BOARDCON MINI3288 Single Board Komputer ngajalankeun Android
Patarosan anu sering ditaroskeun
Q: Naon arus maksimum anu dirojong ku VCC_IO?
A: VCC_IO ngarojong arus maksimum 600-800mA.
Q: Naon voltage spésifikasi input pikeun sistem?
A: Sistim nu merlukeun sistem suplai voltage input tina 3.6V ka 5V.
Bubuka
Ngeunaan Manual ieu
Manual ieu dimaksudkeun pikeun nyadiakeun pamaké kalawan leuwihview tina dewan jeung kauntungan, spésifikasi fitur lengkep, sarta nyetél prosedur. Ieu ngandung émbaran kaamanan penting ogé.
Eupan Balik sarta Update kana Manual ieu
Pikeun mantuan konsumén urang nyieun kalolobaan produk urang, kami terus nyieun sumberdaya tambahan sarta diropéa sadia on Boardcon websitus (www.boardcon.com , www.armdesigner.com).
Ieu kalebet manual, catetan aplikasi, pamrograman examples, jeung software diropéa jeung hardware. Pariksa-in périodik pikeun nempo naon nu anyar!
Nalika kami prioritizing karya dina sumberdaya diropéa ieu, eupan balik ti konsumén mangrupa nomer hiji pangaruh, lamun anjeun mibanda patalékan, komentar, atawa masalah ngeunaan produk Anjeun atawa proyék, mangga ulah ragu ngahubungan kami di support@armdesigner.com.
Garansi kawates
Boardcon ngajamin produk ieu bebas tina cacad dina bahan sareng pagawean salami sataun ti tanggal pameseran. Salila periode jaminan ieu Boardcon bakal ngalereskeun atanapi ngagentos unit anu cacad saluyu sareng prosés ieu:
Salinan invoice asli kedah kalebet nalika ngabalikeun unit anu cacad ka Boardcon. Garansi kawates ieu henteu nutupan karusakan anu disababkeun ku cahaya atanapi lonjakan listrik anu sanés, nyalahgunakeun, nyiksa, kaayaan operasi anu teu normal, atanapi nyobian ngarobih atanapi ngarobih fungsi produk. Garansi ieu dugi ka perbaikan atanapi ngagentos unit anu cacad. Dina henteu aya acara Boardcon nanggung jawab atanapi nanggungjawaban kanggo karugian atanapi karusakan, kalebet tapi henteu dugi ka kauntungan anu leungit, karusakan saliwatan atanapi akibat, leungitna usaha, atanapi kauntungan antisipatif. timbul tina pamakéan atawa henteu mampuh ngagunakeun produk ieu. Perbaikan dilakukeun saatos béakna période garansi tunduk kana biaya perbaikan sareng biaya pengiriman balik. Punten ngahubungi Boardcon pikeun ngatur jasa perbaikan sareng kéngingkeun inpormasi biaya perbaikan.
MINI3288 Bubuka
Ringkesan
- MINI3288 nyaéta System on Module (SOM) dumasar kana RK3288. modul nu boga sagala fungsi pin of RK3288, béaya rendah sarta-kinerja tinggi. Cocog sareng MINI3288.
- RK3288 Ngahijikeun quad-core Cortex-A17 kalawan misah Neon na FPU coprocessor, ogé dibagikeun 1MB L2 Cache. Leuwih ti alamat 32-bit bakal ngarojong nepi ka 8GB spasi aksés.
- Ayeuna, generasi panganyarna sareng GPU anu paling kuat dipasang pikeun ngadukung tampilan resolusi luhur (3840 × 2160) anu lancar sareng kaulinan mainstream. Rojongan OpenVG1.1, OpenGL ES1.1/2.0/3.0, OpenCL1.1, RenderScript na DirectX11 jsb Full-format decoder video, kaasup 4Kx2K multi-format decoder.
- Seueur antarmuka anu berkinerja tinggi pikeun kéngingkeun solusi anu fleksibel, sapertos tampilan multi-pipe sareng LVDS saluran ganda, MIPI-DSI atanapi MIPI-CSI pilihan, HDMI2.0, ISP dual-kanal dipasang.
- Dual-Channel 64bits DDR3 / LPDDR2 / LPDDR3 nyayogikeun bandwidth mémori anu nungtut pikeun aplikasi anu berkinerja tinggi sareng resolusi luhur.
- Komputer papan tunggal gaduh dokuméntasi éléktronik lengkep, skématik, aplikasi demo, sareng kompiler C standar industri pihak katilu sareng lingkungan pangembangan anu dipasang pikeun évaluasi. Kami yakin gaduh komputer dewan tunggal anu pas pikeun aplikasi anjeun.
Fitur RK3288
- CPU
- Quad-Core Cortex-A17 Neon Terpadu Kapisah sareng FPU per CPU 32KB/32KB L1 ICache/DCache per CPU Unified 1MB L2 Cache
- LPAE (Ekstensi Alamat Fisik Gede), Rojongan nepi ka 8GB rohangan alamat Virtualization Extensions Rojongan
- GPU
- Quad-Core Mali-T7 séri, processor grafik kuat panganyarna Arsiték pikeun komputasi GPU
- Ngarojong OpenGL ES1.1 / 2.0 / 3.0, OpenVG1.1, OpenCL1.1 sareng Renderscript, Directx11
- VPU
- Rojongan MPEG-2, MPEG-4, AVS, VC-1, VP8, MVC nepi ka 1080p@60fps
- Ngarojong decoder video multi-format nepi ka 4Kx2K
- Ngarojong encoder pidéo format muti nepi ka 1080p@30fps
- Video Panganteur
- Input Video: MIPI CSI, DVP
- Pintonan pidéo: RGB / 8/10bits LVDS, HDMI2.0 pikeun ngadukung tampilan 4Kx2K maksimal
- Panganteur mémori
- Nand Flash Interface
- eMMC Interface
- panganteur DR
- Konéktipitas euyeub
- Antarbeungeut SD / MMC / SDIO, cocog sareng SD3.0, SDIO3.0 sareng MMC4.5
- Hiji 8-saluran I2S / panganteur PCM, Hiji 8-saluran panganteur SPDIF
- Hiji USB2.0 OTG, Dua USB2.0 Host
- 100M / 1000M RMII / panganteur Ethernet RGMII
- Dual channel TS stream panganteur, descramble sarta rojongan demux
- panganteur Card Smart
- 4-CH UART, 2-CH SPI (pilihan), 6-CH I2C (nepi ka 4Mbps), 2-CH PWM (pilihan)
- panganteur master PS / 2
- panganteur HSIC
- 3-CH ADC input
MINI3288 Fitur
| Fitur | spésifikasi |
| CPU | RK3288 Quad-core ARM Cortex-A17 prosésor MPCore |
| Mémori | Standar 512MB DDR3L |
| NAND Flash | 8GB eMMC Flash |
| Kakuatan | catu daya DC 3.6V-5V |
| PMU | ACT8846 |
| UART | 4-CH (nepi ka 5-CH, pilihan ku SPI0) |
| RGB | 24-bit |
| LVDS | 1-CH 10bit Dul-LVDS |
| Ethernet | 1 Gigabit (RTL8211 on board) |
| USB | 2-CH USB2.0 Host, 1-CH USB2.0 OTG |
| SPDF | 1-CH |
| CIF | 1-CH DVP 8-bit jeung MIPI CSI |
| HDMI | 1-CH |
| PS2 | 1-CH |
| ADC | 3-CH |
| PWM | 2-CH (nepi ka 4-CH, pilihan ku UART2) |
| IIC | 5-CH |
| AUDIO IF | 1-CH |
| SPI | 2-CH |
| HSMMC/SD | 2-CH |
| Diménsi | 70 x 58 mm |
Ukuran PCB
Blok Diagram
CPU Module Bubuka
Harta listrik
Lembur
| Lambang | Parameter | Min | Tip | Max | Unit |
| SYS_POWER | Sistim suplai Voltage Masukan | 3.6 | 5 | 5 | V |
| VCC_IO | IO Supply Voltage Kaluaran | 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 | Batré RTC Voltage | 2.5 | 3 | 3.6 | V |
| Isys_power | System Supply Max Ayeuna | 1.1 | 1.5 | A | |
| Imax(VCC_IO) | VCC_IO Max Ayeuna | 600 | 800 | mA | |
| Ivcca_18 | VCCA_18 Max Ayeuna | 250 | mA | ||
| Ivcca_33 | VCCA_33 Max Ayeuna | 350 | mA | ||
| Ivcc_18 | VCC_18 Max Ayeuna | 350 | mA |
| Irtc | RTC Input Ayeuna | 10 | uA |
Suhu CPU
|
Tes kaayaan |
Lingkungan
Suhu |
Min |
Tip |
Max |
Unit |
| Antosan | 20 | 43 | 45 | ℃ | |
| Puterkeun pidéo na | 20 | 45 | 48 | ℃ | |
| kakuatan pinuh | 20 | 80 | 85 | ℃ |
Pin Harti
| Pin (J1) | Ngaran sinyal | Fungsi 1 | Fungsi 2 | Tipe IO |
| 1 | TX_C- | Jam HDMI TMDS- | O | |
| 2 | TX_0- | HDMI TMDS Data0- | O | |
| 3 | TX_C+ | HDMI TMDS Jam + | O | |
| 4 | TX_0+ | HDMI TMDS Data0+ | O | |
| 5 | GND | kakuatan Ground | P | |
| 6 | GND | kakuatan 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 Colokkeun Deteksi | I | |
| 12 | HDMI_CEC | HDMI Consumer Electronics Control | GPIO7_C0_u | Abdi / O |
| 13 | I2C5_SDA_HDMI | I2C5 Data Beus | GPIO7_C3_u | Abdi / O |
| 14 | I2C5_SCL_HDMI | I2C5 Beus Jam | GPIO7_C4_u | Abdi / O |
| 15 | GND | kakuatan Ground | P | |
| 16 | LCD_VSYNC | LCD Sinkronisasi nangtung | GPIO1_D1_d | Abdi / O |
| 17 | LCD_HSYNC | LCD Horizontal Sinkronisasi | GPIO1_D0_d | Abdi / O |
| 18 | LCD_CLK | Jam LCD | GPIO1_D3_d | Abdi / O |
| 19 | LCD_DEN | LCD Aktipkeun | GPIO1_D2_d | Abdi / O |
| 20 | LCD_D0_LD0P | LCD Data0 atanapi LVDS Diferensial Data0+ | Abdi / O | |
| 21 | LCD_D1_LD0N | Data LCD1 atanapi Data Diferensial LVDS0- | Abdi / O | |
| 22 | LCD_D2_LD1P | LCD Data2 atanapi LVDS Diferensial Data1+ | Abdi / O | |
| 23 | LCD_D3_LD1N | Data LCD3 atanapi Data Diferensial LVDS1- | Abdi / O | |
| 24 | LCD_D4_LD2P | LCD Data4 atanapi LVDS Diferensial Data2+ | Abdi / O | |
| 25 | LCD_D5_LD2N | Data LCD5 atanapi Data Diferensial LVDS2- | Abdi / O | |
| 26 | LCD_D6_LD3P | LCD Data6 atanapi LVDS Diferensial Data3+ | Abdi / O | |
| 27 | LCD_D7_LD3N | Data LCD7 atanapi Data Diferensial LVDS3- | Abdi / O | |
| 28 | LCD_D8_LD4P | LCD Data8 atanapi LVDS Diferensial Data4+ | Abdi / O |
| Pin (J1) | Ngaran sinyal | Fungsi 1 | Fungsi 2 | Tipe IO |
| 29 | LCD_D9_LD4N | Data LCD9 atanapi Data Diferensial LVDS4- | Abdi / O | |
| 30 | LCD_D10_LCK0P | LCD Data10 atanapi LVDS Diferensial Clock0+ | Abdi / O | |
| 31 | LCD_D11_LCK0N | LCD Data11 atanapi LVDS Diferensial Jam0- | Abdi / O | |
| 32 | LCD_D12_LD5P | LCD Data12 atanapi LVDS Diferensial Data5+ | Abdi / O | |
| 33 | LCD_D13_LD5N | Data LCD13 atanapi Data Diferensial LVDS5- | Abdi / O | |
| 34 | LCD_D14_LD6P | LCD Data14 atanapi LVDS Diferensial Data6+ | Abdi / O | |
| 35 | LCD_D15_LD6N | Data LCD15 atanapi Data Diferensial LVDS6- | Abdi / O | |
| 36 | LCD_D16_LD7P | LCD Data16 atanapi LVDS Diferensial Data7+ | Abdi / O | |
| 37 | LCD_D17_LD7N | Data LCD17 atanapi Data Diferensial LVDS7- | Abdi / O | |
| 38 | LCD_D18_LD8P | LCD Data18 atanapi LVDS Diferensial Data8+ | Abdi / O | |
| 39 | LCD_D19_LD8N | Data LCD19 atanapi Data Diferensial LVDS8- | Abdi / O | |
| 40 | LCD_D20_LD9P | Data LCD20 atanapi Data Diferensial LVDS9- | Abdi / O | |
| 41 | LCD_D21_LD9N | LCD Data21 atanapi LVDS Diferensial Data9+ | Abdi / O | |
| 42 | LCD_D22_LCK1P | LCD Data22 atanapi LVDS Diferensial Clock1+ | Abdi / O | |
| 43 | LCD_D23_LCK1N | LCD Data23 atanapi LVDS Diferensial Jam1- | Abdi / O | |
| 44 | GND | kakuatan Ground | P | |
| 45 | MIPI_TX / RX_CLKN | MIPI Jam input sinyal négatip | Abdi / O | |
| 46 | MIPI_TX/RX_D0P | MIPI pasangan data 0 input sinyal positif | Abdi / O | |
| 47 | MIPI_TX / RX_CLKP | MIPI Jam input sinyal positif | Abdi / O | |
| 48 | MIPI_TX/RX_D0N | pasangan data MIPI 0 input sinyal négatip | Abdi / O | |
| 49 | MIPI_TX/RX_D2N | pasangan data MIPI 2 input sinyal négatip | Abdi / O | |
| 50 | MIPI_TX/RX_D1N | pasangan data MIPI 1 input sinyal négatip | Abdi / O | |
| 51 | MIPI_TX/RX_D2P | MIPI pasangan data 2 input sinyal positif | Abdi / O | |
| 52 | MIPI_TX/RX_D1P | MIPI pasangan data 1 input sinyal positif | Abdi / O | |
| 53 | MIPI_TX/RX_D3P | MIPI pasangan data 3 input sinyal positif | Abdi / O | |
| 54 | GND | kakuatan Ground | P | |
| 55 | MIPI_TX/RX_D3N | pasangan data MIPI 3 input sinyal négatip | Abdi / O | |
| 56 | DVP_PWR | GPIO0_C1_d | Abdi / O | |
| 57 | HSIC_STROBE | HSIC_STROBE | ||
| 58 | HSIC_DATA | HSIC_DATA | ||
| 59 | GND | kakuatan Ground | P | |
| 60 | CIF_D1 | GPIO2_B5_d | Abdi / O | |
| 61 | CIF_D0 | GPIO2_B4_d | Abdi / O | |
| 62 | CIF_D3 | HOST_D1 atanapi TS_D1 | GPIO2_A1_d | Abdi / O |
| 63 | CIF_D2 | HOST_D0 atanapi TS_D0 | GPIO2_A0_d | Abdi / O |
| 64 | CIF_D5 | HOST_D3 atanapi TS_D3 | GPIO2_A3_d | Abdi / O |
| 65 | CIF_D4 | HOST_D2 atanapi TS_D2 | GPIO2_A2_d | Abdi / O |
| 66 | CIF_D7 | HOST_CKINN atanapi TS_D5 | GPIO2_A5_d | Abdi / O |
| 67 | CIF_D6 | HOST_CKINP atanapi TS_D4 | GPIO2_A4_d | Abdi / O |
| Pin (J1) | Ngaran sinyal | Fungsi 1 | Fungsi 2 | Tipe IO |
| 68 | CIF_D9 | HOST_D5 atanapi TS_D7 | GPIO2_A7_d | Abdi / O |
| 69 | CIF_D8 | HOST_D4 atanapi TS_D6 | GPIO2_A6_d | Abdi / O |
| 70 | CIF_PDN0 | GPIO2_B7_d | Abdi / O | |
| 71 | CIF_D10 | GPIO2_B6_d | Abdi / O | |
| 72 | CIF_HREF | HOST_D7 atanapi TS_VALID | GPIO2_B1_d | Abdi / O |
| 73 | CIF_VSYNC | HOST_D6 atanapi TS_SYNC | GPIO2_B0_d | Abdi / O |
| 74 | CIF_CLKOUT | HOST_WKREQ atanapi TS_FAIL | GPIO2_B3_d | Abdi / O |
| 75 | CIF_CLKIN | HOST_WKACK atanapi GPS_CLK atanapi TS_CLKOUT | GPIO2_B2_d | Abdi / O |
| 76 | I2C3_SCL | GPIO2_C0_u | Abdi / O | |
| 77 | I2C3_SDA | GPIO2_C1_u | Abdi / O | |
| 78 | GND | kakuatan Ground | P | |
| 79 | GPIO0_B2_D | OTP_OUT | GPIO0_B2_d | Abdi / O |
| 80 | GPIO7_A3_D | GPIO7_A3_d | Abdi / O | |
| 81 | GPIO7_A6_U | GPIO7_A6_u | Abdi / O | |
| 82 | GPIO0_A6_U | GPIO0_A6_u | Abdi / O | |
| 83 | LED0_AD0 | PHYAD0 | ||
| 84 | LED1_AD1 | PHYAD1 | ||
| 85 | VCC_LAN | Ethernet Power Supply 3.3V | ||
| 86 | PS2_DATA | Data PS2 | GPIO8_A1_u | Abdi / O |
| 87 | PS2_CLK | Jam PS2 | GPIO8_A0_u | Abdi / O |
| 88 | ADC0_IN | I | ||
| 89 | GPIO0_A7_U | PMUGPIO0_A7_u | Abdi / O | |
| 90 | ADC1_IN | PEMASUKAN | I | |
| 91 | VCCIO_SD | catu daya Kartu SD 3.3V | ||
| 92 | ADC2_IN | I | ||
| 93 | VCC_CAM | Kakuatan 1.8V | ||
| 94 | VCCA_33 | Kakuatan 3.3V | ||
| 95 | VCC_18 | Kakuatan 1.8V | ||
| 96 | VCC_RTC | Real-Time Jam Power Supply | ||
| 97 | VCC_IO | 3.3V | ||
| 98 | GND | kakuatan Ground | P | |
| 99 | VCC_IO | 3.3V | ||
| 100 | GND | kakuatan Ground | P |
| Pin (J2) | Ngaran sinyal | Fungsi 1 | Fungsi 2 | Tipe IO |
| 1 | VCC_SYS | Sistim Power Supply 3.6 ~ 5V | ||
| 2 | GND | kakuatan Ground | ||
| 3 | VCC_SYS | Sistim Power Supply 3.6 ~ 5V | ||
| 4 | GND | kakuatan Ground |
| Pin (J2) | Ngaran sinyal | Fungsi 1 | Fungsi 2 | Tipe IO |
| 5 | nRESET | Reset Sistim | 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 | Abdi / 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 | kakuatan Ground | P | |
| 16 | RST_KEY | Reset Sistim | I | |
| 17 | SDIO0_CMD | GPIO4_D0_u | Abdi / O | |
| 18 | SDIO0_D0 | GPIO4_C4_u | Abdi / O | |
| 19 | SDIO0_D1 | GPIO4_C5_u | Abdi / O | |
| 20 | SDIO0_D2 | GPIO4_C6_u | Abdi / O | |
| 21 | SDIO0_D3 | GPIO4_C7_u | Abdi / O | |
| 22 | SDIO0_CLK | GPIO4_D1_d | Abdi / O | |
| 23 | BT_WAKE | SDIO0_DET | GPIO4_D2_u | Abdi / O |
| 24 | SDIO0_WP | GPIO4_D3_d | Abdi / O | |
| 25 | WIFI_REG_ON | SDIO0_PWR | GPIO4_D4_d | Abdi / O |
| 26 | BT_HOST_WAKE | GPIO4_D7_u | Abdi / O | |
| 27 | WIFI_HOST_WAKE | SDIO0_INTn | GPIO4_D6_u | Abdi / O |
| 28 | BT_RST | SDIO0_BKPWR | GPIO4_D5_d | Abdi / O |
| 29 | SPI2_CLK | SC_IO_T1 | GPIO8_A6_d | Abdi / O |
| 30 | SPI2_CSn0 | SC_DET_T1 | GPIO8_A7_u | Abdi / O |
| 31 | SPI2_RXD | SC_RST_T1 | GPIO8_B0_d | Abdi / O |
| 32 | SPI2_TXD | SC_CLK_T1 | GPIO8_B1_d | Abdi / O |
| 33 | OTG_VBUS_DRV | GPIO0_B4_d | Abdi / O | |
| 34 | HOST_VBUS_DRV | GPIO0_B6_d | Abdi / O | |
| 35 | UART0_RX | GPIO4_C0_u | Abdi / O | |
| 36 | UART0_TX | GPIO4_C1_d | Abdi / O | |
| 37 | GND | kakuatan Ground | P | |
| 38 | UART0_CTS | GPIO4_C2_u | Abdi / O | |
| 39 | OTG_DM | |||
| 40 | UART0_RTS | GPIO4_C3_u | Abdi / O | |
| 41 | OTG_DP | |||
| 42 | OTG_ID | |||
| 43 | HOST1_DM | port host USB 1 data négatip |
| Pin (J2) | Ngaran sinyal | Fungsi 1 | Fungsi 2 | Tipe IO |
| 44 | OTG_DET | |||
| 45 | HOST1_DP | port host USB 1 data positif | ||
| 46 | HOST2_DM | port host USB 2 data négatip | ||
| 47 | SPI0_CSn0 | UART4_RTSn atanapi TS0_D5 | GPIO5_B5_u | Abdi / O |
| 48 | HOST2_DP | port host USB 2 data positif | ||
| 49 | SPI0_CLK | UART4_CTSn atanapi TS0_D4 | GPIO5_B4_u | Abdi / O |
| 50 | GND | kakuatan Ground | P | |
| 51 | SPI0_UART4_RXD | UART4_RX atanapi TS0_D7 | GPIO5_B7_u | Abdi / O |
| 52 | SPI0_UART4_TXD | UART4_TX atanapi TS0_D6 | GPIO5_B6_d | Abdi / O |
| 53 | GND | kakuatan Ground | P | |
| 54 | TS0_SYNC | SPI0_CSn1 | GPIO5_C0_u | Abdi / O |
| 55 | UART1_CTSn | TS0_D2 | GPIO5_B2_u | Abdi / O |
| 56 | UART1_RTSn | TS0_D3 | GPIO5_B3_u | Abdi / O |
| 57 | UART1_RX_TS0_D0 | TS0_D0 | GPIO5_B0_u | Abdi / O |
| 58 | UART1_TX | TS0_D1 | GPIO5_B1_d | Abdi / O |
| 59 | TS0_CLK | GPIO5_C2_d | Abdi / O | |
| 60 | TS0_VALID | GPIO5_C1_d | Abdi / O | |
| 61 | TS0_ERR | GPIO5_C3_d | Abdi / O | |
| 62 | GPIO7_B4_U | ISP_SHUTTEREN atanapi SPI1_CLK | GPIO7_B4_u | Abdi / O |
| 63 | SDMMC_CLK | JTAG_TDO | GPIO6_C4_d | Abdi / O |
| 64 | GND | kakuatan Ground | P | |
| 65 | SDMMC_D0 | JTAG_TMS | GPIO6_C0_u | Abdi / O |
| 66 | SDMMC_CMD | GPIO6_C5_u | Abdi / O | |
| 67 | SDMMC_D2 | JTAG_TDI | GPIO6_C2_u | Abdi / O |
| 68 | SDMMC_D1 | JTAG_TRSTN | GPIO6_C1_u | Abdi / O |
| 69 | SDMMC_DET | GPIO6_C6_u | Abdi / O | |
| 70 | SDMMC_D3 | JTAG_TCK | GPIO6_C3_u | Abdi / O |
| 71 | SDMMC_PWR | eDP_HOTPLUG | GPIO7_B3_d | Abdi / O |
| 72 | GPIO0_B5_D | Umum IO | Abdi / O | |
| 73 | GND | kakuatan Ground | P | |
| 74 | GPIO7_B7_U | ISP_SHUTTERTRIG | GPIO7_B7_u | Abdi / O |
| 75 | I2S_SDI | GPIO6_A3_d | Abdi / O | |
| 76 | I2S_MCLK | GPIO6_B0_d | Abdi / O | |
| 77 | I2S_SCLK | GPIO6_A0_d | Abdi / O | |
| 78 | I2S_LRCK_RX | GPIO6_A1_d | Abdi / O | |
| 79 | I2S_LRCK_TX | GPIO6_A2_d | Abdi / O | |
| 80 | I2S_SDO0 | GPIO6_A4_d | Abdi / O | |
| 81 | I2S_SDO1 | GPIO6_A5_d | Abdi / O | |
| 82 | I2S_SDO2 | GPIO6_A6_d | Abdi / O |
| Pin (J2) | Ngaran sinyal | Fungsi 1 | Fungsi 2 | Tipe IO |
| 83 | I2S_SDO3 | GPIO6_A7_d | Abdi / O | |
| 84 | SPDIF_TX | GPIO6_B3_d | Abdi / O | |
| 85 | I2C2_SDA | GPIO6_B1_u | Abdi / O | |
| 86 | GND | kakuatan Ground | P | |
| 87 | I2C1_SDA | SC_RST | GPIO8_A4_u | Abdi / O |
| 88 | I2C2_SCL | GPIO6_B2_u | Abdi / O | |
| 89 | I2C4_SDA | GPIO7_C1_u | Abdi / O | |
| 90 | I2C1_SCL | SC_CLK | GPIO8_A5_u | Abdi / O |
| 91 | UART2_RX | IR_RX atanapi PWM2 | GPIO7_C6_u | Abdi / O |
| 92 | I2C4_SCL | GPIO7_C2_u | Abdi / O | |
| 93 | UART3_RX | GPS_MAG atanapi HSADC_D0_T1 | GPIO7_A7_u | Abdi / O |
| 94 | UART2_TX | IR_TX atanapi PWM3 atanapi EDPHDMI_CEC | GPIO7_C7_u | Abdi / O |
| 95 | UART3_RTSn | GPIO7_B2_u | Abdi / O | |
| 96 | UART3_TX | GPS_SIG atanapi HSADC_D1_T1 | GPIO7_B0_d | Abdi / O |
| 97 | PWM1 | GPIO7_A1_d | Abdi / O | |
| 98 | UART3_CTSn | GPS_RFCLK atanapi GPS_CLK_T1 | GPIO7_B1_u | Abdi / O |
| 99 | PWR_KEY | I | ||
| 100 | GPIO7_C5_D | GPIO7_C5_d | Abdi / O |
Kumaha ngagunakeun modul MINI3288
Panyambung
Diménsi PCB tina konektor
Gambar tina panyambungna
Sirkuit Batré RTC
Sirkuit SATA
Sirkuit kakuatan
SD Interface Circuit
Kartu SD (Security Digital) mangrupikeun jinis kartu anu seueur dianggo. A circuit panganteur husus dina platform ngarojong maca jeung nulis fungsi kartu SD.
Ethernet Interface Circuit
Sirkuit Codec Audio
Circuit tampilan
USB Interface Circuit
Wi-Fi / BT Circuit
Sirkuit GPS
Sirkuit 4G
Sirkuit HDMI
Dokumén / Sumberdaya
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BOARDCON MINI3288 Single Board Komputer ngajalankeun Android [pdf] Manual pamaké MINI3288 Komputer Papan Tunggal Ngajalankeun Android, MINI3288, Komputer Papan Tunggal Ngajalankeun Android, Komputer Papan Ngajalankeun Android, Komputer Ngajalankeun Android, Ngajalankeun Android, Android |