I'll try to get our guys to switch to Blackfins if you do the same with your guys, Keith. :-)
I'll try to get our guys to switch to Blackfins if you do the same with your guys, Keith. :-)
Blackfin was in the running but didn't have a full G.729 implementation. Sometime during the TI debacle, our Arrow rep got our lead firmware guy a Blackfin T-Shirt. He wears it when TI is in town. ;-)
Have you ever noticed that TI never shows up with one or two people? They bring a cast of thousands. ;-) They even bring along an analog guy or two to try to draw some fire. It doesn't work, their analog stuff does. ;-)
I like it ! Best tip I've seen in a long time.
But you don't come to your own conclusions. You just invert mine.
John
Most serious design engineers agree with me about Maxim. It's not libel, it's consensus.
John
The truth is the ultimate defense against the charge of libel.
Here's the law that applies...
I'm surprised that Maxim hasn't whacked Jerkin up the side of his head for all his mouthing. ...Jim Thompson
So Maxim will sue me? As if!
If I call you a moron, will you sue me?
John
If one of your guys gets bored, he might roll his own implementation of a suitable codec? It is time consuming, certainly, but at least then you have it in-house forever and can just re-compile as needed... (That being said, I would have to admit that for the application here, when it comes to all-digital modulation schemes, G.729 looks pretty decent -- these days you have to be careful not to step on someone's patent trying implement something similar of your own...)
Nice!
---Joel
It's hard to beat what telecom companies have spent a lifetime perfecting. Rolling your own G.729 doesn't solve the licensing issue. AIUI, G.729 licenses aren't cheap.
True, although they're always cooking up new variants as well -- G.729 emphasizes low latency over bandwidth efficiency, for instance.
Right, that's what I meant about not stepping on patens. These guys seem hard at work at a possible substitute:
---Joel
Known compression is nice, too, as is packet-loss concealment.
Fidelity? ;-) 8kHz audio would be nice but I don't think we'd want to pay the bandwidth for it.
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