Dish Releases AirTV Mini, its Next-Gen 4K Streaming Stick

Dish Network’s AirTV subsidiary has launched the AirTV Mini, a 4K streaming dongle powered by Android TV that promises more memory and a faster processor than similar devices from competitors such as Amazon, Google and Roku. The Wi-Fi-enabled, HDR-compatible stick offers Dish’s Sling TV, Netflix, OTA channels, and apps created for Android TVs — all accessible via a single interface. It also provides support for Google Assistant and Google Play. When teamed with an OTA antenna and AirTV Wi-Fi network tuner, the palm-sized $79.99 device provides a streaming solution for TV viewers and cord-cutters that includes OTA feeds from networks. Continue reading Dish Releases AirTV Mini, its Next-Gen 4K Streaming Stick

AirTV Rolls Out Networked Tuner to Access Local Broadcasts

Dish subsidiary AirTV just launched a new device, also dubbed AirTV, that lets its subscribers watch free live content from broadcast networks, including ABC, NBC, CBS, PBS and Fox, on TVs and mobile devices. AirTV is a networked tuner that comes with Wi-Fi and Ethernet connectivity. Priced at $120, AirTV also comes with a $25 credit for Dish’s Sling TV streaming service, which mainly provides access to cable channels. With AirTV, Sling TV subscribers can access over-the-air channels via their Sling TV app. Continue reading AirTV Rolls Out Networked Tuner to Access Local Broadcasts

4K UHD with High Dynamic Range Most Likely to Be Adopted

A conversation during CES about the future of 4K UHD TV quickly settled on a single point: 4K without HDR is not a winning proposition. “4K married with HDR will be adopted a lot faster than just plain 4K,” said Technicolor executive Mark Turner. “4K is a binary function: you either have 4K or you’re at 1080p. 4K hasn’t really fired passions in the creative community. HDR does, because then you have a wider color palette and have more detail in the shadows and more highlights.” But both 4K and HDR present challenges. Continue reading 4K UHD with High Dynamic Range Most Likely to Be Adopted