View allAll Photos Tagged raspberrypi
Foto em alta resolução 22Mpixels.(5534 x 4059 pixels)
Faça o download do arquivo em alta resolução.
Veja com zoom, detalhes dos circuitos e componentes.
Tamanho original da placa = 8,5 x 5,5 cm.
Pequena distorção na imagem.
Photo in high resolution 22Mpixels. (5534 x 4059 pixels)
Download the high resolution file.
Watch with zoom, details of circuits and components.
Original board size = 8.5 x 5.5 cm.
Small distortion in the image.
Walk from Bank to Waterloo along The Thames to unwind after a day's work. Captured with a digital pinhole webcam controlled by a raspberry pi zero embedded in a powder compact. 1200 frames captured at 40 frames per minute animated at 10 frames per second.
How to disable desktop GUI on Raspberry Pi
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It amuses me that I bought this from Farnell's "Element 14" branded store.
The name Element 14 was sold to Farnell after Broadcom bought the Element 14 startup (DSL chipset around FirePath DSP) I used to work for. Before that was spun out, "Element 14" was the last name of the entity that used to be Acorn Computers (who designed the original ARM).
this is my third attempt at a raspberry pi case, this time made of perspex instead of card. unfortunately some of the holes, especially the hdmi port hole are out of place
I was given a portable DVD player in which the DVD player section had given up the ghost. The screen and other inputs still worked perfectly though. I gutted the laser and DVD mechanism and inputted a Raspberry Pi. Unfortunately I am waiting on my SD card to arrive before I can fire it up!!!!! Stay tuned. All the parts in the world and no SD card over 2gb!!!!
It's pretty cool, definitely slow, but that's expected. On a 46" tv everything is kind of hard to read from the couch.
It's been awhile since I've been able to work on any fun projects but this weekend I dug an old Raspberry Pi out of the junk box. Flashed the OS. Adding an ADC hat and non-invasive current sensor to monitor 240v power usage by the Bitcoin miners
How to install a USB webcam in Raspberry Pi
If you would like to use this photo, be sure to place a proper attribution linking to Ask Xmodulo
To shoot this image, I used CHDK to shoot in raw. To set up the shot, I took a large sheet of paper and set it on my desk with the top of it taped to the wall so that the background was white and did not have a crease. I then took two lamps and positioned them to evenly light the Raspberry Pi. I help paper in front of the lights so that it would not glare as much on the metal.I used a tripod to hold the camera steady so that I would have no movement in my shoot. I then edited the photo in GIMP to get a pure white background and have the colors on the board standout.