ASRock SBC-260 Single Board Computer User Guide

June 12, 2024
ASRock

ASRock SBC-260 Single Board Computer

ASRock-SBC-260-Single-Board-Computer-PRODUCT

Product Information

The SBC-260 is a single-board computer designed for industrial use. It features various connectors and headers for connecting different components and peripherals.

Revision History

Date Description
February 17, 2023 First Release
July 13, 2023 Second Release

Jumpers and Headers

Pin Signal Name Description
1 PNL_PWR1 Panel Power Select (LCD_VCC)
2 BLT_VOL1 Backlight Volume Control
3 SPEAKER1 3W Audio AMP Output Wafer
4 CPU_FAN1 CPU FAN Connector (+12V)
5 SATA_PWR1 SATA Power Output Connector
6 SATA3_0 SATA3 Connector
7 MIPI1 MIPI Connector
8 DDR4_A1 DDR4 Memory Slot
9 VGA1 VGA Connector
10 HD_AUDIO1 Front Panel Audio Header
11 BLT_PWM2 CON_LBKLT_CTL Voltage Level
12 BLT_PWM1 Inverter Power Control Wafer
13 BIOS BIOS Chip
14 M2_M1 M.2 Slot 1
15 LVDS1 LVDS Panel Connector
16 LAN1 LAN Port 1
17 SIM1 SIM Card Slot
18 LAN2 LAN Port 2
19 M2_B1 M.2 Slot 2
20 JGPIO_PWR1 JGPIO Power
21 JGPIO_SET1 JGPIO Set
22 RESET Reset Button
23 HDLED Hard Drive LED
24 PWRBTN Power Button
25 PLED Power LED
26 COM1 COM Port 1
27 COM3 COM Port 3
28 BUZZ2 Buzzer 2
29 PWR_COM2 Power COM Port 2
30 PANEL1 Panel Connector
31 USB2_4_5 USB Ports 4, 5, 6
32 USB2_6_7 USB Ports 6, 7, 8
33 PWR_COM1 Power COM Port 1
34 COM2 COM Port 2
35 COM4 COM Port 4
36 BUZZ1 Buzzer 1
37 PWR_COM2 Power COM Port 2
38 CON_LBKLT_CTL Voltage Level for Backlight Power Control
39 LCD_BLT_VCC Backlight Power Output Connector
40 BLT_PWR1 Inverter Power Control Wafer

Product Usage Instructions

  1. Connect the panel power by setting the PNL_PWR1 jumper to the desired voltage level (1-2 for +3V, 2-3 for +5V).
  2. Adjust the backlight volume by using the BLT_VOL1 jumper, which has various control signals.
  3. Connect a speaker to the SPEAKER1 header. The pin configuration for the speaker is as follows:
    Pin| Signal Name
    ---|---
    1| SPK L-
    2| SPK L+
    3| SPK R+
    4| SPK R-
  4. Connect a CPU fan to the CPU_FAN1 connector, which provides +12V power.
  5. Connect SATA devices by using the SATA_PWR1 connector for power and the SATA3_0 connector for data.
  6. Connect a MIPI device to the MIPI1 connector, which has various signal pins for data transmission.
  7. Install DDR4 memory modules into the DDR4_A1 slot (supports DDR4 only).
  8. Connect a VGA display to the VGA1 connector.
  9. Connect front panel audio devices to the HD_AUDIO1 header, which has various signal pins for audio input and output.
  10. Adjust the voltage level for backlight power control by setting the BLT_PWM2 jumper to 1-2 for 3V level (

The terms HDMI® and HDMI High-Definition Multimedia Interface, and the HDMI logo are trademarks or registered trademarks of HDMI Licensing LLC in the United States and other countries.

Revision History

Date Description
February 17, 2023 First Release
July 13, 2023 Second Release

Overview

Top:ASRock-SBC-260-Single-Board-Computer-FIG 1

Bottom:ASRock-SBC-260-Single-Board-Computer-FIG 2

  1. 3W Audio AMP Output Wafer (SPEAKER1)
    Pin| Signal Name
    ---|---
    1| SPK L-
    2| SPK L+
    3| SPK R+
    4| SPK R-

  2. Front Panel Audio Header (HD_AUDIO1)
    Pin| Signal Name| Signal Name| Pin
    ---|---|---|---
    1| MIC1_L| GND| 2
    3| MIC1_R|  | 4
    5| OUT2_R| MIC1_RET| 6
    7| J_SENSE|  | 8
    9| OUT2_L| OUT_RET| 10

  3. CPU FAN Connector (+12V) (CPU_FAN1)
    Pin| Signal Name
    ---|---
    1| GND
    2| +12V
    3| CPU_FAN_SPEED
    4| FAN_SPEED_CONTROL

  4. SATA Power Output Connector (SATA_PWR1)
    Pin| Signal Name
    ---|---
    1| +5V
    2| GND
    3| GND
    4| +12V

  5. SATA3 Connector (SATA3_0)
    Pin| Signal Name
    ---|---
    1| GND
    2| SATA-A+
    3| SATA-A-
    4| GND
    5| SATA-B-
    6| SATA-B+
    7| GND

  6. MIPI Connector (MIPI1)
     | Pin| Signal Name
    ---|---|---
    1| GND
    2| CSI_B_DN2
    3| CSI_B_DP2
    4| GND
    5| CSI_B_DN1
    6| CSI_B_DP1
    7| GND
    8| CSI_B_CLK_N
    9| CSI_B_CLK_P
    10| GND
    11| CSI_B_DN0
    12| CSI_B_DP0
    13| CSI_B_DN3
    14| CSI_B_DP3
    15| GND
    16| GND
    17| +2.8V
    18| GND
    19| +2.8V
    20| +1.8V
    21| +1.2V
    22| GND
    23| IMBCLKOUT0
    24| GND
    25| I2C1_SCL
    26| I2C1_SDA
    27| N/C
    28| BUF_PLT_RST_1.8R N
    29| N/C
    30| GND
    31| N/C
    32| +1.2V
    33| GND
    34| GPP_S1
    35| GPP_S2
    36| GPP_S3

  7. Panel Power Select (LCD_VCC) (PNL_PWR1)
    1-2 : +3V (Default)
    2-3 : +5V
    3-4 : +5V
    4-5 : +12V

  8. Backlight Volume Control (BLT_VOL1)
    Pin| Signal Name
    ---|---
    1| GPIO_VOL_UP
    2| GPIO_VOL_DW
    3| PWRDN
    4| BRIGHTNESS_UP
    5| BRIGHTNESS_DW
    6| GND
    7| GND

  9. Backlight Power Select
    (LCD_BLT_VCC) (BKT_PWR1)
    1-2 : LCD_BLT_VCC: +5V (Default)
    2-3 : LCD_BLT_VCC: +12V
    4-5 : LCD_BLT_VCC: DC_IN

  10. Inverter Power Control Wafer (BLT_PWR1)
    Pin| Signal Name
    ---|---
    1| GND
    2| GND
    3| BL CTL
    4| BL EN
    5| LCD_BLT_VCC
    6| LCD_BLT_VCC

  11. CON_LBKLT_CTL Voltage Level
    (BLT_PWM2)
    1-2 : 3V Level (Default)
    2-3 : 5V Level

  12. Brightness Control Mode (BLT_PWM1)
    1-2 : From eDP PWM to CON_LBKLT_CTL
    2-3 : From LVDS PWM to CON_LBKLT_CTL
    (Default)
    Please set to 1-2 when adjusting brightness by Brightness Control bar under OS.
    • Please set to 2-3 when adjusting brightness by BLT_VOL1.

  13. LVDS Panel Connector (LVDS1)
    Pin| Signal Name| Signal Name| Pin
    ---|---|---|---
    1| LCD_VCC| LCD_VCC| 2
    3| +3.3V| N/A| 4
    5| N/A| LVDS_A_DATA0#| 6
    7| LVDS_A_DATA0| GND| 8
    9| LVDS_A_DATA1#| LVDS_A_DATA1| 10
    11| GND| LVDS_A_DATA2#| 12
    13| LVDS_A_DATA2| GND| 14
    15| LVDS_A_DATA3#| LVDS_A_DATA3| 16
    17| GND| LVDS_A_CLK#| 18
    19| LVDS_A_CLK| GND| 20
    21| LVDS_B_DATA0#| LVDS_B_DATA0| 22
    23| GND| LVDS_B_DATA1#| 24
    25| LVDS_B_DATA1| GND| 26
    27| LVDS_B_DATA2#| LVDS_B_DATA2| 28
    29| DPLVDD_EN| LVDS_B_DATA3#| 30
    31| LVDS_B_DATA3| NC| 32
    33| LVDS_B_CLK#| LVDS_B_CLK| 34
    35| GND| CON_LBKLT_EN| 36
    37| CON_LBKLT_CTL| LCD_BLT_VCC| 38
    39| LCD_BLT_VCC| LCD_BLT_VCC| 40

  • eDP by pass mode pin definition:
Pin Signal Name Signal Name Pin
1 LCD_VCC LCD_VCC 2
3 N/A N/A 4
5 N/A N/A 6
7 N/A GND 8
9 EDP_TX1# EDP_TX1 10
11 GND EDP_TX0# 12
13 EDP_TX0 GND 14
15 N/A N/A 16
17 GND EDP_AUXN 18
19 EDP_AUXP GND 20
21 N/A N/A 22
23 GND N/A 24
25 N/A GND 26
27 N/A N/A 28
29 DPLVDD_EN N/A 30
31 N/A GND 32
33 N/A N/A 34
35 GND CON_LBKLT_EN 36
37 CON_LBKLT_CTL LCD_BLT_VCC 38
39 LCD_BLT_VCC LCD_BLT_VCC 40
  1. M.2 Key-M Socket (M2_M1)
    PIN| SIGNAL| SIGNAL| PIN
    ---|---|---|---
    1| GND| +3.3V| 2
    3| GND| +3.3V| 4
    5| NA| NA| 6
    7| NA| NA| 8
    9| GND| SATA_LED| 10
    11| NA| +3.3V| 12
    13| NA| +3.3V| 14
    15| GND| +3.3V| 16
    17| NA| +3.3V| 18
    19| NA| NA| 20
    21| GND| NA| 22
    23| NA| NA| 24
    25| NA| NA| 26
    27| GND| NA| 28
    29| NA| NA| 30
    31| NA| NA| 32
    33| GND| NA| 34
    35| NA| NA| 36
    37| NA| NA| 38
    39| GND| NA| 40
    41| PERn0/SATA-B+| NA| 42
    43| PERp0/SATA-B-| NA| 44
    45| GND| NA| 46
    47| PETn0/SATA-A-| NA| 48
    49| PETp0/SATA-A+| PERST#| 50
    51| GND| CLKREQ#| 52
    53| PEFCLKn| NA| 54
    55| PEFCLKp| NA| 56
    57| GND| NA| 58
     |  |  |
    67| NA| NA| 68
    69| PEDET| +3.3V| 70
    71| GND| +3.3V| 72
    73| GND| +3.3V| 74
    75| GND|  |

  2. M.2 Key-E Socket (M2_E1)
    PIN| SIGNAL| SIGNAL| PIN
    ---|---|---|---
    1| GND| +3.3V| 2
    3| USB_D+| +3.3V| 4
    5| USB_D-| NA| 6
    7| GND| NA| 8
    9| CNV_WGR_D1-| CNV_RF_RESET| 10
    11| CNV_WGR_D1+| NA| 12
    13| GND| MODEM_CLKREQ| 14
    15| CNV_WGR_D0-| NA| 16
    17| CNV_WGR_D0+| GND| 18
    19| GND| NA| 20
    21| CNV_WGR_CLK-| CNV_BRI_RSP| 22
    23| CNV_WGR_CLK+|  |
     |  |  |
    33| GND| CNV_BGI_DT| 32
    35| PETp| CNV_RGI_RSP| 34
    37| PETn| CNV_BRI_DT| 36
    39| GND| NA| 38
    41| PERp| NA| 40
    43| PERn| NA| 42
    45| GND| NA| 44
    47| PEFCLKp| NA| 46
    49| PEFCLKn| NA| 48
    51| GND| SUSCLK| 50
    53| CLKREQ#| PERST0#| 52
    55| NA| W_DISABLE1#| 54
    57| GND| W_DISABLE2#| 56
    59| CNV_WT_D1-| SMB_DATA| 58
    61| CNV_WT_D1+| SMB_CLK| 60
    63| GND| NA| 62
    65| CNV_WT_D0-| NA| 64
    67| CNV_WT_D0+| NA| 66
    69| GND| NA| 68
    71| CNV_WT_CLK-| NA| 70
    73| CNV_WT_CLK+| +3.3V| 72
    75| GND| +3.3V| 74

  3. M.2 Key-B Socket (M2_B1)
    PIN| SIGNAL| SIGNAL| PIN
    ---|---|---|---
    1| NA| +3.3V| 2
    3| GND| +3.3V| 4
    5| GND| FuLL_Card_Power_off| 6
    7| USB_D+| W_DISABLE1#| 8
    9| USB_D-| WWAN_LED#| 10
    11| GND|  |
     |  |  |
    21| GND| NA| 20
    23| NA| NA| 22
    25| NA| NA| 24
    27| GND| W_DISABLE2#| 26
    29| USB3_RX-| NA| 28
    31| USB3_RX+| UIM_RESET| 30
    33| GND| UIM_CLK| 32
    35| USB3_TX-| UIM_DATA| 34
    37| USB3_TX+| UIM_PWR| 36
    39| GND| NA| 38
    41| PERn0| NA| 40
    43| PERP0| NA| 42
    45| GND| NA| 44
    47| PETn0| NA| 46
    49| PETP0| NA| 48
    51| GND| PERST#| 50
    53| PEFCLKn| CLKREQ#| 52
    55| PEFCLKp| NA| 54
    57| GND| NA| 56
    59| NA| NA| 58
    61| NA| NA| 60
    63| NA| NA| 62
    65| NA| NA| 64
    67| NA| NA| 66
    69| PEDET| NA| 68
    71| GND| +3.3V| 70
    73| GND| +3.3V| 72
    75| NA| +3.3V| 74

  4. Chassis Intrusion Header (CI1)
    Open : Normal (Default)
    Short : Active Case Open

  5. 4-pin DC-in PWR Connector
    (Input +9V~+36V)
    1-4 : GND
    2-3 : DC Input

  6. Clear CMOS Header (CLRMOS1)
    1-2 : Normal (Default)
    2-3 : Clear CMOS

  7. Auto Clear CMOS Header (CLRMOS2)
    Open : Normal (Default)
    Short : Auto Clear CMOS
    When AC Powr On

  8. SIO_AT1
    Open : ATX Mode (Default)
    Short : AT Mode

  9. DACC1
    Open : No ACC
    Short : ACC (Default)

  • Auto clear CMOS when system boot improperly 23. GPIO Default Setting (JGPIO_SET1)
    1-2 : Pull-High (Default)
    2-3 : Pull-Low

    1. COM1, 2, 3, 4 Headers*
      Pin| Signal Name| Signal Name| Pin
      ---|---|---|---
      1| DDCD#1| RRXD1| 2
      3| TTXD1| DDTR#1| 4
      5| GND| DDSR#1| 6
      7| RRTS#1| CCTS#1| 8
      9| RRI#1|  | 10
  • This motherboard supports RS232/422/485 on COM1, 2 ports. Please refer to below table for the pin definition. In addition, COM1, 2 ports (RS232/422/485) can be adjusted in BIOS setup utility > Advanced Screen > Super IO Configuration. You may refer to our user manual for details.
    COM1, 2 Port Pin Definition

Pin RS232 RS422 RS485
1 DCD TX- RTX-
2 RXD TX+ RTX+
3 TXD RX+ N/A
4 DTR RX- N/A
5 GND GND GND
6 DSR N/A N/A
7 RTS N/A N/A
8 CTS N/A N/A
9 N/A N/A N/A
  1. COM Port Pin9 PWR Setting Jumpers
    PWR_COM2 (For COM Port2)
    PWR_COM1 (For COM Port1)
    1-2 : +5V (Default)
    2-3 : +12V

  2. 2-Pin Buzzer Header (BUZZ2)
    Pin| Signal Name
    ---|---
    1| BUZZ+
    2| BUZZ-

  3. USB2.0 Connectors (USB2_4_5, USB2_6_7)
    Pin| Signal Name| Signal Name| Pin
    ---|---|---|---
    1| USB_PWR| USB_PWR| 2
    3| P-| P-| 4
    5| P+| P+| 6
    7| GND| GND| 8
    9|  | DUMMY| 10

  4. System Panel Header
    Pin| Signal Name| Signal Name| Pin
    ---|---|---|---
    1| HDLED+| PLED+| 2
    3| HDLED-| PLED-| 4
    5| GND| PWRBTN#| 6
    7| RESET#| GND| 8
    9| DUMMY|  | 10

  5. Digital Input / Output Power Select
    (JGPIOPWR) (JGPIO_PWR1)
    1-2 : +12V
    2-3 : +5V (Default)

  6. Digital Input / Output Pin Header (JGPIO1)
    Pin| Signal Name| Signal Name| Pin
    ---|---|---|---
    1| SIO_GP34| TIME_SYNC0| 2
    3| SIO_GP35| GPP_E1| 4
    5| SIO_GP36| GPP_E2| 6
    7| SIO_GP37| GPP_E13| 8
    9| JGPIO_PWR| GND| 10

  7. LAN Port (LAN2)

  8. LAN Port (LAN1)

  9. Top : DisplayPort (DP)
    Bottom : HDMI Port (HDMI)

  10. Top : USB3.2 Gen2 Port (USB3_2)
    Bottom : USB3.2 Gen2 Port (USB3_1)

  11. VGA Port (VGA1)
    Backside :

  12. Buzzer (BUZZ1)

  13. ESPI Connector (ESPI1)

Pin Signal Name
1 GND
2 C_ESPI_CLK
3 GND
4 C_ESPI_CS#
5 DEBUG_RESET
6 GND
7 +3V
8 GND
9 SMB_CLK_MAIN
10 SMB_DATA_MAIN
11 C_ESPI_IO0
12 C_ESPI_IO1
13 C_ESPI_IO2
14 C_ESPI_IO3
15 GND
16 +3VSB
17 N/A
18 N/A
19 C_ESPI_ALERT#
20 GND

Installation of ROM Socket

ASRock-SBC-260-Single-Board-Computer-FIG
26

  • Do not apply force to the actuator cover after ic inserted.
  • Do not apply force to actuator cover when it is opening over 120 degree, Otherwise, the actuator cover may be broken.
  • The yellow dot (Pin1) on the ROM must be installed at pin1 position of the socket (white arrow area).
  • Make sure the white dot on the ROM is installed outwards of the socket.
  • For further details of how to install ROM, please refer to ASRI website.
    Warning: If the installation does not follow as the picture, then it may cause severe damage to chipset & MB.

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