访问和传输
简化HFC迁移到FTTx
It’s not uncommon for service providers to use multiple architectural approaches to evolve their access networks. But delivering 10G broadband (and beyond) means finding ways to increase subscriber bandwidth; reduce head-end congestion, network complexity and OpEx; and improve overall system reliability.
在CommScope, we’re committed to helping service providers get the most from their existing hybrid fiber coaxial (HFC), 光纤深度接入和运输工厂基础设施-共同努力:
- 增加Network容量
- 延长现有同轴电缆的最后一英里带宽和寿命
- 用光纤扩展和建立他们最后一英里的能力
Our 专业服务 team is available to help design greenfield networks or upgrades to your existing network. 我们使用所有领先的设计工具. We adopt your standards for designs so that our work integrates smoothly into your operations.
挑战和机遇
为什么CommScope?
我们所说的纤维
作为光纤领域的权威和创新者, CommScope has the knowledge and advanced solutions to help any network dominate the fiber future.
获奖的解决方案
Even though our ultimate goal is to design and create solutions that improve your network, we’re honored when our industry experts recognize the intelligence and creativity we put into our solutions.
额外的资源
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Network演进咨询服务
This data sheet describes CommScope's consulting and modeling services to help operators develop a flexible and sustainable network.
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光纤深度HFC部署的未来方向
As service providers consider their HFC transition to FTTP for brownfield scenarios, they should be aware of emerging innovative concepts for a distributed node architecture that cost-effectively enables fiber deep designs such as fiber to the last active or fiber to the curb. This paper details a case study of several actual node designs and explores the cost impacts of various plant upgrades. A comprehensive network capacity analysis shows what capacities might be needed, 在未来几十年的什么时候, allowing operators to plan their HFC to fiber journey in a “pay as you go” manner.
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HFC向FTTP的转变:RFoG、PON和混合解决方案的作用
描述:HFC将持续多久? What strategies can be deployed to help extend the life of HFC through this transition period? The authors provide insight into the network capacity requirements over the next 10-20 years and what must happen for a smooth transition. 主题包括容量规划、DOCSIS 3.1概述，混合PON，缩放考虑，等等.
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为基于hub的业务扩展创造成长空间
This paper details a real-world ARRIS deployment of a high-density CCAP solution in a metropolitan hub that was virtually out of floor space.
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下载
Network演进咨询服务
This data sheet describes CommScope's consulting and modeling services to help operators develop a flexible and sustainable network.
-
下载
光纤深度HFC部署的未来方向
As service providers consider their HFC transition to FTTP for brownfield scenarios, they should be aware of emerging innovative concepts for a distributed node architecture that cost-effectively enables fiber deep designs such as fiber to the last active or fiber to the curb. This paper details a case study of several actual node designs and explores the cost impacts of various plant upgrades. A comprehensive network capacity analysis shows what capacities might be needed, 在未来几十年的什么时候, allowing operators to plan their HFC to fiber journey in a “pay as you go” manner.
-
下载
HFC向FTTP的转变:RFoG、PON和混合解决方案的作用
描述:HFC将持续多久? What strategies can be deployed to help extend the life of HFC through this transition period? The authors provide insight into the network capacity requirements over the next 10-20 years and what must happen for a smooth transition. 主题包括容量规划、DOCSIS 3.1概述，混合PON，缩放考虑，等等.
-
下载
为基于hub的业务扩展创造成长空间
This paper details a real-world ARRIS deployment of a high-density CCAP solution in a metropolitan hub that was virtually out of floor space.