Hi Jonathan,
A few more ideas how to keep costs down...
We found out that producing 50 PCBs instead of 20 or 100 instead of 50 had
a relatively small incremental cost, maybe 25% or even less. The price
does not fall signifivantly after that (exceptin very big quantities).
In my opinion it
Thanks for the refresher, Dan. A doubling of bandwidth by simple ADC
replacement is not available, and I recall now I have covered this
ground with you before.
Might one budget a cost similar to the Atmel/E2V chip for the National
Dual 1.5 GHz?
Thanks,
Jonathan
On Sep 13, 2008, at
Hi Jonathan,
I don't have exact numbers, but went through the math some six years ago
when we produced the VSIB boards.
A batch of ten boards is a seriously bad idea. In our case the startup
cost was about half of the total cost, we produced one hundred boards.
Most significant was the cost
Can someone please advise rough numbers (which one might use in a
funding proposal), for the cost to fabricate, assemble and test Roach
PCBs? Please assume donated FPGAs, or break out their cost). This
application does not not use large volumes, so assume a run of say 10
boards.
Also,
hi jonathan,
we expect roach boards will be about $2500 each, plus FPGA.
you'll need to add DRAM ($50 min), ATX enclosure ($100), and
ATX power supply ($50).
there are several ADC boards you can use, but only two ADC
board that can sample 1 Gsps currently available:
a) the Atmel/E2V dual
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