If your SiLabs part requires that you use KEIL, then that's what you'd best do. I don't know whether the KEIL part is supported under SDCC, but I'd bet the SiLabs software isn't. There may be an alternative, perhaps some more generalized JTAG debugging tool, though. It could be that you're "painted into a corner."
no 'keil part' is supported under SDCC I guess, you mean SILabs part.
You can run SILabs with SDCC, Keil, Raisonance, Dunfield - maybe more. they have a slew of appnotes "how to use..."

Erik Malund said:
first a note:

Richard, when you "quote" what is the question and what is the answer get oblitterated, thus you often" quote" me as saying what I do not say, but quote.
Richard replied
If it's quoted, then it's pretty likely you "said" it
one example of your "quoting technique"
I'd post
this thingy does pull a tractor
with 0.002 HP???

By your "quoting technique" it comes out
Erik Malund said:
this thingy does pull a tractor

so where does "If it's quoted, then it's pretty likely you "said" it" apply?


Those 'bugs' (You tell me how they can test and verify each and every exotic derivative against such) are corrected on a regular basis.
... looks as though you've answered your own question ...
now you make 'bugs' out of thin air. That the Gizmozip a/d is not simulated is, confound it, not a bug.


The Intel part is, after all, "plain vanilla," isn't it? The SiLabs emulator won't emulate a "plain vanilla" device either, will it?
The intel part is ancient 'plain vanilla, 'plain vanilla' these days imply a minimum of 24 MHz and sufficient INTERNAL memory.

Erik