Providing Market Intelligence for 40 Years

In The News

Report: U.S. Households Will Buy More Than 10 Million Smart Home Controllers in 2021

Parks Associates announced new smart home research today showing 26% of smart homeowners purchased their devices from brick-and-mortar retail stores such as Best Buy, Home Depot, or Walmart, making this channel the most commonly used among U.S. consumers. By 2021, more than 10 million smart home controllers will be sold in the U.S., and more than eight million will be sold through retail or other related channels.

The firm's U.S. Smart Home Tracker: Market Sizing & Trends notes this trend has influenced sales strategies for online giants Google and Amazon, which are striking partnerships with physical retailers as they are expanding the visibility of smart home products with POS displays, experience centers, and expanded shelf space.

From the article "Report: U.S. Households Will Buy More Than 10 Million Smart Home Controllers in 2021" by Patrick McCarthy.

Previously In The News

A Comeback For TV Antennas S

In fact, since 2013, the percentage of broadband households in the nation using only antennas to watch linear TV has jumped from 9 percent to 15 percent, according to data released this month by Parks...

Percentage Of TV Antenna Households Doubles

The percentage of U.S. homes getting live TV channels through antenna has nearly doubled since 2013, to 15 percent of homes in 2016, according to Parks & Associates. Several factors contributed to the...

Report: Broadband Users Will Drive Solar In 2017

That news comes out of a new report from research firm Parks Associates in its 360 View Update: Energy Management, Smart Home, & Utility Programs. In further good news for the solar industry, the repo...

Report: Streaming TV Churn Drops 48% Over Two Years, Hits Lowest Point in History

According to a recent report from research firm Parks Associates, services that stream television channels via the internet — known as virtual multichannel video programming distributors (vMVPDs) — ha...