The cable industry advocates energy reduction, not only by rapidly deploying broadband services (to enable more telecommuting), but through programs that encourage vendors and operators to curtail electricity use in their products and solutions.
Cable has come a long way since its initial steps, the 2012 Set-Top Box Voluntary Agreement (STB VA), which the Environmental Protection Agency in 2016 recognized as a Top Project of the Year. Within its first four years, the program saved more than 16.8 terawatts per hour and over $2.1 billion in energy costs, reported CableLabs.
Other agreements and developments followed as vendors created technologies either specifically or partially designed to cut power consumption. Distributed Access Architecture (DAA) technologies like Remote PHY, for example, reduce space and power requirements in the head-end, wrote Jim Walsh, VIAVI Solutions Marketing Manager, in a Broadband World News article. In part, that's because "as operators add networking equipment to support the increasing node counts, rack space and power-cooling capacities at hub sites are stretched to their limits," he noted. (See As Remote PHY Nears, No Time to Spare.)
More units. More heat. More cooling. A lot more electricity use. It all adds up to bad for an operator's budget and not very good for the environment, either. Thinking green -- cash, trees or both -- is good for business and the heart (and lungs).
Customers want to lower their power usage, said Pasi Järvenpää, vice president of research and development at Teleste, a finalist in this year's Adaptive Power Challenge, sponsored by SCTE-ISBE, Liberty Global and Comcast.
"One of our main drivers has been to answer operators’ needs to increase energy-efficiency and save in operational costs through cutting down their energy bill," he told Broadband World News. "In addition to business benefits, reducing power consumption has a positive impact on the environment since it can be translated to, for example, a reduction in greenhouse gas emissions. As the status of the environment is one of the main concerns today globally, solutions to improve energy-efficiency are welcomed among both the operators and consumers."
Some reports claim outside plants generate between 70% and 75% of operators' energy bills, said Järvenpää. Also, although equipment must work at full power sometimes, when the technology is idle it can still sap a lot of electricity if vendors do not consider that feature in their design, he said.
"Broadband nodes and amplifiers are designed to operate at full speed, which results in maximizing their power consumption. However, in real life, the maximum data transfer capacity is rarely needed, and when it is not needed, the devices can be operated on less power without sacrificing the end-user experience. Reducing the power consumption can be achieved by adjusting bias current in the amplifier module in nodes and amplifiers," said Järvenpää. "Adjusting bias current in single amplifier module saves up to 30% of the power consumed by the amplifier module. As from 73% to 83% of the total network power consumption is created by the amplifier modules, this means that on the entire network level utilizing adaptive powering results in up to 20% reduction in the power consumption."
With its multi-year investment in next-generation PON beginning to show a return, Verizon's Intelligent Edge Network is now a reality, CEO Hans Vestberg told attendees of the Verizon 2019 Investor Meeting today.
In the American Broadband Initiative Milestones Report out today, 20 federal agencies pledge to simplify and accelerate the process for service providers to deliver broadband into America's countryside.
Tune in to Broadband World News Radio on February 14 at 11 a.m. ET / 8 a.m. PT / 4 p.m. UK when John Isch, Practice Director of the Network and Voice Center of Excellence at Orange Business Services, discusses use cases, ROI and misconceptions of software-defined wide-area networks, virtualization and cloud.
Consumers are buying millions of IoT devices, from smart thermostats and security systems to intelligent entertainment setups and furniture. Yet many of these devices remain isolated because home users are uncomfortable connecting them to each other – or even their WiFi. After all, their WiFi network was probably designed only to handle a few laptops, a gaming system and a couple of smartphones. Now, demand on the network is surging and even though you're delivering 100 Mbps to 1 Gbps, that doesn't necessarily mean the broadband power is in the right place or reaches every corner of a home.
Even if WiFi coverage is sufficient, typing is not on trend. Voice is far more natural, easier and faster. Using a TV keyboard is archaic when more and more households have access to cloud-based voice services, like Amazon Alexa. This webinar will explore how service providers can create a comfortable, truly smart home for consumers – simultaneously driving up margin and loyalty.