Besides the issues of speed and performance, there are practical issues like how well such apps will perform in areas with
poor signal strength, or whether they can overlay data accurately on the real world without ambiguity.
The How - To Geek website explains that
poor signal strength inside your house could be the fault of your wireless carrier, or could be blamed on signal - blocking materials in the walls of your home.
Because objects like brick walls tend to block or scatter Wi - Fi signals, there's a good chance your home Wi - Fi network won't reach, or will have
poor signal strength at your chosen mounting location.
If you have
poor signal strength, per the Chromecast's reporting, there are two primary approaches you can take.
Speaking of your router, if both the Chromecast and the mobile device you put near your HDTV to test the signal have
poor signal strength it's likely that your Chromecast is on the edge of your router's range and the only real solution is to either move the whole setup, TV included, closer to the router, to move the router closer to the TV, to upgrade the router to increase signal strength and range, or to use some sort of Wi - Fi extender (like the recently reviewed Netgear EX1600) to extend your Wi - Fi network.
For instance, if your phone is wasting juice by constantly struggling to maintain a cellular data connection due to
poor signal strength, there's no easy software fix for this.
Poor signal strength could be your carrier's fault, or it could be because of signal - blocking materials in your home's walls.
Like other apps designed for emerging markets, YouTube Go includes a suite of features that take in consideration the high costs of data,
poor signal strength, and the prevalent use of SD cards on Android devices.
Another thing to look out for in battery life is signal strength: because the sign will have to actively search for signal availability,
a poor signal strength will result in a degraded battery performance.
Not exact matches
With background
signals washing out the intended output, necessarily computational qualities for optical transistors, such as their on / off ratio, modulation
strength and
signal mixing contrast have all been extremely
poor.
Some devices get more
signal strength, leaving others with
poor quality
signals.