Xilinx announced the adoption of RF (RF) analog technology in its 16nm All Programmable MPSoC to enable 5G wireless integration and architectural breakthroughs. The company’s new All Programmable RFSoC removes discrete data converters that reduce the power consumption and footprint of 5G Massive-MIMO and millimeter-wave wireless backhaul applications by 50 to 75 percent. bcm4319gkubg

Large-scale 2D antenna array system, will be to enhance the required 5G spectrum efficiency and network encryption key. As manufacturers must look for new ways to meet the stringent requirements of commercial deployment. The All Programmable SoC integrates high-performance ADCs and DACs, and today’s radio and wireless backhaul units meet previously unmatched power and package size requirements while increasing channel density. In addition, RFSoC components enable manufacturers to simplify design and development cycles to meet the 5G deployment schedule.

“The Xilinx RFSoC solution is a rule subversive of the RRU / Massive MIMO Active Antenna Array market and enables the company to become the next generation of 4G, 4.5G and 5G wireless networks,” said Earl Lum, president of EJL Wireless Research. Of the preferred digital solution provider. 88e1112c2-nnc1

“The integration of RF signal processing in the All Programmable SoC allows our customers to dramatically change their system architecture,” said Liam Madden, vice president of FPGA development and chip technology at Xilinx. At the same time, can continue to promote the company in the system integration of continuous breakthrough. This will effectively enable our 5G customers to deploy commercially highly differentiated, massively Massive-MIMO, and millimeter-wave return systems. Through the most important moment, the introduction of our new RFSoC architecture, is expected to solve the 5G development faced by the urgent problems.