No, it can happen when any company has a dominant enough position in their industry that they could be considered a price-setter.This can only happen when companies have a monopoly...
No, it can happen when any company has a dominant enough position in their industry that they could be considered a price-setter.This can only happen when companies have a monopoly...
No, because for that logic, you would have to say the iPhone Pro model was using the cheapest components possible.People who pull the whole "us customers are going to pay for it" schtick assume one (or both) of two things:
1) Apple is not already charging their customers the maximum price that the market will bear for their products.
2) Apple is not already doing everything they can to cut costs (lower component prices, lowered services)
Do you think that Tim Cook is so incompetent that he would not already be charging the maximum amount he could justify and finding as many "efficiencies" in the business as possible?
this board can be pretty funny sometimes
ex-apple employee downloads some files: "lock him up"
apple is found liable in court for infringing patents: "patent trolls!"
In Europe Software patents are illegal so this is something only in the USA could happen. Maybe the patent is related to a whole device but as it seems that this company has no products I guess that is just a program or software patent ( I may be wrong).So this patent troll patents something that phones were already doing since forever and now he wants money? I hope he gets bankrupted.
Coming from the USA laws … in a USA lawsuit and USA state…Coming from the EU, figures
A few options:If you can't patent it, what would you do if you invented something but couldn't produce it?
Funny how “getting it together” apparently includes inventing cutting-edge wireless tech that Apple ends up using without paying. Maybe Spain’s more together than you think
Ah, not really the way it works. Lower frequencies travel further with less attenuation.imo, thats a bad idea. 3G reaches further areas than 4g and 5g. Any signal is better than no signal.
Ah, not really the way it works. Lower frequencies travel further with less attenuation.
Australia, where we have some of the largest cells in the world, has already ditched 3G we just rolled out 4G over 850 and 900Mhz. In order to do that they had to turn off the 3G on the same frequencies.
Because you are wrong.am not sure what that means but what I know is 3G will reach much further than 4G. same reason 4g reaches further than 5g. What am I missing?
Because you are wrong.
The effective transmission distance has nothing to do with the generation of technology but the frequency at which they operate.
4G and 5G added higher frequency bands to their specification and those have shorter distances and higher bandwidth, but they are exclusively used in high population density areas where short range is desirable.
4G and 5G still have the lower frequencies in their specification like 850/900 MHz which is the same frequency used by 3G in many places and has the same effective range.
The challenge is you have to turn off the 3G that uses those frequencies to switch it to 4G/5G which is why in places that haven’t done that the 3G goes further, Australia for instance has already turned off 3G so we have the same distance on 4G as we did 3G in the bush.
LTE frequency bands - Wikipedia
en.m.wikipedia.org