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Cable Access Redundancy: Opportunities in Virtual Deployments

机译:电缆接入冗余:虚拟部署机会

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The Remote PHY architecture disaggregates the PHY from the physical CCAP (Converged Cable Access Platform). This enables CCAP to be virtualized. Virtual Cable Access Platform (vCAP) is the virtualized instance of CCAP (Converged Cable Access Platform) core software. vCAP has two disaggregated software components, vDOCSIS and vEQAM. These provide DOCSIS and MPEG video services respectively. Together with a RPD (remote PHY device) vCAP provides CCAP services. vCAP is realized via NFV (Network Function Virtualization) virtual machines (VM). vCAP will be deployed in data centers. One of the key functions of CCAP is high availability (HA). vCAP presents unique opportunities to design and implement redundancy and high availability that are not possible with custom hardware based CCAP. This paper and accompanying presentation examine the unique aspects of redundancy in a virtualized environment, discuss their pros and cons and weigh them against the relative cost to deploy and maintain them.
机译:远程PHY架构将PHY分解为物理CCAP(融合电缆接入平台)。这使CCAP能够虚拟化。虚拟电缆接入平台(VCAP)是CCAP(融合电缆接入平台)核心软件的虚拟化实例。 VCAP有两个分类软件组件,VDocsis和Veqam。这些提供DOCSIS和MPEG视频服务。与RPD(远程PHY设备)VCAP一起提供CCAP服务。 VCAP通过NFV(网络功能虚拟化)虚拟机(VM)实现。 VCAP将部署在数据中心中。 CCAP的一个关键功能之一是高可用性(HA)。 VCAP提供了独特的机会,可以使用自定义硬件基于CCAP设计和实现冗余和高可用性,这些机会无法使用基于硬件的CCAP不可能。本文和随附的演示文稿审查了虚拟化环境中冗余的独特方面,讨论了他们的利弊,并将它们称重,以违背部署和维护它们的相对成本。

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