BOARDCON Mini3568 Computer on Module
Product Information
Specifications
| Feature | Specifications |
|---|---|
| CPU | Quad-core Cortex-A55 |
| DDR | 2GB DDR4 (up to 8GB) |
| eMMC | 8GB (up to 128GB) |
| FLASH | DC 3.4~5V |
| Power | Discrete Power on board |
| LVDS/MIPI DSI | 2-CH LVDS or Du-LVDS, 2-CH MIPI DSI |
| I2S | 3-CH |
| MIPI CSI | 1-CH DVP and 2-CH 2-Lane CSI or 1-CH 4-Lane CSI |
| SATA | 3-CH |
| PCIe | 1-CH PCIe 2.0 and 1-CH PCIe 3.0 |
| HDMI out | 1-CH |
| CAN | 2-CH |
| USB | 2-CH(USB HOST2.0), 1-CH(OTG 2.0) and 1-CH(USB 3.0) |
| Ethernet | 2-ch GMAC: GMDI, GMII and QSGMII 1GB PHY (RTL8211F) on core board |
| SDMMC/SDIO | 2-CH |
| SPDIF TX | 1-CH |
| I2C | 5-CH |
| SPI | 4-CH |
| UART | 8-CH, 1-CH(DEBUG) |
| PWM | 14-CH |
| ADC IN | 2-CH |
| Board Dimension | 70 x 58mm |
Product Usage Instructions
Setting Up the Mini3568 System-on-Module:
- Ensure the Mini3568 system-on-module is securely mounted on the development board.
- Connect the required peripherals such as power input, display interfaces, USB devices, and Ethernet cables to their respective ports on the Mini3568.
- Power on the Mini3568 by supplying a stable DC voltage within the specified range (3.4~5V).
- The system is now ready for use. Follow your specific application requirements to utilize the Mini3568 effectively.
Frequently Asked Questions (FAQ)
- Q: What are the main applications of the Mini3568 system-on-module?
A: The Mini3568 is designed for various applications including industrial controllers, IoT devices, intelligent interactive devices, personal computers, and robots. - Q: What is the maximum RAM capacity supported by the Mini3568?
A: The Mini3568 supports DDR4 RAM with a capacity of up to 8GB.
Introduction
About this Manual
This manual is intended to provide the user with an overview of the board and benefits, complete features specifications, and set-up procedures. It contains important safety information as well.
Feedback and Update to this Manual
- To help our customers make the most of our products, we are continually making additional and updated resources available on the Boardcon website (www.boardcon.com, www.armdesigner.com).
- These include manuals, application notes, programming examples, and updated software and hardware. Check-in periodically to see what’s new!
- When we are prioritizing work on these updated resources, feedback from customers is the number one influence, If you have questions, comments, or concerns about your product or project, please do not hesitate to contact us at support@armdesigner.com.
Limited Warranty
- Boardcon warrants this product to be free of defects in material and workmanship for one year from the date of buy. During this warranty period, Boardcon will repair or replace the defective unit under the following process:
- A copy of the original invoice must be included when returning the defective unit to Boardcon. This limited warranty does not cover damages resulting from lighting or other power surges, misuse, abuse, abnormal conditions of operation, or attempts to alter or modify the function of the product.
- This warranty is limited to the repair or replacement of the defective unit. In no event shall Boardcon be liable or responsible for any loss or damages, including but not limited to any lost profits, incidental or consequential damages, loss of business, or anticipatory profits arising from the use or inability to use this product.
- Repairs made after the expiration of the warranty period are subject to a repair charge and the cost of return shipping. Please contact Boardcon to arrange for any repair service and to obtain repair charge information.
Summary
- The Mini3568 system-on-module is equipped with Rockchip’s RK3568. It has quad-core Cortex-A55, Mali-G52 GPU, and 0.8TOPs NPU.
- It is designed specifically for AI devices such as industrial controllers, IoT devices, intelligent interactive devices, personal computers, and robots. The high-performance and low-power solution can help customers introduce new technologies more quickly and enhance the overall solution efficiency.
- In particular, the Mini3568 uses DDR4 with ECC for 7*24h work.
Features
- Microprocessor
- Quad-core Cortex-A55 up to 1.8GHz
- 32KB I-cache and 32KB D-cache for each core, 512KB L3 cache
- Mali-G52 up to 0.8GHz
- 1.0 TOPS Neural Process Unit
Memory Organization - DDR4 RAM up to 8GB
- EMMC up to 128GB
- Boot ROM
- Supports system code download through USB OTG or SD
- Trust Execution Environment system
- Supports secure OTP and multiple cipher engine
- Video Decoder/Encoder
- Supports video decoding up to 4K@60fps
- Supports H.264 encode
- H.264 HP encoding up to 1080p@30fps
- Picture size up to 8192×8192
- Display Subsystem
- Video Output
- Supports HDMI 2.0 transmitter with HDCP 1.4/2.2, up to 4K@60fps
- Supports 8/4 lanes MIPI DSI up to 2560×1440@60fps
- Or Du-LVDS interface up to 1920×1080@60fps
- Supports ePD1.3 interface up to 2560×1600@30fps
- Supports BT-656 8bit output
- Supports BT-1120 16bit output
- Support 24bits RGB TTL output
- Support three displays with different source
- Image Input
- Supports MIPI CSI 4lanes interface or 2ch MIPI CSI 2lanes interfaces
- Supports 8~16bit DVP interface
- Supports BT-656 8bit input
- Supports BT-1120 8~16bit input
- Video Output
- I2S/PCM
- Three I2S/PCM interfaces
- Support Mic array Up to 8ch PDM/TDM interface
- One SPDIF output
- USB and PCIE
- Three 2.0 USB interfaces
- Three SATA interfaces
- Or QSGMII + One USB3.0 host.
- Or Two USB3.0 hosts + One 1 lane PCIe 2.0.
- One PCIe 3.0 interfaces
- Ethernet
- RTL8211F on board
- Support GMAC/EMAC and QSGMII
- Support 10/100/1000Mbit/s data transfer rates
- Support dual ethernet
- I2C
- Up to Five I2Cs
- Support standard mode and fast mode (up to 400kbit/s)
- SDIO
- Support SDIO 3.0 protocol
- SPI
- Up to four SPI controllers,
- Full-duplex synchronous serial interface
- UART
- Support up to 9 UARTs
- UART2 with 2 wires for debugging tools
- Embedded two 64byte FIFO
- Support auto flow control mode for UART1-5
- SATA
- Three SATA host controller
- Support SATA 1.5Gb/s, 3.0Gb/s and SATA 6.0Gb/s
- ADC
- Up to two ADC channels
- 10-bit resolution
- Voltage input range between 0V to 1.8V
- Support up to 1MS/s sampling rate
- PWM
- 14 on-chip PWMs with interrupt-based operation
- Support 32bit time/counter facility
- IR option on PWM3/7/11/15
- Power unit
- Discrete Power on board
- Single 3.4-5V input
- Very low RTC consume current, less 5uA at 3V Button Cell
- 3.3V output max 500mA
Block Diagram
RK3568 Block Diagram
Development board Block Diagram
Specifications
| Feature | Specifications |
| CPU | Quad-core Cortex-A55 |
| DDR | 2GB DDR4 (up to 8GB) |
| eMMC FLASH | 8GB (up to 128GB) |
| Power | DC 3.4~5V |
| LVDS/MIPI DSI | 2-CH LVDS or Du-LVDS, 2-CH MIPI DSI |
| I2S | 3-CH |
| MIPI CSI | 1-CH DVP and 2-CH 2-Lane CSI or 1-CH 4-Lane CSI |
| SATA | 3-CH |
| PCIe | 1-CH PCIe 2.0 and 1-CH PCIe 3.0 |
| HDMI out | 1-CH |
| CAN | 2-CH |
| USB | 2-CH (USB HOST2.0), 1-CH(OTG 2.0) and 1-CH(USB 3.0) |
| Ethernet | 2-ch GMAC: GMDI, GMII and QSGMII
1GB PHY (RTL8211F) on core board. |
| SDMMC/SDIO | 2-CH |
| SPDIF TX | 1-CH |
| I2C | 5-CH |
| SPI | 4-CH |
| UART | 8-CH, 1-CH(DEBUG) |
| PWM | 14-CH |
| ADC IN | 2-CH |
| Board Dimension | 70 x 58mm |
PCB Dimension
Pin Definition
| J1 | Signal | Description or functions | GPIO serial | IO Voltage |
| 1 | HDMI_TXCN | 0.5V | ||
| 2 | HDMI_TX0N | 0.5V | ||
| 3 | HDMI_TXCP | 0.5V | ||
| 4 | HDMI_TX0P | 0.5V | ||
| 5 | GND | Ground | 0V | |
| 6 | GND | Ground | 0V | |
| 7 | HDMI_TX1N | 0.5V |
| 8 | HDMI_TX2N | 0.5V | ||
| 9 | HDMI_TX1P | 0.5V | ||
| 10 | HDMI_TX2P | 0.5V | ||
| 11 | HDMI_HPD | HDMI HPD input | 3.3V | |
| 12 | HDMI_CEC | HDMI_CEC/SPI3_CS1_M1 | GPIO4_D1_u | 3.3V |
| 13 | I2C_SDA_HDMI | I2C5_SDA_M1 | GPIO4_D0_u | 3.3V |
| 14 | I2C_SCL_HDMI | I2C5_SCL_M1 | GPIO4_C7_u | 3.3V |
| 15 | GND | Ground | 0V | |
|
16 |
LCDC_VSYNC/
UART5_TX_M1 |
VOP_BT1120_D14/SPI1_MI
SO_M1/I2S1_SDO3_M2 |
GPIO3_C2_d |
3.3V |
|
17 |
LCDC_HSYNC/
PCIE20_PERSTn_M1 |
VOP_BT1120_D13/SPI1_MO
SI_M1/I2S1_SDO2_M2 |
GPIO3_C1_d |
3.3V |
|
18 |
LCDC_CLK/
UART8_RX_M1 |
VOP_BT1120_CLK/SPI2_CL
K_M1/I2S1_SDO1_M2 |
GPIO3_A0_d |
3.3V |
|
19 |
LCDC_DEN/
UART5_RX_M1 |
VOP_BT1120_D15/SPI1_CL
K_M1/I2S1_SCLK_RX_M2 |
GPIO3_C3_d |
3.3V |
| 20 | LVDS_MIPI_TX_D0P | LVDS0 or MIPI0 DSI D0P TX | Note(1) | 0.5V |
| 21 | LVDS_MIPI_TX_D0N | LVDS0 or MIPI0 DSI D0N TX | Note(1) | 0.5V |
| 22 | LVDS_MIPI_TX_D1P | LVDS0 or MIPI0 DSI D1P TX | Note(1) | 0.5V |
| 23 | LVDS_MIPI_TX_D1N | LVDS0 or MIPI0 DSI D1N TX | Note(1) | 0.5V |
| 24 | LVDS_MIPI_TX_D2P | LVDS0 or MIPI0 DSI D2P TX | Note(1) | 0.5V |
| 25 | LVDS_MIPI_TX_D2N | LVDS0 or MIPI0 DSI D2N TX | Note(1) | 0.5V |
| 26 | LVDS_MIPI_TX_D3P | LVDS0 or MIPI0 DSI D3P TX | Note(1) | 0.5V |
| 27 | LVDS_MIPI_TX_D3N | LVDS0 or MIPI0 DSI D3N TX | Note(1) | 0.5V |
|
28 |
LCDC_D8/GPIO3_A1 |
VOP_BT1120_D0/SPI1_CS0
_M1/PCIe30x1_PERSTn_M1 |
GPIO3_A1_d |
3.3V |
|
29 |
LCDC_D9/I2S3_MCLK
_M0 |
VOP_BT1120_D1 |
GPIO3_A2_d |
3.3V |
|
30 |
LVDS_MIPI_TX_CLKP |
LVDS0 or MIPI0 DSI CLKP
TX |
Note(1) |
0.5V |
|
31 |
LVDS_MIPI_TX_CLKN |
LVDS0 or MIPI0 DSI CLKN
TX |
Note(1) |
0.5V |
|
32 |
LCDC_D10/I2S3_SCL
K_M0 |
VOP_BT1120_D2 |
GPIO3_A3_d |
3.3V |
|
33 |
LCDC_D11/I2S3_LRCK
_M0 |
VOP_BT1120_D3 |
GPIO3_A4_d |
3.3V |
|
34 |
LCDC_D12/I2S3_SDO
_M0 |
VOP_BT1120_D4 |
GPIO3_A5_d |
3.3V |
|
35 |
LCDC_D13/I2S3_SDI_
M0 |
VOP_BT1120_CLK |
GPIO3_A6_d |
3.3V |
| 36 | LCDC_D14/GPIO3_A7 | VOP_BT1120_D5 | GPIO3_A7_d | 3.3V |
| 37 | LCDC_D15/GPIO3_B0 | VOP_BT1120_D6 | GPIO3_B0_d | 3.3V |
|
38 |
LCDC_D16/UART4_RX
_M1 |
VOP_BT1120_D7/PWM8_M
0 |
GPIO3_B1_d |
3.3V |
|
39 |
LCDC_D17/UART4_TX
_M1 |
VOP_BT1120_D8/PWM9_M
0 |
GPIO3_B2_d |
3.3V |
|
40 |
LCDC_D18/I2C5_SCL_
M0 |
VOP_BT1120_D9/PDM_SDI
0_M2 |
GPIO3_B3_d |
3.3V |
|
41 |
LCDC_D19/I2C5_SDA
_M0 |
VOP_BT1120_D10/PDM_SD
I1_M2 |
GPIO3_B4_d |
3.3V |
|
42 |
LCDC_D20/GPIO3_B5 |
VOP_BT1120_D11/PWM10_
M0/I2C3_SCL_M1 |
GPIO3_B5_d |
3.3V |
|
43 |
LCDC_D21/PWM11_IR
_M0 |
VOP_BT1120_D12/I2C3_SD
A_M1 |
GPIO3_B6_d |
3.3V |
| 44 | GND | Ground | 0V | |
| 45 | MIPI_CSI_RX_CLK0N | 0.5V | ||
| 46 | MIPI_CSI_RX_D0P | 0.5V | ||
| 47 | MIPI_CSI_RX_CLK0P | 0.5V | ||
| 48 | MIPI_CSI_RX_D0N | 0.5V | ||
| 49 | MIPI_CSI_RX_D2N | MIPI_CSI_RX1_D0N | 0.5V | |
| 50 | MIPI_CSI_RX_D1N | 0.5V | ||
| 51 | MIPI_CSI_RX_D2P | MIPI_CSI_RX1_D0P | 0.5V | |
| 52 | MIPI_CSI_RX_D1P | 0.5V | ||
| 53 | MIPI_CSI_RX_D3P | MIPI_CSI_RX1_D1P | 0.5V | |
| 54 | GND | Ground | 0V | |
| 55 | MIPI_CSI_RX_D3N | MIPI_CSI_RX1_D1N | 0.5V | |
| 56 | MIPI_CSI_RX_CLK1N | MIPI_CSI_RX1_CLKN | 0.5V | |
| 57 | RTC_CLKO_WIFI | RTC 32.768KHz CLK output | 1.8V | |
| 58 | MIPI_CSI_RX_CLK1P | MIPI_CSI_RX1_CLKP | 0.5V | |
| 59 | GND | Ground | 0V | |
|
60 |
CIF_D9_GMAC1_TXD
3_M1_1V8 |
EBC_SDDO9/UART1_RX_M
1/PDM_SDI0_M1 |
GPIO3_D7_d |
1.8V |
|
61 |
CIF_D8_GMAC1_TXD
2_M1_1V8 |
EBC_SDDO8/UART1_TX_M
1/PDM_CLK0_M1 |
GPIO3_D6_d |
1.8V |
|
62 |
CIF_D11_GMAC1_RX
D2_M1_1V8 |
EBC_SDDO11/PDM_SDI1_
M1 |
GPIO4_A1_d |
1.8V |
|
63 |
CIF_D10_GMAC1_TX
CLK_M1_1V8 |
EBC_SDDO10/PDM_CLK1_
M1 |
GPIO4_A0_d |
1.8V |
|
64 |
CIF_D13_GMAC1_RX
CLK_M1_1V8 |
EBC_SDDO13/UART7_RX_
M2/PDM_SDI3_M1 |
GPIO4_A3_d |
1.8V |
|
65 |
CIF_D12_GMAC1_RX
D3_M1_1V8 |
EBC_SDDO12/UART7_TX_
M2/PDM_SDI2_M1 |
GPIO4_A2_d |
1.8V |
|
66 |
CIF_D15_GMAC1_TX
D1_M1_1V8 |
EBC_SDDO15/UART9_RX_
M2/I2S2_LRCK_RX_M1 |
GPIO4_A5_d |
1.8V |
|
67 |
CIF_D14_GMAC1_TX
D0_M1_1V8 |
EBC_SDDO14/UART9_TX_
M2/I2S2_LRCK_TX_M1 |
GPIO4_A4_d |
1.8V |
|
68 |
GMAC1_TXEN_M1_1V
8 |
EBC_SDCE0/SPI3_CS0_M0/
I2S1_SCK_RX_M1 |
GPIO4_A6_d |
1.8V |
|
69 |
GMAC1_RXD0_M1_1V
8/CAM_CLKOUT0 |
EBC_SDCE1/SPI3_CS1_M0/
I2S1_LRCK_RX_M1 |
GPIO4_A7_d |
1.8V |
|
70 |
GMAC1_RXD1_M1_1V
8/CAM_CLKOUT1 |
EBC_SDCE2/SPI3_MISO_M
0/I2S1_SDO1_M1 |
GPIO4_B0_d |
1.8V |
|
71 |
GMAC1_RXDV_CRS_
M1_1V8 |
EBC_SDCE3/I2S1_SDO2_M
1 |
GPIO4_B1_d |
1.8V |
|
72 |
CIF_HREF_GMAC1_M
DC_M1_1V8 |
EBC_SDLE/UART1_RTS_M
1/I2S2_MCLK_M1 |
GPIO4_B6_d |
1.8V |
|
73 |
CIF_VSYNC_GMAC1_
MDIO_M1_1V8 |
EBC_SDOE/I2S2_SCK_TX_
M1 |
GPIO4_B7_d |
1.8V |
|
74 |
CIF_CLKOUT/PWM11_
IR_M1_1V8 |
EBC_GDCLK |
GPIO4_C0_d |
1.8V |
|
75 |
CIF_CLKIN_GMAC1_M
CLKINOUT_M1_1V8 |
EBC_SDCLK/UART1_CTS_
M1/I2S2_SCK_RX_M1 |
GPIO4_C1_d |
1.8V |
|
76 |
I2C4_SCL_M0_1V8/ET
H1_CLKO_25M_M1 |
EBC_GDOE/SPI3_CLK_M0/I
2S2_SDO_M1 |
GPIO4_B3_d (Pull up
2.2K onboard) |
1.8V |
|
77 |
I2C4_SDA_M0_1V8/G
MAC1_RXER_M1 |
EBC_VCOM/SPI3_MOSI_M0
/I2S2_SDI_M1 |
GPIO4_B2_d (Pull up
2.2K onboard) |
1.8V |
| 78 | GND | Ground | 0V | |
| 79 | EDP_TX_D1N | 0.5V | ||
| 80 | EDP_TX_D0N | 0.5V | ||
| 81 | EDP_TX_D1P | 0.5V | ||
| 82 | EDP_TX_D0P | 0.5V | ||
|
83 |
PHY_LED2/CFG_LDO
1 |
LINK LED+ |
3.3V |
|
|
84 |
PHY_LED1/CFG_LDO
0 |
SPEED LED- |
3.3V |
|
| 85 | EDP_TX_AUXN | 0.5V | ||
| 86 | EDP_TX_AUXP | 0.5V | ||
| 87 | PCIE20_TXP | Or SATA2/QSGMII_TXP | 0.5V | |
| 88 | SARADC_VIN2_1V8 | 1.8V | ||
| 89 | PCIE20_TXN | Or SATA2/QSGMII_TXN | 0.5V | |
|
90 |
SARADC_VIN0/RECO
VERY_1V8 |
Recover Key input |
(Pull up10K onboard) |
1.8V |
| 91 | GPIO0_A0_d | REFCLK_OUT | 3.3V | |
| 92 | PCIE20_RXP | Or SATA2/QSGMII_RXP | 0.5V | |
| 93 | PCIE20_REFCLKP | 0.5V | ||
| 94 | PCIE20_RXN | Or SATA2/QSGMII_RXN | 0.5V |
| 95 | PCIE20_REFCLKN | 0.5V | ||
| 96 | VCC_RTC | VCC_RTC Power input | 1.8-3.3V | |
| 97 | VCC3V3_SYS | 3V3 IO output for Carry board | Max 500mA | 3.3V |
| 98 | GND | Ground | 0V | |
| 99 | VCC3V3_SYS | 3V3 IO output for Carry board | 3.3V | |
| 100 | GND | Ground | 0V |
| J2 | Signal | Description or functions | GPIO serial | IO Voltage |
| 1 | VCC_SYS | 3.3-5V Main Power input | 3.4-5V | |
| 2 | GND | Ground | 0V | |
| 3 | VCC_SYS | 3.3-5V Main Power input | 3.4-5V | |
| 4 | GND | Ground | 0V | |
| 5 | PMIC_EN | Power On Control signal | Note(3) | 3.4-5V |
| 6 | PHY_MDI0+ | 0.5V | ||
| 7 | PHY_MDI1+ | 0.5V | ||
| 8 | PHY_MDI0- | 0.5V | ||
| 9 | PHY_MDI1- | 0.5V | ||
|
10 |
PWM3_IR |
EPD_HPDIN_M1/PCIE30x1_
WAKEn_M0 |
GPIO0_C2_d |
3.3V |
| 11 | PHY_MDI2+ | 0.5V | ||
| 12 | PHY_MDI3+ | 0.5V | ||
| 13 | PHY_MDI2- | 0.5V | ||
| 14 | PHY_MDI3- | 0.5V | ||
| 15 | GND | Ground | 0V | |
|
16 |
SPDIF_TX_M0 |
UART4_RX_M0/PDM_CLK1
_M0/I2S1_SCLK_RX_M0 |
GPIO1_A4_d |
3.3V |
|
17 |
CIF_D4_SDMMC2_CM
D_M0_1V8 |
EBC_SDDO4/I2S1_SDI0_M1
/VOP_BT656_D4_M1 |
GPIO3_D2_d |
1.8V |
|
18 |
CIF_D0_SDMMC2_D0
_M0_1V8 |
EBC_SDDO0/I2S1_MCK_M1
/VOP_BT656_D0_M1 |
GPIO3_C6_d |
1.8V |
|
19 |
CIF_D1_SDMMC2_D1
_M0_1V8 |
EBC_SDDO1/I2S1_SCK_TX
_M1/VOP_BT656_D1_M1 |
GPIO3_C7_d |
1.8V |
|
20 |
CIF_D2_SDMMC2_D2
_M0_1V8 |
EBC_SDDO2/I2S1_LRCK_T
X_M1/VOP_BT656_D2_M1 |
GPIO3_D0_d |
1.8V |
|
21 |
CIF_D3_SDMMC2_D3
_M0_1V8 |
EBC_SDDO3/I2S1_SDO0_M
1/VOP_BT656_D3_M1 |
GPIO3_D1_d |
1.8V |
|
22 |
CIF_D5_SDMMC2_CL
K_M0_1V8 |
EBC_SDDO5/I2S1_SDI1_M1
/VOP_BT656_D5_M1 |
GPIO3_D3_d |
1.8V |
|
23 |
CIF_D6_1V8 |
EBC_SDDO6/I2S1_SDI2_M1
/VOP_BT656_D6_M1 |
GPIO3_D4_d |
1.8V |
|
24 |
CIF_D7_1V8 |
EBC_SDDO7/I2S1_SDI2_M1
/VOP_BT656_D7_M1 |
GPIO3_D5_d |
1.8V |
|
25 |
CAN2_RX_M0_1V8 |
EBC_GDSP/I2C2_SDA_M1/
VOP_BT656_CLK_M1 |
GPIO4_B4_d |
1.8V |
|
26 |
CAN2_TX_M0_1V8 |
EBC_SDSHR/I2C2_SCL_M1
/I2S_SDO3_M1 |
GPIO4_B5_d |
1.8V |
| 27 | GPIO2_C1_d_1V8 | GPIO2_C1_d | 1.8V | |
| 28 | GPIO0_D6_d_1V8 | GPIO0_D6_d | 1.8V | |
|
29 |
SPI0_CLK_M0 |
PCIe20_WAKE_M0/PWM1_
M1/I2C2_SCL_M0 |
GPIO0_B5_u |
3.3V |
|
30 |
SPI0_CS0_M0 |
PCIe30x2_PERST_M0/PWM
7_IR_M1 |
GPIO0_C6_d |
3.3V |
|
31 |
SPI0_MISO_M0 |
PCIe30x2_WAKE_M0/PWM6
_M1 |
GPIO0_C5_d |
3.3V |
|
32 |
SPI0_MOSI_M0 |
PCIe20_PERST_M0/PWM2_
M1/I2C2_SDA_M0 |
GPIO0_B6_u |
3.3V |
|
33 |
UART7_RX_M1 |
SPDIF_TX_M1/I2S1_LRCK_
RX_M2/PWM15_IR_M0 |
GPIO3_C5_d |
3.3V |
|
34 |
UART7_TX_M1 |
PDM_CLK1_M2/VOP_PWM
_M1/PWM14_M0 |
GPIO3_C4_d |
3.3V |
| 35 | UART8_RX_M0_1V8 | CLK32K_OUT1 | GPIO2_C6_d | 1.8V |
| 36 | UART8_TX_M0_1V8 | GPIO2_C5_d | 1.8V | |
| 37 | GND | Ground | 0V | |
|
38 |
UART8_CTS_M0_1V8 |
CAN2_TX_M1/I2C4_SCL_M
1 |
GPIO2_B2_u |
1.8V |
| 39 | USB3_OTG0_DM | Or ADB/debug USB port | 0.5V | |
|
40 |
UART8_RTS_M0_1V8 |
CAN2_RX_M1/I2C4_SDA_M
1 |
GPIO2_B1_d |
1.8V |
| 41 | USB3_OTG0_DP | Or ADB/debug USB port | 0.5V | |
| 42 | USB3_OTG0_ID | 1.8V | ||
| 43 | USB3_HOST1_DM | 0.5V | ||
| 44 | USB3_OTG0_VBUS | VBUS DET input | 3.3V | |
| 45 | USB3_HOST1_DP | 0.5V | ||
| 46 | USB2_HOST3_DM | 0.5V | ||
|
47 |
SATA0_ACT_LED/UAR
T9_RX_M1 |
SPI3_CS0_M1/I2S3_SDI_M1
/PWM13_M1 |
GPIO4_C6_d |
3.3V |
| 48 | USB2_HOST3_DP | 0.5V | ||
|
49 |
CAN1_RX_M1/PWM14
_M1 |
SPI3_CLK_M1/I2S3_MCLK_
M1/PCIe30x2_CLKREQ_M2 |
GPIO4_C2_d |
3.3V |
| 50 | GND | Ground | 0V | |
|
51 |
SATA1_ACT_LED/UAR
T9_TX_M1 |
SPI3_MISO_M1/I2S3_SDO_
M1/PWM12_M1 |
GPIO4_C5_d |
3.3V |
|
52 |
CAN1_TX_M1/PWM15
_IR_M1D |
SPI3_MOSI_M1/I2S3_SCLK
_M1/PCIe30x2_WAKE_M2 |
GPIO4_C3_d |
3.3V |
| 53 | GND | Ground | 0V | |
|
54 |
SPDIF_TX_M2/SATA2_
ACT_LED |
EDP_HPD_M0/I2S3_LRCK_
M1/PCIe30x2_PERST_M2 |
GPIO4_C4_d |
3.3V |
| 55 | USB3_OTG0_SSRXN | Or SATA0_RXN | 0.5V | |
| 56 | USB3_OTG0_SSTXN | Or SATA0_TXN | 0.5V | |
| 57 | USB3_OTG0_SSRXP | Or SATA0_RXP | 0.5V | |
| 58 | USB3_OTG0_SSTXP | Or SATA0_TXP | 0.5V | |
| 59 | USB3_HOST1_SSRXP | Or SATA1/QSGMII_RXP | 0.5V | |
| 60 | USB3_HOST1_SSTXP | Or SATA1/QSGMII_TXP | 0.5V | |
| 61 | USB3_HOST1_SSRXN | Or SATA1/QSGMII_RXN | 0.5V | |
| 62 | USB3_HOST1_SSTXN | Or SATA1/QSGMII_TXN | 0.5V | |
|
63 |
SDMMC0_CLK |
UART5_TX_M0/CAN0_RX_
M1 |
GPIO2_A2_d |
3.3V |
| 64 | GND | Ground | 0V | |
|
65 |
SDMMC_D0 |
UART2_TX_M1/UART6_TX_
M1/PWM8_M1 |
GPIO1_D5_u |
3.3V |
|
66 |
SDMMC_CMD |
UART5_RX_M0/CAN0_TX_
M1/PWM10_M1 |
GPIO2_A1_u |
3.3V |
| 67 | SDMMC_D2 | UART5_CTS_M0 | GPIO1_D7_u | 3.3V |
|
68 |
SDMMC_D1 |
UART2_RX_M1/UART6_RX
_M1/PWM9_M1 |
GPIO1_D6_u |
3.3V |
|
69 |
SDMMC_DET |
PCIe30x1_CLKREQ_M0/SAT
A_CP_DET |
GPIO0_A4_u |
3.3V |
| 70 | SDMMC_D3 | UART5_RTS_M0 | GPIO1_A0_u | 3.3V |
|
71 |
PCIE20_CLKREQn_M0
/GPIO0_A5 |
SATA_MP_SWITCH |
GPIO0_A5_d |
3.3V |
| 72 | LCD0_BL_PWM4 | PCIe30x1_PERST_M0 | GPIO0_C3_d | 3.3V |
|
73 |
LCD0_PWREN_H_GPI
O0_C7 |
HDMITX_CEC_M1/PWM0_M
1 |
GPIO0_C7_d |
3.3V |
| 74 | LCD1_BL_PWM5 | SPI0_CS1_M0 | GPIO0_C4_d | 3.3V |
|
75 |
I2S1_SDI0_M0/PDM_S
DI0_M0 |
GPIO1_B3_d |
3.3V |
|
|
76 |
I2S1_MCLK_M0 |
UART3_RTS_M0/SCR_CLK/
PCIe30x1_PERST_M2 |
GPIO1_A2_d |
3.3V |
|
77 |
I2S1_SCLK_TX_M0 |
UART3_CTS_M0/SCR_IO/P
CIe30x1_WAKE_M2 |
GPIO1_A3_d |
3.3V |
|
78 |
PDM_CLK0_M0 |
UART4_TX_M0/I2S1_LRCK
_RX_M0/AU_PWM_ROUTP |
GPIO1_A6_d |
3.3V |
|
79 |
I2S1_LRCK_TX_M0 |
UART4_RTS_M0/SCR_RST/
PCIe30x1_CLKREQ_M2 |
GPIO1_A5_d |
3.3V |
|
80 |
I2S1_SDO0_M0 |
UART4_CTS_M0/SCR_DET/
AU_PWM_ROUTN |
GPIO1_A7_d |
3.3V |
|
81 |
PDM_SDI1_M0_ADC |
I2S1_SDI1_SDO3_M0/PCIe2
0_PERST_M2 |
GPIO1_B2_d |
3.3V |
|
82 |
PDM_SDI2_M0_ADC |
I2S1_SDI2_SDO2_M0/PCIe2
0_WAKE_M2 |
GPIO1_B1_d |
3.3V |
|
83 |
PDM_SDI3_M0_ADC |
I2S1_SDI3_SDO1_M0/PCIe2
0_CLKREQ_M2 |
GPIO1_B0_d |
3.3V |
|
84 |
LCDC_D0/SPI0_MISO
_M1/I2S1_MCLK_M2 |
PCIe20_CLKREQ_M1/VOP_
BT656_D0_M0 |
GPIO2_D0_d |
3.3V |
|
85 |
I2C3_SDA_M0 |
UART3_RX_M0/CAN1_RX_
M0/AU_PWM_LOUTP |
GPIO1_A0_u |
3.3V |
| 86 | GND | Ground | 0V | |
|
87 |
LCDC_D1/SPI0_MOSI
_M1/I2S1_SCK_Tx_M2 |
PCIe20_WAKE_M1/VOP_BT
656_D1_M0 |
GPIO2_D1_d |
3.3V |
|
88 |
I2C3_SCL_M0 |
UART3_TX_M0/CAN1_TX_
M0/AU_PWM_LOUTN |
GPIO1_A1_u |
3.3V |
|
89 |
I2C1_SDA/CAN0_RX_
M0 |
PCIe20_BUTTONRST/MCU_
JTAG_TCK |
GPIO0_B4_u(Pull up
2.2K) |
3.3V |
|
90 |
LCDC_D2/SPI0_CS0_ M1/I2S1_LRCK_TX_M
2 |
PCIe30x1_CLKREQ_M1/VO P_BT656_D2_M0 |
GPIO2_D2_d |
3.3V |
|
91 |
UART2_RX_M0_DEBU
G |
GPIO0_D0_u |
3.3V |
|
|
92 |
I2C1_SCL/CAN0_TX_
M0 |
PCIe30x1_BUTTONRST/MC
U_JTAG_TDO |
GPIO0_B3_u(Pull up
2.2K) |
3.3V |
|
93 |
LCDC_D23/UART3_RX
_M1 |
PDM_SDI3_M2/PWM13_M0 |
GPIO3_C0_d |
3.3V |
|
94 |
UART2_TX_M0_DEBU
G |
GPIO0_D1_u |
3.3V |
|
|
95 |
LCDC_D3/SPI0_CLK_
M1/I2S1_SDI0_M2 |
PCIe30x1_WAKE_M1/VOP_
BT656_D3_M0 |
GPIO2_D3_d |
3.3V |
|
96 |
LCDC_D22/UART3_TX
_M1 |
PDM_SDI2_M2/PWM12_M0 |
GPIO3_B7_d |
3.3V |
|
97 |
LCDC_D4/SPI0_CS1_
M1/I2S1_SDI1_M2 |
PCIe30x2_CLKREQ_M1/VO
P_BT656_D4_M0 |
GPIO2_D4_d |
3.3V |
|
98 |
LCDC_D5/SPI2_CS0_
M1/I2S1_SDI2_M2 |
PCIe30x2_WAKE_M1/VOP_
BT656_D5_M0 |
GPIO2_D5_d |
3.3V |
|
99 |
LCDC_D6/SPI2_MOSI
_M1/I2S1_SDI3_M2 |
PCIe30x2_PERST_M1/VOP
_BT656_D6_M0 |
GPIO2_D6_d |
3.3V |
|
100 |
LCDC_D7/SPI2_MISO
_M1/I2S1_SDO0_M2/U ART8_TX_M1 |
VOP_BT656_D7_M0 |
GPIO2_D7_d |
3.3V |
| J3 | Signal | Description or functions | GPIO serial | IO Voltage |
| 1 | MIPI_DSI_TX1_D3P | LVDS1 or MIPI1 DSI D3P TX | Note(1)(2) | 0.5V |
| 2 | GND | Ground | 0V | |
| 3 | MIPI_DSI_TX1_D3N | LVDS1 or MIPI1 DSI D3N TX | Note(1)(2) | 0.5V |
| 4 | GPIO4_D2_d | GPIO4_D2_d | 3.3V | |
| 5 | MIPI_DSI_TX1_D2P | LVDS1 or MIPI1 DSI D2P TX | Note(1)(2) | 0.5V |
| 6 | MIPI_DSI_TX1_CLKP | LVDS1 or MIPI1 DSI CKP TX | Note(1)(2) | 0.5V |
| 7 | MIPI_DSI_TX1_D2N | LVDS1 or MIPI1 DSI D2N TX | Note(1)(2) | 0.5V |
| 8 | MIPI_DSI_TX1_CLKN | LVDS1 or MIPI1 DSI CKN TX | Note(1)(2) | 0.5V |
| 9 | MIPI_DSI_TX1_D1P | LVDS1 or MIPI1 DSI D1P TX | Note(1)(2) | 0.5V |
| 10 | MIPI_DSI_TX1_D0P | LVDS1 or MIPI1 DSI D0P TX | Note(1)(2) | 0.5V |
| 11 | MIPI_DSI_TX1_D1N | LVDS1 or MIPI1 DSI D1N TX | Note(1)(2) | 0.5V |
| 12 | MIPI_DSI_TX1_D0N | LVDS1 or MIPI1 DSI D0N TX | Note(1)(2) | 0.5V |
| 13 | GND | Ground | 0V | |
| 14 | PCIE30_RX1P | 0.5V | ||
| 15 | PCIE30_RX0P | 0.5V | ||
| 16 | PCIE30_RX1N | 0.5V | ||
| 17 | PCIE30_RX0N | 0.5V | ||
| 18 | GND | Ground | 0V | |
| 19 | PCIE30_TX1P | 0.5V | ||
| 20 | PCIE30_TX0P | 0.5V | ||
| 21 | PCIE30_TX1N | 0.5V | ||
| 22 | PCIE30_TX0N | 0.5V | ||
| 23 | GND | Ground | 0V | |
| 24 | PCIE30_REFCLKP_IN | 0.5V | ||
|
25 |
PCIE30X2_CLKREQN_
M0 |
SATA_CP_POD |
GPIO0_A6_d |
3.3V |
| 26 | PCIE30_REFCLKN_IN | 0.5V | ||
| 27 | VCC_SYS | 3.3-5V Main Power input | 3.4-5V | |
| 28 | GND | Ground | 0V | |
| 29 | VCC_SYS | 3.3-5V Main Power input | 3.4-5V | |
| 30 | GND | Ground | 0V | |
| Note:
1. Default MIPI DSI output. But can change to LVDS output by software. 2. Can set to Du-LVDS. 3. Pull up to VCC_SYS，Setting 0V can Power OFF。 |
||||
Development Kit
Development Kit (SBC3568)
Hardware Design Guide
Peripheral Circuit Reference
External Power
Main 5V
MAIN 3.3V
Debug Circuit
TVI Interface Circuit
TP28x5
VIN 4CH
PCB Footprint
The picture of the carry board connectors (Pitch 1.27mm)
Product Electrical Characteristics
Dissipation and Temperature
| Symbol | Parameter | Min | Typ | Max | Unit |
|
VCC_SYS |
System IO
Voltage |
3.4V |
5 |
5.5 |
V |
|
Isys_in |
VCC_SYS
input Current |
1400 |
2050 |
mA |
|
| VCC_RTC | RTC Voltage | 1.8 | 3 | 3.4 | V |
|
Iirtc |
RTC input
Current |
5 |
8 |
uA |
|
|
VCC3V3_SYS |
3V3 IO Voltage |
3.3 |
V |
||
|
I3v3_out |
VCC_3V3
output current |
500 |
mA |
||
|
Ta |
Operating Temperature |
-0 |
70 |
°C |
|
|
Tstg |
Storage Temperature |
-40 |
85 |
°C |
Reliability of Test
| High-Temperature Operating Test | ||
| Contents | Operating 8h in high-temperature | 55°C±2°C |
| Result | Pass | |
| Operating Life Test | ||
| Contents | Operating in room | 120h |
| Result | Pass | |
Boardcon Embedded Design
www.armdesigner.com.
Documents / Resources
 |
BOARDCON Mini3568 Computer on Module [pdf] User Manual Mini3568, Mini3568 Computer on Module, Computer on Module, Module |
