Qualcomm Promises Gigabit LTE Speeds and New Chips to Power Smartwatches (google.com)
Qualcomm may have been losing steam (and jobs and sales), but it looks like the major telecommunications corporation is back in the lead when it comes to pushing out new LTE technologies. Qualcomm announced today the new Snapdragon X16 modem, which together with the WTR5975 transceiver, boasts Category 16 LTE download speeds of up to 1Gbps. Qualcomm also announced new chips that will power the next generation of wearables. Although you shouldn't hold your breath just yet, the implications could be huge!
This is sweet! Now my next smartwatch will be able to do absolutely nothing useful way faster than my current one can!
The problem is who's going to buy them. Qualcomm's business was built to support a few large companies in high volume like Samsung and some Chinese phone manufacturers. The reason their sales are tanking is not because their processors aren't good, it's because Korea and China have chosen to build their own domestic industries around semi-conductor development.
So if Apple's not going to buy (they make their own chips), and Samsung's not going to buy, and the Chinese manufacturers aren't going to buy, and most wearables these days are like FitBit, not nearly complex enough to require something like a Snapdragon, who are they going to sell to?
Let's get this term right. IoT is the Internet of Trackables. Anyone who says different is a liar. Our society won't be happy until all the HAVES will be in total control of the HAVE-NOTS.
Gigabit LTE means that you'll be able to use up your entire high speed data quota in less than a minute, unless the carriers finally update their data pricing models.
How is it that we've ended up with $10 for 10Gb or less of data now for about ten years? In the meantime, we've gone from inefficient EDGE to unbelievably efficient LTE, with HSPA+ available now for, what, the last five years on most GSM family networks?
Yet the data prices haven't budged. The carriers have more bandwidth than ever, more efficient ways of using it than ever, but they still think they're running ancient EDGE or cdma2000 networks.
On a positive note, this is more bandwidth than most people's cable modems. I wonder if the cable industry will catch up.
You are not alone. This is not normal. None of this is normal.
With potentially hundreds of gigabit capable devices connected to on tower, it will be interesting to see how the carriers deal with the backhaul requirements for the ever escalating demand on data.
a Cable node has less users then 1 cell tower. Also what is the backhual from the towers?