 I am trying to find a freescale part similar to an AVR ATtiny2313.  The important parts are cheap, 5V operation and at least 13 GPIO lines in a DIP style package that is in circuit programmable/debug-able preferably using the USB BDM pod rather than the multilinker/cyclone aproach which I find infuriating on the QT4.  Is there such a beast ?  oh, no need for AD etc though PWM would be nice as would a small eeprom for storing settings > 10000 times.  Are there any better selection guides for the freescale 8bit parts, they don't appear to be able to filter by 5V or IO as a primary search, seems like trial and error.
  I am trying to find a freescale part similar to an AVR ATtiny2313.  The important parts are cheap, 5V operation and at least 13 GPIO lines in a DIP style package that is in circuit programmable/debug-able preferably using the USB BDM pod rather than the multilinker/cyclone aproach which I find infuriating on the QT4.  Is there such a beast ?  oh, no need for AD etc though PWM would be nice as would a small eeprom for storing settings > 10000 times.  Are there any better selection guides for the freescale 8bit parts, they don't appear to be able to filter by 5V or IO as a primary search, seems like trial and error. To my knowledge, there are currently no low pin count parts (available in DIP) that will operate from 5 volts, and use BDM. The closest device to meet the majority of your requirements would be the 9S08QG4/8, but this is 3.3 volt maximum. You will need to use flash for your non-volatile data storage requirements.
Regards,
Mac
Hi Rich,
Also the P&E manufactured adapter for BDM is still called Multilink and Cyclone. The main thing I believe you are trying to differentiate between is MON08 with QT/QY and BDM with QG for example.
Regards David
 shame its 3V but I can maybe live with that.  It is more expensive that the AVR too.   Think I'll grab one and take a look, thanks!
  shame its 3V but I can maybe live with that.  It is more expensive that the AVR too.   Think I'll grab one and take a look, thanks!