CSP_Eight_ImageConverged services are important in the evolution of the cable television market, and I believe there are eight ways the new CommScope CCAP (converged cable access platform) solution can be of great benefit to operators.

But first, let's look quickly at how we got here. For the last several months, I have blogged about CCAP. I highlighted several topics:

I also listed the common acronyms used in the cable television industry. Again, there are plenty of them in this blog posting, so let me give you a refresher.

CCAP is designed to help cable operators who are seeking a cost-effective strategy for migrating from conventional MPEG-based video delivery to IP (Internet Protocol) video transport with the ability to combine data and video delivery. CMTS (cable modem termination system) is piece of headend equipment used to provide high speed data services, such as cable Internet or voice over IP to cable subscribers. Edge QAM (quadrature amplitude modulation) is the format by which digital cable channels are encoded and transmitted via cable television providers. Finally, PON (passive optical network) is a telecommunications network that uses point-to-multipoint fiber-to-the-premises  in which unpowered optical splitters are used to enable a single optical fiber to serve multiple premises.

CSP ImagesIn this blog, I'm going to simply explain how our CSP benefits cable operators. The CSP platform was designed from the ground up by our team in Montreal. To accomplish this, we spoke to the largest and most influential cable operators in the world. They gave us their input on what they would like to see in a CCAP solution. After receiving their input, we designed the CSP solution. So, here are the eight ways it benefits operators: 

  1. RedundancyOur product is fully redundant, non-service impacting with a swappable architecture. The speed of switch-over ensures that no video packets are lost and that cable modems do not reset. Any failed hardware can be replaced while the system is in service.
  2. We are universalOur product allows DOCSIS (Data Over Cable Service Interface Specification), switch digital video, video on demand or broadcast on any port.
  3. We are widebandOur solution uniquely supports the full RF Spectrum - 160 QAMs on every port.
  4. BroadcastWe are able to create a complete 120 QAM broadcast lineup in a single port and then replicate as needed. We believe this is unique in the industry.
  5. DOCSIS data—We have the full support of downstream external PHY interface control plane and dynamic configurations with Cisco’sCMTS.
  6. We support the future with DOCSIS 3.1, EPOC and Remote PhyThe solution allows our customers to add them anywhere or at anytime within the complete spectrum.
  7. Digital backplaneCSP supports IP-based services with a whopping 1.28 Tbps and 640 Gbps backplane.
  8. Support for native IP servicesThe CSP not only supports QAM based services, but migration to IP with PON based line cards.

 What other questions do you have about our CSP solution?

 

About the Author

Sunil Frida

Sunil Frida is a global marketing executive with 19+ years experience driving markets for new products and services within the video and networking industries. His areas of expertise include a track record for delivering increased top line revenue growth and product line profitability, leadership of both domestic and international product and business development teams. Sunil has developed and managed businesses across the globe most recently at SEZMI, where he was general manager of their international business, which was purchased by KIT Digital. Sunil's has worked at Harmonic Inc, WorldSpace Satellite Radio and SingTel where he launched GSM mobile phones across Asia. Sunil has spoken at various events including the ANGA show in Germany, CCBN in China, Broadcast Asia in Kuala Lumpur, ABTA in Sao Paolo Brazil and Mobile Video Congress in the United States. Sunil has a EE from the Royal Melbourne Institute of technology and an MBA from the Melbourne business School, both in Australia. Sunil lives in the San Francisco Bay area.

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