Free application: Allwinner heterogeneous multi-core AI intelligent vision V853 development board

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Free application: Allwinner heterogeneous multi-core AI intelligent vision V853 development board [Copy link]

 

Allwinner V853 is a new generation of high-performance, low-power processor SOC launched for the field of intelligent vision. It can be widely used in smart door locks, smart attendance access control, network cameras, driving recorders, smart desk lamps and other intelligent upgrade related industries.

Figure: Chip block diagram

The evaluation development board integrates Allwinner V853 master control, 512M DDR, 8G eMMC, WiFi/BT, Ethernet, SD card, USB, dual microphones, dual camera interfaces, IT-CUT, screen interface, battery interface, buttons, power management module, battery interface, RTC battery, speaker interface, GPS interface, G-SENSOR interface, GPS interface, JTAG, I2S, UART and other modules. It is also equipped with a 7-inch MIPI-LCD screen and a dual camera module.

Illustration: Real shot of the board

How to Apply

>> Click I want to apply , carefully fill in the reason for application, evaluation plan(official recommendations for reference: visual applications, use of NPU),etc., and you will have the opportunity to get a free evaluation opportunity.

Event Schedule

Application period: September 1 to September 20
Selection announcement: All shortlisted candidates will be announced before September 22
Evaluation period: September 30 to November 30
Awarding time: Within two weeks after the evaluation

Product Information

V853 development board schematic 20220624.pdf.pdf

V853 development board binocular camera module schematic diagram 20220624.pdf.pdf

For more information about V853, please visit the official website

For more information about the event, please click here to enter the event page

IC爬虫

This is very good

秦天qintian0303

Really good, I must go to such a high-end system in the future

bigbat

This supports binocular cameras, which can use dual cameras to detect the distance of objects, or use a single camera with filters for biometric recognition.