C-RANs also increase deployment flexibility by using remote radio heads for macrocell-level coverage and extend coverage to areas that are under-served by a conventional macrocells. It also provides the flexibility to support multiple standards, multiple bands and the multiple sub-networks that enable the many diverse IoT driven applications of 5G.Only Xilinx provides a flexible, standards-based solution that combines software programmability, multi-standard and multi-band hardware optimization, and any-to-any connectivity with the security needed for 5G networks. Wireless Base Station ZUC Block Cipher Implementation on Zynq-7000 SoC; Xilinx Wireless Backhaul Solutions ; Enabling High-Speed Radio Designs with Xilinx FPGAs and SoCs; Wireless Backhaul Solutions Deliver Intelligent Bandwidth …
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Technologies such as distributed small cells, massive-MIMO with hundreds of antennas, and centralized base-band processing via CloudRAN, will dramatically increase coverage and data throughput. As a result, 5G networks must be more scalable, intelligent, and heterogeneous. Three 5G waveform candidates are supported—OFDM, FBMC, and UFMC—and a baseband modulator for each waveform is implemented. LDPC codec (SD-FEC) to meet 5G standards and support for custom codes Turbo Decode (SD-FEC) for 4G LTE-Advanced and 4G LTE Pro DSP48-rich fabric (6,620 GMACs) provides high-performance filtering and encoding/decoding The Xilinx baseband IP is designed to fully leverage inherent flexibility and programmability of FPGAs and system-on-a-chip (SoC) devices to provide highly customized solutions to address rapidly changing base station requirements for evolving heterogeneous networks. 5G and LTE Wireless With Zynq UltraScale+ RFSoCs, wireless infrastructure manufacturers can achieve previously unattainable footprint and power reduction, critical to Massive MIMO deployment. Scalable Xilinx FPGAs also offer dynamic reconfiguration for new and enhanced feature sets to keep up with evolving wireless standards (LTE-Advanced and beyond).
Our breakthrough RFSoC integrates the front end of the RF signal chain, enabling users to dramatically increase performance and board density while greatly reducing power consumption. L1 partial beamforming to reduce fronthaul throughput to baseband; Validated IP solution for Radio Digital Front-End (DFE) Quick Links. 5G is all about securely connecting billions of devices faster, with a solid connection, almost anywhere. Networks will need to connect securely through backhaul and optical fronthaul for processing.For 5G, Xilinx technology is helping solve capacity, connectivity, and performance challenges. Up to 6GHz of direct RF bandwidth for full sub-6GHz 5G New Radio (5G NR) support on a single device The migration from an FPGA (such as the Xilinx Zynq) with an RF SoC will come with a significant NRE cost (Fig. It will go well beyond the current mobile experience, improving overall service to help usher in the era of Internet of Things, with 1000X network capacity for 100X the number of connected devices and machines.Over 50 billion connected devices are expected by 2020. In the initial Telefónica implementation, Xilinx’s Zynq UltraScale+ RFSoC will be used in the 4G and 5G radio.
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This reduces the reliance on custom wireless technologies such as ASSPs and SoCs, and enables a more open and cost-effective platform for base station applications.The highly scalable FPGA family enables baseband pools with high throughput, enabling equipment designers to improve connectivity switching for high-performance and power-efficient C-RAN basestations.
According to Xilinx, its integrated 5G chip platform reduces system power consumption and size by 50% to 75% by integrating analog, digital, and embedded software design …
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