Dettagli
The BPI-D1 is the smallest open-source development board around, with a built-in HD mini camera.
At 36mm (w) x36mm (l) and weighing in at 10g, it’s much smaller and lighter than any mini-cam or camera board
out there. It allows you to create and customize your own mini-cam and can be a valuable part of any cool hardware
you are working on. The D1 prides itself on providing high-resolution image quality: Both video and photos are
captured at 1280x720p with a video capture rate of 30 fps.
The BPI-D1 is designed specifically to give you all the multimedia tools you need in one small package.
Simply connect to an external battery source (with your desired power capacity), and the D1 does the rest:
there’s a HD mini-cam, audio sensor, microphone, CPU, GPIO, WiFi, and more - you name it, the D1 has it.
Size: PCB 38X38 mm
CPU: 400MHz ARM9 26EJ 32Bits RISC Core
RAM: 64MB DDR2
Flash: 16MB SPI-FLASH
Storage: Micro SD Card Seat, supportable for 8G, 16G, 32G TF cards
CMOS: CMOS Image Sensor SoC30FPS@720P, Visible light with 940 nm two-way infrared lens filter, with infrared night
vision fuction
Lens: M7*P0.35 EFL=3.0mm/F.NO=2.8/View Angle=60°
Video: It achieves H.264 hardware encoding at 1280x720p_30fps. 32G TF card can store 120 hours of video data
Audio: MP3/WMA/AAC
WIFI: USB wifi module support(OPTION): Wifi module can be switch between the AP and the SLAVE mode, eas6y to configure
the WiFi module: BPI-D1 support WPS mode
RTC: RTC circuit, and supporting OSD
PM: Support Li-ion Charging with Built-in AXP173 power managment chip
Mic: Embedded electrets microphone
Power: Recording: 5v-200mA: WiFi On: 5V-350mA
Consumption: continuosly record 720P video or audio data for 24hour when a mobile power of 1000mAH is available
GPIO: 1UART/2GPIO; 2PVM/2GPIO; I2C: Audio Line IN, aUDIO out L. HP Audio Out R, 1SPI Interface
UART: Independent UART debugging interface
USB: USB programmatic interface/ OTG device (WiFi module/USB drive)
DC IN: Micro USB- single +5V power input
Battery: 3.7V Li-ion socket
OS: Running on Linux3. 4.35, Kernel operation system that makes secondary development possible
At 36mm (w) x36mm (l) and weighing in at 10g, it’s much smaller and lighter than any mini-cam or camera board
out there. It allows you to create and customize your own mini-cam and can be a valuable part of any cool hardware
you are working on. The D1 prides itself on providing high-resolution image quality: Both video and photos are
captured at 1280x720p with a video capture rate of 30 fps.
The BPI-D1 is designed specifically to give you all the multimedia tools you need in one small package.
Simply connect to an external battery source (with your desired power capacity), and the D1 does the rest:
there’s a HD mini-cam, audio sensor, microphone, CPU, GPIO, WiFi, and more - you name it, the D1 has it.
Size: PCB 38X38 mm
CPU: 400MHz ARM9 26EJ 32Bits RISC Core
RAM: 64MB DDR2
Flash: 16MB SPI-FLASH
Storage: Micro SD Card Seat, supportable for 8G, 16G, 32G TF cards
CMOS: CMOS Image Sensor SoC30FPS@720P, Visible light with 940 nm two-way infrared lens filter, with infrared night
vision fuction
Lens: M7*P0.35 EFL=3.0mm/F.NO=2.8/View Angle=60°
Video: It achieves H.264 hardware encoding at 1280x720p_30fps. 32G TF card can store 120 hours of video data
Audio: MP3/WMA/AAC
WIFI: USB wifi module support(OPTION): Wifi module can be switch between the AP and the SLAVE mode, eas6y to configure
the WiFi module: BPI-D1 support WPS mode
RTC: RTC circuit, and supporting OSD
PM: Support Li-ion Charging with Built-in AXP173 power managment chip
Mic: Embedded electrets microphone
Power: Recording: 5v-200mA: WiFi On: 5V-350mA
Consumption: continuosly record 720P video or audio data for 24hour when a mobile power of 1000mAH is available
GPIO: 1UART/2GPIO; 2PVM/2GPIO; I2C: Audio Line IN, aUDIO out L. HP Audio Out R, 1SPI Interface
UART: Independent UART debugging interface
USB: USB programmatic interface/ OTG device (WiFi module/USB drive)
DC IN: Micro USB- single +5V power input
Battery: 3.7V Li-ion socket
OS: Running on Linux3. 4.35, Kernel operation system that makes secondary development possible
