Advancements in the Base Station chip-sets is extremely required to be the maximum efficiency out of it, but simultaneously it is also required that the BTS will support all previous and future technologies and standards, by one or another way, otherwise it will be very difficulty situation in a country like India where the service provider will be having their presence thought the country.
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I think KB3001 does have a point; FPGA guys are also trying to get into the base station market by replacing DSP and Microprocessor functionalities. But what determines the winner in the end is not the hardware functionalities; but credible tools and ecosystem they can offer on the network equipment market.
Very good write up. We in Epigon (www.epigon.in) use Virtex 5 FPGA for OFDM Phy. For higher bandwidth ( may be higher side of 1.5 mbps), we found even Virtex 5 not able to provide computing resources. My question is : How much bandwidth processing cab be done in these two DSP's ( from TI and Freescale). In a sense, is it possible to mod and demod more then 2 mbps OFDM phy in the above DSP's. In case yes, then epigon will be happy to migrate from FPGA's to DSP's. For low bandwidth Modems we use TI5510 DSP and Blackfin DSP. you can reach me at firstname.lastname@example.org
Very good write up.
"Freescale is rolling out a scalable, multimode wireless base station ....designed to scale from small cells (Femto and Pico) .... "
the Femto cell referred here is what Qualcomm also is after??? Can you please also write on where does Qualcomm stand in this race?
I believe the FPGA players have a challenge defending their base station position because their chips cost so much. Moving to CPU+DSP SoCs should be able to reduce the semiconductor bill of materials by something like **90%**.