Portable RemoteSeven
What’s the use of having a 7 inch touch screen remote if its not able to be wireless…
Testing with a 2600mah battery. And now also has a push button to dim lcd backlight to preserve power. Will make a auto off feature to save more power.
FT800 PIC
Ported what i have so far to the PIC18F… (18F47J53 in particular) Works the same!
FT800 XMOS
Ok did a couple more test. Learned the hard way about the swap.. Basically on the FT800 you have to swap out the new screen for the old one. So if you plan to update just a portion… you might have to rewrite the entire screen. Well this is what it seems like right now. Perhaps im doing it wrong.
Im doing this from scratch and without using any functions from the FTDI code, only the definitions.
But so far its pretty good i guess… now to play with TOUCH and actual IMAGES!
Code for above (well MAIN code)
int main ( void )
{
init_ft800();
BeginBITMAP();
FT800_STR(10,10,0xFFFFFF,31,"Jason Lopez");
FT800_STR(10,60,0x00FF00,24,"AtomSoft.wordpress.com");
FT800_STR(10,86,0x0000FF,22,"XMOS startKIT 1V2");
FT800_STR(10,104,0xFF0000,22,"FT800Q Display IC");
FinishBITMAP();
while(1);
return 0;
}
Finally
Could it be?!?!
After some modifications to my board and finally got it working. Ill post details in the morning
Running on StartKIT from XMOS!
4.3″ SSD1963 from CHINA
Im pleased to say i got my 4.3″ LCD Module in from china in only a little over a week! And in the Chinese Festive timeline! This is AMAZING!!!
Got it from eBay, while i havent tested it yet i have taken some pictures. I wont disclose the eBayer yet just in case i can work out a deal with him 🙂
Expect something soon with this 🙂
Also dont worry i still havent given up on the FT800. Just waiting on some boards and stuff but so far so good on that part. I have working code, but then my lcd cable broke when moving it to take pictures.
2.8″ TFT on XMOS
Ok ive had this TFT from RadioShack for a while now and never really use it but i think this is a good time to test it out. Im using the startKIT from XMOS as the controller.
This LCD is originally a 5v product. To make it a 3.3v item simply remove the 3.3v regulator and jump the input and output pins like I have done here. Notice that in case i want to use it on 5v again i left the IC (vreg) taped to a area on the pcb as to reuse it 🙂
Using the code attached/linked below you can control your LCD as well. This code was converted from the original code from the LCD Info link below. There is no TOUCH portion as of yet. I got tired and decided to leave it for another day. I will be using an IC to convert touches. The IC i will be using is the ADS7843. So expect code for that one of these days.
Here are some images as proof of code working.
Code:
http://www.mediafire.com/download/os75aapqt0e7aoq/28RSLCD.zip
LCD Info:
http://www.seeedstudio.com/wiki/2.8”_TFT_Touch_Shield_V1.0
Pcb making
Ok I’m finally back to making pcbs at home, here is a picture of a pcb with 0402 parts. Not yet etched but you can see it’s going to be good, I also darkened some pads using sharpie and magnifier.
