The Samsung Galaxy S23 series has been on the agenda for a long time. The series will consist of three different models and will be launched in early 2023. For the series, we received information that there may be satellite connectivity for emergency situations. Just like we saw in the iPhone 14 models. Let’s see the details…
Satellite connectivity is a really important feature
So as it turns out, the Samsung Galaxy S23 series may have satellite connection support for use in emergencies. This is not yet one hundred percent certain, but it is reported that Samsung has been working on the infrastructure for more than two years. It has also been informed that the company has partnered with Iridium for the connection in the final stage.
Iridium, which is reported to have 66 different satellites in low earth orbit, is a logical partner for Samsung. Only Apple and Huawei currently use satellite connection support in emergencies. It seems good that Samsung will step into the process without delay. The company aims to transfer not only text messages but also low-size images in this infrastructure.
In case you were wondering, satellite connectivity means using a satellite system to text emergency services when you’re out of cellular and Wi-Fi coverage. Speaking of which, more information came today for the Galaxy S23 family. It was reported that the Samsung Galaxy S23 Ultra model will be built on a screen with a maximum brightness of 2,200 nits. It was also claimed that this screen will be protected by a very strong new generation Gorilla Glass glass.
Before that, the phones made a sound with a processor news. For the sake of recall, the phones will definitely be based on the newly introduced Snapdragon 8 Gen 2 processor. In fact, the phones will carry a special version of the Snapdragon 8 Gen 2 processor with a “high frequency” value, according to recent information. This version will offer higher core speeds, resulting in higher performance. In order to maintain high performance for a long time, the phones are expected to carry powerful cooling.
