Category Archives DOCSIS 3.1

The Passive Optical Network (PON) is a telecommunication technology that is used to implement a point-to-multipoint architecture. In order to enable a single optical fiber, the system uses fiber optic combiners and splitters, which is then used to serve multiple end-users without the need for individual fibers between customers and the hub. The coverage range […]

All-optic networks provide network capacity within the Photonic Domain. The Photonic Domain involves the use of radiant energy with photon as its fundamental element. Likewise, as electronic applications use electrons, the Photonic uses the photon.   The intelligent all-optic networks are redefining the optical industry, in fact, it is re-shaping the future. An all-optic network […]

The future of the network: 5G, Fiber Optics & Edge Computing    A digital network is, in layman’s terms, a transportation system for information. Imagine the system to be a factory floor conveyor belt. In this scenario, edge computing processes are ‘stations’ placed as far out as possible on the belt to make it faster […]

It’s just about a month away and the industry is already abuzz about one of the world’s leading shows for broadband, cable, and satellite – ANGA COM. Thought leaders in broadband, gigabit networks, DOCSIS 3.1, DAA, WiFi, FTTx, IoT, Big Data, and more will gather to share what’s on the horizon for these cutting-edge technologies […]

Starting to roll out gigabit services? Be sure to stop by the Viavi Solutions booth #1444 at the SCTE Cable-Tec Expo this week at the Pennsylvania Convention Center. Find out how you can deliver reliable gigabit services faster and over any access medium. Cable, WiFi, fiber—no problem. We offer state-of-the-art, simple-to-use test solutions to help your […]

  At Viavi, we are in business to help service providers and IT organizations optimize and maintain many of the world’s most complex networks. As a partner in network service enablement, the very basis of our business is to get things right. After all, if our solutions are not consistently accurate, reliable, and effective—our customers […]

Orthogonal frequency domain multiplexing (OFDM) and the profiles it creates can boost the speed and throughput of DOCSIS 3.1 to levels that rival fiber. But what building blocks make up OFDM and why are they important? One of the interesting aspects of DOCSIS 3.1 is its backwards compatibility with DOCSIS 3.0. The good news is […]

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