Ball Grid Arrays
pjv
Posts: 1,903
Hi All;
Does anyone know of a source for ball grid array blanks?
I'm designing a new board that uses the new Ubicom·IP3K processor; a 228·ball grid chip.·I would like to experiment soldering to blanks (or any defunct chips) before tackling the real units as they are somewhat costly.
I had no luck through our Google friend, so any assistance would be appreciated.
Thanks,
Peter (pjv)
·
Does anyone know of a source for ball grid array blanks?
I'm designing a new board that uses the new Ubicom·IP3K processor; a 228·ball grid chip.·I would like to experiment soldering to blanks (or any defunct chips) before tackling the real units as they are somewhat costly.
I had no luck through our Google friend, so any assistance would be appreciated.
Thanks,
Peter (pjv)
·
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Sid Weaver
NEW! 4 MB EEPROM
http://hometown.aol.com/newzed/page4.html
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Rick
Out of curiousity what did you say to the distributor to get the IP part? When I told them I was an independent inventor, that I sought to prototype using thier product with the possibility of distribution in the few thousands range, the sales associate never contacted me again. This is what made me give up on developing on the higher line of Ubicom processors, I don't want to deal with a distributor who is going to whine or ignore me if I don't buy in 10K quantities.
Thanks for the suggestions; Google does in fact have numerous links when the inquiry is worded the way you suggest. In fact reading a number of those links is quite enlightening.
Paul I'm not positive, but I believe they require for you to buy their development kit, and comparatively to others' thats quite costly. I now have one of those, and supposedly my samples are on their way.
Looks like quite a mean machine.
Peter (pjv)
I'm not sure you want to hear.
The standard price I was quoted was $25,000 (yes, thousand), but there was a "special" until I believe the end of March for $10,000. Clearly, they want only to support volume users.
With that you get all the goodies, and no per-unit royalty for the IP.
Peter (pjv)