The construction of smart hospitals has significantly improved medical efficiency and patient experience.
When a terminal moves from the coverage area of AP1 to that of AP2, it connects to the better-signal AP2 and disconnects from AP1; this is called roaming.
However, due to the variety of medical terminal brands and models, along with inconsistent network capabilities, “sticky terminals” often occur.
Ten years ago, a single CT scan produced about a few hundred images, with a data volume of less than 100MB.
Now, a single CT scan generates about 3000 images, each approximately 500KB, resulting in a data volume of 1.5GB.
Under traditional AP, the maximum download rate for mobile ward rounds is 150Mbps, requiring over ten seconds to download 1.5GB of images.
The issue of medical terminals “going in circles” is caused by roaming; thus, we prevent terminals from roaming.
Huawei’s zero-roaming distributed Wi-Fi is equivalent to deploying a “super AP” throughout the entire hospital building, ensuring that no matter how the terminal moves, it does not roam, completely solving the problem!
Huawei’s zero-roaming distributed Wi-Fi provides 4 to 8 times the bandwidth of traditional APs, with maximum speeds reaching 600Mbps to 1.2Gbps. Medical images can be downloaded in seconds.
I can see every time you “view”!
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