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q-bertsuit,
The easy answer is no, you don't need to know *everything.* Most SPI peripherals support lots of options that are rarely needed. I've used the K60 before and there should be examples of simple SPI code that you can make work. Unfortunately, if it doesn't work right away, the variety...
I have not seen a microcontroller with builtin wifi. In my experience, wifi requires a dedicated module. For your purposes though, you don't need wifi on the micro. You're only producing one unit, so you want to minimize development cost/time. I'd look at a Beagle Board or a Raspberry Pi...
There are two steps:
1. Using PPP, establish an internet connection from one machine to another using a serial link (probably a null modem cable).
2. Once the above works, replace the serial cable by passing the information over the RF modules using a protocol that you design yourself.
IAR has its own debugger. During the debug session, it has essentially all the same capabilities as uC/Probe. The difference is that uC/Probe does not require a debug session.
Is there something you're doing with uC/Probe that you'd rather do with IAR?
I haven't used it, but based on my understanding of uC/Probe, I doubt it connects with IAR. But it looks like it can use a JTAG connection, so if you close IAR and configure uC/Probe correctly, it can probably use the same physical debugger that IAR uses. How are you physically connecting to the...
1. Its ambiguous from the picture, but the network coordinators are presumably talking to a router over ethernet and to cluster heads over Zigbee. The network coordinators would a Zigbee network based node.
2. The cluster heads must be router nodes. These nodes are capable of forwarding Zigbee...
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