newrudeman

Ultra-high performance ten-core ARM-Linux development board

Overview

Ultra-high performance ten-core ARM-Linux development board

(As we all know, TV boxes based on Allwinner H5 have been promoted as "ten cores", but there seems to be nothing wrong with them.

Version/Update Notes

Note: All versions with a major version number of 0 are beta versions, and their availability cannot be guaranteed.

2021.9.17 The DDR routing has been re-modified and several routings closer to other signal vias have been optimized. The version number is advanced to ver0.3
2021.9.21 Optimize the routing of DDR3-SDQ2, adjust the HDMI routing, abandon the equal length, and only ensure impedance matching. The version number is advanced to ver0.4

I hope someone can verify it for free or sponsor a few chips.

BOM download

Schematic_Ultra-high performance ten-core ARM-Linux development board_2022-03-01.pdf

SCH_Ultra-high performance ten-core ARM-Linux development board_2022-03-01.json

Ultra-high performance ten-core ARM-Linux development board_2022-03-01.zip

Schematic_Ultra-high performance ten-core ARM-Linux development board_2022-03-01.pdf

SCH_Ultra-high performance ten-core ARM-Linux development board_2022-03-01.json

Ultra-high performance ten-core ARM-Linux development board_2022-03-01.zip

Schematic_Ultra-high performance ten-core ARM-Linux development board_2022-03-01.pdf

SCH_Ultra-high performance ten-core ARM-Linux development board_2022-03-01.json

Ultra-high performance ten-core ARM-Linux development board_2022-03-01.zip

PCB_PCB_Allwinner h3 development board_2_2022-03-01.pdf

PCB_PCB_Allwinner h3 development board_2_2022-03-01.json

PCB_Allwinner h3 development board_2_2022-03-01.pcbdoc

Gerber_PCB_Allwinner h3 development board_2.zip

Schematic_Ultra-high performance ten-core ARM-Linux development board_2022-03-01.pdf

SCH_Ultra-high performance ten-core ARM-Linux development board_2022-03-01.json

Ultra-high performance ten-core ARM-Linux development board_2022-03-01.zip

51319

electronic

Design Files

Related Devices

Devices	Class	introduce	Datasheet
GRM155R60J226ME11D	Passive components;capacitor	Accuracy: ±20% Capacitance: 22uF Rated voltage: 6.3V Temperature drift coefficient (dielectric material): X5R Material: X5R	Download
CC0402JRNPO9BN220	Passive components;capacitor	Accuracy: ±5% Capacitance: 22pF Rated voltage: 50V Temperature drift coefficient (dielectric material): NP0 Material: NP0	Download
0402N100F500CT	Passive components;The patch capacitance	Accuracy: ±1% Capacitance: 10pF Rated voltage: 50V Temperature drift coefficient (dielectric material): NP0 (C0G) Material: NP0	Download
GRM21BR60J107ME15K			Download
MR01A-01211	The connector;Booth connector	MICRO SD CARD PUSH The external welding terminal shrapnel is shortened by 0.5mm, the functional area is gold-plated 3u″ tin feet, matt-plated pure tin, at least 160u″ rolled (low bumps)	Download
CR0402FF2400G	Passive components;SMD resistor	Resistance (ohms): 240 Accuracy: ±1% Power: 1/16W Temperature coefficient: ±200ppm/°C	Download
RTT021000FTH	Passive components;SMD resistor	Resistance (ohms): 100 Accuracy: ±1% Power: 1/16W Temperature coefficient: ±100ppm/°C	Download
WR04X4502FTL	Passive components;SMD resistor	Resistance (ohms): 45K Accuracy: ±1% Power: 1/16W Temperature coefficient: ±100ppm/°C	Download
WR04X4502FTL	Passive components;SMD resistor	Resistance (ohms): 45K Accuracy: ±1% Power: 1/16W Temperature coefficient: ±100ppm/°C	Download
WR04X4502FTL	Passive components;SMD resistor	Resistance (ohms): 45K Accuracy: ±1% Power: 1/16W Temperature coefficient: ±100ppm/°C	Download
AC0402JR-0710KL	Passive components;SMD resistor	Resistance (ohms): 10K Accuracy: ±5% Power: 1/16W Temperature coefficient: ±100ppm/°C	Download
CR0402FF2400G	Passive components;SMD resistor	Resistance (ohms): 240 Accuracy: ±1% Power: 1/16W Temperature coefficient: ±200ppm/°C	Download
WR04X4502FTL	Passive components;SMD resistor	Resistance (ohms): 45K Accuracy: ±1% Power: 1/16W Temperature coefficient: ±100ppm/°C	Download
RTT032R00FTP	Passive components;SMD resistor	Resistance (ohms): 2 Accuracy: ±1% Power: 1/10W Temperature coefficient: ±200ppm/°C	Download
WR04X4502FTL	Passive components;SMD resistor	Resistance (ohms): 45K Accuracy: ±1% Power: 1/16W Temperature coefficient: ±100ppm/°C	Download
WR04X4502FTL	Passive components;SMD resistor	Resistance (ohms): 45K Accuracy: ±1% Power: 1/16W Temperature coefficient: ±100ppm/°C	Download
RTT032R00FTP	Passive components;SMD resistor	Resistance (ohms): 2 Accuracy: ±1% Power: 1/10W Temperature coefficient: ±200ppm/°C	Download
WR04X4502FTL	Passive components;SMD resistor	Resistance (ohms): 45K Accuracy: ±1% Power: 1/16W Temperature coefficient: ±100ppm/°C	Download
WR04X4502FTL	Passive components;SMD resistor	Resistance (ohms): 45K Accuracy: ±1% Power: 1/16W Temperature coefficient: ±100ppm/°C	Download
R-RJ45R08P-C004	The connector;Ethernet connector (RJ45 RJ11)		Download
S-LUDZS16BT1G	Zener diode		Download
SY8089AAAC	Power/power management;DC - DC chip	Output current: 2A Switch operating frequency: 1MHz Output type: Adjustable Number of output voltage channels: 1 Function type: Step-Down Output configuration: Positive	Download
USB-AF侧插铜	The connector;The USB connector	Male and Female: Female connector type: USB - Type A Number of contacts: 4 Standard: USB 2 AF female connector 90 degree side plug long body not resistant to high temperatures	Download
TYPEC-304J-BCP16			Download

All reference designs on this site are sourced from major semiconductor manufacturers or collected online for learning and research. The copyright belongs to the semiconductor manufacturer or the original author. If you believe that the reference design of this site infringes upon your relevant rights and interests, please send us a rights notice. As a neutral platform service provider, we will take measures to delete the relevant content in accordance with relevant laws after receiving the relevant notice from the rights holder. Please send relevant notifications to email: bbs_service@eeworld.com.cn.

It is your responsibility to test the circuit yourself and determine its suitability for you. EEWorld will not be liable for direct, indirect, special, incidental, consequential or punitive damages arising from any cause or anything connected to any reference design used.