Pushed along by high demand in the PON sector, the worldwide broadband access market, which also includes DSL and cable technologies, set a new record of $11.5 billion last year. Dell’Oro Group senior analyst Alam Tamboli said PON spending had picked up in North American last year with the advent of gigabit networks, but those deployments were small when compared to China.
IoT Special Report: The first experience many communications service providers...
IoT Special Report: The Internet of Things (IoT) is going to be in sore need of...
Amazon has jumped into the TV stick arena to compete against similar devices from the likes of Google’s Chromecast and Roku. This morning Amazon announced its Fire TV Stick, which is available to existing and new Amazon Prime customers for $19 over the next two days, or $39 as a standalone. Amazon is currently taking preorders for the Fire Stick with shipping slated for Nov. 19.
With cloud-based multi-screen delivery, the option for making a capex-intensive process into a pure opex play. Some service providers are still wondering if performing multi-screen delivery is a good idea for them. The answer is more and more likely to be “yes.”
All eyes were on Brazil earlier this summer when it hosted the FIFA World Cup soccer tourney. While the World Cup served as a coming out party for several countries’ emerging soccer stars, it also provided a good backdrop for streaming video technologies.
Everything required for multi-screen delivery can be done in the cloud. CED recently got together with Envivio VP Products and Solutions Arnaud Perrier to talk about Envivio's adoption of a SaaS model for multi-screen delivery, which has the potential to put multi-screen within reach for everybody.
Multi-screen delivery apparently leads to deeper engagement with viewers. Service providers might have expected that’s putting the cart ahead of the horse, but it’s turning out that viewer engagement is the factor that’s inspiring advertisers to shift ad dollars to second and third screens.
CED interviews Nathan Tracy of TE Data Communications on the data trends, and how optical interconnect can alleviate increasingly severe power/thermal issues. Data centers, video headends and hubs, and other facilities are digesting Internet traffic in 100G streams. Pushing all that data around takes copious amounts of power, and a good portion of it gets dissipated as heat.
MSOs are faced with an ever-increasing amount of equipment, consuming more power, which is running faster and hotter. The SCTE has responded with a range of recommended practices and new standards designed to run video facilities efficiently and safely.
Fiber deep? You have no idea. The reach of fiber has extended far, far beyond the network level, and photonics are now critical in interconnect with routers, switchers, and similar network equipment. The industry is also investigating ways to incorporate photonics not only on printed circuit boards, but even beyond that all the way down to the chip level.
Bright House Networks and Fujitsu Network Communications recently completed a field trial of 400 Gbps and 800 Gbps on a ring between Tampa Bay and Orlando, to demonstrate the use of “super channels” on a live production network. The test is another indication of how quickly MSOs might need to move toward terabit speeds on their networks.