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Follow on Google News | Equalizer for 5G Base Station Remote Radio HeadFaststream Technologies, on the other hand, shows how to employ Xilinx 7 Series All Programmable FPGAs and SoCs to create high-clock-rate signal processing functionality, which is common in digital radio datapaths. On a mid-speed grade 7 device, a clock rate of more than 400 MHz can be sustained by using nearly all of the logic slices, more than 90% of the DSP48 slices, and 70% of the block RAMs. This necessitates the designer to adhere to a set of very basic design guidelines that address both algorithmic and implementation issues. Although nearly all of the slices may be used for pure datapath designs at 400 MHz, only about 75% to 80% of the logic resources (LUTs) are successfully employed, which is mostly due to routing and control set resource limits. A greater LUT usage ratio may be achieved with the next-generation 20 nm UltraScale architecture, which provides dramatically improved capabilities. Advantage
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