Hardware Specification Brief 마이크로비젼 / Microvision 서울특별시구로구구로 3 동 235 번지한신 IT 타워 1004 호 ( 전화 ) 02-3283-0101, ( 팩스 ) 02-3283-0160 (Web) http://www.microvision.co.kr Copyright 2011 Microvision 1
Contents 1. 소개 2. MV V210 모듈제품사양 3. MV V210 모듈 Block diagram 4. Board Connector Pin Map Copyright 2011 Microvision 2
1. 소개 본제품은 Samsung S5PV210 Cortex-A8 32Bit RISC Processor CPU를기반으로 DDR2 Memory 및 Nand Flash, Power PMIC로구성된 Total Embedded Solution Board이다. 기본적으로 ARM사의 Cortex-A8 Core를채택한 CPU로제작된 CPU Module이기때문에기존에 ARM9, ARM11기반의 Binary Compatibility를제공해주면서 Single-Core로써는최고인 1GHz까지의 CPU 구동 Clock Frequency 성능과 Internal 64bit Bus구조를가진제품이다. MV V210 CPU 보드는이러한 Cortex-A8 코어를내장한 S5PV210 CPU의모든기능을확장해서구현할수있도록거의모든 Peripheral Pin을 Connector로 Pin OUT하여설계되어있다. 즉, USB Host2.0, USB Client 2.0 과기본적으로내장된 HD급, Multi-Format Codec 1080p@30fps MPEG2/4, H.264/H.263, VC-1, XviD등이지원되는것은물론이고, TV-OUT, HDMI1.3,Camera interface, LCD 24bit interface, MiPi CSI 및 DSI가가능하게되어있다. 또한 400MHz DDR2 까지지원하는 SDRAM 인터페이스를 CPU모듈에내장하고있으며, 물리적사이즈는 512MB의메모리를장착하고있다. CPU 내부구조 Copyright 2011 Microvision 3
2. MV V210 CPU 모듈제품사양 ITEM Specification Description ARM Cortex A8 Core base CPU CPU Main Memory S5PV210 DDR2 32/32KB/ I/D Cache, 512KB L2 Cache 800Mhz/1Ghz Operating Frequency 0.65 ball pitch, 584-FCFBGA,17mm x 17mm M1 Port : 256MB (64M x 16 x 2개 ) M2 Port : 256MB (64Mx 16 x 2개 ) 200Mhz System Bus Clock, 84ball FBGA FLASH NAND 256MB 이상 (48-TSOP), 용량확장가능 (optional) Step-Down Convertor 3 Port, 9-LDO 제공 PMIC MAX8698C 1 Back up Battery Charger 1-Cell Battery Power input 가능 42-Pin 3.53mm x 3.53mm WLP Package Connector A Connector B LWBS008-60C- 3.0H LWBS008-80C- 3.0H 240 pin (0.8mm pitch 60pin x 4) 80 pin (0.8mm pitch 80pin x 1) Dimension (L x W x T) PCB 사양 60mm x 60mm x 1.2mm, Connector 장착시보드 Main CPU 모듈과 Beas 보드높이 4mm. 8-Layer, Build-Up OS: Windows CE 6.0 / Linux 2.6.x / Android 2.3 포팅지원 - CPU가제공하는모든기능구현가능하도록확장커넥터제공 - 응용분야 : NAVI/DMB, 모바일제품 /PMP, 지능형로봇, 홈네트워크, 첨단의료기기, 보안시스템, 시스템제어, 자동화단말기, 산업제어및기타. Copyright 2011 Microvision 4
3. MV V210 CPU 모듈 Block Diagram 본제품은 CPU보드에 DDR2 메모리, NAND Flash Memory, PMIC를제외한나머지모든기능을 BASE 보드에서구현할수있도록 board connector형태로만들어져있다. 아래그 Block Diagram을간단히예시한다. Block Diagram TOP Side Image Bottom Side Image 60mm 60mm Copyright 2011 Microvision 5
CPU Board Base Board 조립구조 Copyright 2011 Microvision 6
4. Board Connector Pin Map CN1 기능 핀이름 GPIO 핀번호 GPIO 핀이름 기능 XspiMOSI0 GPB3 2 1 GPB7 XspiMOSI1 SPI 0 XspiMISO0 GPB2 4 3 GPB6 XspiMISO1 XspiCSn0 GPB1 6 5 GPB5 XspiCSn1 SPI1 XspiCLK0 GPB0 8 7 GPB4 XspiCLK1 XpwmTOUT3 GPD0_3 10 9 GPA0_0 XuRXD0 PWM XpwmTOUT2 GPD0_2 12 11 GPA0_1 XuTXD0 XpwmTOUT1 GPD0_1 14 13 GPA0_4 XuRXD1 XpwmTOUT0 GPD0_0 16 15 GPA0_5 XuTXD1 GND GND GND 18 17 GPA0_2 XuCTSn0 UARTs Xmmc1CDn GPG1_2 20 19 GPA0_3 XuRTSn0 Xmmc1CMD GPG1_1 22 21 GPA0_7 XuRTSn1 Xmmc1CLK GPG1_0 24 23 GPA0_6 XuCTSn1 MMC1 Xmmc1DATA3 GPG1_6 26 25 GND GND GND Xmmc1DATA2 GPG1_5 28 27 GPG3_6 Xmmc3DATA3 Xmmc1DATA1 GPG1_4 30 29 GPG3_5 Xmmc3DATA2 Xmmc1DATA0 GPG1_3 32 31 GPG3_4 Xmmc3DATA1 Xmmc0DATA3 GPG0_6 34 33 GPG3_3 Xmmc3DATA0 MMC3 Xmmc0DATA2 GPG0_5 36 35 GPG3_2 Xmmc3CDn MMC0 Xmmc0DATA1 GPG0_4 38 37 GPG3_1 Xmmc3CMD Xmmc0DATA0 GPG0_3 40 39 GPG3_0 Xmmc3CLK Xmmc0CMD GPG0_1 42 41 GPG0_2 Xmmc0CDn MMC0 Xmmc0CLK GPG0_0 44 43 GND GND GND GND GND GND 46 45 GPJ4_1 XmsmWEn XmsmREn GPJ4_2 48 47 GPJ4_4 XmsmADVN XmsmCSn GPJ4_0 50 49 GPJ4_3 XmsmIRQn XmsmDATA14 GPJ3_6 52 51 GPJ3_7 XmsmDATA15 CF XmsmDATA12 GPJ3_4 54 53 GPJ3_5 XmsmDATA13 CF XmsmDATA10 GPJ3_2 56 55 GPJ3_3 XmsmDATA11 XmsmDATA8 GPJ3_0 58 57 GPJ3_1 XmsmDATA9 XmsmDATA6 GPJ2_6 60 59 GPJ2_7 XmsmDATA7 Copyright 2011 Microvision 7
CN2 기능 핀이름 GPIO 핀번호 GPIO 핀이름 기능 BOOT XOM1 ETC0_1 2 1 GND GND GND Mode XOM2 ETC0_2 4 3 ETC0_4 XOM4 BOOT XOM3 ETC0_3 6 5 ETC0_5 XOM5 Mode XEINT3 GPH0_3 8 7 GPH0_2 XEINT2 XEINT5 GPH0_5 10 9 GPH0_6 XEINT6 XEINT7 GPH0_7 12 11 GPH1_0 XEINT8 XEINT9 GPH1_1 14 13 GPH1_2 XEINT10 XEINT11 GPH1_3 16 15 GPH1_4 XEINT12 인터럽트 XEINT16/KP_COL0 GPH2_0 18 17 GPH1_5 XEINT13 인터럽트 Keymatrix XEINT17/KP_COL1 GPH2_1 20 19 GPH2_3 XEINT19 Key- XEINT21/KP_COL5 GPH2_5 22 21 GPH2_4 XEINT20/KP_COL4 matrix XEINT23/KP_COL7 GPH2_7 24 23 GPH2_6 XEINT22/KP_COL6 XEINT25/KP_ROW1 GPH3_1 26 25 GPH3_0 XEINT24/KP_ROW0 XEINT27/KP_ROW3 GPH3_3 28 27 GPH3_2 XEINT26/KP_ROW2 XEINT29/KP_ROW5 GPH3_5 30 29 GPH3_4 XEINT28/KP_ROW4 XEINT31/KP_ROW7 GPH3_7 32 31 GPE3_6 XEINT30/KP_ROW6 XciFIELD GPE1_4 34 33 GPE1_3 XciCLKend XciPCLK GPE0_0 36 35 GPE0_1 XciVSYNC XciHREF GPE0_2 38 37 GPE0_3 XciYDATA0 Camera XciYDATA1 GPE0_4 40 39 GPE0_5 XciYDATA2 Camera XciYDATA3 GPE0_6 42 41 GPE0_7 XciYDATA4 XciYDATA5 GPE1_0 44 43 GPE1_1 XciYDATA6 XciYDATA7 GPE1_2 46 45 GPD1_2 Xi2cSDA1 I2C Xi2cSDA0 GPD1_0 48 47 GPD1_3 Xi2cSCL1 I2C Xi2cSCL0 GPD1_1 50 49 GND GND GND GND GND GND 52 51 XuhDP XuhDP XuoDP XuoDP 54 53 XuhDN XuhDN USB Host XuoDM XuoDM 56 55 XuhPWRE XuhPWREN USB_OTG XuoVBUS XuoVBUS 58 57 XuhOVER XuhOVERCUR XuoDRVVBUS XuoDRV 60 59 XuoID XuoID USB OTG Copyright 2011 Microvision 8
CN3 기능 핀이름 GPIO 핀번호 GPIO 핀이름 기능 XmsmDATA4/CF_DATA4 GPJ2_4 2 1 GPJ2_5 XmsmDATA5/CF_DATA5 XmsmDATA2/CF_DATA3 GPJ2_2 4 3 GPJ2_3 XmsmDATA3/CF_DATA3 XmsmDATA0/CF_DATA0 GPJ2_0 6 5 GPJ2_1 XmsmDATA1/CF_DATA1 XmsmADDR13 GPJ1_4 8 7 GPJ1_4 XmsmADDR12 CF XmsmADDR11 GPJ1_3 10 9 GPJ1_2 XmsmADDR10 XmsmADDR9 GPJ1_1 12 11 GPJ1_0 XmsmADDR8 CF XmsmADDR7 GPJ0_7 14 13 GPJ0_6 XmsmADDR6 XmsmADDR5 GPJ0_5 16 15 GPJ0_4 XmsmADDR4 XmsmADDR3 GPJ0_3 18 17 GPJ0_2 XmsmADDR2 XmsmADDR1 GPJ0_1 20 19 GPJ0_0 XmsmADDR0 GND GND GND 22 21 GND GND GND Xm0ADDR15 MP05_7 24 23 MP06_0 Xm0DATA0 Xm0ADDR14 MP05_6 26 25 MP06_1 Xm0DATA1 Xm0ADDR13 MP05_5 28 27 MP06_2 Xm0DATA2 EBI Xm0ADDR12 MP05_4 30 29 MP06_3 Xm0DATA3 Xm0ADDR11 MP05_3 32 31 MP06_4 Xm0DATA4 EBI Xm0ADDR10 MP05_2 34 33 MP06_5 Xm0DATA5 Xm0ADDR9 MP05_1 36 35 MP06_6 Xm0DATA6 Xm0ADDR8 MP05_0 38 37 MP06_7 Xm0DATA7 GND GND GND 40 39 GND GND GND Xm0ADDR7 MP04_7 42 41 MP07_0 Xm0DATA8 Xm0ADDR6 MP04_6 44 43 MP07_1 Xm0DATA9 Xm0ADDR5 MP04_5 46 45 MP07_2 Xm0DATA10 Xm0ADDR4 MP04_4 48 47 MP07_3 Xm0DATA11 EBI Xm0ADDR3 MP04_3 50 49 MP07_4 Xm0DATA12 Xm0ADDR2 MP04_2 52 51 MP07_5 Xm0DATA13 EBI Xm0ADDR1 MP04_1 54 53 MP07_6 Xm0DATA14 Xm0ADDR0 MP04_0 56 55 MP07_7 Xm0DATA15 Xm0WEn MP01_7 58 57 MP01_6 Xm0OEn Xm0WAITn MP02_2 60 59 MP02_3 Xm0DATA_RDn Copyright 2011 Microvision 9
CN4 기능핀이름 GPIO 핀번 호 GPIO 핀이름기능 MIPI XmiPiMDN0 XmiPiMDN0 2 1 XmiPiSDP0 XmiPiSDP0 XmiPiMDP0 XmiPiMDP0 4 3 XmiPiSDN0 XmiPiSDN0 XmiPiMDN1 XmiPiMDN1 6 5 XmiPiSDP1 XmiPiSDP1 XmiPiMDP1 XmiPiMDP1 8 7 XmiPiSDN1 XmiPiSDN1 XmiPiMDNCLK XmiPiMDNCLK 10 9 XmiPiSDPCLK XmiPiSDPCLK XmiPiMDPCLK XmiPiMDPCLK 12 11 XmiPiSDNCLK XmiPiSDNCLK XmiPiMDN2 XmiPiMDN2 14 13 XmiPiSDP2 XmiPiSDP2 XmiPiMDP2 XmiPiMDP2 16 15 XmiPiSDN2 XmiPiSDN2 XmiPiMDN3 XmiPiMDN3 18 17 XmiPiSDP3 XmiPiSDP3 XmiPiMDP3 XmiPiMDP3 20 19 XmiPiSDN3 XmiPiSDN3 GND GND GND 22 21 GND GND GND TSXP0/XadcAIN5 XadcAIN5 24 23 XadcAIN3 TSYP0/XadcAIN3 ADC/Touch TSXM0/XadcAIN4 XadcAIN4 26 25 XadcAIN2 TSYM0/XadcAIN2 ADC/Touch GND GND GND 28 27 GND GND GND LCD XvVD0 GPF0_4 30 29 GPF2_3 XvVD15 XvVD4 GPF1_0 32 31 GPF2_6 XvVD18 XvVD9 GPF1_5 34 33 GPF3_0 XvVD20 XvVD12 GPF2_0 36 35 GPF3_1 XvVD21 XvVD8 GPF1_4 38 37 GPF1_6 XvVD10 XvVD17 GPF2_5 40 39 GPF2_2 XvVD14 XvVD23 GPF3_3 42 41 GPF2_1 XvVD13 XvVD1 GPF0_5 44 43 GPF2_4 XvVD16 GND GND GND 46 45 GND GND GND LCD XvVD7 GPF1_3 48 47 GPF1_2 XvVD6 XvVD2 GPF0_6 50 49 GPF1_1 XvVD5 XvVD11 GPF1_7 52 51 GPF3_2 XvVD22 XvVD3 GPF0_7 54 53 GPF2_7 XvVD19 XvVCLK GPF0_3 56 55 GPF0_0 XvHSYNC XvVDEN GPF0_2 58 57 GPF0_1 XvVSYNC VSYNC_LDI GPF3_4 60 59 GPF3_5 SYS_OE/VEN_FIELD MIPI LCD Copyright 2011 Microvision 10
CN5 기능핀이름 GPIO 핀번호 GPIO 핀이름기능 Xm0CSn0 MP01_0 2 1 MP01_1 Xm0CSn1 EBI Xm0CSn3/NFCSn1 MP01_3 4 3 MP01_4 Xm0CSn4/NFCSn2 EBI Xm0CSn5/NFCSn3 MP01_5 6 5 MP02_0 Xm0BE0 Xm0BE1 MP02_1 8 7 GND GND GND XhdmiTXCP HDMI 10 9 HDMI XhdmiTX0P HDMI XhdmiTXCN HDMI 12 11 HDMI XhdmiTX0N XhdmiTX1P HDMI 14 13 HDMI XhdmiTX2P HDMI XhdmiTX1N HDMI 16 15 HDMI XhdmiTX2N GND GND GND 18 17 JTAG XjTRSTn Xmmc2CDn/SPI2_MISO GPG2_2 20 19 JTAG XjTMS Xmmc2DATA3 GPG2_6 22 21 JTAG XjTCK Xmmc2DATA2 GPG2_5 24 23 JTAG XjTDI JTAG MMC2 Xmmc2DATA1 GPG2_4 26 25 JTAG XjTDO Xmmc2DATA0/SPI2_MOSI GPG2_3 28 27 JTAG XjRESET Xmmc2CMD/SPI2_nSS GPC2_1 30 29 - DACOUT ADC_out Xmmc2CLK/SPI2_CLK GPG2_0 32 31 GND GND GND GND GND GND 34 33 GPI_0 Xi2sSCLK0 XpcmEXTCLK0 GPC1_1 36 35 GPI_3 Xi2sSDI0 XpcmSCLK0 GPC1_0 38 37 GPI_4 Xi2sSDO0_0 I2S XpcmFSYNC0 GPC1_2 40 39 GPI_2 Xi2sLRCK0 AC97 XpcmSIN0 GPC1_3 42 41 GPI_6 Xi2sSDO0_2 XpcmSOUT0 GPC1_4 44 43 GPC0_1 Xi2sSCDCLK1 Xi2sLRCK1/AC97_SYNC GPC0_2 46 45 GPC0_4 Xi2sSDo1 Xi2sSCLK1/AC97_BITCL GPC0_0 48 47 GPC0_3 Xi2sSDi1 PCM/I2S ADC/ XadcAIN6/TSYM1 XadcAIN6 50 49 GPI_1 Xi2sSCDCLK0 Touch XadcAIN8/TSXM1 XadcAIN8 52 51 GPI_5 Xi2sSDO0_1 XadcAIN7/TSYP1 XadcAIN7 54 53 GND GND GND UART XuTXD3 GPA1_3 56 55 GPA1_2 XuRXD3 ADC/Touch XadcAIN0 XadcAIN0 58 57 GPA1_1 XuTXD2 I2C XadcAIN1 XadcAIN1 60 59 GPD1_4 Xi2cSDA2 UART XadcAIN9/TSXP1 XadcAIN9 62 61 GPA1_0 XuRXD2 SYS_Fn XnRSTOUT ETC2_2 64 63 GPD1_5 Xi2cSCL2 XPWRRGTON ETC1_7 66 65 - XCLKOUT CLK_Out Interrupt XEINT18/KP_COL2 GPH2_2 68 67 - M_nRESET PMIC XEINT14 GPH1_6 70 69 - POWER_KEY PMIC INPUT XEINT15 GPH1_7 72 71 - JIG_ON PMIC XEINT4 GPH0_4 72 73 - EXT_2.6V +2.6V GND GND GND 76 75 - VCC_COIN Vcc_Coin VDD_3V3 VDD_3V3-78 77 - PVDD_LDO9 LDO9 PW Main_BATT MAIN_BATT - 80 79 - MAIN_BATT Main_BATT Copyright 2011 Microvision 11