Difference between revisions of "EPC-R5710 user guide"
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<div>Function: used to upgrade or use the operating system in the SD card;</div> <div>Operation method: press the recovery button, plug in the power supply, power on the machine, press it for 2 seconds, and start it from the SD card;</div> <div>After starting from the SD card, whether the customer needs to upgrade or use the SD card system is customized by the customer (by modifying the files in the SD card)</div> | <div>Function: used to upgrade or use the operating system in the SD card;</div> <div>Operation method: press the recovery button, plug in the power supply, power on the machine, press it for 2 seconds, and start it from the SD card;</div> <div>After starting from the SD card, whether the customer needs to upgrade or use the SD card system is customized by the customer (by modifying the files in the SD card)</div> | ||
[[File:EPC-R5710 Button recovery.png|RTENOTITLE]] | [[File:EPC-R5710 Button recovery.png|RTENOTITLE]] | ||
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== ''' User Guide Yocto 3.0''' == | == ''' User Guide Yocto 3.0''' == | ||
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=== '''[[Yocto_Linux_BSP_User_Guide_for_EPC-R5710_series_-Yocto_3.0|Yocto_Linux_BSP_User_Guide _for_EPC-R5710_series -Yocto 3.0]]''' === | === '''[[Yocto_Linux_BSP_User_Guide_for_EPC-R5710_series_-Yocto_3.0|Yocto_Linux_BSP_User_Guide _for_EPC-R5710_series -Yocto 3.0]]''' === | ||
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=== '''[[EPC-R5710_AI_Test_Internal_NPU|AI Test_Internal NPU]]''' === | === '''[[EPC-R5710_AI_Test_Internal_NPU|AI Test_Internal NPU]]''' === | ||
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=== '''[[EPC-R5710_Extend_AI_Card|Extend AI Card]]''' === | === '''[[EPC-R5710_Extend_AI_Card|Extend AI Card]]''' === | ||
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=== '''[[Getting_Start(EPC-R5710)|Getting Start]]''' === | === '''[[Getting_Start(EPC-R5710)|Getting Start]]''' === | ||
Revision as of 07:08, 31 August 2023
Contents
資源特性(Features)
- NXP i.MX 8M PLUS 4xA53@1.8GHz
- Integrate 2.3 TOPS NPU and extend 8-26 TOPS AI card
- 4kP30,1080p60 HEVC, H.264, VP9, VP8 decoding
- 1080p60 H.265, H.264 encoding
- 1xHDMI2.0
- 5xGbE LAN, 1xGbE Fiber
- USB3.0,USB2.0,RS232,RS485,CAN FD,SATA,SD
- 8 Channels Mic Array
- Support AI card/5G/4G/GPS/ Wi-Fi 5/Wi-Fi6/BT
- Support TPM,TCM
- Linux and, Andriod
- Embeded DeviceOn, DeviceOn.CommBridge
簡介（Introduction）
Advantech EPC-R5710 is an AI edge intelligent industrial gateway integrating NXP's high performance of video coding/decoding and AI function. It can provide 2.3-28.3 TOPS NPU AI computing power, and support multiple network ports, a variety of industrial interfaces and storage, as well as wireless technologies including 5G/4G,Wi-Fi5/6. It also supports 8-way MIC array to realize audio and video AI analysis. Integrated cloud collaboration functions.EPC-R5710 supports a variety of PLC data acquisition and industrial protocol conversion. With its high performance and high quality, it is widely used in AI video surveillance, machine vision and industrial data acquisition applications in the fields of security, smart city, smart transportation, smart factory, energy and power.
規格（Specifications）
訂購資訊(Ordering Information)
Packing List
Optional Accessories
接口布局和尺寸(Layout and Sizes)
External I/O
接口布局圖 Board Dimension Layout
- Front I/O
- Rear I/O
Connector List
快速入门（Quick Start）
系统下载（OS Dowload）
- Linux系统（Linux OS）
Yocto 3.0：
| Product | Image Version | Release Date | Release Version | Release notes | Image Download | BSP Download Tag | Comment | SDK | Module | Test Report |
| EPC-R5710 | VA1055 | 2023/07/09 | RTM | Release_Note |
Baidu Password：a887 |
imx8LBVA1055.xml |
2G VA1054 & 4G VA1055 & 6G VA1054 |
SDK | Modules | NA |
Note： LIV= Yocto Linux, UIV=Ubuntu, DIV = Debian, AIV=Android
LBV=BSP, LIV= Image
LIV9=Yocto2.5, LIVA=Yocto3.0, LIVB=Yocto 3.3……
- Alpha: Basic I/O function bring up by RD;
- Beta: Basic I/O function、performance and middleware verified by RD. Peripherals integrated;
- GA: Beta version by QE verification;
- RTM: Beta version by SI/Power/QE verification and pre-loaded
Linux烧录方式（Linux Falsh eMMC Method）
Install the system from SD card
1. Copy imx-image-full-imx8mpepcr5710a1-xxxxxx.rootfs.sdcard package to your desk- top.
2. Insert SD card to PC.
3. Make a bootable SD card. For example, the node of an SD card is /dev/sdv
# umount /dev/sdv* # dd if=./imx-image-full-imx8mpepcr5710a1-xxxx.rootfs.sdcard of=/dev/sdv bs=1M ;sync
4.Insert SD card and copy imx-image-full-imx8mpepcr5710a1-xxxxxx.rootfs.sdcard to USB disk.
5. Insert USB disk and SD card then boot the whole system from SD card by changing SW1 to 1-2 ON, 3-4 OFF.
6. Enter usb disk folder, make a bootable emmc
# cd /run/media/sda1/ # umount /dev/mmcblk2* # dd if=./imx-image-full-imx8mpepcr5710a1-xxxx.rootfs.sdcard of=/dev/mmcblk2 bs=1M ;sync
Button for System Recovery With SD Card
