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Seavo SV1-H612A Series User Manual

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SV1-H612A Series Motherboard
User Guide
Ver 1.0

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Summary of Contents for Seavo SV1-H612A Series

  • Page 1 SV1-H612A Series Motherboard User Guide Ver 1.0...

  • Page 2: Table Of Contents

    Contents 1. Models and Attentions ......................... 2 1.1 Models ............................2 1.2 Attentions ............................2 2. Specification ............................3 3. Data Flow ............................4 4. Jumpers / Headers and Connectors ....................5 5. Definition of Jumpers / Headers and Connector................. 7 6.

  • Page 3: Models And Attentions

    1. Models and Attentions 1.1 Models This manual is applied to following models: Model Chipset PCI-E X16 Mini PCI-E SV1-H612A 1.2 Attentions Notes under a table or figure indicate the difference of models, or alternative definition of specific pin of the header (jumper/connector). How to identify the first pin of a header or jumper ...

  • Page 4: Specification

    2. Specification Model SV1-H612A Support Intel Pentium/ Celeron/ 2 and 3 Generation Core i3/5/7 CPU, LGA1155 Chipset Intel H61 Support DDR3 1066/1333 MHz Memory 2 * DIMM Slot，Up to 16 GB Memory Size 2 * Realtek 8111E/8105E PCI-E LAN Ethernet 2 * Serial ATA ports Storage 1*mSATA...

  • Page 5: Data Flow

    3. Data Flow Intel Pentium/ DDRIII CHANNEL A1 Celeron/ PCI-E X16 U-DIMM PCI-E X16 2 and 3 Core Slot Processor DDRIII CHANNEL B1 U-DIMM LGA1155 HDMI or VGA Port Analog Display VGA Port Realtek RJ45 PCI-E USB 2.0 USB*4 8111E/8105E Port 4 Ports Intel®...

  • Page 6: Jumpers / Headers And Connectors

    4. Jumpers / Headers and Connectors - 5 -...
  • Page 7 Notes: [1]: The VGA connector co-lays with a HDMI connector. Jumpers / Headers and Connectors Front USB Headers 17 ATX2 Power Supply Connector GPIO Header 18 ATX1 Power Supply Connector SATA1 (Pin 7) Power Selection Jumper P 19 CPU Socket COM3 Signal selection Jumpers 20 DIMM Slot RS485 Header...

  • Page 8: Definition Of Jumpers / Headers And Connector

    5. Definition of Jumpers / Headers and Connector [1] Front USB Headers (5*2 Pin 2.54mm) Location Header Definition Definition + 5V + 5V USB0- USB1- F_USB1 USB0+ USB1+ F_USB2 [2] GPIO Header（5*2 Pin 2.00 mm） Location Header Definition Definition GPO68（0x548,bit 4） GPO69（0x548,bit 5）...
  • Page 9 [6] COM2 Header (5*2 Pin 2.54mm) Location Header Definition Definition J_COM2 [7] COM3-6 Headers（20*2 Pin 2.00 mm） Location Header Definition Definition COM3_DCD COM3_RXD COM3_TXD COM3_DTR COM3_DSR COM3_RTS COM3_CTS COM3_RI COM4_DCD COM4_RXD COM4_TXD COM4_DTR COM4_DSR COM4_RTS COM4_CTS COM4_RI COM3-6 COM5_DCD COM5_RXD COM5_TXD COM5_DTR COM5_DSR...
  • Page 10 [8] COM7-10Headers（20*2 Pin 2.00 mm） Location Header Definition Definition COM7_DCD COM7_RXD COM7_TXD COM7_DTR COM7_DSR COM7_RTS COM7_CTS COM7_RI COM8_DCD COM8_RXD COM8_TXD COM8_DTR COM8_DSR COM8_RTS COM8_CTS COM8_RI COM7-10 COM9_DCD COM9_RXD COM9_TXD COM9_DTR COM9_DSR COM9_RTS COM9_CTS COM9_RI COM10_DCD COM10_RXD COM10_TXD COM10_DTR COM10_DSR COM10_RTS COM10_CTS COM10_RI [9] VGA Header（12*1 Pin 2.00 mm Wafer）...
  • Page 11 [10] Front Panel Header（5*2 Pin 2.54 mm） Location Header Definition Definition HD LED+ Power LED+ HD LED- Power LED- F_PANEL1 RESET- PWR+ RESET+ PWR - [11] Audio Header（5*2 Pin 2.54 mm） Location Header Definition Definition FRONT_MIC_L FRONT_MIC_R + 3.3 V FRONT_OUT_R RRONT_Jack Detect FRONT_OUT_L...
  • Page 12 - 11 - 地址：深圳市福田区车公庙泰然工贸园 210 栋西座 5H T 86-755-88251900 F 86-755-88251910 www.seavo.com 深圳市信步科技有限公司...

  • Page 13: Bios Setup

    6. BIOS setup See “SV1-H612A BIOS User Manual” for detail information of BIOS setup. 7. GPIO & Watchdog 7.1 Read and write GPIO The motherboard provides 8 GPIOs (General Purpose Input and Output register). The GPI (General Purpose Input register) is a read only register bit. It reflects the incoming logic levels of the I/O pins, and any writes are ignored.
  • Page 14 DisableWDT(TimeValue); //used to disable watchdog. void SetupWDT(UINT16 TimeValue){ //Enable WatchDog Superio_Set_Reg(0x7,0xf1,0x44); Superio_Set_Reg(0x7,0xf4,0x1e); Superio_Set_Reg(0x7,0x71,0x00); Superio_Set_Reg(0x7,0x72,0x90); Superio_Set_Reg(0x7,0x73,(TimeValue&0xFF)); Superio_Set_Reg(0x7,0x74,(TimeValue>>8)); void DisableWDT(UINT16 TimeValue){ //Disable WatchDog Superio_Set_Reg(0x7,0xf1,0x00); Superio_Set_Reg(0x7,0xf4,0x00); Superio_Set_Reg(0x7,0x71,0x00); Superio_Set_Reg(0x7,0x72,0x20); void Superio_Set_Reg(UINT8 bLDN, UINT8 bReg, UINT8 bValue){ Superio_Enter_Config(); IoWrite8(0x2E,0x07); //Set LDN IoWrite8(0x2F,bLDN); IoWrite8(0x2F,bReg); IoWrite8(0x2F,bValue); Superio_Exit_Config(); void Superio_Enter_Config(void){ //enter superio’s configuration mode...

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