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Boardcon Android6410 Reference Manual

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Android6410
Single Board Computer
Reference Guide
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Android6410 Reference Guide

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Summary of Contents for Boardcon Android6410

  • Page 1 Android6410 Single Board Computer Reference Guide Android6410 Reference Guide...

  • Page 2: Introduction

    Boardcon warrants this product to be free of defects in material and workmanship for a period of one year from date of buy. During this warranty period Boardcon will repair or replace the defective unit in accordance with the following process: A copy of the original invoice must be included when returning the defective unit to Boardcon.

  • Page 3: Table Of Contents

    Catalogue 1. INTRODUCTION ........................2 1.1. ABOUT THIS MANUAL ..................... 2 1.2. FEEDBACK AND UPDATE TO THIS MANUAL ............... 2 1.3. LIMITED WARRANTY ....................... 2 1. ANDROID6410 INTRODUCTION ..................7 1.1. A 6410 I ................... 7 NDROID NTRODUCTION 1.2. P ......................
  • Page 4 （D EDIA LAYER IRECT ILTERS 6.3. RMVB P ....................... 68 LAYER 6.4. FLASH P ..................... 70 LAYER 6.5. M ......................72 ULTI EDIA 6.5.1. Play Movie ......................74 6.5.2. Play JPEG......................75 6.5.3. Play Audio ......................76 Android6410 Reference Guide...
  • Page 5 UTPUT UNCTION 8.12. MFC H TV OUT O ARDWARE ECODING AND AMERA REVIEW UTPUT UNCTION 9. LINUX WEB SERVICES TEST....................107 9.2. P ....................108 OMMAND 9.3. T ....................109 ELNET UNCTION 9.3.1. Development telnet Linux Host ..................109 Android6410 Reference Guide...
  • Page 6 9.3.2. Telnet Single Board Computer from Linux Host............110 Android6410 Reference Guide...

  • Page 7: Android6410 Introduction

    1. Android6410 Introduction 1.1. Android6410 Introduction The Android6410 Single Board Computer is developed based on Samsung ARM11, which is designed to provide cost-effective, low-power capabilities, high performance Application Processor solution for consumer electronics, industrial control, GPS, industry pda etc...

  • Page 8: Product Features

    ● Support 667MHz CPU frequency steady operation ● Support WinCE6.0 R2/R3, Linux2.6.28, android2.1 and ubuntu9.04 operating system ● Support 128M/256M DDR1 RAM ● Support MPEG-4/H.264/H263/VC-1 video coding ● Support 2D/3D hardware graphics, TV output ● Support SD/MMC/SDIO smart media card Android6410 Reference Guide...

  • Page 9: Hardware Sources

    Development kit size: 135mm×110mm Module board size: 52.85mm×65.55mm 2.1.1 Module Board Parameter Configuration System configuration CPU FREQUENCY 667MHz 128M/256M Bytes DDR1 Nand Flash 256M Bytes Structure configuration stamp hole character，welding fastness Appearance Size 65.55mm×52.85mm×3mm Pin spacing 1.27 Android6410 Reference Guide...

  • Page 10: Picture Of Module Board

    Pin pad size 1.5 mm×0.8 mm Pin quantity test point The test point is in it Electric features Input voltage 3.3V～5V、3V Working temperature -10~70℃ Storage temperature -20~80℃ 2.1.2 Picture of Module Board Android6410 Reference Guide...

  • Page 11: Structure And Size Of Module Board

    2.1.3 Structure and Size of Module Board 2.1.4 Pin Sequence of Module Board Android6410 Reference Guide...

  • Page 12: Definition Of Module Board Pin

    SD1_CLK OTGDM SD1_CMD VBUS SD1_CDn OTGDRV_VBUS SD1_WPn USBDP GPE0 USBDN GPE1 SPIMOSI1 GPE2 2.2.2 Definition of pin of J1 connector Definition of pin of J1 connector Pin number signal Pin number signal CSn1 DATA0 DATA1 DATA2 DATA3 Android6410 Reference Guide...

  • Page 13: Definition Of Pin Of J4 Connector

    Pin number signal CAMPCLK TXD0 CAMYDATA0 CTSn0 CAMYDATA1 RTSn0 CAMYDATA2 RXD1 CAMYDATA3 TXD1 CAMYDATA4 CTSn1 CAMYDATA5 RTSn1 CAMYDATA6 RXD2 CAMYDATA7 TXD2 EINT4 RXD3 EINT9 TXD3 EINT12 GPH7 EINT1 GPH8 EINT3 AC97_RSTn EINT5 AC97_SDO SPICS0 AC97_SDI SPICLK0 AC97_BITCLK Android6410 Reference Guide...

  • Page 14: Definition Of Pin Of J2 Connector

    TSYP VD10 SPIMISO1 VD11 SPICLK1 VD12 KP_COL0 VD13 KP_COL1 VD14 KP_COL2 VD15 KP_COL3 VD16 KP_COL4 VD17 KP_COL5 VD18 KP_ROW0 VD19 KP_ROW1 VD20 KP_ROW2 VD21 KP_ROW3 VD22 KP_ROW4 VD23 KP_ROW5 VSYNC HSYNC VCLK VDEN PWM_TOUT1 GPE3 GPE4 DAC_OUT0 Android6410 Reference Guide...

  • Page 15: Pin Signal Careful Introduction

    1.8-3. OTGID OTGID USB ID 1.8-3. Differenti OTGDP OTGDP al data （+） 1.8-3. OTGDM OTGDM Differenti al data （-） 1.8-3. USB BUS VBUS VBUS power OTGpow OTGDRV_ 1.8-3. er supply O(L) USBDRVVBUS VBUS control USBDP usb1 uhDP Android6410 Reference Guide...
  • Page 16 1.8-3. SD0_CLK mmcCLK0 clock EINT5[0] interrupt GPG[1] GPIO 1.8-3. SD0_CMD mmcCMD0 EINT5[1] interrupt GPG[6] GPIO mmcCDN0 card 1.8-3. query SD0_CDn mmcCDN1 card query EINT5[6] Interrupt GPL[13] GPIO 1.8-3. hiDATA[16] HSI data SD0_WPn EINT[21] Interrupt DATA_CF[8] CF card Android6410 Reference Guide...
  • Page 17 GPL[14] GPIO hiDATA[17] 1.8-3. address SD1_WPn EINT[22] interrupt CF card DATA_CF[9] data GPIO GPE[0] GPIO Serial pcmDCLK[1] conversio 1.8-3. n clock GPE0 i2sCLK[1] I2S clock AC97-bit data 97BITCLK transfer clock GPE1 1.8-3. GPE[1] GPIO Android6410 Reference Guide...
  • Page 18 41—50 1.8-3. conversio 51—52 ADCIN [0:1] ADC_AIN[0:1] n analog input Battery 1.8-3. Test nBATF nBATF fault indication Outside reset Reset KEY_RST KEY_RST signal input GPIO GPH9 1.8-3. GPH[9] GPIO mmcDAT1[7] data mmcDAT2[3] data I2S data I2SMULTI_DI input Android6410 Reference Guide...
  • Page 19 Interrupt System 1.8-3. reset NREST NREST reset output memory 1.8-3. ADDR2 O(L) ADDR2 0 address GPN[7] GPIO EINT[7] Interrupt hag_ 1.8-3. IRQ_LAN Keyboard kpROW[7] scan code Select 1.8-3. CSn1 Memory Memory 1.8-3. Write Enable 0 nIOWR_CF Memory Android6410 Reference Guide...
  • Page 20 CAMRSTn GPF5 GPIO EINT4[5] Interrupt Cameras horizontal CAMHREF 1.8-3. synchroni CAMHREF zation GPF8 GPIO EINT4[8] Interrupt Camera field CAMVSYNC synchroni CAMVSYN 1.8-3. zation GPF7 GPIO EINT4[7] Interrupt Camera CAMCLK 1.8-3. mclk CAMCLK GPF9 GPIO EINT4[9] interrupt Android6410 Reference Guide...
  • Page 21 Interrupt EINT5 Keyboard KPROW5 line code GPC[3] GPIO 1.8-3. SPI0 chip SPICS0 spiCS[0] selection EINT2[3] Interrupt GPC[1] GPIO 1.8-3. SPI0 SPICLK0 spiCLK[0] clock EINT2[1] Interrupt GPC[0] GPIO SPI0 1.8-3. must in SPIMISO0 spiMISO[0] slave output EINT2[0] Interrupt Android6410 Reference Guide...
  • Page 22 RXD1 data input EINT1[4] Interrupt GPA[4] GPIO UART 1 TXD[1] send data 1.8-3. output TXD1 EINT1[5] Interrupt GPA[5] GPIO UART 1 CTSn[1] 1.8-3. CTSn CTSN1 EINT1[6] Interrupt GPA[6] GPIO UART 1 1.8-3. RTSN1 RTSn[1] send data inquiry Android6410 Reference Guide...
  • Page 23 Infrared irRXD data received 1.8-3. RXD3 CF card ADDR_CF[2] address I2C clock i2cSCL[1] line interrupt EINT1[10] GPB[2] GPIO UART 3 TXD[3] data send Infrared irTXD 1.8-3. data send TXD3 I2C data i2cSDA[1] line EINT1[11] Interrupt GPB[3] GPIO Android6410 Reference Guide...
  • Page 24 I2SMULTI_LRCL left and right channels CF 卡 ADDR_CF[2] card address EINT6[8] Interrupt codec Audio I2SCDCLK[0] system clock Optional AC97_RST 1.8-3. clock pcmEXTCLK[0] input AC97res AC97_RSTN et signal EINT3[1] Interrupt GPD[1] GPIO 1.8-3. AC97_SDO I2SDO I2S serial data Android6410 Reference Guide...
  • Page 25 GPIO I2S Serial I2SCLK[1] Clock serial AC97_ 1.8-3. pcmDCLK[1] conversio BITCLK n clock AC97 Bit AC97_BITCLK Clock GPE[0] GPIO I2S left AC97_SYN 1.8-3. channel I2SLRCK[0] select clock word pcmFSYNC[0] synchroni zation flag AC97 AC97_SYNC sync EINT3[2] interrupt Android6410 Reference Guide...
  • Page 26 EINT2[4] Interrupt GPC[5] GPIO SPI1 spiCLK[1] clock 1.8-3. mmcCLK2 MMC clck SPICLK1 I2S serial I2SMULTI_DO[1] data output EINT2[5] interrupt Matrix GPL[0:2] GPIO Keyboar hiADDR[0:2] address 137—1 KP_COL 1.8-3. line [0:2] Keyboard kpCOL[0:2] column codes ADDR_CF[0:2] Android6410 Reference Guide...
  • Page 27 1.8-3. KP_COL5 codes Memory 0 input m0INPACKata Configure d as IO mode GPK[8:13] GPIO HIS Data hiDATA[8:13] line 143—1 KP_ROW hag_ 1.8-3. Keyboard [0:5] kpROW[0:5] row code CFcard DATA_CF[8:13] data line 149—1 hag_ 1.8-3. VD[0:7] VD[7:0] Interface Android6410 Reference Guide...
  • Page 28 GPJ[1:0] GPIO 167—1 hag_ 1.8-3. VD[21:18] Interface VD[18:21] Data bit GPJ[5:2] GPIO VD[22] Interface Data bit hag_ 1.8-3. I80 field VD[22] SYS_VSYNC_L synchron signal bit GPJ[6] GPIO hag_ 1.8-3. VD[23] VD[23] Interface Data bit SYS_OEn Output Android6410 Reference Guide...
  • Page 29 1.8-3. chip HSYNC SYS_CSn_main select signal 601 line VEN_HSYNC sync signal GPJ[8] GPIO GGB dot VCLK clock signal i80 write hag_ 1.8-3. SYS_Wen enable VCLK signal 601 data 601_CLK transfer clock GPJ[11] GPIO Android6410 Reference Guide...
  • Page 30 1.8-3. I2S serial GPE4 i2sDO[1] data output AC97 serial 97SDO data output 1.8-3. DAC_OUT0 dacOUT_0 analog output IO Type Definition： hag: Wide range of 1.8 ~ 3.3V bi-directional buffer with Schmitt trigger input Android6410 Reference Guide...

  • Page 31: Core Board Input Voltage / Current Shows

    1.8V ~ 3.3V wide range of analog two-way path htr: 1.8V ~ 3.3V tolerant wide range of analog two-way path usb1: USB 1.1 pin 2.2.6 Core board input voltage / current shows Power Network Number Voltage Electric current VDD_5V 100mA VDD_IO 3.3V 60mA VDD_RTC Android6410 Reference Guide...

  • Page 32: Image Of Carrier Board

    2.3. Image of Carrier Board Android6410 Reference Guide...

  • Page 33: Carrier Board Structure And Layout

    3.1.1. Power input interface 12V/2A power supply from the motherboard, use the power adapter to power outlet through the mini DC_IN board power supply. We raises the power input interface to facilitate users to connect an external DC power supply Android6410 Reference Guide...

  • Page 34: Power Switch

    Red LED to indicate power status Power LED 3.2 Start setting Android6410 supports two boot methods: SD card driver, Nand Flash start. By using four DIP switch to set the OM signal to select the CPU boot mode. Boot methods...

  • Page 35: Device Interface Description

    SD booting Note： 1. SW1 switch located in ON, it shows "1", located in OFF, it shows "0", "X" is high or 2. Android6410 Single board computer defaults setting for the NAND FLASH boot mode 3.3. Device Interface description 3.3.1. Module board interfaces Android6410 is the stamp-hole interface, welding fixed, 184 pins.

  • Page 36: Usb Host Interface

    A USB HOST interface is compatible with OHCI Rev1.0, USB Rev1.1 agreement, with the side plug type A USB Interface. Interface can connect U disc, USB mobile hard disk, mouse, keyboard, 3G Modem, WIFI, Bluetooth and other USB devices. Android6410 Reference Guide...

  • Page 37: Usb Otg 2.0 Interface

    (12Mbps, Device Only) and high-speed (480Mbps) mode. OTG interface, when used as a USB Device, can be used to download programs, and computer sync to transfer files, debug application procedures. Android6410 is on the use of Mini-A / B USB socket, the default working in Device mode.

  • Page 38: Sd Card Interface

    3.3.6. SD card Interface Android6410 Single Board Comptuer supports two channels of SD interfaces. One as a standard SD slot, maximum support high-capacity SD card 32G Bytes. Compatible with SD Host 2.0, SD Memory Card 2.0, SDIO Card 1.0 and High-Speed MMC 4.0, can be used to access SD memory card, SDIO card and high-speed MMC card.

  • Page 39: Tv Out Interface

    MIC output interface HEADPHONE output interface Android6410 built-in amplifier, can be directly external speakers. 3.3.8. TV OUT Interface Standard composite video signal output, can be directly connected to all kinds of video playback equipment Android6410 Reference Guide...

  • Page 40: Lcd Interface

    3.3.11. CAMERA and IIC Interface S3C6410 processor, camera support ITU-R BT 601/656 8-bit mode, the maximum you can achieve 4096 × 4096 pixels. Android6410 Single Board Computer to design a camera interface, using 10 × 2 pin Android6410 Reference Guide...

  • Page 41: Matrix Keyboard Interface

    1.3 million pixel camera features. Users may need to be matching 3.3.12. Matrix keyboard interface Android6410 Single Board Computer raises of 6 * 6 matrix keyboard interface, enables key functions of 36 independent and multi-function key combinations. 3.3.13. High speed SPI and AD Interface...

  • Page 42: User Button

    3.3.14. User button Android6410 Single Board Computer designs 6 key, key functions through GPIO interface. Key support interrupt mode and query mode, function realization, down, left, right, OK, to return. Users can control their own programming needs. User button interface picture...

  • Page 43: Rtc

    LED connected via GPIO port to control. 3.3.17 Reset Button Android6410 system reset button using the 6 × 6 mm Tact switch, reset chip use MAX811T. Reset chip to ensure system security, stability, state of the work. Android6410 Reference Guide...

  • Page 44: Gpio Reserved

    RXD3 RTSn0 GPE0 CTSn0 GPE4 TXD1 GPQ0 RXD1 TXD1N RTSn1 CTSn1 RXD1N 4.2. J8（50PIN LCD） J8（50PIN LCD）pin definition Pin number Pin signal Pin number Pin signal VDD_5V LVD19 VDD_5V LVD20 VDD_IO LVD21 LVD22 LVD23 LVD0 LVD1 EINT11 Android6410 Reference Guide...

  • Page 45: J9（40Pin Fpc Lcd

    Pin signal Pin number Pin signal VDD_5V LVD17 VDD_5V LVD18 VDD_IO LVD19 LVD0 LVD20 LVD1 LVD21 LVD2 LVD22 LVD3 LVD23 LVD4 EINT11 LVD5 PWM_TOUT1 LVD6 LVDEN LVD7 LVSYNC LVD8 LHSYNC LVD9 LVCLK LVD10 EINT12 LVD11 TSXM LVD12 TSXP Android6410 Reference Guide...

  • Page 46: J10.（Camera

    LCAMPCLK LCAMDATA4 CAM_SCL LCAMDATA5 CAM_SDA LCAMDATA6 LCAMVSYNC LCAMDATA7 LCAMHREF LCAMCLK 4.5 J12.（SDIO Module CH1） J12（SDIO Module CH1）pin definition： Pin nmber Pin signal Pin signal number SDCH1_WPn SDCH1_CDn SD1_VDD SDCH1_DATA1 SDCH1_CMD SD1_VDD SDCH1_DATA0 SDCH1_DATA3 SD1_WIFI_RSTn SDCH1_CLK SDCH1_DATA2 SD1_WIFI_PDn Android6410 Reference Guide...

  • Page 47: J22（Spi/Ad

    VDD_IO EINT9 SPICS0 CLKOUT SPIMISO0 SPICLK0 ADCIN0 SPIMOSI0 ADCIN1 SPICS1 SPIMISO1 SPICLK1 SPIMOSI1 4.7. J20（KEYPAD） J20（KEYPAD）pin definition： Pin signal Pin signal nimber number VDD_5V KP_COL0 VDD_IO KP_COL1 KP_ROW0 KP_COL2 KP_ROW1 KP_COL3 KP_ROW2 KP_COL4 KP_ROW3 KP_COL5 KP_ROW4 KP_ROW5 Android6410 Reference Guide...

  • Page 48: Wince6.0 Drive And Interface Test

    5. WINCE6.0 Drive and Interface test 5.1. LCD Display Test Android6410 BSP supports a variety of different types, different display resolution LCD display in the factory, has been based on user selection (standard 4.3-inch) LCD screen is the programming of the corresponding NK, we provide a simple drive changes in methods, users can compile their own needs the corresponding NK.

  • Page 49: Inch（480*272

    Take NK.bin boot into the board, connected to the corresponding liquid crystal screen, and boot the system. 4.3 inch（480*272） Android6410 Reference Guide...

  • Page 50: Tv Out Test

    5.2. TV OUT Test 1．Take the television video signal line interface access to Single Board Computer Tv out 2. power on ，enter WinCE6.0，open “Mydevice”->“windows” Android6410 Reference Guide...
  • Page 51 3、there is a under window, click it twiceand change output into tvout_test_Switch.exe TV display. Android6410 Reference Guide...

  • Page 52: Network Port Test

    Network Cable (one side of network line access to routing, ◆ the other side access to RJ45 interface of Single Board Computer) ◆ Cable access a few seconds, the net work icon in the lower right foot into a connected state from the disconnected Android6410 Reference Guide...
  • Page 53 Disconnected connected Double -click the network diagrams, and you can find that it is automatically assigned IP: ◆ 192.168.1.105 ◆ double click the IE browser, login default home page www.google.com Android6410 Reference Guide...

  • Page 54: Audio Test

    1. Inset the Mac to MIC interface 2. Plate: Test program \ wince test program \ Recorder copy the entire folder to wince under the nandflash, double-click to open Recorder1.exe recording and playback test 3. Click the button to start recording StartRec Android6410 Reference Guide...

  • Page 55: Usb Test

    Insert the USB keyboard to USB HOST interface, users can open WordPad to test desktop keyboard all key functions. 5.5.1.3. U disk test Inset U disk to the USB HOST interface, open the Desktop "My Device", you will see the path the letter U disk Android6410 Reference Guide...

  • Page 56: Usb Otg Interface Test

    5.5.2. USB OTG Interface Test 5.5.2.1. USB Device Synchronization Test 1. Inset the USB data cable to Single Board Computer and the PC, after booting into the system, WinCE Sync will automatically link Android6410 Reference Guide...
  • Page 57 2, Click "Cancel" 3. Click "OK" Android6410 Reference Guide...
  • Page 58 4. Click "Browse" Synchronization has been established, can operate on PC Single Board Computer interact with the data Android6410 Reference Guide...

  • Page 59: Sd Card Test

    Storage Card 5.7. Button test Android6410 designed 6 keys for users, key functions through GPIO interface to realize. Key support interrupt mode and query mode, function realization, down, left, right, OK, to return. Users can control and program it based on their own needs. User button interface...

  • Page 60: Wince6.0 Multimedia Hardware Codec Test

    7. Support DIVX、XVID 8、Video decoding at 30 frames / sec or above 9、Video playback smooth, clear 10. support audio decoding MP1、MP2、MP3、AC3、AAC etc. Here on the Android6410 through TCPMP player Single Board Computer to test the performance of multimedia decoding Android6410 Reference Guide...
  • Page 61 1, The CD-ROM: \ test program \ wince test program \ TCPMP_Debug and copied to the SD card Video Demo 2, Start the Single Board Computer -> enter WinCE6.0 System -> insert the SD card -> direct double-click to open Storage Card\TCPMP_Debug\PLAYER.exe 3. Directly turn off the prompt box Android6410 Reference Guide...
  • Page 62 4. Video Demo provides multiple video test file, the user can test the performance Android6410 Reference Guide...
  • Page 63 5, Where we choose a H264 video, resolution 720 * 480, to test it under the Single Board Computer 7-inch screen (resolution 800 * 480) .Open VideoDemo \ H264 \ ChangHong-2.avi 6. View the video film source information: File-> Media Info ..Android6410 Reference Guide...

  • Page 64: Test Hardware Acceleration: File -> Benchmark

    Codec： UT-S3C6410 H264 shows that use H264 hardware decoder made by youjian technology to hardware solute 7. Test hardware acceleration: File -> Benchmark Android6410 Reference Guide...
  • Page 65 Test results: Full screen D1 resolution H264 video file 160% efficiency, decoding speed of 48.3 / s Android6410 Reference Guide...

  • Page 66: Media Player Test（Directshow Filters

    6.2. Media Player Test（DirectShow Filters） 1. Open the Desktop Media Player 2. "File-> Open" to open \ VideoDemo \ TestVectorsem \ next to test the video file Play H264 Android6410 Reference Guide...
  • Page 67 Play MP4 Play H263 Android6410 Reference Guide...

  • Page 68: Rmvb Player Test

    RMVB player is another a multimedia player of Youjian hentian technology company, this player can decode rm, rmvb video well, 1. Copy the entire folder in \ test program \ wince test program \ RMVB to wince 2, Double-click to open RMVB \ Realplayer.exe, pop-up dialog box, click "OK" Android6410 Reference Guide...
  • Page 69 3, Click on File-> open, open VideoDemo \ RMVB \ test files to test Play "Prison Break" download from the website Android6410 Reference Guide...

  • Page 70: Flash Player Test

    1, The CD-ROM path:copy the entire folder in \ test program \ wince test program \ Flash to wince, directly open the directory Flash.exe 2, Through the "File" -> "Open", find the Flash test file folder, and open Android6410 Reference Guide...
  • Page 71 Android6410 Reference Guide...

  • Page 72: Multimedia Test

    6.5. MultiMedia Test 1. The CD-ROM path: copy all files in \ test program \ wince test program \ MultiMediaDemo \to NandFlash in WINCE6.0 Android6410 Reference Guide...
  • Page 73 2、Double click and open UTMultiMedia.exe Android6410 Reference Guide...

  • Page 74: Play Movie

    6.5.1. Play Movie Android6410 Reference Guide...

  • Page 75: Play Jpeg

    6.5.2. Play JPEG Android6410 Reference Guide...

  • Page 76: Play Audio

    6.5.3. Play Audio 6.5.4. Test DirectShow Android6410 Reference Guide...

  • Page 77: Test Multi Decoding

    6.5.5. Test Multi Decoding 6.5.6. Test Alpha Blend Android6410 Reference Guide...
  • Page 78 Android6410 Reference Guide...

  • Page 79: 3Dgraphics Hardware Acceleration Test （Opengles1.1&2.0

    6.6. 3DGraphics Hardware Acceleration Test （OPENGLES1.1&2.0） 6.6.1. OpenGles 1.1 Test Android6410 Reference Guide...
  • Page 80 Android6410 Reference Guide...

  • Page 81: Opengles 2.0 Test

    6.6.2. OpenGles 2.0 Test 6.7. JPEG Hardware Decoding Test 1. The CD-ROM path: copy all files in \ test program \ wince test program \ JPEG_test \ to WINCE6.0 root catalog Android6410 Reference Guide...
  • Page 82 "My Device" to set the storage space, because we only copy the file in. 14M, all just need to set the storage space can be larger than 14M 2、Double click jpg_test.exe to do JPEG hardware decoding test The procedures will do hardware decoding to the following respective rates of JPEG pictures Android6410 Reference Guide...
  • Page 83 Android6410 Reference Guide...

  • Page 84: Linux Device Driver And Interface Testing

    LCD module, compile the final programmed zImage to Single Board Computer, the system starts to the download LCD driver at system startup is the type of the corresponding LCD. The following is UT_LCD7A display module: Android6410 Reference Guide...

  • Page 85: Touch Screen Test And Calibration

    Inset the SD card into the SD card slot, here we inset a 2G Kingston card. SD card will automatically mount to the sdcard directory which located in the root directory, through the ls command, you can see the SD card has been successfully mounted Unplug the SD card Android6410 Reference Guide...

  • Page 86: Sd Card Read Test

    Download logo.bin which located in SD card to /tmp/ Use ls command to see the results SD card read test is OK 7.3.2. SD card Write Test Compile the tmp / logo.bin back to SD card, rename logo1.bin Use mv command Android6410 Reference Guide...

  • Page 87: Usb Test

    7.4. USB Test The current version, support USB host functionality, USB OTG is not yet supported 7.4.1. USB Mouse Test Inset USB mouse into the USB Host interface, the terminal will output information Unplug the USB mouse Android6410 Reference Guide...

  • Page 88: Usb Keyboard Test

    Unplug the USB keyboard 7.4.3. U Disk Test Inset U disk into the USB Host interface, the terminal will output information U disk will automatically mount to / udisk, through the ls command to see udisk Android6410 Reference Guide...
  • Page 89 U disk read test: copy app_tv in U disk to / tmp See the results through Is command U disk write test: copy the / tmp / app_tv to U disk, named app_tv1 See the results through Is command Android6410 Reference Guide...

  • Page 90: Network Port Test

    Single Board Computer's COM1 through another one PC (a temporary name for the test PC, windows xp system) COM port 3. copy \Test\linux test\UT_UART_test\ uart_test to SD card 4. inset SD card to Single Board Computer 5. copy Serial port test program uart_test to /tmp from SD card Android6410 Reference Guide...
  • Page 91 6. Run directly tmp / uart_test, select the serial port test, where here option 1, Enter 7. copy test tool \Test\linux test\UT_UART_test\SSCOM32.EXE to test PC，run,here we send the following things to Single Board Computer from test PC Urbetter 123456 123456 123456 Single Board Computer terminal displays the received character Android6410 Reference Guide...

  • Page 92: Camera Test

    After system startup, plugged headphones or speakers into HEADPHONE interface, open the QT interface of the "Documents" section Double-click the interface directly to the MP3 test file: New Soul, the system will automatically call the QT own audio player to play MP3. Android6410 Reference Guide...

  • Page 93: Video Test

    7.10 Image View Test Open the "Documents" section which is under QT interface , in the interface, we put three JPEG images, double click the image, the system will automatically call the image viewer to display images. Android6410 Reference Guide...

  • Page 94: Linux Functional F Multimedia Hardware Coding

    1、copy the whole \Test\linux test\UT_MultiMedia_test file to SDcard, UT_MultiMedia_test file include test procedure UT_MultiMedia_test and video procedure（under TestVectors file） 2. Inset the SD to the Single Board Computer,enter the UT_MultiMedia_test directory through the terminal Android6410 Reference Guide...

  • Page 95: H264 Video Hardware Decoding Test

    3、drive UT_MultiMedia_test test proccedure # ./ UT_MultiMedia_test 8.2. H264 Video Hardware Decoding Test Input 1，enter，start to test H264 hardware decoding test Android6410 Reference Guide...

  • Page 96: Mpeg-4 Video Hardware Decoding Function Test

    8.3. MPEG-4 Video Hardware Decoding Function Test Input 2，enter start testing MPEG-4 hardware decoding function testing Android6410 Reference Guide...

  • Page 97: H263 Video Hardware Decoding Function Test

    8.4. H263 Video Hardware Decoding Function Test Input 3，enter，start testing H263 hardware decoding function testing Android6410 Reference Guide...

  • Page 98: Video Hardware Decoding Function Testing

    8.5. VC-1 Video Hardware Decoding Function Testing Input 4，enter，start testing VC-1 hardware decoding function testing Android6410 Reference Guide...
  • Page 99 Android6410 Reference Guide...

  • Page 100: Multi - Channel Video Test Hardware Decoding At The Same Time

    8.6. Multi-channel video test hardware decoding at the same time Input 5，enter decoding hardware H264、MPEG4、H263、VC-1 at the same time in test4 window Android6410 Reference Guide...

  • Page 101: Jpeg Image Decoding Hardware Test

    8.7. JPEG Image Decoding Hardware Test In the interface options, enter 9 for JPEG image decoding and display test Android6410 Reference Guide...

  • Page 102: Test

    Input 6, enter, Start video preview and H264 coding test Enter e, enter, Start coding, encoding at least 100, the auto-stop coding, and the H264 video file you get from coding exists under the current path, file name: Cam_encoding_320x240-1.264 Android6410 Reference Guide...
  • Page 103 Input x, out of this item functional test Android6410 Reference Guide...

  • Page 104: Camera Preview And Jpeg Image Hardware Encoding Test

    8.9. Camera Preview and JPEG Image Hardware Encoding Test Input 8, enter, Start the camera preview and JPEG image coding function test. Input c, capture an image and encoding for JPEG pictures, images saved in the current path, the file name is: Cam_capture_640x480-1.jpg Android6410 Reference Guide...

  • Page 105: Camera Preview And Mfc Hardware Decoding Test

    8.11. H264 Hardware Decoding and TV OUT Output Function Test TV's video line will be connected to the Single Board Computer TV OUT interface, under the main menu UT_MultiMedia_test ,Input 10, enter, then, you will see the effect of H264 hardware decoding on television Android6410 Reference Guide...

  • Page 106: Mfc Hardware

    8.12. MFC Hardware Decoding and Camera Preview TV OUT Output Function Test Input 11, enter, then you can see MFC hardware decoding video and camera preview screen on the TV screen again Android6410 Reference Guide...

  • Page 107: Linux Web Services Test

    Select e, encoded Select x, out 9. LINUX Web Services Test 9.1. ifconfig Command Test 1. set NIC IP through ifconfig：ifconfig eth0 192.168.1.126 2. Implement ifconfig and see network setting Android6410 Reference Guide...

  • Page 108: Ping Command Test

    9.2. Ping Command Test Through command：ping 192.168.1.110 –s 1024 Single Board Computer sends packets of 1024 bytes to the host, Test results are as follows: Sent a total of 10 packets, lost 0; Android6410 Reference Guide...

  • Page 109: Telnet Function Test

    9.3. Telnet Function Test 9.3.1. Development telnet Linux Host By implement command ： telnet 192.168.1.110, telnet linux host successfully, 192.168.1.110 is host’s IP When telnet，you need to input host’s user name and password Android6410 Reference Guide...
  • Page 110 9.3.2. Telnet Single Board Computer from Linux Host In the Linux host side, execute the command: telnet 192.168.1.128192.168.1.128 is the IP of Single Board Computer When Login, you need to input the user name, default it as root Android6410 Reference Guide...

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