![]() I've rung that number a bunch of times: no one answers. I went to the office: they told me they can't help me and to ring a number. There's tons of reasons why someone might not have internet (permanently or temporarily) ranging from financials to personal choice.Īnd it's not about "illiteracy" as far as I'm concerned, it's about wanting to talk to an actual human being, which is becoming harder and harder. I think people should be able to live without internet, if that's what they choose. This whole issue is avoided with 5G because 4G and 5G were explicitly designed to coexist on the same channel. Had 4G been deployed to 800MHz initially this wouldn't have been an issue - but that wasn't really possible because it would've meant worse speeds for existing 3G customers. Ideally the 4G sites in low-density areas would be moved to 800MHz, but that's going to require significant effort because every single antenna will need to be modified by engineers. Those bands also allow a higher data rate, and anyone out of their range could fall back to 3G so it's a win-win, right?īuuuuut now we're stuck with 4G in a band with poor reception, and throwing out 3G means losing coverage. When 4G was introduced it couldn't share that band with 3G, so it was usually given space on higher frequencies around 1800MHz and 2500MHz. They were usually given the frequencies with the longest range, which is the 800MHz band. Ironically 3G is often the reason 4G/5G has poor reception.ġG/2G/3G all need to have a dedicated channel for itself. Thankfully all three carries in my country are planning to switch off UMTS in the next two years which will greatly improve service. It's so good I hate it when my phone falls back to UMTS in places I know full well LTE service exists. Makes stuff like emails usable at the far edge of LTE coverage where it's impossible to achieve the same off the UMTS signal from the same tower in the same band. ![]() I've seen LTE maintain a stable connection at signal levels where GSM would have long since dropped the connection and UMTS would struggle. UMTS has remarkably poor peformance at the cell edge where it at best data connections can only deliver a few kilobits at random intervals whereas LTE provides a reliable and consistent data connection even if it is only 100kbps. the 2degrees network in New Zealand uses the 900 MHz band for both UMTS and LTE at many of their sites). I've found LTE to be both faster and more reliable where I'm attached to a tower that provides LTE and UMTS in the same band (e.g. ![]()
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