White papers


Technical literature or thought-leadership papers on a range of products, solutions or industry trends


Performance analysis: DOCSIS 3.1 cable TV headend combining systems


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Measuring MER performance of QAM signals in passive & active combining systems.



Inner spring design: Delivering network performance through high quality connections


Well designed inner spring connectors are vitally important to the optimum operation of a network. They help prevent intermittent connections, reduce intermodulation distortion and decrease common path distortion (CPD).

Discover the three main factors that affect the quality of a connector and how the various combinations of inner spring attributes compare in performance.



The future of narrowcast insertion: Next generation, CCAP compliant RF combining


This white paper looks at the advantages of using the converged cable access platform (CCAP) standard to implement converged video and data services.

It also explores ways of overcoming some of the challenges for headend combining systems which need to be considered in your CCAP migration roadmap.



Upstream quality improvement: Carrier to noise improvement in the upstream


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Demand for higher data throughput in the return path is growing significantly and techniques such as using 64 QAM channels in the upstream need to be deployed to keep up with the competition. This requires a higher carrier to noise ratio in the upstream path of the networks, which can be challenging to achieve.

This paper examines factors that can have a negative impact on upstream quality and offers practical solutions for improvement gained from our experience of working to enhance European broadband networks.



Virtual Segmentation


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Technetix' innovative Virtual Segmentation solution allows MSOs to deploy PHY without the need for fiber deployment; it can be achieved through an existing coaxial network.

Virtual Segmentation is a technology that uses this unused spectrum to realize high-speed data connections from 3 Gbps to 10 Gbps. Its channel-based design allows us to use this spectrum of the network in the RF domain and feed distributed architectures; like Remote PHY or Remote CCAP. Using a single coaxial cable, we can feed different Remote PHY/CCAP devices to segment the network into smaller service groups.