What is the field of view of sensor installed on irThermo boards? I looked into the MLX90614 datasheet but couldn't find any data regarding installed sensor (MLX90614ESF-AAA and MLX90614ESF-BAA). I think of building handheld thermometer for measuring PCB components temperatures so sensor with narrow...

That is MCU dependent feature. Look for CKSEL entries in Atmega8 data sheet and you will find that it doesn't have those settings when running with crystal.

Use the option at the end of the list, it will work. Take a note that EasyAVR6 provides clock to MCU via hex inverter (full swing square signal). If you use fast start up setting with crystal connected directly to the MCU (with load capacitors) MCU probably won't start working, so use slow start up.

You should buy CMOS camera module that has 8 bit parallel interface for data transfer + i2c for setting up camera, maybe something like TCM8230. STM32F407 would be good solution for processing platform since it has hardware interface for connecting such camera, a lot of on board SRAM and necessary p...

Well there should have been standard 20pin JTAG connector, I will still have to make adapter to use my debugger. As for the mikromedia with STM32F4, it is to damn shame... DCMI interface is completely unusable.

Since the STM32 development boards are in MikroE plans, here are few suggestions. JTAG/SWD connector should be included on board. I haven't considered buying EasyMX PRO v7 just beacouse of that (you can't connect external debugger or trace probe to the board). Mikromedia board for STM32 should be pa...

I any case it is not possible. You need suitable RS232 level translator and a way to power the easybee chip.

I have attached AVR GCC I2C command library for mikroE COG on PCF8574. I know it's not much, but you might be able to adapt it or compare it with your code. I could have adapted it, but I'm to busy with my master degree project.

Go to http://www.avrfreaks.net/. You won't find better AVR community and help.

If I'm correct, only mikromedia board for AVR that mE released before this new one was mikromedia for XMEGA (unless I missed product announcement), and your board had to be of this type. This new one is based on more common AVR MCU, Atmega1280. On easy buy page, mm for XMEGA and MM for ATMEGA are li...

If the stand-alone mikroProg for Stellaris is so dirty cheap, why mE opted to put one on board? If there was JTAG/SWD connector on board, other brands could be used by changing the MCU card, but since there is none... Why would someone design such a feature packed board and then tie it only to one A...

I think your best bet would be to desolder crystal and load capacitors and bring full-swing TTL square wave clock (MCU accepts only that type of clock with fuse settings you described) to XTAL1 pin and then try to reprogram MCU. As for external oscilator you could use, check the oscillator sections ...

Will it be just for Stellaris or programmer is DFU capable (to support other cortex-m0/3/4 vendors - STM, NXP...)?

Someone form mE mentioned that M4s will be supported in compilers, Stellaris version first no doubt. I expect MCU board with M4s when compilers support them, although releasing them earlier woud be nice. What I want is STM32 and STM32F4 support. M4s from ST are far more interesting, because they are...

According to datasheet Atmega1284P is pin to pin compatible with Atmega16/32. It should work without problems.