VS680 AI Board 板
概述
适用范围
ESAI-680 AI BOARD是基于深蕾半导体 VS680/SL1680 SOC 芯片方案设计的一款性能强大,接口丰富的开发板。
它内置了 4GB LPDDR4x
,32GB eMMC
(可选 16GB/32GB/64GB
),NPU算力高达 7.9Tops@int8
。
主要面向智慧显示终端产品,工控领域终端产品,如视频审核,智慧安防,物联网关,边缘计算,智慧商业等。
产品概述
ESAI-680 AI BOARD主要有以下核心优势。
四核64位处理器(Cotex-A73),主频高达
2.1GHz
;NPU算力高达
7.9Tops@int8
;支持
4K UI
;支持双屏异显,其中HDMI输出最大分辨率达到
2160p60
,MIPI DSI输出最大分辨率达到2160p30
;支持1路HDMI IN(最大分辨率
2160p60
),2路MIPI CSI(支持1路2160p60
或两路2160p30
camera输入);外设接口丰富,包括2路 USB3.0,1路 OTG2.0,1路 SD,2路千兆以太网,4G,WIFI/BT 等多种网络接口,同时还有 SPI,UART,I2C 等常用通信总线接口;
支持多种操作系统,Android,Ubuntu,Debian,OpenHarmony等,提供二次开发SDK,完美支持用户应用开发;
硬件板卡规格
硬件板卡规格 |
|
---|---|
主芯片 |
CPU:4 核 Cortex®-A73 processor ,主频高达 2.1GHz NPU:算力高达 7.9Tops@INT8 GPU:IMG GE9920 工艺制成:12nm |
内存 |
4GB LPDDR4x,3733Mbps |
FLASH |
32GB eMMC5.1(可选配16GB/32GB/64GB) |
显示接口 |
1 x HDMI v2.1 input,最高支持 4k60 1 x HDMI v2.1 output,最高支持 4k60 1 x 4lane MIPI DSI,最高支持 4k30; 兼容LVDS,最高支持1080P60 |
摄像头接口 |
1 x 2lane MIPI CSI 1 x 4lane MIPI CSI 支持USB摄像头 |
音频接口 |
1 x DMIC input 1 x earphone(支持HP out,mic in) 2ch 2.2W/4Ω 立体声扬声器 |
以太网 |
2 x RJ45 (10/100/1000Mbps Ethernet) |
无线网络 |
支持WIFI6/BT5.0和4G网络(4G网络通过mini PCIe连接器扩展) |
USB接口 |
2 x USB3.0 HOST (TYPE-A标准连接器) 1 x USB2.0 OTG (TYPE-C标准连接器) 1 x USB2.0 (通过排座扩展) |
UART接口 |
2 x UART (1路默认用作debug功能) |
SD |
1 x SDIO3.0 |
I2C |
1 x I2C |
SPI |
1 x SPI (one with DMA) |
KEY |
3 x 按键( Reset,USB Boot,Standby) |
IR |
1 x IR |
GPIO |
1 x GPIO |
ADC |
1 x ADC |
板卡尺寸 |
160x105x18mm |
AI BOARD 接口介绍和PCB尺寸
接口介绍图
PCB 尺寸
尺寸: 160 * 105 * 18 mm
AI BOARD 接口说明
接口说明表
标注 |
位号 |
针脚编号 |
针脚定义 |
功能 |
---|---|---|---|---|
SPK_L |
J4 |
1 |
SPK_LN |
Speaker left negative |
2 |
SPK_LP |
Speaker left positive |
||
SPK_R |
J3 |
1 |
SPK_RN |
Speaker right negative |
2 |
SPK_RP |
Speaker right positive |
||
MIPI DSI |
J15 |
1,6,23,24,26,28 |
NC |
Not connect |
2,3 |
MIPI_VDD |
POWER_3V3 |
||
4,7,10,13,16, 19,22,25,30, 31,35 |
GND |
GND |
||
5 |
MIPI_RESET |
MIPI reset signal |
||
8 |
DSI_TD0n |
DSI transimit lane0 negative |
||
9 |
DSI_TD0p |
DSI transimit lane0 positive |
||
11 |
DSI_TD1n |
DSI transimit lane1 negative |
||
12 |
DSI_TD1p |
DSI transimit lane1 positive |
||
14 |
DSI_TCKn |
DSI transimit clock negative |
||
15 |
DSI_TCKp |
DSI transimit clock positive |
||
17 |
DSI_TD2n |
DSI transimit lane2 negative |
||
18 |
DSI_TD2p |
DSI transimit lane2 positive |
||
20 |
DSI_TD3n |
DSI transimit lane3 negative |
||
21 |
DSI_TD3p |
DSI transimit lane3 positive |
||
27 |
MIPI_PWM_EN |
MIPI PWM enable |
||
31,32 |
LED- |
Backlight cathode |
||
33 |
USB20_D4n |
USB2.0 data negative |
||
34 |
USB20_D4p |
USB2.0 data positive |
||
36 |
INT |
TP interrupt |
||
37 |
RSTn |
TP reset |
||
38 |
PWR_5V |
POWER_5V |
||
39,40 |
LED24V |
Backlight anode |
||
LVDS |
JL1 |
1,2,3 |
VCC_Panel |
POWER_12V |
4,5,13,14,25,26 |
GND |
GND |
||
6 |
NC |
Not connect |
||
7 |
RXO0- |
LVDS channel 0 odd negative |
||
8 |
RXO0+ |
LVDS channel 0 odd positive |
||
9 |
RXO1- |
LVDS channel 1 odd negative |
||
10 |
RXO1+ |
LVDS channel 1 odd positive |
||
11 |
RXO2- |
LVDS channel 2 odd negative |
||
12 |
RXO2+ |
LVDS channel 2 odd positive |
||
15 |
RXOC- |
LVDS clock odd negative |
||
16 |
RXOC+ |
LVDS clock odd positive |
||
17 |
RXO3- |
LVDS channel 3 odd negative |
||
18 |
RXO3+ |
LVDS channel 3 odd positive |
||
19 |
RXE0- |
LVDS channel 0 even negative |
||
20 |
RXE0+ |
LVDS channel 0 even positive |
||
21 |
RXE1- |
LVDS channel 1 even negative |
||
22 |
RXE1+ |
LVDS channel 1 even positive |
||
23 |
RXE2- |
LVDS channel 2 even negative |
||
24 |
RXE2+ |
LVDS channel 2 even positive |
||
27 |
RXEC- |
LVDS clock even negative |
||
28 |
RXEC+ |
LVDS clock even positive |
||
29 |
RXE3- |
LVDS channel 3 even negative |
||
30 |
RXE3+ |
LVDS channel 3 even positive |
||
TP |
J44 |
1 |
VCC |
PWR_3V3 |
2 |
RST |
reset |
||
3 |
INT |
interrupt |
||
4,7,8 |
GND |
GND |
||
5 |
I2C_SDA |
I2C serial data |
||
6 |
I2C_SCL |
I2C serial clock |
||
USB Boot |
SW7 |
1,3,4 |
GND |
GND |
2 |
USB BOOT |
BootStrap PIN |
||
SIM |
CON18 |
C1 |
VCC |
POWER_1V8 |
C2 |
RST |
Reset |
||
C3 |
Clock |
Clock |
||
1,2,3,4,C5 |
GND |
GND |
||
C6 |
VPP |
POWER_1V8 |
||
C7 |
IO |
DATA |
||
FAN |
J5 |
1 |
VCC |
POWER_5V |
2 |
PWM |
PWM |
||
3 |
GND |
GND |
||
Back light |
JB6 |
1,2 |
GND |
GND |
3 |
ADJ |
adjust |
||
4 |
EN |
enable |
||
5,6 |
VCC |
POWER_12V |
||
UART0 |
J23 |
1 |
GND |
GND |
2 |
UART_RXD |
UART RX |
||
3 |
UART_TXD |
UART TX |
||
4 |
VCC |
POWER_1V8 |
||
UART3 |
JA4 |
1 |
GND |
GND |
2 |
RXD |
UART3_TX |
||
3 |
TXD |
UART3_RX |
||
4 |
VCC |
POWER_3V3 |
||
SPI |
J1 |
1 |
VCC |
POWER_1V8 |
2 |
SPI1_SS0 |
CHIP SELECT |
||
3 |
SPI1_SDI |
SPI Data input |
||
4 |
SPI1_SCLK |
SPI clock output |
||
5 |
SPI1_SDO |
SPI Data output |
||
6 |
BOOT_SRC1 |
BOOT STRAP PIN |
||
7 |
GND |
GND |
||
D-MIC |
J10 |
1 |
VCC |
POWER_1V8 |
2 |
DMIC_DATA0 |
PDM DATA0 |
||
3 |
DMIC_CLK0 |
PDM Clock0 |
||
4,8,9 |
GND |
GND |
||
5 |
DMIC_DATA1 |
PDM DATA1 |
||
6 |
DMIC_CLK1 |
PDM Clock1 |
||
7 |
DMIC_MUTE |
PDM mute |
||
ANT |
ANT1 |
1,3,4 |
GND |
GND |
2 |
ANT0 |
WIFI antenna |
||
ANT |
ANT2 |
1,3,4 |
GND |
GND |
2 |
ANT1 |
WIFI/BT antenna |
||
IR |
IR1 |
1,2,4 |
GND |
GND |
3 |
IR OUT |
IR output |
||
POWER_KEY |
SW2 |
1 |
SWITCH |
SWITCH |
2 |
SWITCH |
SWITCH |
||
3,4 |
GND |
GND |
||
Camera0 |
J13 |
1,4,8,10,13, 16,19,22,25, 30,31,32 |
GND |
GND |
2,3 |
LDO3C_2V8 |
POWER_2V8 |
||
5 |
PWR_CSI_1V8 |
POWER_1V8 |
||
6 |
LDO2C_1V1 |
POWER_1V1 |
||
7 |
LDO1C_1V2 |
POWER_1V2 |
||
9 |
CAM_MCLK |
Camera main clock |
||
11 |
CSI0_DN3 |
Csi data3 negative |
||
12 |
CSI0_DP3 |
Csi data3 positive |
||
14 |
CSI0_DN2 |
Csi data2 negative |
||
15 |
CSI0_DP2 |
Csi data2 positive |
||
17 |
CSI0_DN1 |
Csi data1 negative |
||
18 |
CSI0_DP1 |
Csi data1 positive |
||
20 |
CSI0_DN0 |
Csi data0 negative |
||
21 |
CSI0_DP0 |
Csi data0 positive |
||
23 |
CSI0_CKN |
Csi clock negative |
||
24 |
CSI0_CKP |
Csi clock positive |
||
26 |
CAM_PWDN0 |
Camera power down |
||
27 |
CAM_RST0 |
Camera reset |
||
28 |
CAM_I2C_SCL |
I2C serial clock |
||
29 |
CAM_I2C_SDA |
I2C serial data |
||
Camera1 |
J14 |
1,4,8,10,13, 16,19,22,25, 30,31,32 |
GND |
GND |
2,3 |
LDO3C_2V8 |
POWER_2V8 |
||
5 |
PWR_CSI_1V8 |
POWER_1V8 |
||
6 |
LDO2C_1V1 |
POWER_1V1 |
||
7 |
LDO1C_1V2 |
POWER_1V2 |
||
9 |
CAM_MCLK |
Camera main clock |
||
11 |
TP144 |
Test point |
||
12 |
TP143 |
Test point |
||
14 |
TP151 |
Test point |
||
15 |
TP152 |
Test point |
||
17 |
CSI1_DN1 |
Csi data1 negative |
||
18 |
CSI1_DP1 |
Csi data1 positive |
||
20 |
CSI1_DN0 |
Csi data0 negative |
||
21 |
CSI1_DP0 |
Csi data0 positive |
||
23 |
CSI1_CKN |
Csi clock negative |
||
24 |
CSI1_CKP |
Csi clock positive |
||
26 |
CAM_PWDN1 |
Camera power down |
||
27 |
CAM_RST1 |
Camera reset |
||
28 |
CAM_I2C_SCL |
I2C serial clock |
||
29 |
CAM_I2C_SDA |
I2C serial data |
||
GPIO |
CON19 |
1 |
VCC0 |
POWER_3V3 |
2 |
VCC1 |
POWER_1V8 |
||
3 |
GPIO |
SM_GPIO |
||
4 |
ADC |
ADC1 |
||
5 |
IR |
IR |
||
6 |
GND |
GND |
||
I2C |
J43 |
1 |
GND |
GND |
2 |
TW3_SDA |
I2C serial data |
||
3 |
TW3_SCL |
I2C serial clock |
||
4 |
PWR_3V3 |
POWER_3V3 |
||
USB2.0 |
J9918 |
1 |
VCC |
POWER_5V |
2 |
DM |
USB data negative |
||
3 |
DP |
USB data positive |
||
4 |
GND |
GND |
||
DC IN |
J24 |
1 |
POWER |
POWER_12V |
2,3 |
GND |
GND |
||
USB_OTG |
J20 |
A1,B1,A12,B12 |
GND |
GND |
G1,G2,G3,G4 |
GND_USB |
GND |
||
A4,B4,A9,B9 |
VCC |
POWER_5V |
||
A6,B6 |
USB DM |
USB data negative |
||
A7,B7 |
USB DP |
USB data positive |
||
A5,B5,A8,B8 |
NC |
Not connect |
||
USB3.0x2 |
J21 |
2 |
DM1 |
USB2.0 data negative |
3 |
DP1 |
USB2.0 data positive |
||
5 |
RX1- |
USB3.0 receive negative |
||
6 |
RX1+ |
USB3.0 receive positive |
||
8 |
TX1- |
USB3.0 transmit negative |
||
9 |
TX1+ |
USB3.0 transmit positive |
||
11 |
DM2 |
USB2.0 data negative |
||
12 |
DP2 |
USB2.0 data positive |
||
13 |
RX2- |
USB3.0 receive negative |
||
14 |
RX2+ |
USB3.0 receive positive |
||
17 |
TX2- |
USB3.0 transmit negative |
||
18 |
TX2+ |
USB3.0 transmit positive |
||
4,7,13,16, 19,20,21,22 |
GND |
GND |
||
1,10 |
VCC |
POWER_5V |
||
Reset Key |
SW8 |
13,4 |
GND |
GND |
2 |
Switch |
Reset signal |
||
HDMI IN |
J11 |
1 |
D2+ |
TMDS data 2 positive |
3 |
D2- |
TMDS data 2 negative |
||
4 |
D1+ |
TMDS data 1 positive |
||
6 |
D1- |
TMDS data 1 negative |
||
7 |
D0+ |
TMDS data 0 positive |
||
9 |
D0- |
TMDS data 0 negative |
||
10 |
CLK+ |
TMDS clock positive |
||
12 |
CLK- |
TMDS clock negative |
||
13 |
CEC |
HDMI RX CEC line. |
||
14 |
NC |
NC |
||
15 |
SCL |
HDMI RX DDC serial clock |
||
16 |
SDA |
HDMI RX DDC serial data line. |
||
18 |
+5V |
5V input for HDMI |
||
19 |
HPD |
HDMI RX hot plug detect |
||
2,5,8,11,17, 20,21,22,23 |
GND |
GND |
||
HDMI OUT |
J12 |
1 |
D2+ |
TMDS data 2 positive |
3 |
D2- |
TMDS data 2 negative |
||
4 |
D1+ |
TMDS data 1 positive |
||
6 |
D1- |
TMDS data 1 negative |
||
7 |
D0+ |
TMDS data 0 positive |
||
9 |
D0- |
TMDS data 0 negative |
||
10 |
CLK+ |
TMDS clock positive |
||
12 |
CLK- |
TMDS clock negative |
||
13 |
CEC |
HDMI TX CEC line. |
||
14 |
NC |
NC |
||
15 |
SCL |
HDMI TX DDC serial clock |
||
16 |
SDA |
HDMI TX DDC serial data line. |
||
18 |
+5V |
5V output for HDMI |
||
19 |
HPD |
HDMI TX hot plug detect. This pin is 5V tolerant. |
||
2,5,8,11,17, 20,21,22,23 |
GND |
GND |
||
RJ45 |
J2 |
2 |
MDIP0 |
MDI_data0_positive |
1 |
TDCT |
NC |
||
3 |
MDIN0 |
MDI_data0_negative |
||
4 |
MDIP1 |
MDI_data1_positive |
||
7 |
MDIN1 |
MDI_data1_negative |
||
5 |
MDIP2 |
MDI_data2_positive |
||
6 |
MDIN2 |
MDI_data2_negative |
||
8 |
MDIP3 |
MDI_data3_positive |
||
9 |
MDIN3 |
MDI_data3_negative |
||
10 |
GND |
GND |
||
11 |
LED1A |
LED1_anode |
||
12 |
LED1K |
LED1_cathode |
||
13 |
LED2K |
LED2_cathode |
||
14 |
LED2A |
LED2_anode |
||
15,16 |
SHELL |
SHELL_GND |
||
17,18 |
NC |
NC |
||
RJ45 |
J9917 |
2 |
MDIP0 |
MDI_data0_positive |
1 |
TDCT |
NC |
||
3 |
MDIN0 |
MDI_data0_negative |
||
4 |
MDIP1 |
MDI_data1_positive |
||
7 |
MDIN1 |
MDI_data1_negative |
||
5 |
MDIP2 |
MDI_data2_positive |
||
6 |
MDIN2 |
MDI_data2_negative |
||
8 |
MDIP3 |
MDI_data3_positive |
||
9 |
MDIN3 |
MDI_data3_negative |
||
10 |
GND |
GND |
||
11 |
LED1A |
LED1_anode |
||
12 |
LED1K |
LED1_cathode |
||
13 |
LED2K |
LED2_cathode |
||
14 |
LED2A |
LED2_anode |
||
15,16 |
SHELL |
SHELL_GND |
||
17,18 |
NC |
NC |
||
Earphone |
JA1 |
1 |
Mic in |
MIC input |
2 |
GND |
GND |
||
3 |
HPR |
HP out right |
||
4 |
HPL |
HP out left |
||
5 |
DET1 |
Detect1 |
||
6 |
DET2 |
Detect2 |
||
SD |
J16 |
1 |
SD0_DATA2 |
SD data |
2 |
SD0_DATA3 |
SD data |
||
3 |
SD0_CMD |
SD command |
||
4 |
VDD |
POWER_3V3 |
||
5 |
SD0_CLK |
SD clock |
||
6,G1,G2,G3,G4 |
GND |
GND |
||
7 |
SD0_DATA0 |
SD data |
||
8 |
SD0_DATA1 |
SD data |
||
9 |
SD0_CDn |
Card Detection |
||
Mini PCIe |
CON17 |
1,3,5,6,7,13, 16,17,20,23,25, 28,30,31,32,45, 46,47,48,49,51 |
NC |
Not connect |
2,24,39,41,52 |
VBAT |
POWER_3V8 |
||
4,9,15,18,21, 26,27,29,34,35, 37,40,43,50,53, 54,55 |
GND |
GND |
||
10 |
SIM_DATA |
SIM data |
||
11 |
VCC |
POWER_1V8 |
||
12 |
SIM_CLK |
SIM Clock |
||
14 |
SIM_RST |
SIM reset |
||
19 |
Wakeup |
Wakeup |
||
22,23 |
Reset |
Reset |
||
36 |
USB_DM |
USB data negative |
||
38 |
USB_DP |
USB data positive |
||
42 |
4G_led |
LED |
||
44 |
SIM_DET |
SIM Detect |
电气特性
项目
最小
典型
最大
电源参数
电压
–
12V
–
电流
1A
–
–
纹波
-200mv
–
200mV
插头尺寸
5.5 * 2.1mm
电源电流(HDMI 输出, 未接其它外设)
工作电流
–
0.4A
–
待机电流
–
15mA
–
环境
相对湿度
–
–
80%
工作温度
0℃
–
40℃
存储温度
0℃
–
70℃
使用注意事项
在组装使用过程中,请注意(且不限于)下面问题点。
包装,运输,使用过程请注意静电防护,避免板端芯片被静电损坏。
包装,运输,使用过程中请避免磕碰,摔打板卡,以免损伤板端元器件。
使用过程中务必做好散热,CPU表面必须可靠加装散热器。
供电电源请使用 12V / 1A、插头尺寸为 5.5 * 2.1 mm 的电源适配器。