Newsroom
Cable TV Test of Next-Generation ATSC 3.0 Television Coming to Portland, Oregon
Portland, OR – December 15, 2020 – Broadcasters supporting the Phoenix, Arizona Model Market project for NEXTGEN TV along with broadcaster group Pearl TV today announced that they have begun initial testing of NEXTGEN TV over limited cable infrastructure, through a cooperative effort with Comcast. NEXTGEN TV is utilizing ATSC 3.0, the landmark technology now being deployed across the country that is designed to merge over-the-air with over-the top TV content.
Five Detroit Broadcast Stations Collaborating to Launch “Motown 3.0 Test Track” as NextGen TV Broadcasts Begin in Motor City
NEXTGEN TV Service Promises More Expansive Audio and Video Options for Viewers DETROIT, MI – (December 10, 2020) – Starting this week, Michigan viewers in the nation’s 14th largest TV market get a taste of the future as five local TV stations band together to launch...
Five Tampa /St. Petersburg Broadcasters Collaborating to Launch NextGen TV Broadcasts Along Florida Gulf Coast
TAMPA / ST. PETERSBURG, FL – (December 1, 2020) – Starting today, Florida viewers in the nation’s 12th largest TV market will get a taste of the future as local TV stations band together to launch NEXTGEN TV along the gulf coast. “Watching in NEXTGEN TV allows a...
NEXTGEN TV CONSUMER AWARENESS HOLIDAY CAMPAIGN LAUNCHING TO EDUCATE VIEWERS, PROMOTE SALES OF NEXTGEN TV RECEIVERS
New Consumer Website WatchNextGenTV.com Offers Comprehensive Channel Listings, Purchase Guide for NEXTGEN TV Sets WASHINGTON, D.C. – (November 16, 2020) – With a planned multimillion dollar on-air and online awareness campaign scheduled for over the holidays and into...
PHOENIX MODEL MARKET EXPANDS ATSC 3.0 SERVICE TO INCLUDE SINGLE FREQUENCY NETWORK FOR IMPROVED RECEPTION
New Feature of NEXTGEN TV Simplifies Reception for Viewers, Expands Coverage for Broadcasters October 27, 2020 – Broadcasters participating in the Phoenix Model Market launch of next-generation TV service today announced the addition of a Single Frequency Network in...