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The path to global connectivity — Wireless communication enters the next generation

机译:全球连接之路—无线通信进入下一代

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As mobile broadband (MBB) technologies evolve, devices need to support increasing bandwidth with multiple frequencies and dramatically exploding data rates. New air interfaces in 5G will show once again the gain in data rates as we have seen from 2G, to 3G to HSPA, to LTE and LTE advanced. These technologies in a single device provide the best possible services with great user experience to all people no matter where they are. Developing the next generation takes advantage of higher density in analog and digital silicon circuitry to enable low cost high performance solutions. Next to those MBB systems, massive and reliable machine-type communications - also known as the Internet of Things - will get developed under the umbrella of 5G technologies. This talk will elaborate on challenges of related radio and semiconductor technologies, and highlight architectural breakthroughs to enable next generation solutions for global connectivity.
机译:随着移动宽带(MBB)技术的发展,设备需要支持多个频率上不断增加的带宽以及急剧增加的数据速率。从2G到3G到HSPA,再到LTE和LTE先进技术,5G中的新空中接口将再次显示数据速率的提高。这些技术在一台设备上,无论身在何处,都可以为所有人提供最佳的服务,并提供出色的用户体验。开发下一代产品将利用模拟和数字硅电路中更高的密度,以实现低成本高性能解决方案。除了这些MBB系统之外,还将在5G技术的保护下开发大规模,可靠的机器类型通信(也称为物联网)。本演讲将详细介绍相关无线电和半导体技术的挑战,并重点介绍在架构方面的突破,以实现用于全球连接的下一代解决方案。

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