- Out-of-Stock
zł10,639.61
.png)
New products
New products New products
Webduino Smart IOT module development board
ID: 563314
Webduino Smart is a ground-breaking development board which can function with the Internet and WebSocket independantly. It will be a path to lead an efficient and effective development of IoT
Description
Webduino Smart is a ground-breaking development board. Unlike Webduino Mark 1 and Webduino Fly, which need to combine with Arduino boards, Webduino Smart can function with the Internet and WebSocket independently. It will be a path to lead an efficient and effective development of IoT. This is the first product of BPI Team and Webduino.
Webduino Smart has a photocell sensor, an RGB LED, and a micro switch button onboard. The photocell is connected to the AD pin, and the RGB (Red, Geen, Blue) LED is connected to pins 15, 12, and 13 respectively (The LED is a common cathode, whereas most of the examples on this site use common anode RGB LED.) And the micro switch button is connected to pin 4.
Webduino Blockly example
Features
- Board dimensions: 30x25x13mm
- Weight: 85g
- Digital pins: 0, 2, 4, 5, 14, 16
- PWM pins: 12, 13, 15
- Analog Pin: AD (A0)
- Other pins: TX, RX, 3.3V, VCC, RST, GRD
563314
Other products in the same category (16)
Camera with a resolution of 2 MPx with a USB interface. Equipped with CMOS IMX291 sensor with an ultra-wide 160° lens, two microphones, housing and a tripod. ArduCAM UB020202
Retired
No product available!
Camera with a resolution of 2 MPx with a USB interface. Equipped with an OV2710 CMOS sensor with a movable IR filter and IR LED lighting. ArduCam B0205
Retired
No product available!
Camera with a resolution of 2 MPx with a USB interface. Equipped with CMOS AR0230 sensor with 100° lens. ArduCAM B0203
Retired
No product available!
Camera with a resolution of 8 MPx with a USB interface. Equipped with CMOS IMX179 sensor with 75° lens, microphone, housing and tripod. ArduCAM UB019701
Retired
No product available!
Camera with a resolution of 5 MPx with a USB interface. Equipped with a CMOS OV5648 sensor with a wide-angle lens with a viewing angle of 140°. ArduCAM U6073
Retired
No product available!
Camera with a resolution of 0.3 MPx with a USB interface. Equipped with a CMOS OV7725 sensor with a wide-angle lens with a viewing angle of 120°. ArduCAM U6066
Retired
No product available!
Camera with a resolution of 1 MPx with a USB interface. Equipped with a GC1024 CMOS sensor with a 68° angle of view lens. ArduCAM U6061
Retired
No product available!
Camera with a monochrome CMOS OV9281 sensor with a resolution of 1280x800 px. Equipped with a snapshot, it communicates via the 2-lane MIPI interface. ArduCAM U6072
Retired
No product available!
Camera with OV9655 CMOS sensor with a resolution of 1289x1024 px. It communicates via a parallel interface. ArduCAM U6040
Retired
No product available!
Camera with CMOS NT99141 sensor with a resolution of 1288x728 px. It communicates via a parallel interface. ArduCAM U6044
Retired
No product available!
Camera with OV9712 CMOS sensor with a resolution of 1280x720 px. It communicates via the DVP parallel interface. ArduCAM U6041
Retired
No product available!
Camera with OV7725 CMOS sensor with a resolution of 640x480px. It communicates via a parallel interface. ArduCAM U6038
Retired
No product available!
Camera with OV7675 CMOS sensor with a resolution of 640x480 px. It communicates via a parallel interface. ArduCAM U6037
Retired
No product available!
Camera with OV2710 CMOS sensor with a resolution of 1945x1109 px. It communicates via a parallel interface. ArduCAM U6034
Retired
No product available!
Camera with CMOS AR0330 sensor with a resolution of 2304x1286 px. It communicates via a parallel interface. ArduCAM U6032
Retired
No product available!
Camera in the form of a SoC chip with a CMOS MT9P111 sensor with a resolution of 2592x1944 px. It communicates via a parallel interface or MIPI. ArduCAM U3470
Retired
No product available!
Webduino Smart is a ground-breaking development board which can function with the Internet and WebSocket independantly. It will be a path to lead an efficient and effective development of IoT