All Programmable technology and device company Xilinx, Inc. (NASDAQ: XLNX) announced a joint signing ceremony with China Mobile Communications Co., Ltd. at a special signing ceremony at the 5G Forum on Mobile Internet International Symposium on August 15th. Virtualization of 5G wireless network cooperation. With the full deployment of 4G wireless networks on a global scale, Xilinx and China Mobile are working together to advance the development of next-generation virtualized 5G systems to jointly address the challenges that mobile operators will face.
Bill Huang, dean of China Mobile Communications Research Institute, said: "China Mobile has started to develop new technologies such as Large Antenna Array (LSAS) and Cloud Base Station Virtualization (C-RAN) a few years ago, and adopted All Programmable. The hardware platform meets the higher requirements of these new technologies for the flexibility and scalability of the system. We believe that the cooperation between China Mobile and Xilinx will promote the industry to use the most advanced technology to build the next-generation virtualized 5G network, thus Provide China Mobile's customers with higher quality mobile internet services."
In current cellular networks, users at the edge of the sector often experience a poor quality of service experience due to interference problems. 5G base stations will adopt larger-scale multi-antenna technology to reduce network interference and improve user experience and network efficiency. In addition, 5G wireless networks will support the coexistence of multiple wireless access technologies. This makes Network Function Virtualization (NFV) an inevitable trend for 5G, and abstracted hardware resources can be dynamically allocated for the required wireless functions.
Xilinx's unique All Programmable devices, design tools and methods are key elements of 5G virtualization technology. Xilinx's innovation in the field of partial reconfiguration (ParTIal ReconfiguraTIon) is especially important, allowing device designers to create solutions that change device functionality within the system without interrupting device operation. Specifically, one air interface standard can be switched to another at high speed without interrupting other functions of the device, which provides a cost-effective alternative to all air interface standards while saving power and cost. Improve system performance. In addition, Xilinx devices offer the industry's highest DSP performance, support for massive MIMO and high-speed SerDes, enabling the transfer of massive amounts of data between different types of devices.
Sunil Kar, vice president of wireless communications at Xilinx, pointed out: "The 5G wireless network system will be extremely complex, requiring superior signal processing and high-speed connectivity, as well as hardware virtualization. This is only through the synergy of chips, software and IP. This is achieved. Our close cooperation with China Mobile will ensure that Xilinx's technological innovation meets the needs of its next-generation wireless network."
Dr. Yi Zhiling, chief scientist of China Mobile Communications Research Institute, said: "The capabilities and specifications of Xilinx chips are very important for realizing the green 5G wireless network advocated by China Mobile. We hope that Xilinx will continue to promote the power consumption of All Programmable chips. Performance, flexibility and cost advantages play a more important role in the development of next-generation 5G base stations."
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