Xilinx and NXP reduces capital and operating expenses for wireless infrastructure radios

All Programmable technology and devices Global leader Saulith, Xilinx, Inc. (NASDAQ: XLNX)) and NXP Semiconductors (NASDAQ: NXPI)) jointly announced that they will work together to reduce wireless infrastructure radio Capital Expenditure (CAPEX) and Operation Expenditure Cost (OPEX). The two companies have been maintained to work together to allow customers to quickly and easily integrate the latest peak factor suppression (CFR) and digital predistortion (DPD) SmartCoreTM IP. Gen9 LDMO RF efficient power amplifier technology. NXP advanced power amplifier devices and Sailive's All Programmable devices and radio IP seamless combinations allow customers to achieve smaller, lighter, and more reliable radios, which is ideal for new generation wireless infrastructure devices. NXP Base Station Power Amplifier Marketing Director Christophe Cugge said: "Industrial cooperation like this is critical to those efforts committed to reducing new generation of cellular infrastructure radio capital expenditures and operating expenses. Based on our joint efforts, it has launched a Higher unit efficiency, lower cost and higher reliability solutions. " The efficient power amplifier achieves the same outstanding radio output power, and the capital expenditure can also be saved by using a low-rated device and the number of cooling mechanical devices. The Zynq®-7000 All Programmable SoC is the industry's first hardware and software programmable device that supports the latest CPRI (line rate is 10.1 Gbps) and JESD204B (line rate is 12.5 Gbps) standard. The Zynq device also supports advanced signal processing algorithms such as CFR and DPD and the integration of ARM® processor control layer software to meet the needs of remote radio, distributed antenna systems, and repeater products. In addition, smaller heat sinks can reduce the complexity and weight of the power supply, which helps designers to achieve complete digital radio on a single chip. In addition to supporting MC-GSM frequency bandwidth in a single RAT configuration, the latest CFR and DPD IP of Xilin think now can support up to 100 MHz radio frequency bandwidth in a single RAT configuration in a single RAT configuration. Xilinx's radio IP combined with NXP facing the gen9 series RF power transistor for small, efficient, high-performance LTE base station, enabling customers to achieve advanced radio infrastructure with less resources in a shorter time while 2.6GHz bandwidth The power amplifier efficiency is increased to 50%. David Hawke, Director of Wireless Communication, Sauli, said: "Saili and NXP will continue to cooperate in future technical standards such as LTE-A and 5G, and through the most efficient use of radio algorithm and power amplifier technology. Integration to expand the influence of the system. " Related Reading: Xilinx announces shipping its fourth 20 nm UltraScale device Xilinx launches the industry's first FPGA low-delay 25G Ethernet IP resolution data center application throughput problem ADI launches the latest fast prototype production kit AD-FMCDAQ2-EBZ