Providing market intelligence for more than 35 years

In The News

Netflix Reports Lowest Churn As Fifth Of US Broadband Households Cancel OTT In 2015

According to research from Parks Associates, a fifth of broadband US households have cancelled at least one over-the-top (OTT) video service in the past 12 months, up two percentage points from a year ago.

Brett Sappington, senior director of research at Parks, said that Netflix is still the OTT leader in the US, with 52% of all US broadband households subscribing to the service at the end of 2015. Netflix also had the lowest churn rate as a percentage of its total subscriber base. In the past 12 months, just 5% of US broadband households cancelled their Netflix account, including those who cancelled at the end of the trial period. That figure represents 9% of the company’s current subscriber base.

From the articles "Netflix Reports Lowest Churn As Fifth Of US Broadband Households Cancel OTT In 2015" by Michelle Clancy.
 

Previously In The News

Telcos have an in when it comes to in-building AI

Beyond connectivity, Parks said telcos also have an opportunity to provide value-added and managed services for commercial and residential buildings alike. Parks Associates, which tracks tech adopt...

Majority of US Online Households Join Energy Programs Today

Parks Associates has unveiled compelling findings indicating that 43% of U.S. internet households are currently participating in energy programs. This significant statistic was highlighted at the rece...

Streaming Year in Review 2025: Online Video Is Now an Advertising-Led Business

Roku and Amazon are the most popular brands of streaming media players purchased for CTV de­vices in the U.S., while Samsung is the most popular brand of smart TV purchased anywhere, according to rese...

Wearable Tech: Safer Workplaces of the Future

According to a recent consumer study by research and analysis firm Parks Associates, nearly 50% of American households own and use wearable devices. These devices align more with fitness wearables as...