MarsBoard V1.3
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{{Infobox Board | {{Infobox Board | ||
− | |||
| manufacturer = [[CubieTech]] | | manufacturer = [[CubieTech]] | ||
| dimensions = 10''cm'' x 6''cm'' | | dimensions = 10''cm'' x 6''cm'' |
Revision as of 02:59, 29 May 2013
MarsBoard V1.3 | |
---|---|
Manufacturer | CubieTech |
Dimensions | 10cm x 6cm |
Website | http://cubieboard.org |
Specifications | |
SoC | A10 @ 1Ghz |
DRAM |
512MB / 1GB DDR3 @ 480MHz |
NAND | 4GB |
Power | 5V 2A 4.0mm/1.7mm barrel plug |
Features | |
Video | HDMI |
Audio | 3.5mm jack, HDMI |
Network | 10/100 |
Storage | µSD, SATA (+5v power) |
USB (Host/OTG) | 2 / 1 |
Other | IR |
External Headers |
2*48p, including:
|
MarsBoard is a small (80mm x 55mm), hacker friendly, extendable and very low-cost while powerful ARM board with Allwinner A10 SoC.
Contents |
Community
- cubieboard@googlegroups.com
- #cubieboard IRC channel on Freenode. Click to join #cubieboard on Freenode (WebChat mode).
- This wiki
Getting started
See the section Cubieboard/FirstSteps for more details on getting started with the Cubieboard.
The rev 2012-08-08 cubieboards ship with a pre-installed buildroot image, see Buildroot to rebuild it and possibly apply your customizaions. See Building on Debian for more detailed instructions on building images.
The pre-installed image is for testing only. If you have a HDMI screen or TV that can handle 720p you can see diagnostic output when you power on the board.
FAQs
You might have a lot of questions before and after you get the Cubieboard. You can start on the Cubieboard FAQ.
Expansion ports
rev 2012-08-08 and 2012-09-09
Two 2x24 2.0mm male headers.
U14 (Next to SATA connector) | |||
---|---|---|---|
LCD | |||
1 | PD0 (LCDD0/LVDSP0) | 2 | Ground |
3 | PD2 (LCDD2/LVDS0P1) | 4 | PD1 (LCDD1/LVDS0N0) |
5 | PD4 (LCDD4/LNVS0P2) | 6 | PD3 (LCDD3/LVDS0N1) |
7 | PD6 (LCDD6/LVDS0PC) | 8 | PD5 (LCDD5/LVDS0N2) |
9 | Ground | 10 | PD7 (LCDD7/LVDS0NC) |
11 | PD9 (LCDD9/LVDS0N3) | 12 | PD8 (LCDD8/LVDS0P3) |
13 | PD11 (LCDD11/LVDS1N0) | 14 | PD10 (LCDD10/LVDS1P0) |
15 | PD13 (LCDD13/LVDS1N1) | 16 | PD12 (LCDD12/LVDS1P1) |
17 | PD15 (LCDD15/LVDS1N2) | 18 | PD14 (LCDD14/LVDS1P2) |
19 | PD16 (LCDD16/LVDS1PC) | 20 | Ground |
21 | PD18 (LCDD18/LVDS1P3) | 22 | PD17 (LCDD17/LVDS1NC) |
23 | PD20 (LCDD20) | 24 | PD19 (LCDD19/LVDS1N3) |
25 | PD22 (LCDD22) | 26 | PD21 (LCDD21) |
27 | PD27 (LCDVSYNC)-VGA-VSYNC | 28 | PD23 (LCDD23) |
29 | PD24 (LCDCLK) | 30 | PD26 (LCDHSYNC)-VGA-HSYNC |
31 | PB2 (PWM0) | 32 | PD25 (LCDDE) |
33 | YP_TP (TP-Y1) | 34 | XP_TP (TP-X1) |
35 | YN_TP (TP-Y2) | 36 | XN_TP (TP-X2) |
37 | PH7 (LCD0-BL-EN/LCD-PIO0/UART5-RX/EINT7) | 38 | Ground |
39 | PB11 (LCD0-SDA/LCD-PIO2) | 40 | PB10 (LCD0-SCK/LCD-PIO1) |
41 | SPDIF | 42 | Ground |
43 | VCC-5V | 44 | 3.3V (nc in 2012-08-08) |
SPI0 | |||
45 | PI10 (SPI0-CS/UART5-TX/EINT22) | 46 | PI12 (SPI0-MOSI/UART6-TX/EINT24) |
47 | PI11 (SPI0-CLK/UART5-RX/EINT23) | 48 | PI13 (SPI0-MISO/UART6-RX/EINT25) |
U15 (Between Ethernet port and USB ports) | |||
---|---|---|---|
CSI1/TS | |||
1 | VCC-5V | 2 | PH15 (CSI1-PWR/EINT15) |
3 | CSI1-IO-2V8 | 4 | PH14 (CSI1-RST#/EINT14) |
5 | PG0 (CSI1-PCLK/SDC1-CMD) | 6 | PB18 (TWI1-SCK) |
7 | PB19 (TWI1-SDA) | 8 | PG3 (CSI1-VSYNC/SDC1-D1) |
9 | PG2 (CSI1-HSYNC/SDC1-D0) | 10 | PG1 (CSI1-MCLK/SDC1-CLK) |
11 | PG4 (CSI1-D0/SDC1-D2) | 12 | PG5 (CSI1-D1/SDC1-D3) |
13 | PG6 (CSI1-D2/UART3-TX) | 14 | PG7 (CSI1-D3/UART3-RX) |
15 | PG8 (CSI1-D4/UART3-RTS) | 16 | PG9 (CSI1-D5/UART3-CTS) |
17 | PG10 (CSI1-D6/UART4-TX) | 18 | PG11 (CSI1-D7/UART4-RX) |
19 | Ground | 20 | Ground |
Analog | SDIO3 | ||
21 | FMINL | 22 | PI4 (SDC3-CMD) |
23 | FMINR | 24 | PI5 (SDC3-CLK) |
25 | Ground | 26 | PI6 (SDC3-D0) |
27 | VGA-R | 28 | PI7 (SDC3-D1) |
29 | VGA-G | 30 | PI8 (SDC3-D2) |
31 | VGA-B | 32 | PI9 (SDC3-D3) |
CSI0/TS | |||
33 | LCD1-VSYNC | 34 | PE4 (CSI0-D0) |
35 | LCD1-HSYNC | 36 | PE5 (CSI0-D1) |
37 | Ground | 38 | PE6 (CSI0-D2) |
39 | AVCC | 40 | PE7 (CSI0-D3) |
41 | LRADC0 | 42 | PE8 (CSI0-D4) |
43 | CVBS | 44 | PE9 (CSI0-D5) |
45 | HPL | 46 | PE10 (CSI0-D6) |
47 | HPR | 48 | PE11 (CSI0-D7) |
Debugging
Hardware Hacking
Software Hacking
- Building Android TV image
- Instruction to build jellybean for cubieboard
- Installing on NAND
- Build your own embedded linux with buildroot
- Run linux 3.9 on Cubieboard
Photos
- Alejandro Mery 2012-08-08 rev
- Adrian Carter 2012-09-09 rev
Components
- A10 SoC
- GT8UB256M16BP-BG 256X16 DDR3-1333-9-9-9 SDRAM
- AXP209 Power management
- RTL8201CP Realtec 8201CP MII PHY
- Samsung K9GBG08UOA-SCB0 8 GiB Flash Rom
- LFN Infrared detector
References
<references />