It is capped at 10 up and 1 down. ROI is correct in this statement. What kind of reference to you want?
I posted the same thing months ago as well.
Phones will usually see 3-6
The references I was asking are in regards to the 10mbit cap ... and *how* that cap is implemented, since I was given conflicting information:
Ok, so before we go down this road, the 4g radio in the evo is capped at 10mbps. 10mbps is a hardware cap that can not be hack, modded, or changed( for many, many, many, reasons). [see OP for more]
How is the radio on the evo capped, and if it cannot be changed (
unhackable, unmodifiable, etc, for many, many, many reasons), why in future posts does the same poster state it can go over 10mbps but will overheat, or later it was stated it could go over 10mbit but then would throttle back to save on battery.
Believe what you want, but the Sequans SQ1210 chip running a 5mhz by 5mhz is capped at 10mbps. You can not get any more data through a 5x5 data connection on that chip. Not with out over heating it.
Why does the
official data sheet (PDF) for that chip state 40Mbps+ maximum speeds? Where are the sources that show the Evo implementation of the SQ12010?
And lastly, if it is capped at 10mbit (which I still maintain would have to be on the network side, not device), how am I getting consistent tests above 10 from a variety of test types and sources? Now, this is the point that I am going to hold off on my arguments until I run more thorough testing, since I don't know how much of my speeds are from a possible (likely?) short-term burstable speed boost feature configured on their network hardware vs a result of optimal signal conditions and an optimized phone. My testing will include smaller files (10-50MB) that would benefit more from a burstable connection, and then larger files (500MB-1GB) that should after a few minutes even out to a specific speed cap if there is one. Based on the information presented to me by my arch-nemesis (j/k

) it does seem quite likely this will in a way prove both of our points.
The above tests will tell me either:
1) It is indeed burstable over a certain speed, and will not maintain that speed for large downloads. (And part of my initial argument would prove to be incorrect)
or
2) The speeds I am hitting are uncapped and I get the maximum under the conditions and variables I have. (Phone OS, CPU, Radio performance, overclocking, distance to tower, obstructions and signal issues to tower, etc.) Running the same tests via USB tether on the PC should give some insight if this is a possibility as well since some resources on the phone would be freed up. (CPU for application that does the download, writing to storage, etc, would all be offloaded to the PC) Keep in mind I plan to test
both phone-only and tethered.