On Monday 02 May 2005 00:16, Tim Ansell wrote:
> The question is how would you get this into a computer? If we round it
> up to 16 bits, it makes 4.6 Gigabytes per second. Would a FPGA even be
> able to keep up? Could people a lot smarter then me, discuss how this
> chip could even possibly be used
Tim -
On Mon, May 02, 2005 at 01:46:48PM +0930, Tim Ansell wrote:
> So where do we request free samples from :P
Good question. I'd be happy with a data sheet, for the moment.
I'm in the low-latency business, so this chip _may_ be useless to me.
> The question is how would you get this into a co
On Mon, May 02, 2005 at 01:46:48PM +0930, Tim Ansell wrote:
> So where do we request free samples from :P
>
> The question is how would you get this into a computer? If we round it
> up to 16 bits, it makes 4.6 Gigabytes per second. Would a FPGA even be
> able to keep up? Could people a lot smarte
So where do we request free samples from :P
The question is how would you get this into a computer? If we round it
up to 16 bits, it makes 4.6 Gigabytes per second. Would a FPGA even be
able to keep up? Could people a lot smarter then me, discuss how this
chip could even possibly be used?
Tim Ans
I found the description of the TechnoConcepts patent for the "Direct
conversion delta-sigma receiver" over at the [US Patent & Trademark
Office, Patent Full Text and Image Database],
http://patft.uspto.gov/netahtml/srchnum.htm by entering the patent no
6,748,025 search box, and got the followin
I think the chart is misformatted, this seems to make more sense
Parameter GaAsSiGe
Maximum clock frequency > 5 GHz > 15 GHz
SINAD (signal to noise+distortion) > 70 dB > 110 dB
Eff. resolution bits at 2.5 GHz carrier:
The punchline is towards the end of this article:
http://rfdesign.com/mag/radio_new_technology_facilitates
TechnoConcepts' RF to digital converter is the first 5 GHz carrier
speed RF to digital converter capable of direct conversion of a 5 GHz
RF carrier, eliminating all analog IF circuits.
