Forgot to send the link. Here it is.
http://www.nxp.com/#/pip/cb=[type=product,path=50809/45993/45994,final=LPC2104_2105_2106_6]|pip=[pip=LPC2104_2105_2106_6][0]

On 7/27/07, Chetan Bhargava <cbhargava@gmail.com> wrote:
> If you need higher throughput go with ARM7TDMI, or maybe higher to
> ARM9 depending on your needs. You can take a look at NXP LPC2000
> series micros. These are low pin count (48 pins or more) general
> purpose devices with flash. GNU toolchain is available for ARM with
> good support.
>
> Regards
>
>
> On 7/27/07, Harold Hallikainen <harold@hallikainen.org> wrote:
> > I'm currently using the PIC24H in new designs with external USB (FT245R),
> > Ethernet (Lantronix xPort), external graphic LCD drive (CPLD and RAM), and
> > external flash to hold Unicode character bitmaps. Even with the 40MIPS of
> > the 24H, the processor is having a hard time keeping up. I'm also
> > concerned that moving some of these resources on chip will use too many
> > MIPS, leaving me even shorter. So... where should I head when looking for
> > higher performance and more integration than the 24H? People here are
> > suggesting an ARM based device, which I know little about. Is this a good
> > direction? Does anyone have any idea where Microchip is going? Any chance
> > of 80MIPS or more on the 24H?
> >
> > THANKS!
> >
> > Harold
>
> --
> Chetan Bhargava
> Web: http://www.bhargavaz.net
> Blog: http://microz.blogspot.com
>


-- 
Chetan Bhargava
Web: http://www.bhargavaz.net
Blog: http://microz.blogspot.com
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