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The way people view content—that is, television shows and movies—has changed a lot over the years. However, that all changed with the advent of streaming, which gave you access to content over the Internet and dramatically increased your ability to watch when you want to see what you want to see. It was followed by DVD, Bluray, and now 4K, a physical disc that must be played on a dedicated disc player connected to the TV. So, when video recorders appeared, they hurrahed the viewers (at that time the film was also released on cassette).
1/ 4K resolution
So how about extending this philosophy to watch on TVs that aren't directly connected to that streamer (like Apple TV or Roku)?
Streaming showed that wireless content delivery is real. First, we needed some kind of technology that the average consumer could use for streaming. Second, the technology must be able to handle the latest high-definition (4K) versions.
2/ Wireless 4K
And because of the switch configuration, the video/audio output can go to both the Apple TV and the TV in the kitchen next to the switch, so the switch can be either connected directly via HDMI or wirelessly (streaming).
The Air 4K can stream 4K video from a video source to a video player or easily transmit it to a TV or monitor that can receive the signal from a cable/satellite receiver, streamer, etc. This simplicity allows you to switch from source to playback on your Apple TV or cymbal receiver (only 1080i HD is supported natively). I'm using the Apple TV 4K as an example, but it's also connected to a Dish Network satellite receiver via a 4K capable breakout box. So with Apple TV, you can access 4K on Apple TV+ and Disney+ shows when you're not interested in watching TV.
3/ The set up
Both transmitter/receiver must be connected to a power outlet (via USB). Let's start by connecting an HDMI cable from the output of the switcher to the Air 4K transmitter. Not a line of sight, but there are some obstacles between the transmitter (next to the switch) and receiver. The receiver is in a cabinet next to the TV in the living room, with an HDMI cable from the output to the TV input. So let's say you decide not to leave the transmitter/receiver connected to a power source all the time. and yes, people point in a straight line between the transmitter and the receiver and they'll walk between them. There is a small LED that glows from slow to fast or on for each when synced. The two always find the other automatically, so there is no need to resync.
4/ Cheers, you can start watching
Also, following an invisible transmission "line" is more likely to fail, but that depends on how long you block the signal (the buffer appears to work, it might help). Also, following an invisible transmission "line" is more likely to fail, but that depends on how long you block the signal (the buffer seems to work, it might help). It's worth noting that since we're using 60GHz here, video games can also be played through it and this helps avoid interference from other wireless devices/networks. If there are no issues, glitches or garbage in the image, and you didn't know that the video/audio was coming out of the air, you weren't assuming something else was going on. It's worth noting that since we're using 60GHz here, video games can also be played through it and this helps avoid interference from other wireless devices/networks..
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