Ynhâld ferstopje
1 BOARDCON MINI3288 Single Board Computer rint Android
2 Faak stelde fragen
3 Ynlieding
4 MINI3288 Yntroduksje
5 Hoe te brûken de MINI3288 module
6 Dokuminten / Resources
6.1 Referinsjes

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BOARDCON MINI3288 Single Board Computer rint Android

BOARDCON-MINI3288-Single-Board-Computer-Runs-Android-produkt

Faak stelde fragen

F: Wat is de maksimale aktuele stipe troch de VCC_IO?

A: De VCC_IO stipet in maksimale stroom fan 600-800mA.

F: Wat binne de voltage ynfier spesifikaasjes foar it systeem?

A: It systeem fereasket in systeem oanbod voltage ynput fan 3.6V oant 5V.

Ynlieding

Oer dizze hânlieding
Dizze hantlieding is bedoeld om de brûker in oer te jaanview fan it bestjoer en foardielen, folsleine funksjes spesifikaasjes, en opsetten prosedueres. It befettet ek wichtige feiligensynformaasje.

Feedback en fernijing nei dizze hânlieding
Om ús klanten te helpen it measte út ús produkten te heljen, meitsje wy kontinu ekstra en bywurke boarnen beskikber op de Boardcon webside (www.boardcon.com , www.armdesigner.com).
Dizze omfetsje hânboeken, applikaasjenotysjes, programmearring bglamples, en bywurke software en hardware. Kontrolearje periodyk om te sjen wat nij is!
As wy prioritearje wurkje oan dizze bywurke boarnen, is feedback fan klanten de nûmer ien ynfloed, as jo fragen, opmerkings of soargen hawwe oer jo produkt of projekt, aarzel dan net om kontakt mei ús op te nimmen op support@armdesigner.com.

Beheinde garânsje
Boardcon garandearret dat dit produkt frij is fan defekten yn materiaal en fakmanskip foar in perioade fan ien jier fan 'e datum fan oankeap. Yn dizze garânsjeperioade sil Boardcon de defekte ienheid reparearje of ferfange yn oerienstimming mei it folgjende proses:
In kopy fan 'e orizjinele faktuer moat opnommen wurde by it werombringen fan de defekte ienheid oan Boardcon. Dizze beheinde garânsje dekt gjin skea dy't ûntstien is út ferljochting of oare stroomstoarmen, misbrûk, misbrûk, abnormale operaasjes, of besykjen om de funksje fan it produkt te feroarjen of te feroarjen. Dizze garânsje is beheind ta de reparaasje of ferfanging fan 'e defekte ienheid. Yn gjin gefal sil Boardcon oanspraaklik of ferantwurdlik wêze foar ferlies of skea, ynklusyf, mar net beheind ta ferlies fan winst, ynsidintele of gefolchskea, ferlies fan bedriuw, of ferwachte winst dy't fuortkomme út it gebrûk of ûnfermogen om dizze produkten te brûken. Reparaasjes meitsje nei it ferstriken fan 'e garânsjeperioade binne ûnderwurpen oan in reparaasjekosten en de kosten fan weromferstjoering. Nim dan kontakt op mei Boardcon om in reparaasjetsjinst te regeljen en ynformaasje oer reparaasjekosten te krijen.

MINI3288 Yntroduksje

Gearfetting

  • MINI3288 is in System on Module (SOM) basearre op de RK3288. De module hat alle pins funksje fan RK3288, lege kosten en hege-optreden. Kompatibel mei MINI3288.
  • RK3288 Yntegrearje quad-core Cortex-A17 mei apart Neon en FPU coprocessor, ek dield 1MB L2 Cache. Mear dan 32-bit adres sil maksimaal 8GB tagongsromte stypje.
  • Op it stuit is de lêste generaasje en machtichste GPU ynbêde om soepel display mei hege resolúsje (3840 × 2160) en mainstream-spiel te stypjen. Support OpenVG1.1, OpenGL ES1.1/2.0/3.0, OpenCL1.1, RenderScript en DirectX11 ensfh Folsleine opmaak video decoder, ynklusyf 4Kx2K multi-format decoder.
  • In protte interface mei hege prestaasjes om heul fleksibele oplossing te krijen, lykas multi-pipe-display mei dual-channel LVDS, MIPI-DSI of MIPI-CSI-opsje, HDMI2.0, dual-channel ISP ynbêde.
  • Dual-Channel 64bits DDR3 / LPDDR2 / LPDDR3 soarget foar easken ûnthâld bânbreedtes foar hege-optreden en hege-resolúsje applikaasje.
  • De single board komputer hat folsleine elektroanyske dokumintaasje, skema's, demo-applikaasjes, en yndustrystandert C-kompilers fan tredden en ynbêde ûntwikkelingsomjouwings foar evaluaasje. Wy binne der wis fan dat wy de juste single board komputer hawwe foar jo applikaasjes.

RK3288 Features

  • CPU
    • Quad-Core Cortex-A17 Apart yntegreare neon en FPU per CPU 32KB/32KB L1 ICache/DCache per CPU Unified 1MB L2 Cache
    • LPAE (Large Physical Address Extensions), Stipe oant 8GB adresromte Virtualisaasje-útwreidings Stipe
  • GPU
    • Quad-Core Mali-T7-searje, lêste krêftige grafyske prosessor Architected foar GPU Computing
    • Stypje OpenGL ES1.1/2.0/3.0, OpenVG1.1, OpenCL1.1 en Renderscript, Directx11
  • VPU
    • Stypje MPEG-2, MPEG-4, AVS, VC-1, VP8, MVC mei maksimaal 1080p@60fps
    • Stypje multi-formaat fideodekoder mei maksimaal 4Kx2K
    • Stypje muti-formaat fideo-encoder mei maksimaal 1080p @ 30fps
  • Fideo ynterface
    • Fideo-ynfier: MIPI CSI, DVP
    • Fideo-werjefte: RGB / 8/10bits LVDS, HDMI2.0 om maksimaal 4Kx2K-werjefte te stypjen
  • Unthâld ynterface
    • Nand Flash Interface
    • eMMC ynterface
    • DR ynterface
  • Rich Konnektivität
    •  SD/MMC/SDIO-ynterface, kompatibel mei SD3.0, SDIO3.0 en MMC4.5
    • Ien 8-kanalen I2S/PCM-ynterface, Ien 8-kanalen SPDIF-ynterface
    • Ien USB2.0 OTG, Twa USB2.0 Host
    • 100M / 1000M RMII / RGMII Ethernet ynterface
    • Dual-kanaal TS-streamynterface, descramble en demux-stipe
    • Smart Card ynterface
    • 4-CH UART, 2-CH SPI (opsje), 6-CH I2C (oant 4Mbps), 2-CH PWM (opsje)
    • PS / 2 master ynterface
    • HSIC ynterface
    • 3-CH ADC ynfier

MINI3288 Features

Eigenskip Spesifikaasjes
CPU RK3288 Quad-core ARM Cortex-A17 MPCore prosessor
Oantinken Standert 512MB DDR3L
NAND Flash 8GB eMMC Flash
Krêft DC 3.6V-5V Netzteil
PMU ACT8846
UART 4-CH (oant 5-CH, opsje troch SPI0)
RGB 24-bit
LVDS 1-CH 10bit Dul-LVDS
Ethernet 1 Gigabit (RTL8211 oan board)
USB 2-CH USB2.0 Host, 1-CH USB2.0 OTG
SPDF 1-CH
CIF 1-CH DVP 8-bit en MIPI CSI
HDMI 1-CH
PS2 1-CH
ADC 3-CH
PWM 2-CH (oant 4-CH, opsje troch UART2)
IIC 5-CH
AUDIO IF 1-CH
SPI 2-CH
HSMMC/SD 2-CH
Diminsje 70 x 58 mm

PCB Dimension

BOARDCON-MINI3288-Single-Board-Computer-Runs-Android-fig-1

Blokdiagram

BOARDCON-MINI3288-Single-Board-Computer-Runs-Android-fig-2

CPU Module Yntroduksje

Elektryske eigendom

Dissipaasje

Symboal Parameter Min Typ Max Ienheid
SYS_POWER System Supply Voltage Ynfier 3.6 5 5 V
VCC_IO IO Supply Voltage Utfier   3.3   V
VCCA_18 RK1000-S   1.8   V
VCCA_33 LCDC / I2S Controller   3.3   V
VCC_18 RK3288 SAR-ADC/ RK3288 USB PHY   1.8   V
VCC_LAN LAN PHY   3.3   V
VCC_RTC RTC Battery Voltage 2.5 3 3.6 V
Isys_power Systeem Supply Max Strom   1.1 1.5 A
Imax(VCC_IO) VCC_IO Max Strom   600 800 mA
Ivcca_18 VCCA_18 Max Strom     250 mA
Ivcca_33 VCCA_33 Max Strom     350 mA
Ivcc_18 VCC_18 Max Strom     350 mA
Irtc RTC-ynfierstrom     10 uA

CPU temperatuer

 

Toets Betingsten

 Miljeu

Temperatuer

  

Min

  

Typ

  

Max

  

Ienheid
Standby 20   43 45 ℃
Spielje de fideo 20   45 48 ℃
Folsleine krêft 20   80 85 ℃

Pin Definysje

Pin (J1) Sinjaal namme Funksje 1 Funksje 2 IO Type
1 TX_C- HDMI TMDS klok-   O
2 TX_0- HDMI TMDS Data0-   O
3 TX_C+ HDMI TMDS Clock +   O
4 TX_0+ HDMI TMDS Data0+   O
5 GND Power Ground   P
6 GND Power Ground   P
7 TX_1- HDMI TMDS Data1-   O
8 TX_2- HDMI TMDS Data2-   O
9 TX_1+ HDMI TMDS Data1+   O
10 TX_2+ HDMI TMDS Data2+   O
11 HDMI_HPD HDMI Hot Plug Detection   I
12 HDMI_CEC HDMI Consumer Electronics Control GPIO7_C0_u I/O
13 I2C5_SDA_HDMI I2C5 Bus Data GPIO7_C3_u I/O
14 I2C5_SCL_HDMI I2C5 Bus Klok GPIO7_C4_u I/O
15 GND Power Ground   P
16 LCD_VSYNC LCD Fertikale Syngronisaasje GPIO1_D1_d I/O
17 LCD_HSYNC LCD Horizontale Syngronisaasje GPIO1_D0_d I/O
18 LCD_CLK LCD klok GPIO1_D3_d I/O
19 LCD_DEN LCD ynskeakelje GPIO1_D2_d I/O
20 LCD_D0_LD0P LCD Data0 of LVDS Differential Data0+   I/O
21 LCD_D1_LD0N LCD Data1 of LVDS Differential Data0-   I/O
22 LCD_D2_LD1P LCD Data2 of LVDS Differential Data1+   I/O
23 LCD_D3_LD1N LCD Data3 of LVDS Differential Data1-   I/O
24 LCD_D4_LD2P LCD Data4 of LVDS Differential Data2+   I/O
25 LCD_D5_LD2N LCD Data5 of LVDS Differential Data2-   I/O
26 LCD_D6_LD3P LCD Data6 of LVDS Differential Data3+   I/O
27 LCD_D7_LD3N LCD Data7 of LVDS Differential Data3-   I/O
28 LCD_D8_LD4P LCD Data8 of LVDS Differential Data4+   I/O
Pin (J1) Sinjaal namme Funksje 1 Funksje 2 IO Type
29 LCD_D9_LD4N LCD Data9 of LVDS Differential Data4-   I/O
30 LCD_D10_LCK0P LCD Data10 of LVDS Differential Clock0+   I/O
31 LCD_D11_LCK0N LCD Data11 of LVDS Differential Clock0-   I/O
32 LCD_D12_LD5P LCD Data12 of LVDS Differential Data5+   I/O
33 LCD_D13_LD5N LCD Data13 of LVDS Differential Data5-   I/O
34 LCD_D14_LD6P LCD Data14 of LVDS Differential Data6+   I/O
35 LCD_D15_LD6N LCD Data15 of LVDS Differential Data6-   I/O
36 LCD_D16_LD7P LCD Data16 of LVDS Differential Data7+   I/O
37 LCD_D17_LD7N LCD Data17 of LVDS Differential Data7-   I/O
38 LCD_D18_LD8P LCD Data18 of LVDS Differential Data8+   I/O
39 LCD_D19_LD8N LCD Data19 of LVDS Differential Data8-   I/O
40 LCD_D20_LD9P LCD Data20 of LVDS Differential Data9-   I/O
41 LCD_D21_LD9N LCD Data21 of LVDS Differential Data9+   I/O
42 LCD_D22_LCK1P LCD Data22 of LVDS Differential Clock1+   I/O
43 LCD_D23_LCK1N LCD Data23 of LVDS Differential Clock1-   I/O
44 GND Power Ground   P
45 MIPI_TX/RX_CLKN MIPI Klok negative sinjaal ynfier   I/O
46 MIPI_TX/RX_D0P MIPI gegevens pear 0 positive sinjaal input   I/O
47 MIPI_TX/RX_CLKP MIPI Klok positive sinjaal ynfier   I/O
48 MIPI_TX/RX_D0N MIPI gegevens pear 0 negative sinjaal input   I/O
49 MIPI_TX/RX_D2N MIPI gegevens pear 2 negative sinjaal input   I/O
50 MIPI_TX/RX_D1N MIPI gegevens pear 1 negative sinjaal input   I/O
51 MIPI_TX/RX_D2P MIPI gegevens pear 2 positive sinjaal input   I/O
52 MIPI_TX/RX_D1P MIPI gegevens pear 1 positive sinjaal input   I/O
53 MIPI_TX/RX_D3P MIPI gegevens pear 3 positive sinjaal input   I/O
54 GND Power Ground   P
55 MIPI_TX/RX_D3N MIPI gegevens pear 3 negative sinjaal input   I/O
56 DVP_PWR   GPIO0_C1_d I/O
57 HSIC_STROBE HSIC_STROBE    
58 HSIC_DATA HSIC_DATA    
59 GND Power Ground   P
60 CIF_D1   GPIO2_B5_d I/O
61 CIF_D0   GPIO2_B4_d I/O
62 CIF_D3 HOST_D1 of TS_D1 GPIO2_A1_d I/O
63 CIF_D2 HOST_D0 of TS_D0 GPIO2_A0_d I/O
64 CIF_D5 HOST_D3 of TS_D3 GPIO2_A3_d I/O
65 CIF_D4 HOST_D2 of TS_D2 GPIO2_A2_d I/O
66 CIF_D7 HOST_CKINN of TS_D5 GPIO2_A5_d I/O
67 CIF_D6 HOST_CKINP of TS_D4 GPIO2_A4_d I/O
Pin (J1) Sinjaal namme Funksje 1 Funksje 2 IO Type
68 CIF_D9 HOST_D5 of TS_D7 GPIO2_A7_d I/O
69 CIF_D8 HOST_D4 of TS_D6 GPIO2_A6_d I/O
70 CIF_PDN0   GPIO2_B7_d I/O
71 CIF_D10   GPIO2_B6_d I/O
72 CIF_HREF HOST_D7 of TS_VALID GPIO2_B1_d I/O
73 CIF_VSYNC HOST_D6 of TS_SYNC GPIO2_B0_d I/O
74 CIF_CLKOUT HOST_WKREQ of TS_FAIL GPIO2_B3_d I/O
75 CIF_CLKIN HOST_WKACK of GPS_CLK of TS_CLKOUT GPIO2_B2_d I/O
76 I2C3_SCL   GPIO2_C0_u I/O
77 I2C3_SDA   GPIO2_C1_u I/O
78 GND Power Ground   P
79 GPIO0_B2_D OTP_OUT GPIO0_B2_d I/O
80 GPIO7_A3_D   GPIO7_A3_d I/O
81 GPIO7_A6_U   GPIO7_A6_u I/O
82 GPIO0_A6_U   GPIO0_A6_u I/O
83 LED0_AD0 PHYAD0    
84 LED1_AD1 PHYAD1    
85 VCC_LAN Ethernet Netzteil 3.3V    
86 PS2_DATA PS2 Data GPIO8_A1_u I/O
87 PS2_CLK PS2 klok GPIO8_A0_u I/O
88 ADC0_IN     I
89 GPIO0_A7_U   PMUGPIO0_A7_u I/O
90 ADC1_IN GENÊZE   I
91 VCCIO_SD SD Card macht Supply 3.3V    
92 ADC2_IN     I
93 VCC_CAM Power 1.8V    
94 VCCA_33 Power 3.3V    
95 VCC_18 Power 1.8V    
96 VCC_RTC Real-Time Clock Power Supply    
97 VCC_IO 3.3V    
98 GND Power Ground   P
99 VCC_IO 3.3V    
100 GND Power Ground   P
Pin (J2) Sinjaal namme Funksje 1 Funksje 2 IO Type
1 VCC_SYS Systeem Power Supply 3.6 ~ 5V    
2 GND Power Ground    
3 VCC_SYS Systeem Power Supply 3.6 ~ 5V    
4 GND Power Ground    
Pin (J2) Sinjaal namme Funksje 1 Funksje 2 IO Type
5 nRESET Systeem weromsette   I
6 MDI0 + 100M/1G Ethernet MDI0+    
7 MDI1 + 100M/1G Ethernet MDI1+    
8 MDI0- 100M/1G Ethernet MDI0-    
9 MDI1- 100M/1G Ethernet MDI1-    
10 IR_INT PWM CH0 GPIO7_A0_d I/O
11 MDI2 + 100M/1G Ethernet MDI2+    
12 MDI3 + 100M/1G Ethernet MDI3+    
13 MDI2- 100M/1G Ethernet MDI2-    
14 MDI3- 100M/1G Ethernet MDI3-    
15 GND Power Ground   P
16 RST_KEY Systeem weromsette   I
17 SDIO0_CMD   GPIO4_D0_u I/O
18 SDIO0_D0   GPIO4_C4_u I/O
19 SDIO0_D1   GPIO4_C5_u I/O
20 SDIO0_D2   GPIO4_C6_u I/O
21 SDIO0_D3   GPIO4_C7_u I/O
22 SDIO0_CLK   GPIO4_D1_d I/O
23 BT_WAKE SDIO0_DET GPIO4_D2_u I/O
24 SDIO0_WP   GPIO4_D3_d I/O
25 WIFI_REG_ON SDIO0_PWR GPIO4_D4_d I/O
26 BT_HOST_WAKE   GPIO4_D7_u I/O
27 WIFI_HOST_WAKE SDIO0_INTn GPIO4_D6_u I/O
28 BT_RST SDIO0_BKPWR GPIO4_D5_d I/O
29 SPI2_CLK SC_IO_T1 GPIO8_A6_d I/O
30 SPI2_CSn0 SC_DET_T1 GPIO8_A7_u I/O
31 SPI2_RXD SC_RST_T1 GPIO8_B0_d I/O
32 SPI2_TXD SC_CLK_T1 GPIO8_B1_d I/O
33 OTG_VBUS_DRV   GPIO0_B4_d I/O
34 HOST_VBUS_DRV   GPIO0_B6_d I/O
35 UART0_RX   GPIO4_C0_u I/O
36 UART0_TX   GPIO4_C1_d I/O
37 GND Power Ground   P
38 UART0_CTS   GPIO4_C2_u I/O
39 OTG_DM      
40 UART0_RTS   GPIO4_C3_u I/O
41 OTG_DP      
42 OTG_ID      
43 HOST1_DM USB host haven 1 negative gegevens    
Pin (J2) Sinjaal namme Funksje 1 Funksje 2 IO Type
44 OTG_DET      
45 HOST1_DP USB host haven 1 positive gegevens    
46 HOST2_DM USB host haven 2 negative gegevens    
47 SPI0_CSn0 UART4_RTSn of TS0_D5 GPIO5_B5_u I/O
48 HOST2_DP USB host haven 2 positive gegevens    
49 SPI0_CLK UART4_CTSn of TS0_D4 GPIO5_B4_u I/O
50 GND Power Ground   P
51 SPI0_UART4_RXD UART4_RX of TS0_D7 GPIO5_B7_u I/O
52 SPI0_UART4_TXD UART4_TX of TS0_D6 GPIO5_B6_d I/O
53 GND Power Ground   P
54 TS0_SYNC SPI0_CSn1 GPIO5_C0_u I/O
55 UART1_CTSn TS0_D2 GPIO5_B2_u I/O
56 UART1_RTSn TS0_D3 GPIO5_B3_u I/O
57 UART1_RX_TS0_D0 TS0_D0 GPIO5_B0_u I/O
58 UART1_TX TS0_D1 GPIO5_B1_d I/O
59 TS0_CLK   GPIO5_C2_d I/O
60 TS0_VALID   GPIO5_C1_d I/O
61 TS0_ERR   GPIO5_C3_d I/O
62 GPIO7_B4_U ISP_SHUTTEREN of SPI1_CLK GPIO7_B4_u I/O
63 SDMMC_CLK JTAG_TDO GPIO6_C4_d I/O
64 GND Power Ground   P
65 SDMMC_D0 JTAG_TMS GPIO6_C0_u I/O
66 SDMMC_CMD   GPIO6_C5_u I/O
67 SDMMC_D2 JTAG_TDI GPIO6_C2_u I/O
68 SDMMC_D1 JTAG_TRSTN GPIO6_C1_u I/O
69 SDMMC_DET   GPIO6_C6_u I/O
70 SDMMC_D3 JTAG_TCK GPIO6_C3_u I/O
71 SDMMC_PWR eDP_HOTPLUG GPIO7_B3_d I/O
72 GPIO0_B5_D Algemien IO   I/O
73 GND Power Ground   P
74 GPIO7_B7_U ISP_SHUTTERTRIG GPIO7_B7_u I/O
75 I2S_SDI   GPIO6_A3_d I/O
76 I2S_MCLK   GPIO6_B0_d I/O
77 I2S_SCLK   GPIO6_A0_d I/O
78 I2S_LRCK_RX   GPIO6_A1_d I/O
79 I2S_LRCK_TX   GPIO6_A2_d I/O
80 I2S_SDO0   GPIO6_A4_d I/O
81 I2S_SDO1   GPIO6_A5_d I/O
82 I2S_SDO2   GPIO6_A6_d I/O
Pin (J2) Sinjaal namme Funksje 1 Funksje 2 IO Type
83 I2S_SDO3   GPIO6_A7_d I/O
84 SPDIF_TX   GPIO6_B3_d I/O
85 I2C2_SDA   GPIO6_B1_u I/O
86 GND Power Ground   P
87 I2C1_SDA SC_RST GPIO8_A4_u I/O
88 I2C2_SCL   GPIO6_B2_u I/O
89 I2C4_SDA   GPIO7_C1_u I/O
90 I2C1_SCL SC_CLK GPIO8_A5_u I/O
91 UART2_RX IR_RX of PWM2 GPIO7_C6_u I/O
92 I2C4_SCL   GPIO7_C2_u I/O
93 UART3_RX GPS_MAG of HSADC_D0_T1 GPIO7_A7_u I/O
94 UART2_TX IR_TX of PWM3 of EDPHDMI_CEC GPIO7_C7_u I/O
95 UART3_RTSn   GPIO7_B2_u I/O
96 UART3_TX GPS_SIG of HSADC_D1_T1 GPIO7_B0_d I/O
97 PWM1   GPIO7_A1_d I/O
98 UART3_CTSn GPS_RFCLK of GPS_CLK_T1 GPIO7_B1_u I/O
99 PWR_KEY     I
100 GPIO7_C5_D   GPIO7_C5_d I/O

Hoe te brûken de MINI3288 module

Connectors

PCB diminsje fan de Anschlüsse

BOARDCON-MINI3288-Single-Board-Computer-Runs-Android-fig-3

De foto fan de Anschlüsse

BOARDCON-MINI3288-Single-Board-Computer-Runs-Android-fig-4

RTC Batterij Circuit

BOARDCON-MINI3288-Single-Board-Computer-Runs-Android-fig-5

SATA Circuit

BOARDCON-MINI3288-Single-Board-Computer-Runs-Android-fig-6

Power Circuit

BOARDCON-MINI3288-Single-Board-Computer-Runs-Android-fig-7

SD Interface Circuit

SD (Security Digital) kaart is in soarte fan in soad tapast card. In oantsjutte ynterface circuit op platfoarm stipet lêzen en skriuwen funksje fan SD card.

Ethernet Interface Circuit

BOARDCON-MINI3288-Single-Board-Computer-Runs-Android-fig-9

Audio Codec Circuit

BOARDCON-MINI3288-Single-Board-Computer-Runs-Android-fig-10

BOARDCON-MINI3288-Single-Board-Computer-Runs-Android-fig-11

Display Circuit

BOARDCON-MINI3288-Single-Board-Computer-Runs-Android-fig-12

USB Interface Circuit

BOARDCON-MINI3288-Single-Board-Computer-Runs-Android-fig-13

BOARDCON-MINI3288-Single-Board-Computer-Runs-Android-fig-14

WiFi / BT Circuit

BOARDCON-MINI3288-Single-Board-Computer-Runs-Android-fig-15

GPS Circuit

BOARDCON-MINI3288-Single-Board-Computer-Runs-Android-fig-16

4G Circuit

BOARDCON-MINI3288-Single-Board-Computer-Runs-Android-fig-17

HDMI Circuit

BOARDCON-MINI3288-Single-Board-Computer-Runs-Android-fig-18

Dokuminten / Resources

BOARDCON MINI3288 Single Board Computer rint Android [pdf] Brûkershânlieding
MINI3288 Single Board Computer Runs Android, MINI3288, Single Board Computer Runs Android, Board Computer Runs Android, Computer Runs Android, Runs Android, Android

Referinsjes

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