Project Seeks To Build Inexpensive 9-inch Monitor For Raspberry Pi
angry tapir writes "A Kickstarter project is aiming to bring an inexpensive 9-inch portable monitor to the popular US$25 Raspberry Pi PC, which comes without a keyboard, mouse or monitor. The "HDMIPi" will include an LCD panel that will show images at a resolution of 1280 x 800 pixels. Computers can be hooked up to the monitor via an HDMI controller board that can be wired to the LCD. The display is being made by Raspi.TV and Cyntech."
How many GPIO pins does your ARM tablet have by the way? I sometimes wire wrap discrete components and sensors and stuff to the ones on my Raspberry Pi and write software to drive them.
The Raspberry Pi isn't just a cheap ARM-based PC. An important part of its vision is to bring back the spirit of hacking, both software and hardware, that used to be possible in the old computers of the 1980s. This has become very difficult to do on modern x86 PCs, and is all but impossible on mobile devices. The people who bash the Pi these days tend to forget that part for some reason.
Qu'on me donne six lignes écrites de la main du plus honnête homme, j'y trouverai de quoi le faire pendre.
Can't really compare python to real programming. Python is for babies, real men program so close to hardware they can feel the pin states switching and sense the memory locations.
I shoot videos with my DSLR. And I have often wanted a portable HDMI monitor for my rig. When I looked, I was quite surprised to find out that no reasonable options exist. Most portable HDMI monitors utterly suck. They are bulky and max out the resolution at 800x480 or 1024x768. The ones that do not suck are uber expensive. Since this is just a hobby for me, I did not want to shell out the big bucks.
I have been quite surprised that I can buy a $200 Nexus 7 tablet with 1080P display, but cannot get a 1080p or even a 720p portable monitor for anything even close to that.
Arduino is very "light-duty" - this summer's best Arduino board had an 32-bit ARM processor at some 80 MHz, with 512 kB of flash and 96KB of RAM.
Meanwhile, the Raspberry PI runs at about 1GHz, has 512 MB of RAM.
Meanwhile, an x86 (64 bits) processor runs 4 or more cores at 3+ GHz and can access 16+ GB of RAM.
None of it is "better" than the other, they're just optimal for different tasks - Arduino for easy hardware work, prototyping and very low power, Raspberry PI for more processing power at a low price, and so on. Just like some people need a semi and some need an ultracompact car