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ETA830 Application Base Plate
ETA830 is an extended application motherboard designed by Innolux based on ESMARC industrial control motherboard for embedded communication system app
Product details


Overview of ETA8XX Series Products


The ETA8XX series application motherboard is a small-sized motherboard based on the Innolux ESMARC motherboard that can be directly applied. The basic feature of the ETA8XX application motherboard is to introduce the required high-speed signal interface, such as Ethernet, on the motherboard USB、 Display interfaces, etc., while leaving conventional signals for industrial control, such as GPIO, serial ports, CAN, etc., to users for final expansion. The ETA8XX application motherboard uses two IDC40 dual row sockets (2.54mm spacing) to output low-speed signals from the ESMARC motherboard. These two IDC40 dual row sockets are named ETA8XX_CN1 and ETA8XX_CN2, respectively. The external dimensions of all models of ETA8XX application baseboards are 105mm × 105mm, which can be directly adopted by most customer chassis. The ETA8XX application motherboard needs to be used in conjunction with the Innolux ESMARC motherboard.


On the basis of the ETA8XX application motherboard, users can extend and drive the required low-speed signals, and the circuit is a user specific extension motherboard. The dedicated expansion board is connected together through two IDC40 dual row sockets of ETA8XX to construct a low-cost industrial control machine product for application. Users usually implement isolated input/output, RS232/RS485 driver circuits, CAN bus driver circuits, etc. on the secondary expansion board, all of which are mature and stable circuits. The biggest advantage of this approach is that it greatly simplifies the hardware development difficulty of the customer's entire machine and shortens the time for the customer's product to enter the market. It is an efficient and fast overall implementation solution.



ETA830 Product Introduction


ETA830 is an extended application motherboard designed by Innolux based on ESMARC industrial control motherboard for embedded communication system applications. Mainly focusing on high-speed signal resources such as network interfaces, USB interfaces, VGA display interfaces, SD cards, etc. The mechanical dimensions of ETA830 are defined as 105mmx105mm, with four 3.0mm mounting holes distributed at the four corners for easy fixation with the secondary expansion board, forming a complete industrial control system.


The ETA830 application motherboard provides the following resource interfaces:

● 1 Gigabit Ethernet interface, compatible with 10Mbps/100Mbps networks

● 1 adaptive network with 10Mbps/100Mbps

● Two USB ports

● 1-channel USB-OTG (inner side)

Mini PCIe interface, supporting 4G/3G/GPRS wireless modules

● VGA display interface

RBG display interface (inner side)

Plug in SD card holder (inner side)

RTC backup battery holder, supporting CR2032 batteries

● 2 double row IDC40 sockets (ETA8XX_CN1 and ETA8XX_CN2)


As a rapid prototyping complete machine product, ETA830 is also equipped with a dedicated aluminum alloy casing for selection.



● Front view


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● Appearance diagram


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ETA830-MB Application Base Plate


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ESM7000 +ETA830-MB


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ESM6800 +ETA830-MB + ETA806


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ESM6800 +ETA830-MB+ETA806 (fixed to standard aluminum alloy housing guide groove)


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ESM6800 +ETA830-MB+ETA806+complete chassis



ETA8XX low-speed signalpindefinition

motherboard

Brief description of the signal ETA8XX_CN1 Brief description of the signal motherboard
PIN PIN
Anti plug and anti blocking holes 1 2 +5V
+5V 3 4 +5V
GND power supply ground 5 6 GND power supply ground
E15 DBGSLn 7 8 BD_SPEC B15
E16 RSTIN_OUTn 9 10 ETA8XX_RSTOUTn
A7 UART1_RXD 11 12 UART1_TXD A8
A9 UART2_RXD(RS232) 13 14 UART2_TXD(RS232) A10
B7 UART3_RXD 15 16 UART3_TXD B8
B9 UART4_RXD 17 18 UART4_TXD B10
RSVD0 19 20 RSVD1
RSVD2 21 22 RSVD3
D1 GPIO0 / UART1_CTSn 23 24 GPIO1 / UART1_RTSn D2
D3 GPIO2 / UART5_RXD 25 26 GPIO3 / UART5_TXD D4
D5 GPIO4 / UART6_RXD 27 28 GPIO5 / UART6_TXD D6
D7 GPIO6 / PWM1 29 30 GPIO7 / PWM2 D8
D9 GPIO8 / PWM3 31 32 GPIO9 / PWM4 D10
D11 GPIO10 / CAN1_RXD 33 34 GPIO11 / CAN1_TXD D12
D13 GPIO12 / CAN2_RXD 35 36 GPIO13 / CAN2_TXD D14
D15 GPIO14 37 38 GPIO15 D16
GND power supply ground 39 40 GND power supply ground


motherboard Brief description of the signal ETA8XX_CN2 Brief description of the signal motherboard
PIN PIN
+5V 1 2 +5V
+5V 3 4 +5V
GND power supply ground 5 6 GND power supply ground
E2 UART7_RXD 7 8 UART7_TXD E3
E4 UART8_RXD 9 10 UART8_TXD E5
E6 UART9_RXD 11 12 UART9_TXD E7
E8 UART10_RXD 13 14 UART10_TXD E9
E10 UART11_RXD 15 16 UART11_TXD E11
E12 UART12_RXD 17 18 UART12_TXD E13
RSVD4 19 20 RSVD5
RSVD6 21 22 RSVD7
F1 GPIO16 23 24 GPIO17 F2
F3 GPIO18 25 26 GPIO19 F4
F5 GPIO20 27 28 GPIO21 F6
F7 GPIO22 29 30 GPIO23 F8
F9 GPIO24 / IRQ1 31 32 GPIO25 / IRQ2 F10
F11 GPIO26 / I2C_SDA 33 34 GPIO27 / I2C_SCL F12
F13 GPIO28 / SPI_MISO 35 36 GPIO29 / SPI_MOSI F14
F15 GPIO30 / SPI_SCLK 37 38 GPIO31 / SPI_CS0N F16
GND power supply ground 39 40 GND power supply ground



● Supported motherboard models


ESM7000 series ESM6802 series ESM6800 series ESM335x series ESM928x series

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