 17 PORXD2 GPIO8 PORXN 2 P2 11 RxD 3 Ro M 24 GPIO7 H 5 2 P2 2001 PM een 957 GPIO10 2 P2 1 TXER POTXERR 9 3VCC SW3 A6HF 8102 R173 40 3 4 5 8 10 RES M t RESETB i 2 R174 16 mi 52 XCLKO Mim 3 44 A Lm 41 2 180 n 6 RITS 5 n R180 4 7kQ 6 B hj gt SS io go R181 4 7kQ 7 10 in 2182 4 7kQ 8 m x E gt P2 11 RxD 3 PU ii Pes P2 10 RxD 2 PU 3VCC X10 R183 e P3 A RXCLK PU SG 8002CA 25MHz 180 P3_5 RXER PU 4 3 g 2 PU 121 VCC OUT4 2993 P2_3 CR PU 2 1 N P2 8 RxD 0 PD GND tel P2 9 RxD 1 PD 25MHz MII mode ccc 50MHz RMII mode EXTRES Must be connect to GND via 12 4Kohm resister REGOFFD Regulator disable for digital Hi Regulator OFF Low ON a ATP TEST Must be connect to GND x e KG 2 1 u17 R130 MIC 2026 2YM VBUS MICREL 8 7 IN o TP
24. 2 ee 300 3 4 SWS LAN Strap opt ATTENTION A30C5 Paar x Bz e 4 e i RET UTE 88 THO RENES oF wee e a fo 4 R293 1 m 06000000000 FER H S 7 4 4 Dee a n JP9 VBUSO power select jumper JP18 PVcc power select jumper 11 VBUS1 power select jumper JP21 Vcc power select jumper xdi 15 5V power select jumper JP13 TxD2 select jumper JP12 RxD2 select jumper RoW 5 RAS RAB 224 R223 Rois ROW idi zm 6 txt 2 2216 ee oat e mw 5 8 5 8 8 5 5 P 5555 2 5 5 5 9 2 8838 E 2 LI Oy P 5 5 5 5 8 8 5 290952709 Y gt D 7 9 gt 40 es e Sse et Z 2 4 D X 5 O gt e EN 6 9 Sa lt TA eno S ON axe 5 2 1 772100 00000 Operation Parts Layout R20UT2596EJ0008 Rev 0 08 stENESAS Dec 19 2013 3 32 7572100 CPU board 7721008 00000 3 Operational
25. 2 12 19 2013 7 72100 CPU board 772100 GENMAI 2 Functional Specification Table2 2 12 R7972100 Pin Functions 12 wie fys o oS ___ y O wiz AVss tz wis favo __ tof P3_9 LCDO_DATA1 NAF1 NAF4 7 to NAND flash memory ____ TIOCAB Connected to card slot 50 WP 1 IRQ6 TRACEDATA1 Connected to UDI connector AUDIO X2 pf pen AUDIO X1 Connected to audio external clock 225792MHz Y1 P8 12 A20 SPBCLK 1 Address bus CN3 9 TIOC3C SCK5 PWMTE SPBCLK 1 Connected to serial flash memory 3 SGOUT 2 SSISCK4 P8 14 A22 SPBIOO1 0 E r NN SPBIO00_1 TIOC2A RSPCK2 SPBIO01_0 Connected to serial flash memory 3 MN KM 7 LCDO TCONG SSITxD1 LCD1 EXTCLK Connected to external clock for LCD panel CN4 13 Empty socket LCD1 EXTCLK JP6 1 2 lt N lt lt 8 RES Y9 NMI VBUSIN1 1 VBUSINO CTSO RTSO TIOC3D CS1 Connected to NOR flash memory 2 JP6 2 3 CS1 WDTOVF AUDIO XOUT2 SCI SCKO0 SCI SCKO TIOC3A SCK3 SCK3 Used on option board CN4 18 LCDO DATA21 VIO HD VIO HD 2 LCDO TCON1 RxD2 Connected to D sub 9 pin connector via CN4 8 JP12 1 2 RS 232C transceiver Connected to non maskable interrupt CN4 1 switch USB channel 1VBUS input 4 LCDO TC
26. 7572100 CPU board 772100 GENMAI 2 Functional Specification 2 11 Debug Interface The RTK772100BC00000BR has the ARM JTAG 20 connector J22 and CoreSight 20 connector 721 to connect with the R7S72100 user debug interface The CoreSight 20 connector cannot be connected in JTAG mode When connecting in JTAG mode the ARM JT AG 20 connector should be used Figure2 11 1 shows the Debug Interface Block Diagram R7S72100 U1 CoreSight 20 connector J21 P3_15 MMC_D2 NAF7 TRACECTL RTCK TraceClk 14 MMC D3 NAF6 TRACECLK DBGACK TraceD3 11 0 NAF3 TRACEDATA3 DBGRQ TraceD2 P3 10 MMC D1 NAF2 TRACEDATA2 nTRST TraceD1 29 9 50 WP 1 NAF1 TRACEDATA1 SWO TraceDO m ES 8 MMC TRACEDATAO SWCLK TMS SWDIO SWO TDI nSRST Reset IC 033 e Reset switch SW9 Note Letters in Red indicate functions in use Refer to the debugger user s manual for the details about connecting method Figure2 11 1 Debug Interface Block Diagram R20UT2596EJ0008 Rev 0 08 2 37 19 2013 R7S72100 CPU board RTK772100BCO0000BR GENMAI 2 Functional Specification 2 12 CAN Interface The 7572100 has controller area network RSCAN The RTK772100BC00000
27. IJIN M D lt o Ae gt 73 iu AVS O B X 25 i m D 5 ye a gt 5 D X 5 5 gt 25 gt NODA 23 12V power supply connector ze zu ES S m Abu J25 12V AC adapter jack 558 2455 X5 USB oscillator 48MHz X1 EXTAL oscillator 13 33MHz o TES s am 7 SW4 Power switch e E e Tem il n ees 2 J21 J22 UDI connectors HEE ET crm X7 Video resonator 27MHz J5 J7 USB connectors X2 RTC resonator 32 768 2 X4 RTC oscillator 4MHz J8 J9 USB connectors E J19 Serial port connector USB Mini B 028 USB serial conversion IC J17 Serial port connector 00000 1 1 5 00000 ry 88 amt i Boon MADE EN EINE 9 e 2 5 9 5 5 55 a 2 o 9 c o dE gt 5 c 2 o E gt 98 2 55 Z e a B o Z a sS 959 x 508006 0 06 5 2 9 Q 77 5 5 5 8 3 gt gt lt nO Figure 1 4 RTK772100BCO00000BR Parts Layout Top View of Component Side R20UT2596EJ0008 0 08 1 7 Dec 19 2013 t
28. DATA13 SPBIO11 0 LCD1 DATA13 Used on option board CTx3 LCD1 DATA13 IRQ7 P2 12 D28 RSPCKO CN8 8 DATA12 SPBIOO1 0 LCD1 12 Used on option board CRx3 IRQ6 LCD4 DATA12 TIOC1B E __ Oooo a E LRXDO DVO CLK IRQ5 RxD3 DVO_DATA16 P11 2 DVO DATA14 TIOC4C Used on option board 9 30 RxD6 LCDO 5 014 VIO D14 P9 7 LCD4 DATA23 SPBIO30 0 Connected to serial flash memory 1 23 MEM SPBIO30_0 SSIDATA2 LCD1 DATA23 Used on option board EOM x NN SPBIOO0 0 RxD1 B7 P5 10 WE3 DQMUU AH 5_10 to TH3 CN9 15 DVO_HSYNC 1 IETXD LCD1 _DATA17 ee m DV1_CLK DVO_CLK CS2 P5_7 TXOUTOM TXOUTOM ____ Connected to LCD panel for LVDS J Z LCD1_DATA7 LCDO_DATA23 LCD1_DATA7 Used on option board CN9 7 DV1 DATAT RxD6 TIOCOD DV1 7 SPDIF OUT DATA15 5_3 TXOUT2M TXOUT2M Connected to LCD panel for LVDS DV1_DATA3 TxD3 TIOC3C LCD1 DATA3 LCDO DATA19 LCD1 DATA3 Used on option board m DV1 DATA3 MISO3 P5 1 TXCLKOUTM TXCLKOUTM Connected to LCD panel for LVDS LCD1_DATA1 LCDO_DATA17 Used on option board CN9 1 DV1_DATA1 RxD4 TIOCOB 55130 Blanking and Sync CVBS aa aaa aaa VDAVcc 3 3V systempower supply 1 18V system power supply
29. VDS Interface Connection between the R7S72100 and the LVDS connector TOSLINK Interface e Connection between the R7S72100 and the TOSLINK connector MOST Interface 9 Connection between the R7S72100 media local bus MLB and the MOST I F connector Operating Connectors switcheds and LEDs specifications described in Chapter 3 R20UT2596EJ0008 Rev 0 08 2 1 19 2013 7 72100 CPU board RTK772100BCO0000BR GENMAI 2 Functional Specification 2 2 CPU 2 2 1 7572100 Overview The RTK772100BC00000BR includes a 32 bit RISC microcomputer R7S72100 which runs at a maximum CPU clock frequency of 400MHz 2 2 2 R 9S72100 Pin Functions Table 2 2 1 to Table2 2 11 list the R7S72100 pin functions used in the RTK772100BC00000BR Table 2 2 1 R7S72100 Pin Functions 1 E 4 Pin Function Description ME Remarks No Connector EE CRX2 IRQ3 RTS5 RSPCK1 DVO_DATA20 ue RE input A4 P11_0 DVO_DATA12 TIOC4A Used on option board 9 28 SCK6 LCDO DATA7 VIO D12 LCDO VIO D12 P9 6 LCD1 DATA22 SPBIO20 0 Connected to serial flash memory 1 CN9 24 LCD1 DATA22 Used on option board SPBIO20 0 SSIWS2 RTS1 CS5 A6 SPBSSL_0 CN9 19 SPBSSL_0 TxD PS 9 WE2IDQMUL ET MDC 2 DVO_VSYNC IRQ2 CRx1 Connected to CAN transceiver JP4 1 2 IERxD LCD1 DATA16 JP4 Open TXOUTOP Connected to LCD panel for LVDS 34 LCD1_DATA6 U
30. 1 0 B 01 2 cycles Wait cycle counts for precharge activation TRWL 1 0 B 10 2 cycles REF command self refresh cancellation gt Idle cycle counts between ACTV REF MRS commands WTRC 1 0 B 10 5 cycles SDRAM control regiter SDCR Initial value H 0000 0000 Recommended setting value H 0012 0812 Refresh control RFSH B 1 Execute refresh eRefresh control RMODE 0 Auto refresh eBank active mode BACTV 0 Auto precharge mode eArea 3 low address bit counts A3ROW 1 0 B 10 13 bits eArea 3 column address bit counts A3COL 1 0 B 10 10 bits Refresh timer control status register RTCSR Initial value H 0000 0000 Recommended setting value H A55A 0010 Clock select CKS 2 0 B 010 16 Refresh counts RRC 2 0 B 000 1 time Refresh time constant register RTCOR Initial value H 0000 0000 Recommended setting value H A55A 0020 1 cycle 240nsec 66 67 2 16 4 166875 2 Refresh request interval for this SDRAM 7 8125ysec time 7 8125ysec 240nsec 32 0x20 cycles refresh 24 NE SAS 2 23 R7S72100 CPU board RTK772100BCO0000BR GENMAI 2 Functional Specification 2 3 4 Flash Memory Interface The RTK772100BC00000BR generally includes three serial flash memories which are controlled by the SPI multi I O buscontroller SPIBSC embedded in theR 7872100 The data program is read out from the serial flash memory 1 at the time of booting boo
31. 2 2 Q2 N Z gt gt 2 33 SCL P1 4 SCL2 DVO CLK CRx1 IRQA 34 CAN CLK 35 SDA P1 5 SDA2 DV1 CRx4 IRQ5 36 VIO CLK LCD1 EXTCLK Note Bold letters indicate setting functions 2 R20UT2596EJ0008 0 08 5 5 19 2013 3 3 3 5 7572100 CPU board 7721008 00000 3 Operational Specification 3 1 3 Mic in Pin Jack Assignments J4 The RTK772100BCOOOOOBR has a mic in pin jack 74 Figure3 1 5 shows the Mic in Pin Jack Pin Assignments and Table3 1 3 lists the Mic in Pin Jack Pin Descriptions Top view of component side J4 Figure3 1 5 Mic in Pin Jack Pin Assignments Table3 1 3 Pin Jack Pin Descriptions Signal Name GND AVss L2 A D converter Lch analog input pin R2 A D converter Rch analog input pin R20UT2596EJ0008 Rev 0 08 3 6 19 2013 7572100 CPU board 7721008 00000 3 Operational Specification 3 1 4 Lineout Pin Jack J6 The RTK772100BCOOOOOBR has a lineout pin jack 76 Figure3 1 6 shows the Lineout Pin Jack Pin Assignments and Table3 1 4 lists the Lineout Pin Jack Pin Descriptions Top view of component side J6 Figure3 1 6 Lineout Pin Jack Pin Assignments Table3 1 4 Pin Jack Pin Descriptions Signal Name GND AVss LOUT 1 D A conve
32. 2013 7572100 CPU board RTK772100BCO00000BR GENMAI 3 Operational Specification Perspective View of Component Side Unit mm OP FEARS Bum E 660 of B 5 a F F 5 4 4 i 5 o M j e A 107 m R 4 mmu 9 amp ee at e e 1 m HH m EN mum oy um uum e JE 29229 m al ui E a e e ___ mi HIM SEES ee nx am E 222 ME k us wn 1 aay uw Www x wo cy I N Y rc CY a X OX Ow CX CE jx RIT RR RT a RT RTT UIT RT ERAT RU oe Figure3 3 3 RTK772100BC00000BR Dimensions Perspectiv
33. 5 LCDO TCONA SSIWS1 P3 4 LCDO TCON3 ET RXCLK SSISCK1 AUDIO XOUT3 SCI TXDO TxD3 AUDIO 2 SCI SCKO TIOC3A SCK3 2 LCDO TCON1 ET TXEN RxD2 RXD1 TENDO PWM2C MOSI3 7 LCDO TCONG SSITxD1 P3 6 LCDO TCON5 ET RXDV SSIRxD1 LCD1 EXTCLK SCI CTSO RTSO TIOC3D SCI TIOC3C RxD3 CS1 WDTOVF P10 3 TCLKD PWM2D ET CRS P10 2 DVO HSYNC TCLKC PWM2C LCDO DATA20 VIO FLD ET TXEN LCDO 21 VIO HD P10 1 DVO VSYNC TCLKB PWM2B P10 0 DVO CLK TCLKA PWM2A TXER LCDO DATA22 VIO VD ET TXCLK LCDO DATA23 VIO CLK 5V system power supply 3 3V system power supply and Table3 1 28 Expansion Connector CN5 Pin Descriptions 5 P1 9 AN1 IRQS3 VIO D15 DVO DATA15 P1 8 ANO IRQ2 DREQO D14 DVO DATA14 5V system power supply 3 3V system power supply and R20UT2596EJ0008 Rev 0 08 2 IN ESAS 3 27 Dec 19 2013 7572100 CPU board 7721008 00000 GENMAI 3 Operational Specification Table3 1 29 Expansion Connector CN6 Pin Descriptions 6 Signal Name Signal Name 1 P3 9 LCDO NAF1 TRACEDATAM 2 P3 8 LCDO DATAO TRACEDATAO TIOC4B 0 WP 1 IRQ6 TIOC4A SD CD 1 MMC CD 3 11 LCDO DATAS NAF3 TRACEDATA3 4 10 LCDO DATA2 NAF2 TRACEDATA2 TIOCAD SD DO 1 MMC DO TIOCAC SD D1 1 MMC D1 oVCC oVCC 10 4 DVO DATAO TIOCOA PWMZ2E ET TXDO LC
34. CN6 10 _ m mem MISO2 IETxD TxD2 P11 11 DVO DATA23 Used on option board CN2 5 SD D2 0 RxD5 MMC D2 LCDO_TCON3 P8 7 A15 DV1 DATAA AUDIO XOUT 5 COL Test data output NE DVO DATA23 LCDO TCON3 c C Test clock 020 JPO 1 Connected to SDRAM 1 and 2 CN2 2 CKIO lt lt lt lt SPBIO00_1 SPDIF_IN PWM1A TxD3 SSISCK5 9 A17 DV1_DATAG SPBIO10_1 SPDIF_OUT SPDIF_OUT Connected to TOSLINK connector TIOC1B PWM1B RxD3 SSIWS5 8_13 A21 1 CN3 8 0 8 Open SGOUT 3 SSIWS4 V19 8 LCDO DATAO CN6 2 to card slot Connected to UDI connector TRST Initialization signal input pin in P8 10 A18 DV1 oo 11 SPBIO20 1 TIOC3A CTx4 SPBIO20 1 ae to serial flash memory 3 PWM1C SGOUT_0 SSITxD5 P8 11 A19 SPBIO30 1 bus CN3 10 TIOC3B RxD5 PWM1D 1 Connected to serial flash memory 3 SGOUT_1 DVO_CLK wit w12 3 w14 SPDIF_IN Connected to TOSLINK connector P8 8 A16 DV1 DATA5 A16 Address bus CN3 14 2 1 2 1 2 OO HH 3 3V systempower supply 1 18V system power supply GND R20UT2596EJ0008 Rev 0 08
35. DATA14 SPBIO21 0 LCD1 DATA14 Used on option board CRx4 TxDO LCD1 DATA14 IRQO we P2 9 D25 ET RXD1 Connected to Ethernet PHY SW2 1 ON DVO DATA9 SSIWSO LRXDO Hee us on option board CN7 31 SW2 1 OFF C22 P2 7 D23 ET TXD3 ET TXD3 SW2 4 ON SSITxD5 SSITxD5 Used on option board CN7 29 SW2 1 OFF IETxD RTS1 VIO D7 pm qmm LCDO DATA23 LCDO RxD5 MISO1 DATA23 P6 6 D6 LCD1_DATA14 CN1 13 LCDO TCON5 TxD5 DVO DATA22 RENNES _ P6_3 D3 LCD1_DATA11 LVDSPLLVcc EE 011 LVDSREFRIN 5 6k 1 m a _____ for video signal input TN PON 58 E LTXD1 IRQ2 CTS5 TIOC2B TxD2 DVO_DATA19 P6 1 D1 LCD1 DATA9 LTXDO IRQ4 TIOC1B SSIDATA4 TxD3 DVO_DATA17 8 3V systempower supply 1 18V system power supply GND R20UT2596EJ0008 Rev 0 08 RENESAS 2 5 Dec 19 2013 7 72100 CPU board 772100 GENMAI 2 Functional Specification Table2 2 5 R7S72100 Pin Functions 5 Expansion Pin Name Function Description P Remarks Connector P2 8 D24 RXD0 ET RXDO Connected to Ethernet PHY SW2 1 ON DATAS SSISCKO LCD1 DATA8 Used on option board C
36. R7S72100 CPU board RTK772100BC00000BR GENMAI 1 Overview Figure 1 3 shows the RTK772100BCO00000BR Block Diagram UDI INTC 1000 8 uPD60610 Pin Header CAN 1000 Transceiver R7S72100 324BGA AudioCodec WM8978 RS 232C Transceiver EEPROM 16KB RL78 G1C S NAND 512MB Serial Flash x2 SPIBSC RSPDIF Serial Flash SPIBSC A 16bit r 4 a cso CS1 NOR NOR 64MB 64MB cs2 SDRAM 64MB CS3 SDRAM 64MB Memory capacity unit Byte Expansion connector External Connector Bootable Figure 1 3 RTK772100BC00000BR Block Diagram R20UT2596EJ0008 Rev 0 08 1 6 Dec 19 2013 2CENESAS R7S72100 CPU board 772100 0000 1 Overview 1 5 Parts Layout Figure 1 4 and Figure 1 5 show the Parts Layout of the RTK772100BCOOOOOBR gt 5 T c ED LO e O gt gt gt o c S GE S 588 85 o mE 5 S SOs Ba O Q 2 2 o O L 2 T Q o O o 6 gt 5 5 9 54 8 222 59 D
37. 102 HOLD IO3 Figure2 3 5 Serial Flash Memory Interface Block Diagram R20UT2596EJ0008 Rev 0 08 2 24 19 2013 7572100 CPU board 772100 2 Functional Specification Table2 3 8 JP7 and Function Settings JP7 Use P9 3 as SPBSSL 0 output pin initial setting Use P9 3 on option board JP8 Use P8 13 as SPBSSL 1 output pin Use P8 13 as A21 output pin initial setting indicates setting function R20UT2596EJ0008 Rev 0 08 2 25 19 2013 R7S72100 CPU board RTK772100BCO0000BR GENMAI 2 Functional Specification 2 9 9 NAND Flash Memory Interface The 772100 00000 has a board pattern which enables to mount a NAND flash memory listed in Table2 3 9 The NAND flash memory is control by the NAND flash memory controller FLCTL embedded in the 7572100 The FLCTL pin is in common with the pins for SD host interface SDHI channel 1 and MMC host interface MMCIF Renesas serial peripheral interface RSPI channel 4 and LVDS interface When using the NAND flash memory the MMC card slot audio interface and the LVDS interface can not be used JP10 should be set for the use of NAND flash memory Figure2 3 6 shows the NAND Flash Memory Interface Block Diagram and Table2 3 10 lists the JP10 Function Setting Table2 3 9 Flash Memory Overview Random 25ys Max S34ML04G100TFI 8 bits 512MB 8 bitsx512
38. 2 2 2 2 2 3 72100686 00000 Module i a te c eed bu 2 16 2 3 MM MM M ene RT 2 17 2 3 1 RS 72 190 Oi ip RIVE tienes 2 17 2 32 NOR Fash Memory 2 17 2 3 3 SDR ____ __ ____ __ ________ 2 20 2 3 4 Serial Plas hyMemoOnry I Oean _______8______ 2 24 2 35 NAND Flas nue tdt pudet oman 2 26 2 3 6 VU Ci 2 27 2 4 o 2 26 25 2 30 2 6 POPON NE e 2 31 2 7 Hle 8 sndesocnsas22c 050005 _______________ 2 32 2 8 EE 2 33 29 ROSCEC wore ren errr 2 35 2 10 lg sodes c ___ _____ een an 2 36 2 11 Dub HIC FECE E 2 37 2 12 2 38 2 13 Video ST I ever eer 2 39 2 14 ACE eU
39. 2 U3 as 03 51 output pin opt Connected to serial flash memories U6 and U7 as SPBSSL_O output pin SPBSSL O Ext None None open Connected to expansion connectors CN9 to CN19 a Connected to serial flash memory U8 as SPBSSL_1 output pin SPBSSL 1 A21 None None open Connected to NOR flash memory U2 and U3 as A21 output pin JP10 SSL40 Connected to NAND flash memory U9 as FCLE output pin FCLE MMC_D5 Connected to MMC card slot J15 as MMC_D5 I O JP12 RE t for RxD2 Connected to USB serial converter IC T as RxD2 input pin connection JP13 EEUU Connected s to RS 232C transceiver U27 as TxD2 output pin for TxD2 Connected to USB serial converter IC U28 as TxD2 output pin connection du co EN indicates initial setting Note The power of the board should be off when changing the jumpers Table3 2 2 Jumper Setting for USB VBUS Power Supply JP9 and JP11 Setting Function JP9 Used USB in host mode Provides VBUSO power supply for USB None open open Used USB chO in function mode Does not provide VBUSO power supply Used USB in host mode Provides VBUSO power supply from expansion JP11 1 2 Used USB ch1 in host mode Provides VBUS1 power supply for USB ch1 Used USB ch1 in function mode Does not provide VBUS1 power supply indicates initial Note The power of the board should be off when changing jumpers R20UT2596EJ0008
40. 5VCC 2 P6 15 015 0 DATA23 RxD6 LCDO_DATA7 14 D14 DVO DATA22 TxD6 4 13 013 0 0 21 SCK6 RXD1 5 12 012 0 0 2 TXD1 3VCC EN ro NN 7 P6 11 D11 DVO DATA15 LCDO 6 P6 10 D10 DVO DATA14 LCDO P6 9 D9 DVO_DATA13 TxDO 10 P6 8 D8 DVO DATA12 CAN 11 Vss 12 P6 7 D7 LCD1 DATA15 LCDO TCON6 P6 6 D6 LCD1 DATA14 LCDO P6 5 D5 LCD1 DATA13 2 P6 4 D4 LCD1 DATA12 CRx2 IRQ3 P6 3 D3 LCD1 DATA11 LTXD1 IRQ2 P6 2 D2 LCD1 DATA10 LRXD1 IRQ7 P6 1 D1 LCD1 DATA9 LTXDO IRQ4 P6 0 D0 LCD1 LRXDO CLK 5V system power supply 3 3V system power supply and R20UT2596EJ0008 Rev 0 08 2 IN ESAS 3 24 Dec 19 2013 7572100 CPU board 7721008 00000 3 Operational Specification Table3 1 25 Expansion Connector CN2 Pin Descriptions 2 Signal Name Signal Name 1 Vss 2 CKIO 5 P11 11 DVO DATA23 SD 02 0 RxD5 P11 10 DVO DATA22 SD D3 0 TxD5 P11 9 DVO DATA21 SD CMD 0 SCK5 P11 8 DVO DATA20 SD CLK O RTS5 B EM MMC CLK LCDO TCONG 11 P11 7 DVO DATA19 SD DO 0 CTS5 P11 6 DVO DATA18 SD D1 0 SSIDATAA MMC DO LCDO DATAO MMC D1 LCDO DATA1 5 17 19 23 25 2 29 MMC CMD LCDO TCONS5 2 P11 5 DVO DATA17 SD WP 0 SSIWSA 4 P11 4 DVO DATA16 SD CD 0 SSISCKA LCDO DATA2 MMC CD LCDO DATA3 1 1 11_15 SPDIF_OUT MISO1 I
41. BLUE R 3 2 3 3V 100 3 3V 200mA 0 95 1 152mR gt 150mR 3 3V External Vf 150mR 200mA 30mV s U29A 18 PVcc PVcc LVDSAPVcc SWITCH R276 HD74LV1GW17A HWP 3P G JP17 L11 A2 2PA 2 54DSA TP1 BLM21P N1D 1 esas Pvc nbs 17 ____ gt 1 06 2 LVDSAPVcc 9 2 2 2 540 9 40 152 i JST 10yF 16V R279 V150mQ 4 TuFAOV 0 1yF SW6 CEM USBAPVcc B3S 1000 2 21 10 030 5 113 3VCC 12VCC LM20343 SLF10145T 150M2R2 BLM21PG300SN1D sw7 3VCC U31C TDK TP18 3 3V 100mA TP19 FT1D 2M Z U29C HD74LV1GW17A 5V R 2 3 3V 100 3 3V 100mA USBAPVcc HD74LV1GW17A Renesas CP153 M R 55 157 i Renesas x 22uF 50V CP155 B m m 0 1 160 62kQ 22uF 50V A3 3V External 300mR 100mA 30mV CP156 0 1 rd ExAVcc AN3V 19 AVcc VDAVec 2 2314 i HWP 3P G JP20 18 11 8kQ A2 2PA 2 54DSA TP20 BLM21PG300SN1D AVcc TP12 VDAVcc CE42 CE43 ae 3VCC 10yF 16V R283 V300mQ 4 0 1yF T UA R284 HD74LV1GW17A 1 18V 1A TP22 3 2 1 18V 100 1 18V 1A 0 95 VES 30 4mR gt 47mR 1 18V External NE SATE A RS 1 18V JP21 Vcc Vcc LVDSPLLVcc HWP 3P G JP22 L10 A2 2PA 2 54DSA TP23 BLM21PG300SN1D 1 2 Vcc TP15 LVDSPLLVcc A2 2P
42. GND R20UT2596EJ0008 Rev 0 08 2 3 19 2013 7 72100 CPU board RTK772100BCO0000BR GENMAI 2 Functional Specification Table 2 2 3 R7S72100 Pin Functions 3 Pin Expansion Pin Name Function Description Remarks No Connector B15 VIN1A Channel 0 input pin 1 of Composit Video Blanking and Sync CVBS B16 P4 7 SDA3 DV4 HSYNC SDA3 Used on option board CN8 19 MEM LRXDO IRQ7 VIO D13 DV1 HSYNC DATA13 B17 P1 4 SCL2 DVO CLK CRx1 SCL2 Connected to EEPROM CN8 18 IRQ4 CAN Used on option board B18 P1 2 SCL1 DVO DATA18 SCL1 Connected to 6 CN8 16 FRB IRQ2 LCD1 EXTCLK Connected to NAND flash memory B19 P2 15 031 500 CN8 9 DATA15 SPBIO31 0 LCD1 DATA15 Used on option board CAN CLK LCD1 15 IRQ1 2 44 404 B21 Vss ss P2 10 D26 ET RXD2 ET RXD2 Connected to Ethernet PHY DATA10 SSIRxDO LTXDO Used on option board LTXDO LCD1 DATA10 LCD1 DATA10 u VIO D10 MOSI4 P6 5 D5 LCD1 DATA13 CTx2 SCK5 55110 Used on option board 9 29 NO SW2 1 7 34 SW2 1 OFF N DVO DATA21 Vcc N Vss P6_2 D2 LCD1_DATA10 LRXD1 IRQ7 TCLKA RxD2 DATA18 11 3 DVO DATA15 LCDO DATAA D15 DATA15 LCDO DATA4 VIO D15 DATA13 LCDO DATAG VIO D13 SPBIO10 0 Connected to
43. JP1 Open JP1 Short SSIWS1 TIOCOC H2 P7 1 CS3 DVO DATA17 CS3 Connected to SDRAM 2 ET TXCLK 4 DVO CLK SSISCK1 TIOCOB H3 P11 14 SPDIF IN MOSI1 LCDO TCONO Used on option board LCDO TCON5 MMC 06 LCDO TCONO DVO DATA16 ET MDC P7 2 Connected to SDRAM 1 and 2 CN2 28 ET TXER 4 CRx2 CRx2 Connected to CAN transceiver CN2 29 CN2 18 SW1 3 JP5 1 2 JP5 2 3 S SCK4 LTXDO Connected to NOR flash memroy 1 H19 P4 11 LCDO DATA19 SD DO 0 Connected to SD card slot CN7 15 LCD1 TCONG6 SD DO 0 LCD1 TCONG Used on option board MMC D0 SSITxD5 CTx4 SCK1 P10_11 DVO_DATA7 TIOC2B Used on option board ET RXD3 LCDO0 DATA12 E H21 P10 10 DATAG6 TIOC2A Used on option board ET RXD2 LCDO0 DATA13 CN7 7 CN7 8 3 3V systempower supply 1 18V system power supply GND R20UT2596EJ0008 Rev 0 08 2 7 19 2013 7 72100 CPU board 772100 GENMAI 2 Functional Specification Table2 2 7 R7S72100 Pin Functions 7 Expansion Pin Name Function Description P Remarks Connector P4 12 LCDO DATA20 CN7 18 LCD1 CLK SD CLK 0 LCD1 CLK Used on option board MMC CLK SPBIO40 1 SSISCK3 TxD1 IRQ4 P7 5 RD WR DVO DATA21 RD WR Connected to SDRAM 1 and 2 CN2 25 mM ET TXD1 RXD7 SSISCK2 RxD7 7_4 DVO_DATA20 LAN
44. P3 9 NAFl TRACEDATAl SD WP 1 0 1 18 DBGRO TraceD2 R259 44 220 P3 10 P3 10 NAF2 TRACEDATA2 MMC D1 R260 220 P3 11 P3 11 NAF3 TRACEDATA3 MMC DO E 3VCC 195 0 12 R323 936 M tems 10kQ HD74LV1G08A 1 4 TRST 3 2 ARM JTAG 20 J22 E 3VCC HIF3FC 20PA 2 54DSA 3VCC HRS VTref 1 2 NC R266 nTRST 3 4 00 TDI __ 5 147 C S sso 7 8 1 0 1 TCK SWCLK 9 10 RICK 11 12 1 TDO SHO 13 14 15 16 DBGRO 17 18 DBGACK 19 20 148 0 1 9 gt R268 R269 R270 RTK772100BCOO0000BR RS 232C USB UDI 8 Renesas Solutions Corp DRAWN CHECKED DESIGNED APPROVED E masa Serial 10 D RIK 72100BC00000BR C A EU093 CHANGE 2 5V 3A 3 2 5V 100 5V 3A 0 95 10 13mR gt 47mR Power Power EU External Vf 47mR 141 Connector Switch NMI _ 0298 J23 JP14 SWA4 Ex5V 5V JP15 5VCC SWITCH 8271 HD74LV1GW17A S3B XH A XG8V 0334 MS 12AAH1 11 HWP 3P G 16 12V A2 2PA 2 54DSA D SNM 310 55 R274 B 22 50 gt 5 1kQ A22PA 54DSA CE36 CE37 5 JST 10yF 16V R275 47mQ 10uF 16V HM RE 835 1000 2 2uF 10V AC LED6 f 4 Adaptor UB1111C STANLEY 3 3V 200mA n
45. PA 3 LCDO 11 TIOCOD CD P3 8 LCDO DATAO CTx3 RxD2 MISO4 MMC 07 TRACEDATAO TIOC4A SD CD 1 MMC CD WP 9 LCDO DATA1 NAF1 INN COUPE Note Bold letters indicate setting functions R20UT2596EJ0008 Rev 0 08 24 NE SAS 3 12 Dec 19 2013 7 72100 CPU board RTK772100BCO0000BR GENMAI 3 Operational Specification 3 1 9 CAN Connectors J12 and J13 The RTK772100BCO00000BR has two CAN connectors J12 and J13 Figure3 1 12 shows the CAN Connector Pin Assignments and Table3 1 10 lists the CAN Connector Pin Descriptions Top view of component side Figure3 1 12 Connector Pin Assignments Table3 1 10 CAN Connector Pin Descriptions Pin No Signal Name J13 CAN2 J12 CAN1 CANH CANH GND Vss GND Vss CANL CANL R20UT2596EJ0008 Rev 0 08 3 13 19 2013 7 72100 CPU board RTK772100BCO0000BR GENMAI 3 Operational Specification 3 1 10 LVDS Connectors J14 and J16 The RTK772100BCOOOOOBR has a LVDS I F connector J14 to connect the Mitsubishi LCD panel AA104XD02 and TDK Lambda DC DC converter ALD 414012PJ126 or ALD 514012PJ134 connector J16 for backlight power supply Figure3 1 13 and Figure3 1 14 show the Pin Assignments for LVDS I F Connector and Backlight Power Supply Connector respectively Table3 1 11 and Table3 1 12 list the Pin Descriptions for LVDS I F Connector and Backlight Power Supply Connector respectively Top vi
46. RxD2 IRQ7 CD 8 LCDO DATA16 LCD1 TCON3 SD CD 0 MMC CD SSISCK5 2 SCKO IRQO SD WP 0 5SSIWS5 CRx2 0 IRQ1 COMMON Vss M DAT2 15 LCDO DATA23 LCD1 TCON2 WP P4_9 LCDO_DATA17 LCD1_TCON4 Note Bold letters indicate setting functions R20UT2596EJ0008 Rev 0 08 3 11 19 2013 7572100 CPU board 7721008 00000 3 Operational Specification 3 1 8 MMC Card Slot J15 The RTK772100BCOOOOOBR has MMC card slot 115 Figure3 1 11 shows the MMC Card Slot Pin Assignments and Table3 1 9 lists the MMC Card Slot Pin Descriptions Top view of component side Figure3 1 11 Card Slot Pin Assignments Table3 1 9 Card Slot Pin Descriptions DAT3 14 LCDO DATA6 NAF6 CMD 13 LCDO DATAS NAF5 TRACECLK SD D3 1 03 Ea AUDIO XOUT SD 1 12 LCDO_DATA4 SD 1 DATO 11 LCDO P3_10 LCDO_DATA2 NAF2 TIOCAD SD DO 1 TRACEDATA2 TIOCAC SD D1 1 MMC 00 MMC D1 DAT2 15 LCDO DAT4 PA 0 LCDO DATAS TIOCOA FRE BE TRACECTL SD D2 1 MMC D2 7 RSPCK4 MMC D4 DAT5 PA 1 LCDO 9 TIOCOB DAT6 2 LCDO DATA10 TIOCOC FALE Kl SCK2 55140 MMC D5 EN CRx3 TxD2 MOSI4 MMC D6
47. Table3 1 24 to Table3 1 32 list the Expansion Connector Pin Descriptions CN6 Expansion connector CN7 Expansion connector ZB 0 0i eg 090 490 1 Wem mese 20 NE 1 RTK772100BCO0000BR 8 cur R7S72100 CPU Board Rev A lt lt mi Tu HE x1 E Dea s CA za v 6 mmm RIOS E cro 855 258 Timo w 1 4 8 B 5 ND mm Ro acil 5 T EHI rid ie 77 3T VD 9 Vu 20 060000000 kne E Gb BES 19 1 1 CN5 1 CN3 Expansion Expansion Expansion connector connector connector Figure3 1 20 Expansion Connector Pin Assignments Expansion connector 20 RENESAS EHE JM fm P 2 Expansion connector CN2 Expansion connector CN1 Expansion connector 19 R20UT2596EJ0008 0 08 ENESAS Dec 19 2013 3 23 7572100 CPU board 7721008 00000 GENMAI 3 Operational Specification Table3 1 24 Expansion Connector CN1 Pin Descriptions 1 Signal Name Signal Name 1
48. When inserting SD card COMMON and CD are conducted When removing card write protection WP and COMMON are conducted Figure2 15 1 SD Card Interface Block Diagram R20UT2596EJ0008 Rev 0 08 2 41 19 2013 7 72100 CPU board 772100 GENMAI 2 Functional Specification 2 16 MMC Card Interface 8 bit The RTK772100BC00000BR has an 8 bit MMC card slot which is connected with the MMC host interface in the R7S72100 SD card can be used by setting the dual porpose pin SD host interface SDHI channel 1 The MMCIF pin and the SDHI pin are in common with the NAND falsh memory controller FLCTL pin and the Renesas serial peripheral interface RSPI pin When inserting the MMC card or the SD card to the MMC card slot the NAND flash memory cannot be used Also when applying the MMC card in 8 bit mode the audio interface cannot be used Figure2 16 1 shows the MMC Card Interface Block Diagram and Table2 16 1 lists the JP10 Function Setting To expansion connectors To NAND flash memory P4 2 P4 0 To audio CODEC CVDD P4 15 5 SSL40 JP10 CVDD R7S72100 U1 card slot J15 15 50 D2 1 MMC D2 NAF7 14 50 1 MMC D3 NAF6 13 50 1 NAF5 P3 12 SD CLK 1 MMC CLK 4 11 50 DO 1 MMC NAF3 10 SD 01 1 MMC D1 NAF2 COMMON 33 9 50 WP 1 NAF1 9
49. by the military including but not limited to the development of weapons of mass destruction When exporting the Renesas Electronics products or technology described in this document you should comply with the applicable export control laws and regulations and follow the procedures required by such laws and regulations It is the responsibility of the buyer or distributor of Renesas Electronics products who distributes disposes of or otherwise places the product with a third party to notify such third party in advance of the contents and conditions set forth in this document Renesas Electronics assumes no responsibility for any losses incurred by you or third parties as a result of unauthorized use of Renesas Electronics products This document may not be reproduced or duplicated in any form in whole or in part without prior written consent of Renesas Electronics Please contact a Renesas Electronics sales office if you have any questions regarding the information contained in this document or Renesas Electronics products or if you have any other inquiries Note 1 Renesas Electronics as used in this document means Renesas Electronics Corporation and also includes its majority owned subsidiaries Note 2 Renesas Electronics product s means any product developed or manufactured by or for Renesas Electronics 2012 4 WEEE Directive Renesas development tools and products are directly covered by the European Union s Was
50. electrical RTK772100BCO0000BR characteristics and operational User s Manual specifications connectors and switches The following documents apply to the RZ A1H group Make sure to refer to the latest version of these documents which can be obtained from Renesas Electronics website Document Type Document Title Application note Applications sample programs etc Available on Renesas Electronics website RENESAS TECHNICAL Information regarding product UPDATE specifications documents etc 2 Frequently Used Abbreviations and Acronyms All trademarks and registered trademarks are the property of their respective owners Table of Contents Te 0721 1 p t mx lc 1 1 1 1 IVCIN awe 1 1 1 2 oim den 1 2 1 3 E ctertiab SE CICA ONS 1 3 1 4 Iter pe al AUG 1 5 1 5 Pars 1 7 1 6 MEMO T 1 11 1 7 Absolute Maximum os eoe 1 12 1 8 Cperdtinb COMIT ONS _____ __ ______ 1 12 5 2 1 221 Fonc Hons OV ako 2 1 2 2 2 2 2 2 1 2 2 22
51. scan mode setting Address bus CN3 5 EEE 24 P10 0 DVO CLK TCLKA CN4 20 2 ET TXCLK LCDO DATA23 VIO CLK Used on option board P10 3 TCLKD PWM2D ET CRS LCDO0 20 VIO FLD CN4 17 Used on option board P3_0 LCDO_CLK TxD2 Connected to D sub 9 pin via RS 232C CN4 6 JP13 1 2 ET TXCLK 1802 SCK2 SCK1 2 PWM2A Connected to USB mini B connector via JP13 2 3 RSPCK3 USB serial conversion IC AB7 Sa Ss 3 3V systempower supply 1 18V system power supply GND R20UT2596EJ0008 Rev 0 08 2 14 19 2013 R 972100 CPU board RTK772100BCO0000BR GENMAI 2 Functional Specification 2 2 14 7572100 Pin Functions 14 177 Comntects RTC resonator 32768KHz ABO PO 4 RTC X3 amp RTC X3 Connects RTC external clock 4 aso DP 1 12 58 channel 1 differential signal D data USB channel O differential signal D data SS a i Ss Connects USB external clock AB16 EXTAL Connects crystal resonator as a system 13 33MHz source 17 yss _ DVO_ DATA15 _____ FLD 20 ee ______ T 1r ADC analog reference voltage Ss are ep Ves Se a 3 3V systempower supply 1 18V system power supply GND R2
52. serial flash memory 1 CN9 21 SPBIO10 0 SSISCK2 CTS1 LCD1 DATA21 Used on option board CS4 2 LCD1 DATA18 SPBCLK 0 9 20 SPBCLK O LTXDO SCK1 A0 LCD1 DATA18 P5 5 TXOUT1M TXOUTIM ConmnecedtolCDpanelforIVDS J LCD1 DATA5 LCDO 21 FCE Connected to NAND flash memory CN9 5 R110 DV1 DATA5 AUDIO Es Mounted P5 4 TXOUT1P TXOUT1P Connected to LCD panel for LVDS IM LCD1 DATA4 LCDO DATA20 LCD1 DATA4 Used on option board CN9 6 mE P11 1 DVO DATA13 TIOCAB CN9 27 TxD6 LCDO DATA6 D13 Used on option board N gt P9 5 LCD1 21 C8 olo DV1_DATA4 RxD3 TIOC3D DV1_DATA4 DVO DATA12 C12 LVDSAPVcc A D converter BOTTOM reference voltage pin for video signal input GND 3 3V systempower supply 1 18V system power supply R20UT2596EJ0008 Rev 0 08 2 4 19 2013 7572100 CPU board RTK772100BC00000BR GENMAI 2 Functional Specification Table 2 2 4 R7S72100 Pin Functions 4 Pin Name Function Description Expansion Remarks Connector C14 REXT A D converter reference voltage pin for 22k 1 EE input C16 P1 5 SDA2 DV1 CLK 1 5 VIO on option board C17 1 1 50 0 _ Used on option board CN8 13 TCLKC IRQ1 VIO HD DVO HSYNC P2 14 030 MOSIO CN8 10
53. shows the Video Input Interface Block Diagram R7S72100 U1 22 0 1 ANN 0 1uF 2 2uF 27MHz e XT 77 2277 Figure2 13 1 Video Input Interface Block Diagram R20UT2596EJ0008 Rev 0 08 2 39 19 2013 R7S72100 CPU board RTK772100BCO0000BR GENMAI 2 Functional Specification 2 14 A Audio Interface The RTK772100BC00000BR has the Wolfson audio CODEC WM8978 as audio interface WM8978 register is controlled by the Renesas serial peripheral interface RSPI channel 4 and the audio data input output is controlled by the serial sound interface SSIF channel 0 The RSPI pin is in common with the NAND flash memory controller FLCTL pin and the MMC host interface MMCIF pin When applying the WM8978 the NAND flash memory cannot be used Also the MMC card slot cannot be used in 8 bit mode Figure2 14 1 shows the Audio Interface Block Diagram Table2 14 1 and Table2 14 2 list the DIP Switch SW2 2 Function setting and the JP10 Function Setting respectively 3 To MMC card slot NAND flash memory and R7S72100 U1 a WM8978 U19 P4 0 FRE 5 4 MMC 04 P4 2 FALE MOSI4 MMC P4 1 FCLE SSL40 MMC D5 8978 Option select P4 4 SSISCKO 5 SSIWSO P4 6 SSIRxDO 7 SSITxDO
54. 005 0 1 1005 0 1yF 1005 0 1 1005 0 1yF 1005 0 1 1005 0 1 1005 0 1 1005 0 1 1005 0 1 1005 0 1yF 1005 0 1yF 1005 7 K10 4 7yF 10V K11 K12 K14 L10 L12 L13 L14 M11 N10 N11 N12 N13 PVcc10 PVcc11 12 PVcc13 PVcc14 15 10 11 19 022 W11 W15 14 LO LO LO LO LO Lo LY LO 9 5 Tw Fr Fr nns pa fey ololololojolojojojolo o o o oj o loe o o o o o 4 CE8 4 7yF 10V dov z 2 233 114142 Xl c ON gt NIN 09 BIO N AB DO gt 4 CO A Go A Of 5 9 10 2 CP6 0 1 21 1 23 1 46 1 3VCC 1 SG 8002DC 13 3333MHz 8 vcco
55. 0UT2596EJ0008 Rev 0 08 2 15 19 2013 2 Functional Specification 7572100 CPU board RTK772100BC00000BR GENMAI RTK772100BCO00000BR Module Applicability Table2 2 15 lists the RTK772100BC00000BR Module Applicability The symbol of Y in the table indicates that both modules can be used in combination and the N indicates that combination use is not applicable 2 2 3 RTK772100BC00000BR Module Applicability Table2 2 15 RTK772100BC00000BR Wgaws90Hl gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt ozevirwav gt gt gt gt gt gt PPP PPP gt gt o waso gt gt gt gt gt gt gt gt gt gt PPP gt 2 gt gt gt gt gt gt gt 2 gt gt 2 2 gt gt gt gt aaa gt 1 Adnsan gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt pts pues own gt gt gt gt gt gt gt gt gt gt gt gt MEME gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt A gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt 2
56. 11 34 SSITxDO LCD1 DATA11 VIO D11 MISO4 P2_8 D24 ET SSISCKO TCON6 LCD1 DATA8 VIO D8 RSPCK4 P2 10 D26 ET RXD2 DVO DATA10 SSIRxDO LTXDO LCD1 VIO D10 MOSIA 9V system power supply 3 3V system power supply and GND R20UT2596EJ0008 Rev 0 08 3 29 19 2013 7572100 CPU board 7721008 00000 3 Operational Specification Table3 1 31 X Expansion Connector CN8 Pin Descriptions 8 Signal Name Signal Name 1 P3 4 LCDO TCON3 ET RXCLK SSISCK1 2 3 LCDO TCON2 ET IRQA BS AUDIO XOUT2 SCI_SCKO TIOC3A SCK3 51 1 PWM2D MISO3 3 6 LCDO TCON5 ET RXDV SSIRxD1 4 5 LCDO TCONA ET RXER SSIWS1 SCI_RXDO TIOC3C RxD3 AUDIO XOUT3 TXDO TxD3 7 2_13 029 55100 DVO_DATA13 8 2_12 D28 RSPCKO 2 SPBIO11_0 CTx3 LCD1 DATA13 01 0 IRQ6 LCD1 2 IRQ7 TIOC1B P2 15 D31 MISO0 DVO DATA15 10 P2 14 D30 MOSIO DVO DATA14 SPBIO31 0 CAN CLK SPBIO21 0 CRx4 LCD1 DATA14 LCD1 DATA15 IRQ IRQO 13 P1 1 SDAO DVO DATA17 TCLKC 14 P1 0 SCLO DVO DATA16 TCLKA IRQO 15 P1 3 SDA1 DVO DATA19 ET COL IRQ3 16 P1 2 SCL1 DVO DATA18 FRB IRQ2 17 P1 5 SDA2 DV1 CLK CRx4 IRQ5 18 P1 4 SCL2 DVO CLK
57. 12MB Spansion S34ML04G100TFI EEPROM 16 1 Renesas R1EX24128ASASOA Connection between the R7S72100 USB2 0 host function module and the USB connector 2 5 Serial Interface Connection between the R7S72100 FIFO on chip serial communication interface SCIF and 1 the D Sub 9 connector or 2 USB Mini B connector Connection between the R7S72100 I O ports and the LEDs and DIP switches Interrupt Switches e Connection between the R7S72100 NMI pin IRQ6 pin and TEST pin and the push switches System clock configuration Reset control for the device the RTK772100BC00000BR e The RTK772100BCOOOOOBR system power supply configuration Connection between the R7S72100 user debug interface and the connectors 2 12 CAN Interface Connection between the R7S72100 controller area network RSCAN and the CAN transceiver Video Input Interface Connection between the R7S72100 digital video decoder and the RCA connector Audio Interface Connection between the 7572100 and the audio CODEC WM8978 2 15 SD Card Interface e Connection between the R7S72100 SD host interface SDHI channel 0 and MMC host 4 bit interface MMCIF and the SD card slot MMC Card Interface Connection between the R7S72100 SD host interface SDHI channel 1 and MMC host 8 bit interface MMCIF and the MMC card slot 2 17 LAN Interface 9 Connection between the R7S72100 Ethernet controller ETHER and the Ethernet PHY
58. 17 DV1 DATA1 RxD4 TIOCOB SSL30 P20 P40 ENES P5_2 TXOUT2P LCD1_DATA2 LCD0_DATA18 DV1_DATA2 SCK3 TIOC1B MOSI3 P4 O LCDO DATAS TIOCOA FRE RSPCK4 MMC 04 a 7 P5_1 TXCLKOUTM lt P5_3 TXOUT2M LCD1_DATA3 LCD0_DATA19 DV1_DATA3 TxD3 TIOC3C MISO3 P4 1 LGDO DATAG TIOCOB FCLE SCK2 SSLA0 MMC 9 p477 gt P4_4 SSISCKO 6 P5 A TXOUT1P LCD1 DATA4 LCDO DATA20 DV4 DATA4 RxD3 TIOC3D DVO DATA12 P4 2 LCDO DATA10 TIOCOC FALE CRx3 TxD2 MOSIM MMC 06 P5 5 TXOUT1M LCD1 DATAS LCDO DATA21 DV1 DATAS AUDIO XOUT TIOCOC FCE DVO DATA13 P4 3 LCDO DATA11 TIOCOD FWE CTx3 RxD2 MISO4 MMC D 7 P5 2 TXOUT2P MEER P5_6 TXOUTOP LCD1_DATA6 LCD0_DATA22 DV1_DATA6 TxD6 IRQ6 SPDIF_IN DVO_DATA14 P4 8ILCDO DATA1G LCD1 TCONS SD CD CD SSISCKS CTX2ISCKO IRQQ k21 P19 gt 4 5 SSIWSO 6 P5 7 TXOUTOM LCD1 DATA7 LCDO DATA23 DV1 DATAZ RxD6 TIOCOD SPDIF OUT DVO DATA15 P4 9 LCDO DATA17 LCD1 TCONZ4 SD WP 0 SSIWSS CRx2 TxDO0 IRQ1 eas P4_10 LCD0_DATA18 LCD1_TCONS5 SD_D1_0 MMC_D1 SSIRxD5 RxDO IRQ ee 7 P5 3 TXOUT2M lt P4 11 LCDO DATA19 LCD1 TCON6 SD D0 0 MMC DO SSITxDS CTx4 SCK1 IRQ lt P4_6 SSIRxDO 6 P4 12 LCDO DATA20 LCD1 CLK SD CLK 0 MMC CLK SPBIO10 1 SSISCK3 TxD1 IRQ4 13 LCDO DATA21 LCD1 TCONO SD CMD SPBIO11 1 SSIWS3 RxD1 IRQS G19 p4 14 7 P5 4 TXOUT1P lt P4_14 LCD0_DATA22 LCD1_TCON1 SD_D3_0 MMC_D3 SPBIO21__1 SSIRxD3 TxD2 IRQ F95 pa q5 A gt gt 4 7 581 00 6 P4 15 LCDO DATA23 LCD1 TCON2 SD D2 0 MMC D2 SPBI
59. 2 40 ZAS SDHC 2 41 2 16 MMC ard CS Dit 2 42 2 17 NIRE DET 2 43 2 18 VIDS MEIC RR E 2 44 2 19 2 45 2 20 MOS tirare T 2 46 aa 3 1 3 1 3 1 3 1 1 RC A Connector tor Video Input Jl 3 3 3 1 2 TATE COMME CIOL I eos te eee vue leo 3 4 3 1 3 Min Pin SS10 I4 Mu 3 6 3 1 4 tii ke batts 3 7 3 1 5 USB Connectors and JS gt 3 8 3 1 6 LAN Cn CUO 3 10 3 1 7 HET EHE 3 11 3 1 8 3 12 3 1 9 CAN and T E95 ___ 3 13 3 1 10 MIDS Connectors Chr gt 3 14 3 1 11 TOSLINE Connector U20 3 16 3 1 12 Por Connectors 17 and 3 17 3 1 13 1 and I2 ___ ____ _____ __ erie tems 3 18 3 1 14 Power supply Connectors 2 2
60. 3 4 SDRAM Overview Spec Contents Part number 542516320 75 Composition 64MB 8M 5 16 bitsx4 banks x2 Capacity 64MB Bank counts 4 bank operation controlled by BAO and R20UT2596EJ0008 Rev 0 08 2 20 19 2013 7 72100 CPU board 7721008 00000 GENMAI 2 Functional Specification R7S72100 U1 2 VM To CAN transceiver D15 0 A15 1 WEO To NOR flash memories To expansion connectors SDRAM1 04 DQ15 DQ4 P6 15 P6 0 215 00 P8 7 P8 6 15 14 BA1 BAO P8 5 P8 0 13 8 _ z y O 15 7 9 7 1 CKIO P7 5 RD WR 7_6 WEO DQMLL P7_7 WE1 DQMLU P7 2 CRX2 RAS P7 3 CTx2 CAS JP1 P7 4 P5 8 52 7 1 53 Note Letters in Red indicate functions in use Figure2 3 3 SDRAM Block Diagram R20UT2596EJ0008 Rev 0 08 Dec 19 2013 o SDRAM2 05 5 5 2 21 7572100 CPU board RTK772100BC00000BR 2 Functional Specification Table2 3 5 JP1 Function Setting Jumper 1 2 Short None Open JP1 Use P7 2 CRx2 input pin Use P7 2 as RAS output pin initial setting indicates setting function Figure2 3 4 shows the Example of SDRAM Single Read Write Timing and Table2 3 6 lists the Setting for Bus State Controller SDRAM Readi
61. 5 10 0 P5 10 CTx1 RESETB NAND flash 512MB U9 _S34ML04G1 Spansion P3_15 NAF7 MMC_D2 1 P3_14 NAF6 TRACECLK MMC_D3 2 P3_13 NAF5 MMC_CMD 3 P3_12 NAF4 MMC_CLK 4 P3_11 NAF3 TRACEDATA3 MMC_DO 5 P3_10 NAF2 TRACEDATA2 MMC_D1 6 P3_9 NAF1 TRACEDATA1 SD_WP_1 10 P3 8 NAFO0 TRACEDATAO MMC CD 11 14 P4 3 FWE MMC D7 15 P4_2 FALE MOSI4 MMC_D6 20 P4_1 FCLE SSL40 MMC_D5 16 ALE 21 P4_0 FRE RSPCK4 MMC_D4 I 84 22 i Q RE 23 P1 2 SCL1 FRB 1 2 24 26 27 WP 28 i 13 33 35 Vss3 ONFI BUDE R114 00 48 VSsA ONFI 38 40 37 45 2 46 e Ri V V UONENE N YCC NONE ar eR 39 i 15 A 7UF 10V _ S 3VCC MO 5 I 5 0 3VCC QSH 020 01 L D DP A Samtec 1 2 2 0 P2_0 MLB_CLK ee 5 6 P2_2 MLB_SIG T a 9 10 P2_1 MLB_DAT 11 12 13 14 15 16 17 19 21 23 P2_3 ET_CRS RESETB P2 3 25 a 27 29 31 4 SCL2 14 33 prosyspaz 5 amp 40 21 FG FG 42 4 4 EJ Sl cE16 4 7yF 10V 5 o EEPROM 16KB U10 R1EX24128ASA00A RENESAS 1 4 SCL2 P14 R126 00 6 3 P1_5 SDA2 3VCC 7 3VCC TH1 TH8 WP R128 4 8 22kQ VSS vcc CP105 TH2 2 54mm TH7 0 1yF Q NZ O P13 Pl 3 50 1 TH3 TH6 P5 10 Q Q 12 P1_2 SCL1 FRB 3VCC CP106 0 1 RTK772100BCOO0000BR S falsh NAND MOST EEPROM 5 10 D RIK 72100BC00000BR_C A R03 U18 NL17SZ
62. 64 3VCC sw2 A6S 4104 OMRON 2 SW21 lt 2 5 2 2 aa TP2 RTK772100BCOO0000BR CPU power amp clock Dip SW 3 10 D RIKRT77A2L00BCOUDUOBR C A BUS 2 5 7 10 2 5 7 8 10 2 7 10 2 LDLo o E CHANGE gt P5 10 0 lt gt 7 8 0 lt gt 6 15 0 lt gt 25 1 A 25 1 lt gt 01501 10 3VCC RA2 NOR flashl 64MB SDRAM1 64MB E Spansion ISSI __ 15 21 7 28 ps_a cs2 EI WW P7 2 RAS CRx2 184 4 5 4 P7_3 CAS CTx2 P7 5 RDWR MNR14 22 MNR14 220 3VCC P7_7 DQMLU 39 3 7 0 2 lt lt P7_6 WEO DOMLL 153 7_4 3VCC 3 CKIO_sD1 gt P7 0 MD 00 2 50 P7 8 RD 3VCC P7_6 WEO DOMLL 3 5 6 8 10 RES ae CE11 SIS cE12 4 7uF 10V SDRAM2 64MB 2 19425163208 U3 S29GL512S 56 Spansion NC A25 A24 A23 A22 A21 A20 A19 A18 A17 A16 A15 A14 A13 P7 1 CS3 p M P7 1 A11 A10 A 7 VDD E avoc A3 3 CKIO_SD2 __ gt NU Neti es VDDQ M au 0 5 Fg T i OE avcc Sas 5558 2 5 7 8 10 5 01 lt gt CE13 P3_7 LCD1_EXTCLK CS1 P3 7 Sms 14 4 7uF 10V 3VCC x9 180 A24 R90 22kQ SG 8002DC 55 5 RS2 CP94 NATL
63. 72100 NMI and IRQ6 interrupt signal input and a push switch test switch for test signal The IRQ6 switch is also connected to the toggle switch The test switch is left open to be connected to any terminal Figure2 7 1 shows the Interrupt Switch Block Diagram and Table2 7 1 lists the JP3 Function Setting To expansion connectors R7S72100 U1 NMI switch SW5 IRQ6 switch SW7 SW6 3_1 1206 i E Note Letters in Red indicates function in use Test switch TP22 SW8 Figure2 7 1 Interrupt Switch Block Diagram Table2 7 1 Function Setting JP3 Use P3_1 as IRQ6 input pin initial setting Use P3 1 on option board Indicates setting function R20UT2596EJ0008 Rev 0 08 2 32 19 2013 7572100 CPU board RTK772100BC00000BR 2 Functional Specification 2 8 Clocks The following seven clocks are input in the R7S72100 the RTK772100BCOOOOOBR R7S72100 Input clock 13 33MHz R7S72100 RTC clock 32 768kHz R7S72100 RTC clock high precision 4MHz R7S72100 USB clock 48MHz R7S72100 Video decoder clock 27MHz R7S72100 LCD clock Optional R7S72100 Audio clock 22 5792MHz Figure2 8 1 shows the Clock Configuration Table2 8 1 and Table2 8 2 list the DIP Switch SW1 Function Settings and the JP6 Function Setting respect
64. 72100 Renesas SPDIF interface RSPDIF The RSPDIF pin is in common with the address pins A17 and A16 When using the TOSLINK connector the NOR flash memory can not be used Figure2 19 1 shows the TOSLINK Interface Block Diagram and Table2 19 1 lists the JP2 Function Setting 2 NOR flash memory expansion connectors 7572100 01 TOSLINK connector U26 P8 9 A17 SPDIF OUT P8 8 A16 SPDIF IN Note Letters in Red indicate functions in use Figure2 19 1 TOSLINK Interface Block Diagram Table2 19 1 JP2 Function Setting Use P8 8 as A16 output pin initial setting Use P8 8 as SPDIF IN input pin Indicates setting function R20UT2596EJ0008 Rev 0 08 2 45 19 2013 7 72100 CPU board RTK772100BCO0000BR GENMAI 2 Functional Specification 2 20 MOST Interface The RTK772100BC00000BR includes a connector to be connected with SMSC MOST PHY I F board 581110 2 0 The MOST control pin isinmmon with the Ethernet control pin SW2 1 should be set to use the MOST I F connector Figure2 20 1 shows the MOST Interface Block Diagram and Table2 20 1 lists the DIP Switch SW2 1 Function Setting 6 r 10 expansion connectors R7S72100 U1 Ethernet MOST selection MOST I F connector J3 P2_0 TXCLK MLB_CLK P2 1 TXER MLB_DAT P2 2 TXEN MLB SIG P2 3 CRS P1 5 SDA2 P1 4 SCL2
65. 74 On Semiconductor Audio CODEC AN3V 3VCC R307 3 WM8978 MCLK gt gt 220 R134 22kO 6 CE18 CE19 5 2 5 108 22uF 10 019 24 DEM 22uF 10V a 4 TuF A0V a n N TP6 P4 4 696 gt M 8 456 010320 g R309 40 L2 GPIO2 1 N 2 P4_7 SSITxDO gt DACDAT 7 1 m R310 8 7 RIN 3 2 P4_5 ssiwso gt 220 iE 1 2 P4_6 SSIRxD0 lt amp R2 GPIO3 MODE 2142 47kO P4_0 FRE RSPCK4 MMC_D4 4 0 16 AUXL pote 8 0 1uF R143 A 470 P4 2 FALE MOSI4 MMC D6 17 AU HSJ1456 010320 SDIN ATyFA0V 2 LOUT1 4 ROUT1 3 1 LOUT2 P4 1 FCLE SSL40 MMC D5 ROUT2 HWP 2P G OUTS 5 OUT4 2 5 7 10 P4 150 lt gt x N 8 amp 4 TuF 10V 3VCC J10 TLA 6T718 LED_MODE B 0000 LEDO LinkA 100 2 5 10 1 15 0 lt gt 52 FD 6 1014 LED2 100 10 Not used LED3 Activity GPIO4 P1 15 INT M 5 SML 310MT Green e SML 310DT Orange e SML 310VT Red SML 310YT Yellow N 7 Ethernet U20 uPD60610 2 P5 9 MDC 42 2 3 MDIO C POLINKLED GPIOO 15 INT GPIO4 2 P2 3 CRS POCRS GPIO6 GPIO14 1 14 ELT Res 220 42 2 7 POCOLSD GPIO19 16 2 P3 4 RXCLK 162 1 23 PORXCLK GPIO3 POTXP
66. A 2 54DSA CE47 CE48 CP151 3VCC CP199 3VCC JST 10yF 16V R290 V47mQ 4 0 1yF 0 1yF ed Reset U31B 19 SWITCH R289 HD74LV1GW17A 040 BLM21PG300SN1D HD74LV1G08A 5V gt 3 3V edd ib U32 L15 3VCC PLLVcc LM2833X LTF5022T 1R2N4R2 CP150 __ gt nsRST 8 TI TP24 0 1yF VINDI 3 3V T USBAVcc 22uF 50V VIND2 CP162 CE49 BLM21PG300SN1D D m 0 047 ATyF 10V TP21 EN DOE USBAVcc 45 159 44 Board fixed hole P ii MH1 Toshiba for Corner x 4 M3 Power On Reset 3VCC AN3V L16 BLM21PG300SN1D nTRST 18 AGND DGND R295 5V gt 1 18V Tn RNA51957BFP LM2830Z LTF5022T 2R2N3R2 TDK TP27 TP26 J29 1 18V GND XG8S 0331 OMRON 50 R302 1 CE52 MH5 1 10yF 16V 9 53kQ 109F 16V 2201 6 for MOST I F Connector M2 5 3 HOLE R303 10kQ Toshiba Anti resonant Capacitor 12VCC PVcc AN3V ADC Voltage Reference U35 5VCC LM4132 AVref A grade 0 05 10 ppm NS B grade 0 1 20 ppm 5 168 1 Renesas Solutions RTK772100BCOO0000BR DRAWN CHECKED DESIGNED APPROVED Power Reset SW ES y 3 SCALE ud 3 CHANGE D RIKRT772L00BCOUDUOBR C A BUS 2 5 6 1 15 0 lt gt 24 5 7 8 P3 t50 lt gt 2 P10 15 0 lt gt 2 5 6 7 15 0 gt 2 5 P2 15 gt 2 P11 15 0 lt gt 2 4 7 P7 8 0 lt gt 2 4 5 7 8 P5 10 0 2 5 P9 7 2 CN4 12
67. BR connects 7572100 RSCAN channel 1 and 2 to the 3 pin 2 5mm pitch connector via the power voltage level shifter and the CAN transceiver IC to enable CAN communication The RSCAN channel 1 pin is in common the the Ethernet PHY and the channel 2 pin is in common with the SDRAMs When applying the CAN interface these pins cannot be used together Figure2 12 1 shows the CAN interface Block Diagram and Table2 12 1 lists 7 1 and Function Settings To expansion connectors RAS CAS To SDRAM CAN transceiver R7S72100 U1 021 3 connector J12 P5 9 CRx1 E J12 P5 10 CTx1 P7 2 RAS CRx2 P7 3 CASI 2 CAN transceiver Note Letters in Red indicate U24 functions in use CAN connector J13 Figure2 12 1 CAN interface Block Diagram Table2 12 1 JP1 Function Settings Use P7_2 as CRx2 input pin Use P7_2 as RAS output pin initial setting Use P5 9 as CRx1 input pin Use P5 9 as MDC output pin initial setting Indicates setting function R20UT2596EJ0008 Rev 0 08 2 38 19 2013 7572100 CPU board 772100 GENMAI 2 Functional Specification 2 13 X Video Input Interface The 7572100 has digital video decoder function which enables direct input of the composit video signal CVBS The 772100 00000 has a RCA connector for CVBS input Figure2 13 1
68. C2T45DCT 5VCC TI 1 VCCA VCCB 2 P5 9 ERX1 21 ___3 Bi Le P7_2 RAS CRx2 123 GND DIR SD MMC Card Power Control U23 3VCC 5VCC LTC1471 CVCC1 5VCC 3 1 CAN2 eg 18 CVCC2 R202 U24 E i oa 2200 HA13721RPJE 11 Renesas eee P7_3 CAS CTx2 a z CP125 R203 15 9 0 1pF 1200 1 4 E E 1 lg 2 ASVIN E 12 73 i S B3P SHF 1AA LF SN 126 127 0 1 CP128 0 1yF 3VCC LVDS 3VCC J14 E DF14A 20P 1 25H HRS 2 3 3V 3 3V GND d i GND 2 P5 7 TXOUTOM Link0 MMC Slot 2 P5 6 gt a Link0 GND 2 P5 5 TXOUT1M Linkl 12 4 2 P8 AMTXOUTIP L gt D GND P3 13 NAF5 MMC CMD Bus 2 P5 3 TXOUT2M Link2 P3 11 NAF3 TRACEDATA3 MMC DO P AXOLA 5 2 2 MMC_D1 2 P5_1 TXCLKOUTM gt CLKIN P3 14 NAF6 TRACECLK MMC D3 2 PS 0 TXCLKOUTP ae om P4_0 FRE RSPCK4 MMC_D4 Link3 P4 1 FCLE SSL40 MMC D5 3 P4 2 FALE MOSI4 MMC D6 NS MODE Low 6bit Hi 8bit w 6bit Hi 8bi P4_3 FWE MMC_D7 SC Low Normal Hi Reverse P3_9 NAF1 TRACEDATA1 SD_WP_1 P3_8 NAF0 TRACEDATAO MMC_CD 5VCC 5VCC 2 4 5 10 A 25 1 LVDS Backlight J16 3 3V 5V L7 12VCC BM14B SRSS TB SPDIF VLCF4020T 470MR39 ust U25 U26 TDK 190 SN74LVC1T45DCK TODX2951 n TI Toshiba Un P8 9 A17 SPDIF OUT i 2 P8 8 SPDIF IN lt P8 8 A16 SP
69. CD1 21 SPBIO10 0 22 P9 4 LCD1 DATA20 SPBIOO0 0 RxD1 EN RN 23 P9 7 LCD1 DATA23 SPBIO30 0 24 P9 6 LCD1 DATA22 SPBIO20 0 SSIWS2 27 P11 1 DVO DATA13 TIOCAB TxD6 28 P11 0 DVO 2 TIOCAA SCK6 29 P11 3 DVO DATA15 TIOC4D 30 P11 2 DVO DATA14 TIOCAC RxD6 5V system power supply 3 3V system power supply and GND R20UT2596EJ0008 Rev 0 08 24 NE SAS 3 31 19 2013 7572100 CPU board RTK772100BC00000BR GENMAI 3 Operational Specification 2 2 Operation Parts Layout Figure3 2 1 shows the RTK772100BCOOOOOBR Operation Parts Layout E 5 Top view of o 5 22 component side a D a A 8 28 8 5 22 0 o 0 Lu o 45 20 5 pers uw CUL 5 inc JP14 System power supply select jumper 2 L IB ol 8 R200 eun NEN 1 0 UE de d 8 Rin LED6 Power LED SWA Power switch som 23 a 3 cos iB H 0000000000 91 Bo z gt gt ms mm en se chive prn cene JP19 Avcc power select jumper I E t gt 5 EI z
70. CO NI Renesas Solutions Corp 772100 0000 Ext Connector 10 10 CHANGE D RIK 72100BC00000BR_C A R03 REVISION HISTORY R7S72100 CPU board RIK772100BCOOOOOBR User s Manual Rev Date Description Summary Jul 6 2012 First edition a Correct the erroneous descriptions iia M Correct the erroneous descriptions Review the pin names structures Correct the erroneous descriptions 0 05 May 21 2013 Correct the erroneous descriptions Add general name for the board Correct the erroneous descriptions the erroneous descriptions Ed i the schematics Dec 19 2013 Figure2 10 1 Error correction 5V channel and R7S72100 power supply section were reviewed Update the schematics R7S72100 CPU board 7721008 00000 User s Manual Publication Date Dec 19 2013 Rev 0 08 Published by Renesas Electronics Corporation 424 NESAS SALES OFFICES Renesas Electronics Corporation Refer to http www renesas com for the latest and detailed information Renesas Electronics America Inc 2880 Scott Boulevard Santa Clara CA 95050 2554 U S A Tel 1 408 588 6000 Fax 1 408 588 6130 Renesas Electronics Canada Limited 1101 Nicholson Road Newmarket Ontario L3Y 9C3 Canada Tel 1 905 898 5441 Fax 1 905 898 3220 Renesas Electronics Europe Limited Dukes Meadow Millboard Road Bourne End Buck
71. CRx1 IRQ4 19 P1 7 SDA3 DV1 HSYNC LRXDO IRQ7 20 P1 6 SCL3 DV1 VSYNC IERxD IRQ6 5V system power supply 3 3V system power supply and GND R20UT2596EJ0008 Rev 0 08 24 NE SAS 3 30 Dec 19 2013 7572100 CPU board 7721008 00000 3 Operational Specification Table3 1 32 Expansion Connector 9 Pin Descriptions 9 Pin No Signal Name Pin No Signal Name P5 1 TXCLKOUTM LCD1 P5 0 TXCLKOUTP LCD1 DATAO LCDO DATA17 DV1 DATA DATA16 DV1 DATAO 4 TIOCOB SSL30 RSPCK3 P5 3 TXOUT2M LCD1 P5 2 TXOUT2P LCD1 DATA2 0 19 DV1 DATAS TxD3 LCDO DATA18 DV1 DATA2 SCK3 MISO3 TIOC1B MOSI3 5 5 TXOUT1M LCD1 DATA5 P5 4 TXOUT1P LCD1 4 LCDO DATA21 DV1 DATAS AUDIO XOUT LCDO DATA20 DV1 DATAA RxD3 TIOCOC DATA13 TIOC3D DVO_DATA12 P5 7 TXOUTOM LCD1 DATAT P5 6 TXOUTOP LCD1 DATA6 LCDO DATA23 DV1 DATA RxD6 DATA22 DV1 DATAG TxD6 IRQ6 TIOCOD SPDIF OUT DVO DATA15 IN DVO_DATA14 Vss Vss 11 8 LCDO EXTCLK IRQO DV1 12 Vss DVO CLK CS2 3 Vss Vss P5 10 WE3 DQMUU AH DVO_HSYNC CTx1 IETxD LCD1_DATA17 16 P5 9 WE2 DQMUL ET MDC DVO VSYNC IRQ2 CRx1 IERxD LCD1 DATA16 Vss Vss 19 P9 3 LCD1 DATA19 SPBSSL 0 TxD 20 P9 2 LCD1 DATA18 SPBCLK O LTXDO 21 P9 5 L
72. CRx4 IRQ5 VIO_CLK LCD1_EXTCLK P11_15 SPDIF_OUT MISO1 IRQ1 MMC_D7 LCD0_CLK lt P6 150 4 lt ___ 2_10 0 2 6 1 12 ABT P6_0 D0 LCD1_DATA8 LRXDO DV0_CLK TIOC1A IRQ5 RxD3 DVO_DATA1 ap Be P6_1 D1 LCD1_DATA9 LTXDO IRQ4 TIOC1B SSIDATA4 TxD3 DV0_DATA1 lt 2 11 RxD 3 6 P6 2 D2 LCD1 DATA10 LRXD1 IRQ7 TCLKA TIOC2A RXD2 DVO DATA18 P1 15 AN7 P6 3 D3 LCD1 DATA11 LTXD1 IRQ2 CTSS TIOC2B TxD2 DVO DATA197 P6 4 AA17 2 P18 P1 8 ANO IRQ2 DREQO VIO D14 DVO DATA14 P6 4 DA LCD1 DATA12 CRx2 IRQ3 RTSS RSPCK1 DVO 20 AD 18 P1_9 AN1 IRQ3 VIO_D15 DVO_DATA15 P6 S DS LCD1 DATA13 CTx2 SCK5 SSL10 DVO DATA21I755 P6 6 P111 P1 10 ANZ IRQ4 TCLKB P6 6 D6 LCD1 DATA14 LCDO TCONS TxD5 MOSI1 DVO DATA2 se 3 P6 8 D8 DVO DATA12 CAN CLK SCKO LCDO DATAO IRQO P6 9 D9 DVO DATA13 TxDO LCDO DATA1 IRQ1 Peo P6 10 D10 DVO DATA14 LCDO DATA2 IRQ2I F3 pe 11 P6 11 D11 DVO DATA15 LCDO TCONG SCK1 LCDO DATA3 IRQ3 P6 12 012 0 0 DATA20 TXD1 LCDO DATA4 IRQA P6 13 D13 DVO DATA21 SCK6 RXD1 LCDO 5 5 P6 14 014 0 0 DATA22 TxD6 LCDO DATAG IRQ6 15 D15 DVO DATA23 RxD6 LCDO DATATZ IRQ7 P3 15 0 4 5 7 8 10 SN74CB3Q3257 Texas Instruments P1 11 ANS IRQS TCLKD P6_7 D7 LCD1_DATA15 LCD0_TCON6 RxD5 MISO1 DVO_DATA2 P6 8 1 O LCDO CLK ET TXCLK IRQ2 SCK2 SCI SCK1 TxD2 PWM2A RSPCK 2 2 LCDO 1 TXEN RxD2 SCI RXD1 TENDO PWM2C MOS
73. D MN ET TXD0 TXD7 SSITxD1 TxD7 P7 3 CAS DATA19 me mme mem ET SCK7 CTx2 CTx2 Connected to CAN transceiver SSIRxD1 TIOCOD IRQ1 _ 07 LCDO_CLK MM Jede Se Ss ss c c cic c m NO Es PES co 420 P10 9 DVO DATAS5 DVO DATA5 Used on option board ET RXD1 LCDO0 DATA44 VIO 05 J21 P10 8 DATA4 TIOC1A Used on option board RXDO LCDO 15 LCDO_ DATA15 VIO D4 VIO D4 P4 10 1 00 DATAT8 LCD1 TCON5 SD D1 0 LCD1 TCON5 Used on option board MMC D1 SSIRxD5 IRQ2 ae ro TIOC3B IRQO 7 7 WE1 DQMLU CN2 23 DVO DATA23 ET TXD3 Connected to NOR flash memory 1 and2 to NOR flash memory 1 and 2 RTS7 SSIDATA2 TIOC2B P7 6 WEO DQMLL DATA22 ET TXD2 CTS7 Used on option board CTS7 SSIWS2 TIOC2A P7 8 RD SSISCK3 CRxX0 RD Connected to NOR flash memory 1 and 2 CN2 22 IRQ1 Used on option board i 2 ES 3 3V systempower supply 1 18V system power supply GND R20UT2596EJ0008 Rev 0 08 2 8 19 2013 7 72100 CPU board 772100 GENMAI 2 Functional Specification Table2 2 8 7572100 Pin Functions 8 Fun
74. D2 MMC D2 R21 14 LCDO DATA6G NAF6 NAF6 Connected to NAND flash memory CN6 12 TRACECLK SD D3 1 SD D3 1 Connected to MMC card slot MMC D3 MMC D3 TRACECLK Connected to UDI connector NAF5 Connected to NAND flash memory CN6 9 SD CMD 1 Connected to MMC card slot MMC CMD DVO DATA20 Used on option board LCDO TCONG 2 2 co R22 13 1 00 DATAS5 NAF5 AUDIO XOUT SD CMD 1 MMC CMD P11 8 DATA20 SD 0 RTS5 MMC CLK LCDO_TCON6 P11 9 DVO DATA 1 SD CMD 0 SCK5 MMC TCON5 11_10 DVO_DATA22 SD_D3_0 TxD5 MMC D3 LCDO_TCON4 T19 MM P3 10 LCDO DATA2 CN6 4 2 Connected to MMC card slot TRACEDATA2 Connected to UDI connector T21 P3 11 LCDO NAF3 NAF3 Connected to NAND flash memory CN6 3 TIOCAD SD DO 1 Connected to MMC card slot SD DO 1 MMC D MMC DO TRACEDATA3 Connected to UDI connector E CN2 8 T2 21 CN2 7 LCDO TCON5 Used on option board DVO DATA22 LCDO TCONA CN2 6 Used on option board 4 3 3V systempower supply 1 18V system power supply GND R20UT2596EJ0008 Rev 0 08 2 11 19 2013 7 72100 CPU board RTK772100BCO0000BR GENMAI 2 Functional Specification Table2 2 11 R7S72100 Pin Functions 11 El eme ERES n Connector P3 12 LCDO DATA4
75. DIF IN in 0 1yF 0 1yF jen eus GND f GND Vrmt Backlight Control 0 0 4V or Open Disable 2 5V Vin Enable Vbr Rbr PWM Control 2 5V Min 0 ADIM ADIM Control 2 5V Min 0 Vst Status DIR Operation L B data to A bus H A data to B bus CP133 CP134 RTK772100BCOO0000BR SD MMC SPDIF CAN LVDS 7 10 CHANGE D RIK772100BC00000BR 03 2 4 5 7 10 150 lt gt Dsub9 417 XM2C 0942 132L OMRON 5 2 4 5 7 10 P5 10 lt gt ed 5 12 HWP 3P G 9 p m 16 P3 2 RxD2 p32 2 1 13 HWP 3P G RIIN fg e R2OUT _ 67 REA P3 0 TxD2 2 0 6 10 21 200 1 3 ids C45 0 1yF mE 7 C47 0 1 J18 _HIF3B 10PA 2 54DSA HRS 3VCC P5_1 TXCLKOUTM 19 P5_3 TXOUT2M P5 4 TXOUTIP P5 2 TXOUT2P P5 0 140 CE34 DBI NC 0 1 lt 4 7pF 10V VCC RST 18 Oo gt lt gt 57 028 9 B Mi ni B NG lt x RL78 G1C S J19 Renesas 54819 0572 P51 INTP2 8000 TXDO TOOLTXD T101 01 P50 INTP1 100 RXDO TOOLRXD 5 00 1102 TO02 R242 1000 22 1 A 198 1MQ 22 3 0 1yF x11 R244 UDPO 5 DSX321G_12MHz gt 5600 E U39 HD74LV1G08A R245 VDD 1 C50 C51 22
76. DO DATA19 VIO DO P10 6 DVO DATA2 TIOCOC PWM2G ET TXD2 LCDO 17 D2 13 LCDO DATAS5 5 AUDIO XOUT P3 12 LCDO DATA4 NAFA SD CLK 1 P3 45 LCDO NAF7 TRACECTRL 14 1 DATA6G NAF6 TRACECLK 1 9 SCK2 P4 0 LCDO DATAS TIOCOA FRE 3 LCDO DATA11 TIOCOD FWE CTx3 2 LCDO_ DATA10 TIOCOC FALE CRx3 P10 5 DVO DATA TIOCOB PWM 2F C eme meme n 10 7 DVO TIOCOD PWM2H L5 we E LCDO DATA13 55110 TIOCAB 5 e _4 LCDO DATA12 RSPCK1 TIOCAA 7 LCDO DATA15 MISO1 TIOCAD NA P4 6 LCDO DATA14 MOSH TIOCAC PWM2G SSIRxDO DVO_DATA14 5V system power supply 3 3V system power supply and R20UT2596EJ0008 Rev 0 08 3 28 19 2013 7572100 CPU board 7721008 00000 3 Operational Specification Table3 1 30 Expansion Connector CN7 Pin Descriptions 7 Signal Name Signal Name 1 AUDIO XTAL1 2 AUDIO XTAL2 Vss 5 P10 9 DVO DATA5 RXD1 P10 8 DVO DATA4 TIOC1A P10 11 DVO DATA TIOC2B RXD3 P10 10 DVO DATA6G TIOC2A RXD2 P10 13 DVO SSIWS1 SSLOO P10 12 DVO DATAS SSISCK1 RSPCKO P10 15 DVO DATA11 SSITxD1 MISOO P10 14 DATA10 SSIRxD1 MOSIO LCDO DATA9 VIO 010 P4 9 LCDO DATA17 LCD1
77. ENESAS R7S72100 CPU board RTK772100BCO00000BR CN6 Expansion 09 connector ES Ew 10 RTK772100BCOOPOOBR B NAND flash memory optional 1 Overview CN7 Expansion connector mu g mi R7SI2100 CPU Board Rev A mos Y DAN REM aum um Expansion connector Expansion connector Figure 1 5 R20UT2596EJ0008 Rev 0 08 Dec 19 2013 CN8 Expansion connector U7 Serial flash memory MADE IN JAPAN Ere a E J14 LVDS connector U6 Serial flash memory 3g mp Es 2 U8 Serial flash memory U3 NOR flash memory CN9 Expansion connector CN2 Expansion connector D t e 2 2 Expansion connector Expansion connector 772100 00000 Parts Layout Top View of Solder Side 1 8 1 R7S72100 CPU board RTK772100BC00000BR GENMAI 1 Overview Table 1 3 and Table 1 4 list the Main Parts of the RTK772100BCO00000BR Table 1 3 RTK772100BCOO0000BR Main Parts 1 IC cur ou NORfasmemoy 809815125107 Sparso uus son Usto u8 Serial ash memory ________ S25FLS12SDPM Spansion _ vo EEPROM Renesas AwioCODEG Um Ethernet PHY __________
78. Electronics Corporation rights reserved Colophon 1 3 R7S72100 CPU board RTK772100BCOO0000BR GENMAI User s Manual CENESAS Renesas Electronics Corporation R20UT2596EJ0008
79. Figure3 1 15 TOSLINK Connector Pin Assignments Table3 1 13 TOSLINK Connector Pin Descriptions Signal Name Signal Name RX P8 8 A16 DV1 DATAS 5 1 2 GND Vss SPDIF IN PWM1A TxD3 SSISCK5 GND e GND Vss 6 LED Connected to 5V 1 2 resistor TX P8_9 A17 DV1_DATA6 SPBIO10 1 SPDIF OUT TIOC1B PWM1B RxD3 SSIWS5 Note Bold letters indicate setting functions R20UT2596EJ0008 Rev 0 08 3 16 19 2013 7572100 CPU board 7721008 00000 3 Operational Specification 3 1 12 Serial Port Connectors 17 and J19 The RTK772100BCOOOOOBR has two types of serial port connectors J17 for Dsub 9 J19 for USB Mini B Figure3 1 16 shows the Serial Port Connector Pin Assignments Table3 1 14 and Table3 1 15 list the Pin Descriptions for J17 and J19 Top view of component side J19 Figure3 1 16 Serial Port Connector Pin Assignments Table3 1 14 Serial Port Connector J17 Pin Descriptions _________ 2 LCDO TCON1 ET 2 RTS TXD _ CLK ET Sar CTS EN MERE 5 Note Bold letters indicate setting functions Pin 4 to 6 7 and 8 are connected by using loopback Table3 1 15 Serial Port Connector J19 Pin Descriptions Signal Name VBUS UVBUS 4 D R20UT2596EJ0008 0 08
80. I 5 7 A lt P3 6 7 LCDO TCONG SSITxD1 LCD1 CTSO RTSO TIOC3D CS1 WDTOVF 8 LCDO DATAO NAFO TRACEDATAO TIOCAA SD CD 1 MMC CD P3_9 LCDO_DATA1 NAF1 TRACEDATA1 TIOC4B SD_WP_1 IRQ6 I lt ___ P3_4 RXCLK 6 P3_10 LCDO_DATA2 NAF2 TRACEDATA2 TIOC4C SD_D1_1 MMC_D1 11 LCDO DATA3 NAF3 TRACEDATAS TIOC4D SD DO 1 MMC So P3_12 LCDO_DATA4 NAF4 SD_CLK_4 MMC_CLK 8 lt ___ P3_5 RXER 6 P3 13 LCDO DATAS NAF5 AUDIO XOUT SD 1 MMC 14 LCDO DATAG NAFG TRACECLK SD D3 1 MMC 03 15 LCDO DATAT7 NAF7 TRACECTRL SD D2 1 MMC D2 Aag 3 LCDO TCON2 ET MDIO IRQ4 BS SCI CTS1 RTS1 DACKO PWM2D MISO A 1050 P3_4 LCD0_TCON3 ET_RXCLK SSISCK1 AUDIO_XOUT2 SCI_SCKO TIOC3A SCK D8 C4 5 LCDO 4 RXER SSIWS1 AUDIO XOUT3 SCI TXDO TIOC3B TxD RB520S 30 Lour 6 LCDO RXDV SSIRxD1 SCI RXDO TIOC3C RxD lt 2 P3 6 RXDV 6 JP3 4 5 7 8 10 P5 100 lt gt HWP 3P G 3 SW2 P5 8 LCDO EXTCLK IRQO DV4 CLK DVO CLK CS2 1 LCDO TCONO ET TXER IRQG TxD2 SCI TXD1 AUDIO CLK PWM2B SSL3Q 4 P5 9 WE2 DQMUL ET MDC DVO VSYNC IRQ2 CRx1 IERXD LCD1 DATA16 lt __ _1 9 P5_10 WE3 DQMUU AH DVO_HSYNC CTx1 IETxD LCD1_DATA17 UT lt gt 4 15 0 5 6 7 10 7 P5_O TXCLKOUTP lt P5 O TXCLKOUTP LCD1 DATAO LCDO DATA16 DV1 DATAO TxDA TIOCOA RSPCK3 SN74CB3Q3257 P5 1 TXCLKOUTM LCD1 DATA1 LCDO DATA
81. I multi I O interface SPIBSC channel 1 pin When applying the NOR flash memories the serial flash memory 3 cannot be used JP8 should be disconnected The R7S72100 address pin A16 is in common with the Renesasn SPDIF interface RSPDIF pin When applying the NOR flash memories the TOSLINK connector cannot be used Figure 2 3 1 shows the NOR Flash Memory Block Diagram and Table2 3 2 lists the JP2 JP5 JP6 and JP8 Function Settings Table2 3 1 Flash Memory Overview 529615125107 16 bits 64MB 16 bitsx32M words R20UT2596EJ0008 Rev 0 08 2 17 19 2013 7 72100 CPU board 7721008 00000 GENMAI 2 Functional Specification To expansion connectors A17 To TOSLINK connector A23 A18 To serial flash memory 3 SPBSSL_1 R7S72100 U1 NOR flash memory 1 U2 P6 15 6 0 215 00 P9 1 0 amp 8 15 13 25 21 P8 12 9 20 17 P8 8 A16 SPDIF IN P8 7 0 amp P7 15 9 A15 A1 P7 0 MD BOOT2 CSO P7 8 RD P7 6 WEOf DQMLL NC 7 LCD1 EXTCLK CS1 RESET Z O lt JRES NOR flash memory 2 U3 Socket X9 Note Letters Red indicate 0015 0000 functions use A24 A20 A15 A19 A16 A14 A0 NC RESETZ lt RES Figure 2 3 1 Flash Memory Block Diagram Table2 3 2 2 JP5 JP6 and Functi
82. IOCOB 2 ET TXD1 LCDO DATA18 VIO D1 Used on option board CN6 21 P10 6 DATA2 PWM2G ET TXD2 LCDO_DATA17 LCDO DATA17 VIO 02 VIO D2 N22 3 LCDO DATA11 TIOCOD FWE Connected to NAND flash memory CN6 17 FWE CTx3 2 MISO4 MMC D7 Connected to MMC card slot MISO4 Connected to audio CODEC WM8978 SCK5 SCKO TXD5 SCI RXDO 3 P8 2 A10 MISOO 5 A10 Address bus CN3 20 IRQO ___ DEM CN6 24 Used on option board MMC D7 9 9 u 10 19 P13 3 3V systempower supply 1 18V system power supply GND R20UT2596EJ0008 Rev 0 08 tENESAS 2 10 Dec 19 2013 7 72100 CPU board 772100 GENMAI 2 Functional Specification Table2 2 10 gt 7572100 Pin Functions 10 Pi P20 P4_0 LCDO_DATA8 TIOCOA 6 16 FRE RSPCK4 04 P21 P4 2 LCDO DATA10 TIOCOC FALE Connected to NAND flash memory CN6 18 FALE CRx3 TxD2 MOSI4 MMC D6 Connected to MMC card slot MMC 06 MOSI4 P22 P4 1 LCDO DATA9 TIOCOB CN6 15 FCLE SCK2 SSL40 MMC 05 Fx INT RSPCK2 RTS5 IRQ1 SCK2 ue wm SSL20 IERxD RxD2 MOSI2 EM MM MIN GENE R20 P3 15 LCDO DATAT 7 7 Connected to NAND flash memory CN6 1 1 TRACECTL SD D2 1 SD D2 1 Connected to MMC card slot MMC
83. JP21 Figure3 1 19 shows the External Power Supply Connector Pin Assignments Table3 1 20 to Table3 1 23 list the Pin Descriptions for External Power Supply Connectors JP15 JP18 JP19 and JP21 JP19 J27 1 0 2 3 Top view of component side JP18 1 g 26 2 Figure3 1 19 External Power Supply Connector Pin Assignments R20UT2596EJ0008 Rev 0 08 3 21 19 2013 7572100 CPU board 7721008 00000 3 Operational Specification Table3 1 20 Digital 5V External Power Supply Connector J24 Pin Descriptions Signal Name Pin No Signal Name 1 5 2 GND Vss Table3 1 21 Digital 3 3V External Power Supply Connector J26 Pin Descriptions Pin No Signal Name Pin No Signal Name 1 3 3V 2 GND Vss Table3 1 22 Analog 3 3V External Power Supply Connector J27 Pin Descriptions Pin No Signal Name Signal Name GND Ass Table3 1 23 Digital 1 18V External Power Supply Connector J28 Pin Descriptions Pin No Signal Name Signal Name 1 1 18V GND Vss R20UT2596EJ0008 Rev 0 08 3 22 19 2013 7572100 CPU board RTK772100BC00000BR GENMAI 3 Operational Specification 3 1 16 Expansion Connectors CN1 to The RTK772100BCOOOOOBR has through holes which enables the expansion connectors to to be mounted Figure3 1 20 shows the Expansion Connector Pin Assignments
84. M words Sequential 25ns Min 12 slot To audio CODEC 14 To expansion connectors R7S72100 U1 P3_15 P3_8 NAF7 NAFO 7 00 P4 3 MMC D7 FWE WE P4_2 MMC_D6 MOSI4 FALE P4_1 MMC_D5 SSL40 FCLE P4 0 MMC 04 FRE P5 5 TXOUTTM P1 2 SCL1 FRB Note Letters in Red indicate functions in use Figure2 3 6 NAND Flash Memory Interface Block Diagram Table2 3 10 10 Function Setting 1 2 Short None Open JP10 Use 4 1 as 55140 output pin initial setting Use PA 1 as FCLE output pin or MMC 05 pin indicates setting function R20UT2596EJ0008 Rev 0 08 2 26 19 2013 7572100 CPU board 772100 GENMAI 2 Functional Specification 2 3 6 EEPROM Interface The RTK772100BC00000BR generally includes an EEPROM listed in Table2 3 11 The EEPROM is controlled by the bus interface which is embedded in the R7S72100 Figure2 3 7 shows the EEPROM Interface Block Diagram Table2 3 11 EEPROM Overview R1EX24128ASASOA 2 wire system serial RIIC 16KB 16K wordsx8 bits 8 pin SOP To expansion connectors R7S72100 U1 R1EX24128 010 P1 5 SDA2 P1 4 SCL2 WP 2 Address RD 0xA1 WR 0xA0 77 2 Note Letters in Red indicate To MOST I F connector function
85. N7 32 SW2 1 OFF LCDO TCON6 LCD1_DATAS8 UNES VIO D8 RSPCK4 021 P10 15 DVO DATA11 Used on option board CN7 11 SSITxD1 MISOO LCDO DATA8 011 022 P10 14 DVO DATA10 Used on option board CN7 12 SSIRxD1 MOSIO LCDO DATA9 010 VIO 010 LCDO_TCONS RxD0 LCDO DATA2 IRQ2 T LCDO DATA IRQ1 CAN CLK SCKO LCDO DATAO IRQO TERI P2 11 27 RXD3 ET RXD3 Connected to Ethernet PHY SW2 1 ON DATA11 SSITxDO P2 11 Used on option board CN7 33 SW2 1 OFF TIOC1A LCD1 DATA11 LCD1 DATA11 VIO 01 MISO4 E20 P2 6 D22 ET TXD2 ET TXD2 Connected to Ethernet PHY SW2 1 ON 06 1 0 DATA22 E21 P10 12 DVO DVO DATA8 Used on option board CN7 10 SSISCK1 RSPCKO LCDO DATA11 VIO 08 E22 P2 5 D21 ET ET TXD1 Connected to Ethemet PHY SW2 1 ON SSIWS5 SSIWS5 Used on option board CN7 27 SW2 1 OFF SPBSSL 1 TxD1 VIO D5 LCDO DATA21 TxD6 LCDO_DATAG IRQ6 SCK6 RXD1 LCDO_DATAS IRQ5 LCDO TCON6 SCK1 LCDO DATA3 IRQ3 Fa 1414 14 P2_4 D20 ET_TXDO ET TXDO Connected to Ethernet PHY SW2 1 ON DVO DATAA SSISCK5 SSISCK5 Used on option board CN7 28 SW2 1 OFF SPBCLK 1 SCK1 VIO D4 LCDO DATA20 P10 13 DVO DVO DATA9 Used on option board CN7 9 SSIWS1 55100 LCDO DATA10 DATA10 09 VIO D9 m m m T TI
86. O31 1 SSITxD3 RxD2 IRQ 13 P47 P4_4 LCD0_DATA12 RSPCK1 TIOC4A PWM2E SSISCKO DVO_DATA12 M20 pa5 FA 7 P5 S TXOUT1M lt 5ILCDO DATA13 SSLAO TIOCAB PWM2FISSIWSO DVO DATA13 25 pag P4 6 LCDO DATA14 MOSM TIOCAC PWM2G SSIRxDO DVO DATA1 ra 8 P4_7 LCD0_DATA15 MISO1 TIOC4D PWM2H SSITxD0 DVO_DATA1 3VCC LED1 SML 311YT 7 PS 7 TXOUTOM lt R28 4 10 P4_10 SD_D1_0 LED1 JP4 P5 gt BI 3422 p 2 5 9 SML 311YT 6 P5 lt 3 5 4 11 P4_11 SD_D0_0 LED2 HWP 3P G Renesas Solutions Corp RTK772100BCOO0000BR DRAWN CHECKED DESIGNED APPROVED CRUISE 2 10 SCALE 1 3 12 19 3 CHANGE D RIK 121 0 USBAVcc USBAPVcc 5 e KG 15 16 CP7 CP9 VDAVcc CE3 2uF 10V U1C AVref RZ A1H_BGA324 AVcc Y13 AB21 Q USBAVcc AVcc1 CP8 220 _____ PLLVcc 0 001 eS LVDSPLLVcc W14 LVDSAPVcc 09 _ ____ LVDSPLLVcc C12 ___ _ LYDSAPVeot FBr LL LVDSAPVcc2 5 ioo 10 10 iuo e ojo Q Q ojo 2 JE USBAPVcc 5 a2 10 do d 4 TyF A0V 0 001uF ES n B14 VDAVcc CP22 0 1 1 14 en ___ lihe gt Vecs eg 12 22 B21 D10 D15 D19 G22 J10 J11 0 1 1005 0 1 1005 0 1 1005 0 1 1005 0 1yF 1
87. ON3 ET RXCLK Connected to Ethernet PHY SW2 1 ON P10 2 DVO0 HSYNC TCLKC DVO_HSYNC ET TXEN 2 RXD1 Connected to USB mini B connector via JP 12 2 3 USB serial conversion IC x ET RXCLK SSISCK1 SSISCK1 Used on option board CN4 12 SW2 1 OFF PWM2C _ LCDO DATA21 TENDO PWM2C MOSI3 ini Connected to reset input switch CN4 2 i USB channel OVBUS input CN5 17 18 13 USBAVcc Transceiver analog core power supply 0 MD BOOTO MD BOOTO Connected to DIPSW as a boot mode input _____ PO 1 MD MD_BOOT1 Connected to DIPSW as a boot mode _____ lt lt lt 4 17 P1 10 2 AN2 Used on option board CN5 16 Y18 P1_13 AN5 HSYNC P1 13 Used on option board CN5 1 1 WAIT Y19 P1_15 AN7 P1 15 Connected to Ethernet PHY INT GPIO4 CN5 7 ltl Open sis o 2 VIDEO X2 Y22 VIDEO X1 Connects external clock for video decoder 27 2 AA1 P8 15 A23 SPBIO11 0 23 Address bus CN3 6 SPBIO10 1 TIOC2B SSL20 SPBIO11 0 Connected to serial flash memory 3 PWM1H RxD4 ens 3 3V systempower supply 1 18V system power supply GND R20UT2596EJ0008 Rev 0 08 stENESAS 2 13 Dec 19 2013 7 72100 CPU board 772100 GENMAI 2 Functional Specification Table2 2 13 R7S72100 Pin Functions 13 Pin Expansion Pi
88. PWM2E ET TXDO LCDO DATA19 VIO 00 P8_6 A14 DV1_DATA3 MISO2 IETxD TxD2 P10 5 DVO DATA1 TIOCOB PWM2F ET TXD1 LCDO DATA18 VIO D1 5 2_4 0 161 7 P8_8 SPDIF_IN gt P8_7 A15 DV1_DATA4 AUDIO_XOUT IRQS5 ET_COL P10_6 DVO_DATA2 TIOCOC PWM2G ET_TXD2 LCD0_DATA17 VIO_D2 P8_9 A17 DV1_DATA6 SPBIO10_1 SPDIF_OUT TIOC1B PWM1B RxD3 SSIWS5 P10 7 DVO DATA3 TIOCOD PWM2H ET TXD3 LCDO DATA1 9 P10 8 P8 10 A18 DV1 DATAT SPBIO20 1 TIOC3A CTx4 PWM1C SGOUT O0 SSITxD5 10_8 _ 4 RXDO LCDO DATA45 VIO DA Js P0 9 A _ gt 2_5 1 6 P8 11 A19 SPBIO30 1 TIOC3B RXD5 PWM1D SGOUT 1 DVO P10 9 DVO DATAS TIOC1 RXD LCDO DATA44IVIO D9 H21 P1710 A 5 P8 12 5PBCLIK lt P8 13 A21 SPBSSL 1 TIOC3D TXD5 PWM1F SGOUT 3 SSIWS4 P10 10 DVO DATAG TIOC2A ET 06 20 1 11 P8 14 A22 SPBIOO1 0 8 000 1 TIOC2A RSPCK2 PWM1G TxD4 SSIDATA4 P10 11 DVO DATAT TIOC2B ET RXD3 LCDO DATA2 VIO D7I E21 15 12 4 P2 e TxD 2 6 P8 15 A23 SPBIO11 O SPBIO10 1 TIOC2B SSL20 PWM1H RxD4 10 12 0 0 DATA8 SSISCK1 RSPCKO LCDO DATA1 D8 F25 P1013 A P9 0 A24 SPBIO21 O CTxO TCLKC MOSI2 P10 13 DVO DATA9 SSIWS1 SSLOO LCDO DATA10 VIO 09 220 0 P9_1 A25 SPBIO31_0 CRx0 IRQO MISO2 P10 14 0 0 DATATO SSIRXD1 MOSIO LCDO D10 p21 15 15 77 P2 7ITxD 3 6 P8_8 A16 DV1_DATAS5 SPBIO00_1 SPDIF_IN TIOC1A PWM1A TxD3 SSISCK5S P10_15 DVO
89. RQ1 18 P11_14 SPDIF_IN MOSI1 5 P11 13 CTx1 SSL10 LCDO_TCON4 20 P11_12 RSPCK1 IRQ3 MMC_D4 P7_8 RD SSISCK3 CRx0 TIOC3A IRQ1 P7_7 WE1 DQMLU 23 24 6 WEO DQMLL DVO_DATA22 Ed ET TXD3 87 SSIDATA2 TIOC2B TXD2 CTS7 SSIWS2 TIOC2A E 26 P7 4 CKE DVO DATA20 ET TXDO TXD7 SSITxD1 m 7 5 DVO_DATA21 ET_TXD1 P7 3 CAS 19 ET TXEN P7_2 RAS DVO_DATA18 ET TXER RXD4 P7 1 CS3 DVO DATA17 ET TXCLK P7 0 MD BOOT2 CS0 DATA16 TXD4 SSISCK1 TIOCOB ET MDC SCKA LTXDO TIOCOA 5V system power supply 3 3V system power supply and GND R20UT2596EJ0008 Rev 0 08 3 25 19 2013 7572100 CPU board 7721008 00000 3 Operational Specification Table3 1 26 Expansion Connector Pin Descriptions 3 Signal Name Signal Name 1 NC 2 3 P9_1 A25 SPBIO31_0 CRx0 IRQO 4 Vss EN EMEN 5 P9 0 A24 SPBIO21 0 CTx0 P8_15 A23 SPBIO11_0 SPBIO10_1 7 P8 14 22 SPBIOO1 0 SPBIOOO 1 8 8 13 A21 SPBSSL 1 TXD5 TIOC2A RSPCK2 PWM1G TxD4 PWM1F SGOUT 3 SSIWS4 SSIDATA4 P8 12 20 SPBCLK_1 TIOC3C SCK5 10 P8_11 A19 1 RxD5 11 P8 10 A18 DV1 SPBIO20 1 12 P8 9 A17 DV1
90. Rev 0 08 3 34 19 2013 7572100 CPU board 7721008 00000 3 Operational Specification Table3 2 3 Jumper Setting for Power Select JP14 JP1 JP18 JP19 and JP21 JP14 Provides system power supply from J23 for system power Provides system power supply from J25 using AC adapter supply JP15 m Provides 5V power supply from U30 Internal power supply for 5V power Provides 5V power supply from J24 External power supply supply JP18 for D3 3V power 2 3 Provides R7S72100 digital 3 3V power supply from J26 External power supply supply JP19 for A3 3V power 2 3 Provides R7S72100 analog 3 3V power supply from J27 External power supply supply JP21 Provides R7S72100 1 18V power supply from U34 Internal power supply for 1 18V power Provides R7S72100 1 18V power supply from J28 External power supply supply indicates initial setting Note The power of the board should be off when changing the jumpers R20UT2596EJ0008 Rev 0 08 3 35 19 2013 7 72100 CPU board RTK772100BCO0000BR GENMAI 3 Operational Specification 3 2 2 Switches and LEDs The RTK772100BCO0000BR includes nine switches and six LEDs Figure3 2 3 shows the RTK772100BC00000BR Switches LED Pin Assignments Table3 2 5 to Table3 2 7 list the Function Descriptions for DIP switches and Table3 2 8 lists the Descriptions of RTK772100BC00000BR LEDs Top view of component side
91. SB Mini B USB connectors CAN connectors SD card slot MMC card slot RCA connector for video input and MOST I F connector are generally included as the R7S72100 peripheral function interface An audio CODEC is included to enable advance development of the audio system e The USB connectors generally include the series A receptacles The board pattern enables the Mini B receptacles to be implemented for the USB host function module evaluation e ALAN connector is generally included to enable software development or evaluation using the Ethernet e Data bus address bus and on chip peripheral function pins of the R7S72100 are all connected to the expansion connectors to enable timing evaluation with the peripheral devices using measurement instrument or development of expansion board for its application e The ARM JTAG 20 and the CoreSight 20 are mounted to connect with the R7S72100 user debug interface R20UT2596EJ0008 Rev 0 08 1 1 19 2013 5 R7S72100 CPU board RTK772100BC00000BR GENMAI 1 Overview 1 2 system Configuration Figure 1 1 shows the System Configuration using RTK772100BCOOOOOBR Host computer Debugger Micro SD card headphone MMC card DC12V output AC adapter accessory E or p DC12V output B Stabilized power supply over 3A
92. SSISCK3 CRXxO TIOC3A IRQ1 P2_4 D20 ET_TXD0 DVO_DATA4 SSISCK5 SPBCLK_1 SCK1 VIO_D4 LCD0_DATA2q P2 5 D21 ET TXD1 DVO P2_6 D22 ET_TXD2 DVO_DATA6 SSIRxD5 RxD1 VIO_D6 LCD0_DATA22 P7 9 A1 SSIWSS ET RXDO CTxO TIOC3B IRQO P2 7 D23 ET TXD3 DVO DATAT SSITxDS IETxD RTS1 VIO D7 LCDO 2 526 P28 lt P2 3 CRS 6 P7 10 2 55 RXD1 CTx1 TIOC3C IRQ2 P2 8 D24 ET RXDO DVO DATAB8 SSISCKO LCDO TCONG LCD1 DATA8 VIO D8 RSPCK4 D P7_11 A3 SSITxD3 ET_RXD2 CRx1 TIOC3D IRQ3 P2_9 D25 ET_RXD1 DVO_DATA9 SSIWSO LRXDO LCD1_DATA9 VIO_D9 SSL40 B55 P210 D P7_12 A4 SSISCK4 ET_RXD3 TIOC4A IRQ4 P2 10 D26 ET RXD2 DVO DATA10 SSIRxDO LTXDO LCD1 DATA10 VIO D10 MOSI 4E PHI P7_13 A5 SSIWS4 ET_MDIO TIOC4B IRQ5 P2 11 D27 ET DATA11 SSITxDO TIOC1A LCD1 DATA11 VIO D11 MISO4 P7_14 A6 SSIDATA4 ET_CRS TIOC4C IRQ6 P7 15 7 RXCLK CTSS SCI TXDO TIOCAD P8 0 A8 SSLOO ET RXER SCKS SCI SCKO ABA 10 0 P8 1 A9 MOSIO ET RXDV TXD5 SCI RXDO P10 0 DVO CLK TCLKA PWM2A ET TXCLK LC DO DATA23IVIO JP2 P8 2 A10 MISOO RXD5 IRQO P10 1 DVO VSYNC TCLKB PWM2B ET TXER LCDO DATA22 VIO VD HWP 3P G P8 3 A11 DV1 DATAO RSPCK2 RTSS IRQ1 SCK2 P10 2 0 0 HSYNC TCLKC PWM2C ET TXEN LCDO DATA21 VIO HD P8_4 A12 DV1_DATA1 SSL20 IERxD RxD2 P10_3 TCLKD PWM2D ET_CRS LCD0_DATA20 VIO_FLD Aue lt gt P410 15 0 10 U12 SN74CB3Q3257 Texas Instruments P8 5 A13 DV1 DATA2 MOSI2 P10 4 DVO DATAO TIOCOA
93. Specification 3 2 1 Jumpers JP1 to JP15 JP18 JP19 and JP21 The RTK772100BCOOOOOBR has 18 jumpers for system setting Figure3 2 2 shows the RTK772100BCOOOOOBR System Setting Jumper Assignments Table3 2 1 to Table3 2 3 list the Jumper Settings Top view of component side 1 21 JP15 93 1 BIB 11 1 3 42 JP13 BR 1 1 Figure3 2 2 gt RTK772100BC00000BR System Setting Jumper Assignments R20UT2596EJ0008 Rev 0 08 3 33 19 2013 7572100 CPU board 7721008 00000 3 Operational Specification Table3 2 1 Jumper Setting for Switching Multifunctional pins JP1 to JP8 JP10 JP12 and JP13 T Function JP1 Connected to CAN transceiver IC as CRx2 RASICRx2 me Connected to NOR flash memories E and U3 as A16 output pin A16 SPDIF IN 2 2 3 Connected to TOSLINK connector U26 as SPDIF_IN input pin Connected to IRQ6 switch SW6 asIRQ6 input pin IRQ6 Ext Ze Connected to expansion connectors CN4 to CN5 cet uoc SS Connected to CAN transceiver U21 as CRx1 input pin CRx1 ET MDC 2 2 3 Connected to Ethernet PHY 029 as ET MDC output pin Connected to DIP switch for system setting SW 3 as MD_BOOT2 input pin 2 50 2 3 Connected to NOR flash memory 1 U2 as CSO output pin gt mL Connected to Crystal oscillator 9 as LCD1_EXTCLK input pin LCD1_EXTCLK CS1 Connected to NOR flash memory
94. TA1 T DATA18 SSIDATA4 LCDO DVO DATA19 LCDO DATAO Used on option board P11 7 DATA19 CN2 11 Used on option board SD 00 0 CTS5 MMC LCDO DATAO M10 M11 gt N 3 3V systempower supply 1 18V system power supply GND R20UT2596EJ0008 0 08 2 9 19 2013 7 72100 CPU board 772100 GENMAI 2 Functional Specification Table2 2 9 R7S72100 Pin Functions 9 ESSE NENNEN MIS yss __ mia f M20 P4_5 LCDO_DATA13 SSL10 SSIWSO _____ Connected to audio CODEC WM8978 SW2 2 ON _ TIOC4B PWM2F SSIWSO CN6 27 SW2 2 OFF DVO DATA13 4 LCDO DATA12 SSISCKO Connected to audio CODEC WM8978 SW2 2 RSPCKA TIOC4A PWN2E NEM CN6 28 SW2 2 OFF SSISCKO DVO_DATA12 CN6 23 P10 7 TIOCOD DVO_DATA3 PWM2H TXD3 LCDO_DATA16 LCDO DATA16 D3 VIO D3 ET MDIO TIOCAB IRQ5 ET CRS TIOCAC IRQ6 P7 15 7 7 55 5 Used option board Address bus CN3 26 Address bus CN3 25 Address bus CN3 24 A TIOC4D DVO_DATAO LCDO_DATA19 VIO DO DVO 1 LCDO DATA48 VIO D1 DATA2 Used on option board CN6 22 PWM2E ET LCDO DATA19 DO 10 5 DVO DATA T
95. VCC VBUS AVcc 5 05 12 HIF3FC 30PA 2 54DSA HIF3FC 20PA 2 54DSA Q 20 2 5408 9 HRS lt CKIO CN 3 3 9 NMI me lt RES amp 3 4 5 6 8 8 __ _ 12 ___ 14 J 16 __ 18 20 22 LJ 24 26 28 30 5VCC 3VCC 3VCC 5VCC CN6 HTSS 115 01 L DV Samtec 9 1 8 Nees __5 6 el LLI 7 72 LI n 2 1 13 O _ 3 HIF3FC 20PA 2 54DSA 37 LA Kes ar poe HTSS 115 01 L DV P10 5 P10 4 34 5 H o 1 7 H 1 3 x er Pas 5 EL Ss 1 Na 2 A P11 P10 4 7 uL uL 8 CN7 HTSS 117 01 L DV Samtec 3 AUDIO_XTAL1 i 1 2 lt __ XTAL2 3 H o ros 7 8 Qe ar Noo n Qe F26 2 2 WW 834 A NC BR 29 E39 YY E 8 8 YY CERA 38 4 D 15 0 2 4 5 7 25 1 Data P6 Address CN3 _HIF3FC 30PA 2 54DSA HRS B 3 HIFSFC 20PA 2 54DSA HRS i m TIE NINININI N Go
96. _DATA11 SSITxD1 MISOO LCDO_DATA8 VIO_D11 lt gt P11_ 15 0 10 P8_12 A20 SPBCLK_1 TIOC3C SCK5 PWM1E SGOUT_2 SSISCK4 E wee P11_0 DVO_DATA12 TIOC4A SCK6 LCD0O_DATA7 VIO_D12 9 2 C8 P11 1 DVO DATA13 TIOCAB TxD6 LCDO DATA6 VIO 013 220 CPUS P9 2 LCD1 DATA18 SPBCLK O LTXDO SCK1 A0 P11 2 0 0 DATA14 TIOCAC RxD6 LCDO DATAS VIO 014 R8 22 0 PT 7 P9 4 Be 9 3 LCD1 DATA19 SPBSSL O TxD1 P11 3 DVO DATA15 TIOC4D LCDO 4 015 P9_4 LCD1_DATA20 SPBIO00_0 RxD1 P11_4 DVO_DATA16 SD_CD_0 SSISCK4 MMC_CD LCD0_DATA3 POG P9 5 LCD1 DATA21 SPBIO10 0 SSISCK2 CTS1 CS4 P11 5 DVO DATA17 SD WP O SSIWS4 LCDO DATA2 P9 7 B5 P9 6 LCD1 DATA22 SPBIO20 0 551 52 51 55 P11 6 DVO DATA18 SD D1 0 55 4 D1 LCDO DATA1 5 6 10 P1 15 0 lt gt P9 7 LCD1 DATA23 SPBIO30 O SSIDATA2 TIOC1A P11 7 DVO DATA19 SD 0 O CTS5 MMC DO LCDO DATAO U13 SN74CB3Q3257 P11 8 DVO DATA20 SD O RTS5 MMC CLK LCDO 6 EN P10 A19 P11 9 DVO DATA21 SD CMD 0 SCK5 MMC CMD LCDO 2 P11 10 DVO DATA22 SD D3 O TxD5 MMC D3 LCDO 4 lt P2 8S RxD 0 6 P11 11 DVO DATA23 SD 02 0O RxD5 MMC D2 LCDO TCON l P11_12 CRx1 RSPCK1 IRQ3 MMC_D4 LCD0_TCON2 OS 5 P1 3 SDA1 DVO DATA19 ET COL IRQ3 ADTRG P11 13 CTx1 SSL10 LCDO 4 D5 LCDO TCON1 87 lt P2_9 RxD 1 6 g P1 4 8 12 0 0 CLK CRx1 IRQ4 CAN P11 14 SPDIF IN MOSIM LCDO TCONS MMC TCONQ Je P1_5 SDA2 DV1_CLK
97. area H FFFF FFFF Figure 1 6 R7S72100 Memory Map H 6000 0000 R20UT2596EJ0008 Rev 0 08 1 11 Dec 19 2013 tENESAS R7S72100 CPU board RTK772100BC00000BR GENMAI 1 Overview 1 7 Absolute Maximum Ratings Table 1 5 lists the RTK772100BCOOOOOBR Absolute Maximum Ratings Table 1 5 RTK772100BC00000BR Absolute Maximum Ratings Vss reference 002 AVcc 3 3V system power supply 0 3V to 4 6V AVss reference voltage 1 18Vcc 1 18V system power supply voltage 0 3V to 1 7V Operating ambient temperature 0 C to 50 Do not expose to condensation or corrosive gases Storage ambient temperature 10 C to 60 Do not expose to condensation or corrosive gases Note 1 When providing 5V system power supply directly from the external power supply connector 2 When providing VBUS power supply directly from the external power supply connector 3 When providing 3 3V system power supply directly from the external power supply connector 4 When providing analog 3 3V system power supply directly from the external power supply connector 5 When providing 1 18V system power supply directly from the external power supply connector 6 The ambient temperature is the air temperature immediate to the board 1 8 Operating Conditions Table 1 6 lists the RTK772100BC00000BR Operating Conditions Table 1 6 RTK772100BC00000BR Operating Conditions AVoc 3 Analog 3 3V system power supply 3 0V to 3 6V Vss reference vo
98. au m lt CO NO 234 NESAS R 5 2100 CPU board RTK772100BC00000BR GENMAI User s Manual Henesas Microcomputer RZ A Series All information contained in these materials including products and product specifications represents information on the product at the time of publication and is subject to change by Renesas Electronics Corporation without notice Please review the latest information published by Renesas Electronics Corporation through various means including the Renesas Electronics Corporation website http www renesas com Renesas Electronics Rev 0 08 2013 12 10 11 12 Notice Descriptions of circuits software and other related information in this document are provided only to illustrate the operation of semiconductor products and application examples You are fully responsible for the incorporation of these circuits software and information in the design of your equipment Renesas Electronics assumes no responsibility for any losses incurred by you or third parties arising from the use of these circuits software or information Renesas Electronics has used reasonable care in preparing the information included in this document but Renesas Electronics does not warrant that such information is error free Renesas Electronics assumes no liability whatsoever for any damages incurred by you resulting from errors in or omissions from the information included herein
99. ction Description Remarks No Connector K20 P4 8 LCDO DATA16 CN7 14 LCD1 TCON3 SD CD 0 LCD1 TCON3 Used on option board MMC SSISCK5 CTx2 SCKO IRQO P4 9 LCDO DATA17 CN7 13 LCD1 TCON4 SD WP 0 LCD1 TCON4 Used on option board P2 1 D17 ET TXER ET TXER SW2 1 ON DATA1 SPBIO10 1 MLB DAT Connected to MOST I F connector CN7 23 SW2 1 OFF MLB DAT TIOC2A VIO D1 LCDO DATA17 P11 5 DVO 17 SD WP 0 SSIWSA LCDO DATA2 P7 11 A3 SSITxD3 ET 2 CRx1 P7 10 A2 SSIRxD3 ET RXD1 CTx1 DATA17 SSIWS4 LCDO_DATA2 Used on option board CN2 13 Address bus CN3 28 Address bus CN3 29 Used on option board CN2 14 N gt P11 4 DVO DATA16 SD CD 0 SSISCKA MMC CD LCDO DATA3 DVO DATA16 SSISCK4 LCDO_DATA3 P4 7 LCDO DATA15 MISO1 SSITxDO Connected to audio CODEC WM8978 7 SW2 2 ON TIOCAD PWM2H SSITxDO CN6 29 SW2 2 OFF DVO_DATA15 21 P2 0 D16 ET TXCLK ET TXCLK Connected to Ethernet PHY SW2 1 ON DATAO SPBIOO0 1 MLB CLK Connected to MOST I F connector CN7 24 SW2 1 OFF MLB IRQ5 VIO LCDO DATA16 L22 P4 6 LCDO DATA14 MOSM SSIRxDO Connected to audio CODEC WM8978 SW2 2 PWM2G SSIRxDO CN6 30 SW2 2 OFF ET RXD3 TIOCAA IRQ4 11 6 DVO DATA18 CN2 12 SD D1 0 SSIDATAA MMC D1 LCDO DA
100. dress 01xxx for SMI PHY Address ON PORXD1 10 device uses address 10xxx for SMI 11 device uses address 11xxx for SMI indicates initial setting Table3 2 8 Descriptions of RTK772100BC00000BR LEDs LED1 User LED Lights up when P4 10 outputs L User LED Lights up when P4 11 outputs L R20UT2596EJ0008 Rev 0 08 3 38 19 2013 7572100 CPU board RTK772100BCO00000BR GENMAI 3 Operational Specification 3 3 Dimensions Figure3 3 1 and Figure3 3 2 show the RTK772100BC00000BR Dimensions of Top View of Component Side Figure3 3 3 shows the RTK772100BCO00000BR Dimensions of Perspective View of Component Side Top View of Component Side Unit mm 1 t Et L Hk a g wc PPE WPT YS m Figure3 3 1 RTK772100BC00000BR Dimensions 1 Top View of Component Side R20UT2596EJ0008 Rev 0 08 3 39 19 2013 7572100 CPU board 7721008 00000 GENMAI 3 Operational Specification Top View of Component Side Unit mm hy ere 5 1 Fala Fa fa ml Toa Hm 5 eer 2 7 EEEIEE EE x Figure3 3 2 RTK772100BC00000BR Dimensions 2 Top View of Component Side R20UT2596EJ0008 Rev 0 08 3 40 19
101. e View of Component Side R20UT2596EJ0008 Rev 0 08 3 41 19 2013 7572100 CPU board RTK772100BCO00000BR GENMAI 3 Operational Specification This page intentionally left blank R20UT2596EJ0008 Rev 0 08 3 42 19 2013 7572100 CPU board 772100 00000 GENMAI Appendix Appendix RTK772100BC00000BR Schematics R20UT2596EJ0008 Rev 0 08 1 lt Appendix 1 Dec 19 2013 7572100 CPU board RTK772100BC00000BR GENMAI Appendix R20UT2596EJ0008 Rev 0 08 1 lt 2 19 2013 4 R7S72100 CPU board RTK772100BCO0000BR SCHEMATICS RZ AlH BGA324 TITLE PAGE Note Index 1 Digital GND GND CPU main 2 L Analog GND AVss CPU power amp clock Dip SW 3 NOR flash SDRAM 4 Serial flash NAND MOST 5 Not mounted Audio codec USB LAN 6 SD MMC SPDIF CAN LVDS 12VCC Digital 12V System Power _ 168 Digital 5V Serial RS 232C USB UDI 8 Digital 3 3V Power Reset Push SW 9 3 3V for CPU I O Ext Connector 10 1 18V for CPU Core PLLVcc Digital 1 18V for PLL USBAPVGOGO Analog 5 27 LOr USB E USBAVcc Analog 1 18V for USB Analog 343V AVref 3 3V for ADC Voltage Reference AN3V Analog 3 3V for Audio codec LAN Fixed Resistors Resistor Array Ceramic Caps Tantalum Electrolytic Caps Decoupling Caps Renesas Solutions Co
102. esas 1 24128 5 50 USB series A receptacles 2 can be changed to Mini B receptacles LAN connector RJ 45 SD card slot 4 bit MMC card slot 8 bit Audio mini jacks 03 5 2 RCA connector for image input 4 input CAN port connectors 3 pin pin header 2 TOSLINK connector for SPDIF connection MOST connector Serial port connector D Sub 9 pin and USB Mini B can be switched User debug interface connector ARM JTAG 20 CoreSight 20 1 for each Expansion connectors 34 pinx1 30 pinx4 20 pinx4 partially mounted DC power jack Power supply LED 1 User LEDs 2 LAN status LEDs 3 1 R7S72100 CPU board RTK772100BC00000BR GENMAI 1 Overview Table 1 2 RRTK772100BC00000BR External Specifications 2 Switches Reset switch 1 User switches NMI IRQ6 TEST Toggle switch 1 1806 parallel connection DIP switch for system setting 6 packagex 1 DIP switch for I F setting 4 packagex 1 DIP switch for Ethernet PHY setting 8 1 Board specification Dimensions 175mmx155mm Mounting form 6 layered double sided Number of board 1 R20UT2596EJ0008 Rev 0 08 Dec 19 2013 2CENESAS R7S72100 CPU board 772100 0000 1 4 Exterior Appearance Figure 1 2 shows the RTK772 100BCOOOOOBR Exterior Appearance 1 Overview Figure 1 2 772100 00000 Exterior Appearance R20UT2596EJ0008 Rev 0 08 Dec 19 2013 2CENESAS
103. ew of solder side 2 4 20 13 19 J14 Figure3 1 13 LVDS Connector Pin Assignments Table3 1 11 LVDS I F Connector Pin Descriptions Signal Name 5 mE 7 TXOUTOM LCD1 LCDO DATA23 DV1_DATA7 RxD6 TIOCOD SPDIF OUT DVO DATA15 LinkO Pb 6 TXOUTOP LCD1 DATA6 LCDO DATA22 DV1 DATA6 TxD6 IRQ6 SPDIF IN DVO T 7 88 8 E _5 TXOUT1M LCD1 DATA5 LCDO DATA21 DV1 5 AUDIO XOUT TIOCOC DVO DATA13 77 Uns P5 4 TXOUTIP LCD LCDO_DATA20 1 RxD3 0 0 Note Bold letters indicate setting functions R20UT2596EJ0008 Rev 0 08 2 lt 3 14 19 2013 7572100 CPU board RTK772100BCO00000BR GENMAI 3 Operational Specification Top view of component side 14 13 4 2 3 1 E 16 Figure3 1 14 Backlight Power Supply Connector Pin Assignments Table3 1 12 Backlight Power Supply Connector Pin Descriptions Signal R20UT2596EJ0008 0 08 3 15 19 2013 7572100 CPU board 7721008 00000 3 Operational Specification 3 1 11 TOSLINK Connector U26 The RTK772100BCOOOOOBR has TOSLINK connector 026 for digital audio Figure3 1 15 shows the TOSLINK Connector Pin Descriptions and Table3 1 13 lists the TOSLINK Connector Pin Descriptions Top view of component side
104. inghamshire SL8 5FH U K Tel 44 1628 651 700 Fax 44 1628 651 804 Renesas Electronics Europe GmbH Arcadiastrasse 10 40472 D sseldorf Germany Tel 49 211 65030 Fax 49 211 6503 1327 Renesas Electronics China Co Ltd 7th Floor Quantum Plaza No 27 ZhiChunLu Haidian District Beijing 100083 P R China Tel 86 10 8235 1155 Fax 86 10 8235 7679 Renesas Electronics Shanghai Co Ltd Unit 204 205 AZIA Center No 1233 Lujiazui Ring Rd Pudong District Shanghai 200120 China Tel 86 21 5877 1818 Fax 86 21 6887 7858 7898 Renesas Electronics Hong Kong Limited Unit 1601 1613 16 F Tower 2 Grand Century Place 193 Prince Edward Road West Mongkok Kowloon Hong Kong Tel 852 2886 9318 Fax 852 2886 9022 9044 Renesas Electronics Taiwan Co Ltd 13F No 363 Fu Shing North Road Taipei Taiwan Tel 886 2 8175 9600 Fax 886 2 8175 9670 Renesas Electronics Singapore Pte Ltd 80 Bendemeer Road Unit 06 02 Hyflux Innovation Centre Singapore 339949 Tel 65 6213 0200 Fax 65 6213 0300 Renesas Electronics Malaysia Sdn Bhd Unit 906 Block Menara Amcorp Amcorp Trade Centre 18 JIn Persiaran Barat 46050 Petaling Jaya Selangor Darul Ehsan Malaysia Tel 60 3 7955 9390 Fax 60 3 7955 9510 Renesas Electronics Korea Co Ltd 11F Samik Lavied or Bldg 720 2 Yeoksam Dong Kangnam Ku Seoul 135 080 Korea Tel 82 2 558 3737 Fax 82 2 558 5141 http www renesas com 2013 Renesas
105. ions 3 3V NO lt Z lt gt gt gt 3 lt o w Ss R20UT2596EJ0008 0 08 amp 5 19 2013 3 Operational Specification Signal Name 3 19 7 72100 CPU board RTK772100BCO0000BR GENMAI 3 Operational Specification 3 1 14 Power Supply Connectors J23 and J25 The RTK772100BCOOOOOBR has a 3 pin connector J23 and an AC adapter jack J25 for system power supply Figure3 1 18 shows the Power Supply Connector Pin Assignments Table3 1 18 and Table3 1 19 list the Power Supply Connector Pin Descriptions for J23 and J25 Top view of component side Figure3 1 18 Power Supply Connector Pin Assignments Table3 1 18 Power Supply Connector J23 Pin Descriptions Table3 1 19 Power Supply Connector J25 Pin Descriptions Signal Name NC without pins R20UT2596EJ0008 Rev 0 08 3 20 19 2013 7 72100 CPU board 772100 GENMAI 3 Operational Specification 3 1 15 External Power Supply Connectors J24 and J26 to J28 The RTK772100BCOOOOOBR has a board pattern which enables external power supply connectors J24 J26 to J28 to be mounted in order to provide digital 5V digital 3 3V analog 3 3V and digital 1 18V directly from the outside The internal power supply and the external power supply are switched at the jumpers JP15 JP18 JP19 and
106. ively SDRAM1 U4 R7S72100 U1 gt CLK Socket X1 SDRAM2 05 4 CLK expansion connectors 13 33MHz gt CLK 32 768kHz Clock Buffer U16 NC X8 CLK3 WM8978 U19 CLK REF CLK2 CLK1 MCLK 22 5792 2 4 X3 CLKOUT 5 RTC X4 Socket X5 CLK 48MHz SD card slot v LVDS connector P5 0 TXCLKOUTP CLKIN P5 1 TXCLKOUTM CLKIN lt 2 MD lt I PO 3 MD CLKS Note Letters in Red indicate functions in use Figure2 8 1 Clock Configuration R20UT2596EJ0008 Rev 0 08 2 33 19 2013 7572100 CPU board 772100 GENMAI 2 Functional Specification Table2 8 1 DIP Switch SW1 Function Settings DIP Switch Function SW1 4 Receive EXTAL input as input clock initial setting Receive USB X1 input as input clock SW1 5 Set SSCG function OFF initial setting Set SSCG fuction ON Table2 8 2 JP6 Function Setting Use P3 7 asLCD1 EXTCLK input pin Use P3 7 as CS1 output pin initial setting Indicates setting function When using 7 as LCD1 EXTCLK input pin an oscillator should be mounted to
107. ized for use in products or systems that may pose a direct threat to human life or bodily injury artificial life support devices or systems surgical implantations etc or may cause serious property damages nuclear reactor control systems military equipment etc You must check the quality grade of each Renesas Electronics product before using it in a particular application You may not use any Renesas Electronics product for any application for which it is not intended Renesas Electronics shall not be in any way liable for any damages or losses incurred by you or third parties arising from the use of any Renesas Electronics product for which the product is not intended by Renesas Electronics You should use the Renesas Electronics products described in this document within the range specified by Renesas Electronics especially with respect to the maximum rating operating supply voltage range movement power voltage range heat radiation characteristics installation and other product characteristics Renesas Electronics shall have no liability for malfunctions or damages arising out of the use of Renesas Electronics products beyond such specified ranges Although Renesas Electronics endeavors to improve the quality and reliability of its products semiconductor products have specific characteristics such as the occurrence of failure at a certain rate and malfunctions under certain use conditions Further Renesas Electronics products are not subject
108. ltage 1 18Vcc 1 18V system power supply voltage 1 10V to 1 26V Maximum consumption voltage Up to 3A Total value of 12V 5V 3 3V and 1 18V system power supplies Operating ambient temperature 0 C to 40 Do not expose to condensation or corrosive gases Note 1 When providing 5V system power supply directly from the external power supply connector 2 When providing 3 3V system power supply directly from the external power supply connector 8 When providing analog 3 3V system power supply directly from the external power supply connector 4 When providing 1 18V system power supply directly from the external power supply connector 5 The ambient temperature is the air temperature immediate to the board R20UT2596EJ0008 Rev 0 08 1 12 Dec 19 2013 5 5 7 72100 CPU board RTK772100BCO0000BR GENMAI 2 Functional Specification 2 Functional Specification 2 1 Functions Overview Table2 1 1 lists the RTK772100BC00000BR Function Modules Table2 1 1 RTK772100BCO00000BR Function Modules 2 2 CPU 373572100 Input XIN clock 13 33MHz Bus clock Up to 66 67MHz CPU clock Up to 400MHz 2 3 Memories On chip memory Large capacity on chip RAM 10MB External memory 128KB NOR flash memory 64MBx2 Spansion S29GL512S10T SDRAM 64MBx2 551 1542516320 75 Serial flash memory 64 3 Spansion S25FL512SDPM NAND flash memory Board pattern which enables to implement 5
109. n Name Function Description Remarks No Connector AA3 P9 1 A25 SPBIO31 0 CRx0 A25 Address bus CN3 3 IRQO MISO2 AAA P3 5 LCDO ET RXER Connected to Ethernet PHY SW2 1 ON Used on option board 4 11 SW2 1 OFF Used on option board CN4 19 LCDO DATA22 VIO VD P3 3 LCDO TCON2 ET MDIO Connected to Ethernet PHY SW2 1 ON ET IRQA BS 2 Used on option board CNA 7 SW2 1 OFF CTS1 RTS1 PWM2D MISO3 P3 1 LCDO TCONO Connected to interrupt switch 1 2 _ IRQ6 TxD2 Used on option board CN4 5 JP3 2 3 SCI TXD1 AUDIO CLK AUDIO CLK PWM2B SSL30 8 Connects RTC resonator 32768KHz 9 RTC X4 s o __ O USB channel 1 differential signal D data 1 4 VIO 014 DVO_DATA14 8 CN5 15 9 ET_COL CN5 8 Ee AA22 BSCANP AB2 P9 0 A24 SPBIO21 0 A ET RXDV Connected to Ethernet PHY SW2 1 TCLKC MOSI2 P3 6 LCDO TCON5 SSIRxD1 Used on option board CN4 14 SW2 1 OFF SCI RXDO ET RXDV SSIRxD1 SCI RXDO RxD3 RxD3 DVO CLK LCDO DATA23 VIO CLK LCDO DATA20 P10 3 ET RXER SSIWS1 AUDIO XOUT3 TXD0 TIOC3B TxD3 P10 1 DVO VSYNC TCLKB 2 LCDO_DATA22 VIO VD SSIWS1 TXDO TxD3 DVO_VSYNC af 5 6k 041 gt Connected to DIPSW as pin for boundary SW2 3
110. ng Writing when the R7S72100 bus clock runs at a frequency of 66 67MHz SDRAM SINGLE READ SDRAM SINGLE tRC tRAS gt lt tRAS READA WRITEA 1 1 f N N N N RD WR tDQMD1 DQMLU LL A13 A1 A12 A0 A11 A10 AP 15 14 1 0 Figure2 3 4 Example of SDRAM Single Read Write Timing R20UT2596EJ0008 Rev 0 08 2 22 19 2013 R7S72100 CPU board RTK772100BCO0000BR GENMAI 2 Functional Specification Table2 3 6 Setting for Bus State Controller SDRAM Reading Writing Target Device Setting for Bus State Controller CS2 542516320 75 CSn space bus control register CSnBCR n 2 3 R20UT2596EJ0008 Rev 0 08 Dec 19 2013 Initial value H 36DB 0 00 Recommended setting value H 0000 4200 Memory specification TYPE 2 0 B 100 SDRAM Data bus width specification BSZ 1 0 B 10 16 bit bus width CSn space wait control regisiter CSnWCR n 2 3 Initial value 0000 0500 Recommended setting value H 0000 0480 CS2 H 0000 2492 CS3 Wait cycle counts for precharge completion WTRP 1 0 B 01 1 cycle ACTV command Wait cycle counts between READ A WRITE A commands WTRCD 1 0 B 01 1 cycle Area 3CAS latency
111. nsion connectors P4 7 4 SSIFZ EXT L Connected to audio CODEC U19 for connection destination SW2 3 BSCANP H Boundary scan operation BSCANP BSCANP Normal operation SW2 4 TP2 2 2 1 indicates initial setting R20UT2596EJ0008 Rev 0 08 3 37 19 2013 7572100 CPU board 7721008 00000 3 Operational Specification Table3 2 7 Function Descriptions of DIP Switch for Ethernet PHY Setting SW3 SW3 1 PORXD3 H Autoneg enabled 100BaseT Autoneg CON T pee Duplex If Autoneg enabled Forced Full Duplex in parallel detect ERES c Am If Autoneg enabled Parallel detect ends in half duplex mode SW3 3 PORXCLK H If Autoneg enabled Quick Autonegotiation shortest times Quick Autoneg If Autoneg disabled Special Isolate In this mode the PHYs will not set up a link unless programmed and enabled through the SMI PORXCLK L Disable Quick Autonegotiation SW3 4 PORXERR H Configure MII Interface Interface PORXERR 1 Configure Interface SW3 5 OFF POTXCLK H Fast Mode Only J required for Start of Frame detection Frame detection Do not use in RMII Mode Standard Mode JK required for Start of Frame detection SW3 6 AUTOMDI X SW3 7 Configures the upper two bits N and M of the PHY addresses PHY AddressO 00 device uses address 00xxx for SMI SW3 8 PORXD1 L 01 device uses ad
112. on Settings 2 3 or Open Use P8 8 as A16 output pin initial setting Use P8 8 as SPDIF IN input pin Use P7 0 MD input pin Use P7 0 as CSO output pin initial setting Use 7 as LCD1 EXTCLK input pin Use P3 7 as CS1 output pin initial setting Use P8_13 as SPBSSL_1 output pin Use P8_13 as 21 output pin initial setting indicates setting function R20UT2596EJ0008 Rev 0 08 2 18 19 2013 7572100 CPU board RTK772100BC00000BR 2 Functional Specification Figure2 3 2 shows the Esample of NOR Flash Memory Write Read Access Timing and Table2 3 3 lists the Setting for Bus State Controller NOR Flash Memory Writing Reading when the R7S72100 bus block runs at 66 67MHz Write Read Timing tAS ics tWDH1 t tDH tWDD1 IRDS1 DATA Figure2 3 2 Esample of NOR Flash Memory Write Read Access Timing Table2 3 3 Setting for Bus State Controller NOR Flash Memory Writing Reading TargetDevce 2 SettingforBusState Controller Device Setting for Bus State Controller 52961512510 CSn space bus control register CSnBCR n 0 1 Initial value H 36DB 0 00 in b
113. oot mode 0 Recommended setting value 1000 0 00 e Idle specification between write read write write cycles IWW 2 0 B 001 insert 1 address cycle Idle specification between different space read write cycles IWRWD 2 0 B 000 No idle cycle Idle specification between identical space read write cycles IWRWS 2 0 B 000 No idle cycle Data bus width specification BSZ 1 0 B 10 16 bit bus width CSn space wait control register CSnWCR n 0 1 Initial value 0000 0500 Recommended setting value H 0000 0B40 Address CSn assert RD WEn assert delay cycle counts SW 1 0 B 01 1 5 cycles Access wait cycle counts WR 3 0 B 0110 6 cycles External wait mask specification WM B 1 Ignore external wait input RD WEn negate Address CSn negate delay cycle counts HW 1 0 B 00 0 5 cycles R20UT2596EJ0008 Rev 0 08 2 lt 2 19 19 2013 7572100 CPU board RTK772100BC00000BR 2 Functional Specification 2 3 3 SDRAM Interface The RTK772100BC00000BR generally includes two SDRAMs listed in Table 2 2 4 as external SDRAM The SDRAMs are controlled by the bus state controller BSC which is embedded in the 7572100 The SDRAMs and the BSC are connected by 16 bit width The RAS output pin is in common with the CRx2 input pin and therefore JP1 must be set when using the SDRAMs Figure2 3 3 shows the SDRAM Block Diagram and Table2 3 5 lists the JP1 Function Setting Table2
114. r Video Input Pin Descriptions Top view of component side Figure3 1 3 Connector for Video Input Pin Assignments Table3 1 1 RCA Connector for Video Input Pin Descriptions Signal Name GND Aes ND R20UT2596EJ0008 0 08 3 3 19 2013 7572100 CPU board RTK772100BCO00000BR GENMAI 3 Operational Specification 3 1 2 MOST Connector J3 The RTK772100BCO00000BR has a connector to connect with the SMSC MOST I F board 13 Figure3 1 4 shows the MOST I F Connector Pin Assignments and Table3 1 2 lists the MOST I F Connector Pin Descriptions Top view of component side J3 4 Figure3 1 4 MOST I F Connector Pin Assignments R20UT2596EJ0008 Rev 0 08 3 4 19 2013 7572100 CPU board RTK772100BC00000BR GENMAI 3 Operational Specification Table3 1 2 MOST I F Connector Pin Descriptions Signal Name Pin No 1 3 5 T NC 2 MLB_CLK P2_0 D16 ET_TXCLK DVO DATAO SPBIO00_1 MLB_CLK IRQ5 VIO_DO LCDO_DATA16 MLB SIG 2_2 018 _ DATA2 SPBIO20 1 MLB SIG TIOC2B D2 LCDO DATA18 NC 10 MLB DAT P2 1 D17 ET TXER DATA SPBIO10 1 MLB DAT TIOC2A VIO D1 LCDO DATA17 N 2 NO NO NC NC NC NIN NO NO O RESETB P2_3 D19 ET_CRS DVO_DATA3 SPBIO30_1 IERxD 1 VIO_D3 LCDO DATA19 N N Z N
115. rational Specification 3 1 6 LAN Connector J10 The RTK772100BCO00000BR has a LAN connector J10 Figure3 1 9 shows the LAN Connector Pin Assignments and Table3 1 7 lists the LAN Connector Pin Descriptions 2468 Top view of 1357 component side J10 Figure3 1 9 LAN Connector Pin Assignments Table3 1 7 LAN Connector Pin Descriptions TD POTAN 50 PORXP 31 o 6 R20UT2596EJ0008 Rev 0 08 3 10 19 2013 7572100 CPU board 7721008 00000 3 Operational Specification ocu SD Card Slot J11 The RTK772100BCO00000BR has SD slot J11 Figure3 1 10 shows the SD Card Slot Pin Assignments and Table3 1 8 lists the SD Card Slot Pin Descriptions Top view of component side Figure3 1 10 SD Card Slot Pin Assignments Table3 1 8 SD Card Slot Pin Descriptions Signal Name Signal Name DAT3 4 14 1 0 22 LCD1_TCON1 P4 13 LCDO DATA21 LCD1 SD 03 0 MMC 03 5 21 1 SSIRxD3 SD CMD 0 MMC SPBIO11 1 TxD2 IRQ6 SSIWS3 RxD1 IRQ5 3 4 93 5 CLK 4 12 LCDO DATA20 LCD1 CLK GND Vss SD CLK 0 MMC CLK SPBIO10 1 SSISCK3 TxD1 IRQ4 DATO P4 11 LCDO DATA19 LCD1 P4 10 LCDO DATA18 LCD1 TCON5 SD 00 0 0 SSITxD5 CTx4 SCK1 SD 0 MMC D1 SSIRxD5 0 1802 IRQ3 SD D2 0 MMC D2 SPBIO31 1 SSITxD3
116. rp RTK772100BCO0000BR INDEX R RA E CE e CHANGE 47 10 7_ 8 0 lt gt B i BGA324 lt 7 P2 15 0 5 10 a 011 SN74CB3Q3257 Renesas i P7 BOOT2 CSO DV0 DATA16 ET MDC SCKA LTXDO TIOCOA P2 12 D28 RSPCKO DVO DATA12 SPBIOO1 0 CRX3 IRQG LCD1 DATA12 TIOC1B 421 52 12 ee Se 7 P7_2 CRx2 gt er P7 1 CS3 DVO DATA17 ET TXCLK TXD4 DVO CLK SSISCK1 TIOCOB P2 13 029 88100 0 0 DATA13 SPBIO11 O CTx3 SCKO LCD1 DATA13 IRQ lt P2 O TXCLK 6 HWP 2P G P7_2 RAS DVO_DATA18 ET_TXER RXD4 CRx2 SSIWS1 TIOCOC P2_14 D30 MOSI0 DVO_DATA14 SPBI021_O CRx4 TxDO LCD1_DATA14 IRQ B19 2 15 7 P7 3 CAS DVO DATA19 ET TXEN SCK7 CTx2 SSIRxD1 TIOCOD P2 15 D31 MISOO DVO DATA15 SPBIO31 0 CLK RXDO LCD1 DATA15 IRQT T24 ee P7 AICKE DVO DATA20 ET TXDO TXD7 SSITxD1 TIOC1A P2 0 D16 ET TXCLK DVO DATAO SPBIOO0 1 MLB CLK IRQS VIO DO LCDO DATA 7 1 gt gt 2 1 6 P7 5 RD WR DVO DATA21 ET TXD1 RXD7 SSISCK2 TIOC1B P2 1 D17 ET TXER DVO DATA1 SPBIO10 1 MLB DAT TIOC2A VIO D1 LCDO DATA1 E P NAAA P7 6 WEO DOMLL DVO DATA22 ET TXD2 CTS7 SSIWS2 TIOC2A P2 2 D18 ET TXEN DVO DATA2 SPBIO20 1 MLB SIG TIOC2B VIO D2 LCDO P7_7 WE1 DQMLU DV0_DATA23 ET_TXD3 RTS7 SSIDATA2 TIOC2B P2_3 D19 ET_CRS DVO_DATA3 SPBIO30_1 IERxD CTS1 VIO_D3 LCD0_DATA1 HE 4 ___ gt P2_2 TXEN 6 4 5 7 10 25 1 gt P7 8 RD
117. rter analog output D A converter Rch analog output m NG NN NN NN NN NN NN R20UT2596EJ0008 Rev 0 08 3 7 19 2013 7572100 CPU board 7721008 00000 3 Operational Specification 3 1 5 USB Connectors J5 and J8 The RTK772100BCOOOOOBR has two series A receptacles 75 and J8 but Mini B receptacles 77 and J9 are also applicable for this board When using the receptacles the series A receptacles should be removed Refer to Table 1 4 of Chapter 1 for the parts of Mini B receptacles Figure3 1 7 and Figure3 1 8 show the Pin Assignments for Series A Receptacle and Mini B receptacle respectively Table3 1 5 and Table3 1 6 list the Pin Descriptions for Series A Receptacle and Mini B Receptacle respectively Top view of component side Figure3 1 7 Series A Receptacle Pin Assignments Table3 1 5 Series A Receptacle Pin Descriptions Signal Name oP 0 0 GND Ves R20UT2596EJ0008 Rev 0 08 3 8 19 2013 7572100 CPU board 7721008 00000 3 Operational Specification Top view of component side 12345 Figure3 1 8 Receptacle Pin Assignments Table3 1 6 Receptacle Pin Descriptions Signal Names oP 0 0 GND Vss R20UT2596EJ0008 Rev 0 08 3 9 19 2013 7 72100 CPU board RTK772100BCO0000BR GENMAI 3 Ope
118. s in use Figure2 3 7 EEPROM Interface Block Diagram R20UT2596EJ0008 Rev 0 08 2 27 19 2013 7572100 CPU board RTK772100BC00000BR GENMAI 2 Functional Specification 2 4 USB Interface The 772100 00000 generally includes two USB series A receptacles as USB connector and has a board pattern which enables to mount Mini B receptacles to evaluate the USB host function modules When mounting the Mini B receptacles the USB series A receptacles should be removed When using such receptacles as a function JP9 and JP11 should be disconnected The VBUS power supply for the USB channel 0 can be provided from the expansion connectors Figure2 4 1 shows the USB Interface Block Diagram and Table2 4 1 lists the JP9 and JP11 Function Settings TP4 R7S72100 01 Socket X5 CLK ANN 48MHz NC REFRIN 5 6 1 USBAPVss Figure2 4 1 USB Interface Block Diagram R20UT2596EJ0008 Rev 0 08 Dec 19 2013 VBUS power supply control IC MIC2026 U17 To expansion connectors JP9 JP11 USB BLM21PG600SN1 Series A receptacle J5 d rd 77 USB HN6 224MFA IMini B receptacle 97 VBus s EN USB BLM21PG600SN1 gi 21 06005 1
119. sed on option board DV1_DATA6 TXOUT2P Connected to LCD panel for LVDS hM LCD1 DATA2 Used on option board DV1 DATA2 TXCLKOUTP Connected to LCD panel for LVDS LCD1_DATAO Used on option board 5 9 IERxD LCD1 DATA16 Used on option board AB Vss _____ P5 6 TXOUTOP LCD1 DATA6 LCDO 22 DV1_DATA6 TxD6 IRQ6 SPDIF IN DVO_DATA14 A10 P5 2 TXOUT2P LCD1 DATA2 LCDO DATA18 DV1 DATA2 SCK3 TIOC1B MOSI3 A11 P5 O TXCLKOUTP LCD1 DATAO LCDO DATA16 2 DV1 DATAO TxD4 RSPCK3 d NO Vss A13 VIN2B DV1 DATAO Channel 1 input pin 2 of Composit Video Blanking and Sync CVBS 1 VDAVss A15 VIN2A Channel 0 input pin 2 of Composit Video Blanking and Sync CVBS A16 2 MD CLK MD CLK Connected to DIPSW as a clock mode EE SW1 4 input gt 3 3V systempower supply 1 18V system power supply GND R20UT2596EJ0008 Rev 0 08 lt 2 2 19 2013 7 72100 CPU board RTK772100BCO0000BR GENMAI 2 Functional Specification Table 2 2 2 R7S72100 Pin Functions 2 ED om ERE Connector A17 P4 6 SCL3 DV1 VSYNC SCL3 Used on option board IERxD IRQ6 VIO D12 12 LEM He ET COL IRQ3 ADTRG A19 P1 0 SCLO DATA16 SCLO Used on option board TCLKA IRQO VD VSYNC _ P2_13 029 851 00 I
120. t mode 3 The 8 bit width can be achieved by concurrent access to the serial flash memory 1 and 2 The CS pin of the serial flash memory 3 is in common with address A21 When using the flash memory 3 the NOR flash memory can not be used When using the serial flash memory 3 SPBCLK at a frequency of 66 67MHz R41 should be removed from the board Figure2 3 5 shows the Serial Flash Memory Interface Block Diagram and Table2 3 8 lists the JP7 and JP8 Function Settings Table2 3 7 Serial Flash Memory Overview Serial flash No Connection interface for the R7S72100 Capacity 06 07 S25FL512SDPM 10 wire system serial SPIBSC 64MBx2 16 pin SOIC S25FL512SDPM 6 wire system serial SPIBSC 16 pin SOIC A23 A18 To NOR flash memories To expansion connectors R7S72100 U1 Serial flash memory 1 U6 10 P9_2 SPBCLK_0 P9 3 SPBSSL 0 P2 15 SPBIO31 0 SI IOO P2 14 SPBIO21 0 SO IO1 P2 13 SPBIO11 0 WP IO2 P2 12 SPBIOO1 0 HOLDZ IO3 P9 7 SPBIO30 0 Serial flash memory 2 U7 P9 6 SPBIO20 0 P9 5 SPBIO10 0 9 4 5 81000 0 6 500 SO IO1 P8 12 A20 SPBCLK 1 WP IO2 P8_13 A21 SPBSSL_1 P8 11 19 SPBIO30 1 P8 10 A18 SPBIO20 1 Serial flash memory 3 U8 P8 15 23 SPBIO410 1 P8 14 22 SPBIOOO0 1 81 00 Note Letters Red indicate functions in use 5 1 WP
121. te Electrical and Electronic Equipment WEEE Directive 2002 96 EC As a result this equipment including all accessories must not be disposed of as household waste but through your locally recognised recycling or disposal schemes As part of our commitment to environmental responsibility Renesas also offers to take back the equipment and has implemented a Tools Product Recycling Program for customers in Europe This allows you to return equipment to Renesas for disposal through our approved Producer Compliance Scheme To register for the program click here http www renesas com weee About This Manual 1 Purpose and Target Readers This manual is designed to provide the user with an understanding of the functions and operating specifications of this extension board A basic knowledge of electrical circuits logical circuits and microcomputers MCUs is necessary in order to use this manual This manual is composed of an overview of the CPU board its functional and operational specifications Carefully read all notes described in the body of text in the manual The Revision History summarizes the modifications and additions to the previous versions Refer to the text of the manual for details The following document applies to 7572100 CPU board 772100 Document Type Document Tit User s Manual Describes functional specifications R7S72100 CPU board This publication devices memory maps
122. te Letters in Red indicate functions in use Ethernet MOST selection 6 MUXx4 OE 5 O a Cede FERE 1 M To CAN transceiver MDC P4 COL PD60610 020 MDIO MDC PORXCLK GPIO3 PORXERR PORXDV PORXD3 GPIO7 PORXD2 GPIO8 PORXD1 PORXDO POLINKLED GPIOO INT GPIO4 GPIO14 POTXCLK POTXERR GPIO9 POTXEN POTXD3 GPIO10 POTXD2 GPIO11 POTXD1 POTXDO POCOLSD GPIO19 10 INT CLK To expansion connectors 25MHz RES CRS aM POCRS 6 XCLKO XCLK1 RESETB EXTRES 12 4 1 Figure2 17 1 Interface Block Diagram Table2 17 1 DIP Switch SW2 1 Function Setting DIP Switch Function 49 90 4 e woe RJ 45 J10 0 01 2 Use P3 6 3 and P2 11 0 as MOST control pin and expansion connectors SW2 1 Use P3 6 3 and P2 11 0 as Ethernet PHY control pin initial setting Indicates setting function Table2 17 2 4 Function Setting JP4 Use 9 as 1 input pin Use P5 9 as MDC output pin initial setting Indicates setting function R20UT2596EJ0008 Rev 0 08 24 NE SAS 2 43 Dec 19 2013 7 72100 CPU board 772100 GENMAI 2 Functional Specification 2 18 LVDS Interface The RTK772100BC00000BR includes a connector for
123. the Mitsubishi LCD module AA104XD02 which can be connected with the R7872100 LDVS interface The backlight power supply voltage should be raised by using the TDK lambda DC DC converter ALD 414012PJ126 ALD 514012PJ134 If it effects on the differential signals remove the 00 resistors REO to RE7 Figure2 18 1 shows the LDVS Interface Block Diagram P5 5 FCE To NAND flash memory To expansion connectors R7S72100 U1 LVDS connector J14 WR P5 7 TXOUTOM aed MODE M Low 6bit Hi 8bit RL6 P5 6 TXOUTOP yj REO Wes P5 5 TXOUT1M FCE jjj RES P5 4 TXOUT1P 4 pass WRG P5 3 TXOUT2M ien SC cs Scan direction control P5 2 TXOUT2P Low Normal Hi Reverse Wea P5 1 P5 0 TXCLKOUTP LVDSREFRIN zi e say 7 O Note Letters in Red indicate functions in use ME 77 Optional Backlight connector J16 BM14B SRSS TB Vrmt Backlight enable control Low Disable Hi Enable Vbr Rbr PWM control 2 5V Min ADIM ADIM control 2 5V Min OV Max Figure2 18 1 LDVS Interface Block Diagram R20UT2596EJ0008 Rev 0 08 2 44 19 2013 7 72100 CPU board 772100 GENMAI 2 Functional Specification 2 19 TOSLINK Interface The RTK772100BC00000BR includes a TOSLINK connector to connect R7S
124. to radiation resistance design Please be sure to implement safety measures to guard them against the possibility of physical injury and injury or damage caused by fire in the event of the failure of a Renesas Electronics product such as safety design for hardware and software including but not limited to redundancy fire control and malfunction prevention appropriate treatment for aging degradation or any other appropriate measures Because the evaluation of microcomputer software alone is very difficult please evaluate the safety of the final products or systems manufactured by Please contact a Renesas Electronics sales office for details as to environmental matters such as the environmental compatibility of each Renesas Electronics product Please use Renesas Electronics products in compliance with all applicable laws and regulations that regulate the inclusion or use of controlled substances including without limitation the EU RoHS Directive Renesas Electronics assumes no liability for damages or losses occurring as a result of your noncompliance with applicable laws and regulations Renesas Electronics products and technology may not be used for or incorporated into any products or systems whose manufacture use or sale is prohibited under any applicable domestic or foreign laws or regulations You should not use Renesas Electronics products or technology described in this document for any purpose relating to military applications or use
125. tsion IC U28 is run by the VBUS power supply provided from the USB Mini B connector 19 Figure2 10 1 shows the Power Supply Configuration Diagram Power switch SW4 D12V DC power jack J25 TOR System power Backlight power supply for LVDS panel supply DC12V Vss Expansion connectors generating 8V for CD deck 12V external power 5V supply J23 Power select 12 gt 5 D5V Power select external power Vss jumper jumper JP15 supply J24 JP14 Power select jumper JP9 Expansion connectors USB 050 USB VBUS1 CAN Expansion connectors Constant voltage regulator R7S72100 analog reference voltage 5359 A3 3V Power select external power jumper JP19 supply J27 5V gt 3 3V Audio CODEC WM8978 AVDD SPKVDD Ethernet PHY uPD60610 VDDA Expansion connectors D3 3V Power select external power jumper JP18 supply J26 LVDSAPVcc USBAPVcc SDRAM NOR flash memory Serial flash memory NAND flash memory EEPROM RS 232C Clock buffer Audio CODEC WM8978 8 DBVDD DCVDD Ethernet PHY uPD60610 VDDIO SD MMC card slot expansion connectors 1 18V Power select external power jumper JP21 supply J28 D1 18V USB Mini B J19 USB serial conversion IC U38 Figure2 10 1 Power Supply Configuration Diagram R20UT2596EJ0008 Rev 0 08 2 36 19 2013
126. ur4 4 1 R31 T GND OE un 3VCC 4 SG 8002CA 4MHz 4 vccour4 2 1 GND OE en 3VCC X5 SG 8002DC 48MHz 8 vccour4 4 1 GND OE Ta XR2A 0811 N 1 x R55 FA 128 27MHz 2 1kO 1 3 ce2 C63 8pF 8pF 3VCC 8 SG 8002DC 22 5792MHz VCC OUT4 2 1 R50 3VCC GND OE 220 6 CP47 0 1 10 AUDIO XTAL1 10 AUDIO XTAL2 6 WM8978 MCLK SD lt vi M SD2 5 P 20 CKIO CN lt U1B RZ A1H BGA324 16 AATO PO 0 MD x2 MC 306 32 768KHz AB8 5 10 9 RAD PO 4 RTC PO 5 RTC AB15 AA15 VBUSINO VIDEO X1 VIDEO X2 U16 CY2305SC 1H Cypress 8 R51 w22 CLKOUT 3 222 W21 AUDIO X1 AUDIO X2 220 R54 Renesas Solutions Corp DRAWN CHECKED DESIGNED APPROVED Doo a S PO 1 MD BOOT1 VBUSIN1 JPO O TDI JPO 1 TDO LVDSREFRIN 22kQ Y15 BOR A16 4 P7 0 0 BOOT2 lt R34 00 J1 T5857 EMUDEN B15 A15 C7 B13 13 C9 VRP C12 0 1uF C14 2 2uF VRM REXT 22 1 VBUSO 6 DMO 6 6 DM 0 DP 0 VBUS1 6 DM1 6 1 6 R49 5 6 190 1 1 REFRIN V20 TRST 8 lt 8 STO 8 Z 8 U21 gt 8 3VCC TRST TMS TCK Y9 lt 9 10 LY8 lt gt 4 5 6 8 10 258 5 6kQ 196 NMI Re Interrupt 011 R

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