Chip Webb <[EMAIL PROTECTED]> wrote:
> OK, thanks. The 640/1280/1281 patches are a help. I was working on
> my own versions in spare time and will try to sync up with
> Anatoly's. Have binutils and gcc have also been updated as part of
> the patches?
Anatoly supplied GCC and binutils patches, b
Oscar Diaz <[EMAIL PROTECTED]> wrote:
> Note: avarice (http://avarice.sourceforge.net/) uses JTAG for
> debugging process, not for programming.
Not fully true. avarice can also download (albeit this functionally
is slowly migrating to avrdude). However: avarice doesn't do the JTAG
handling by
Is anyone working on a port for ATMega64x, ATMega128x and ATMega256x
devices?
Yes and no.
Patches for the 640/1280/1281 are reasonably complete, support to
avr-libc has been added by Anatoly Sokolov recently.
OK, thanks. The 640/1280/1281 patches are a help. I was working on my
own v
On Mon, 12 Sep 2005 20:04:45 -0500
Oscar Diaz <[EMAIL PROTECTED]> wrote:
> Hi.
>
> I know that exists some drivers that supports the JTAG protocol trough the
> parallel port:
>
> http://recycle.lbl.gov/~ldoolitt/jtag.html
> http://openwince.sourceforge.net/jtag/
> www.nahitech.com/nahitafu/nax
Hi.
I know that exists some drivers that supports the JTAG protocol trough the
parallel port:
http://recycle.lbl.gov/~ldoolitt/jtag.html
http://openwince.sourceforge.net/jtag/
www.nahitech.com/nahitafu/naxjp/naxjp-j.html (japanese)
Also exists a kernel driver, but maybe it's a dead project beca
> >Send 0xAA continiously. That way you get a nice
> >square wave at the baud rate frequency. If you drop
>
> I thought it was 0x55 (or ASCII 'U') that you wanted, rather than 0xAA.
>
> An idle RS-232 line is in the "Mark" state. Start bit is "Mark" to "Space"
> transition. Data bits are then
From: "Anton Erasmus" <[EMAIL PROTECTED]>
[...]
> I tried to calculate the baud rate on scope, I found I
> can't get a exactly number, I can only get an
> estimate. Do you know if there's way to set the baud
> rate accurately?
Send 0xAA continiously. That way you get a nice
square wave at the ba
On 29 Aug 2005 at 17:24, Gary Bi wrote:
> Hi David and Ian,
>
> Thanks for the help. I checked the fuses for mega101
> mode, it did set to ON. I uncheck it in AVR studio and
> program it, but this did not make improvement to the
> issue.
>
> I shorted the PIN2 and PIN3 at the end of cable (the
On 12 Sep 2005 at 16:13, Joerg Wunsch wrote:
> >Is anyone working on a port for ATMega64x, ATMega128x and ATMega256x
> >devices?
>
> Yes and no.
>
> Patches for the 640/1280/1281 are reasonably complete, support to
> avr-libc has been added by Anatoly Sokolov recently.
>
> Regarding the mega256
Dnia 12-09-2005 o godz. 16:35 shree nidhi napisał(a):
> hi,
>
> i am new to this gcc mail list. thanks for the information. i was
> working on AVR STUDIO and ICCAVR cross, now i want to work on GCC-AVR .
> please tell me how to get GCC-AVR and manual of that anyone
> please. now i ha
Hello,
Download the latest WinAVR, install and start. You can
reach WinAVR through sourceforge.net HTH
Nayani
--- shree nidhi <[EMAIL PROTECTED]> wrote:
> hi,
>
> i am new to this gcc mail list. thanks for the
> information. i was working on AVR STUDIO and ICCAVR
> cross, now i want to work o
hi,
i am new to this gcc mail list. thanks for the information. i was working on AVR STUDIO and ICCAVR cross, now i want to work on GCC-AVR . please tell me how to get GCC-AVR and manual of that anyone please. now i have linux system;earlier working on WINDOWS platform PLEASE ANYONE help
>Is anyone working on a port for ATMega64x, ATMega128x and ATMega256x
>devices?
Yes and no.
Patches for the 640/1280/1281 are reasonably complete, support to
avr-libc has been added by Anatoly Sokolov recently.
Regarding the mega256x support, the issue has been discussed here a
number of times.
Wolfgang Wegner wrote:
On 7 Sep 2005 at 13:53, Torleif Sandnes wrote:
There is a limitation in avr-gcc's dwarf output at 64K sourcelines.
If you go beyond this number of sourcelines, source-level debugging breaks.
Even if I count all the files together (not all are used at once), I
do not r
OK, lets have some maths
0.1A*5V are 0.5W.
Lets say Duty Cycle is about 20% (62.5ns
AVR vs. 12 ns RAM) -> 0.2*0.5W = 0.1 W
Thermal Resistance Junction to ambient?
Lets say 50K/W -> 50*0.1=5 degree Celsius ABOVE ambient temperature
seems like nothing.
Calculate with your values out of the
Is anyone working on a port for ATMega64x, ATMega128x and ATMega256x
devices?
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