Providing market intelligence for more than 35 years

In The News

15 Percent of U.S. Broadband Households Plan to Buy Wireless Speakers

A recent Parks Research study found that, of U.S. broadband households, 18 percent plan to buy earbuds over the next 12 months, 16 percent plan to buy headphones, and 15 percent plan to buy wireless speakers. "The smartphone has evolved into the primary interface for the connected home," says Parks Research, and it is driving interest in the wireless and "connected audio" categories. The company's 360 View: Mobility and App Economy report states that more than one third of U.S. broadband households use their smartphones to stream music to a speaker or stereo system. Not surprisingly, this practice is most popular amongst consumers ages 25 through 34. 

From the article "15 Percent of U.S. Broadband Households Plan to Buy Wireless Speakers" by HomeTheaterReview.com

Previously In The News

Report: Viewers Say Churn is Based on Lack of New, Original Content

According to Parks Associates, it only gets worse from here. In its 2022 “OTT Streaming Trends to Watch” white paper, their data shows that the average churn rate was 40% in 2020. Right now, the avera...

Voice shopping in retail expected to grow to $40 billion by 2022

While home speakers, as well as the use of AI assistants on smartphones and tablets, figure centrally into the voice shopping market, there is also great potential in the automobile market. A study by...

Report: Pay-TV Subscriptions to Drop 27% by 2024; Streaming Apps to Pick Up the Slack

Pay-TV services are showing their age as subscribership continues to fall, leading to a projected 76.7 million subscriber decrease by 2024, according to a report by Parks Associates. This drop wou...

Is The Increasingly Crowded Streaming Marketplace Going to Turn Consumers Back to Piracy?

In the short term, consumers are more than happy to keep paying for multiple services. According to a report published by Parks Associates in June 2021, 46 percent of US homes with broadband-level Int...