http://www.anandtech.com/show/6307/motorola-hits-2ghz-with-intel-powered-razr-i
I sure was hoping to nab an Intel powered phone this year.
I sure was hoping to nab an Intel powered phone this year.
I'm not really that bummed out anyway, who wants a single-core nowadays, regardless of the singlethreaded performance? One of the nice things about dual-core is that if you have an app that hogs the CPU, the entire phone doesn't have to come to a grinding halt.
Although that SunSpider bench is extremely impressive, I will note that the transition from Atom single-core to Atom dual-core in low power computing devices made a night day performance difference.Intel supports hyperthreading, so a single core actually has two logical cores. Its quite possible for this single core chip to keep up with other multi core chips.
Yes, 32 nm. See my post above. I wonder what the ARM guys will do with 22 nm though...Reading previews now. Looks like it'll be the next gen (these are still 32nm parts, right?) 22nn chips that will get Intel fully into the game.
Although that SunSpider bench is extremely impressive, I will note that the transition from Atom single-core to Atom dual-core in low power computing devices made a night day performance difference.
As alluded to earlier by podspi, I'd prefer a 22 nm dual-core 1.5 GHz Atom over a 32 nm single-core 2.0 GHz Atom Z2460.
So, what's Motorola's history on this? Just wondering."The RAZR i runs Android 4.0 (Ice Cream Sandwich) although Google/Mototorla/Intel are committed to delivering 4.1 (Jelly Bean) as an upgrade at some point."
Nice try Motorola. Fool me once shame on you, fool me twice shame on me.
I'm no programmer but...I'm going to go out on a limb here and speculate that some of the Razr I's performance are due to immature software optimizations too. Android has had 5 years of development on ARM designs. x86-Android is relatively new and still in diapers in the commercial market. With Intel delivering mobile chip designs that they can actually sell, I'd expect to see more optimization and work put into the x86 Android code.
I'm going to go out on a limb here and speculate that some of the Razr I's performance are due to immature software optimizations too. Android has had 5 years of development on ARM designs. x86-Android is relatively new and still in diapers in the commercial market. With Intel delivering mobile chip designs that they can actually sell, I'd expect to see more optimization and work put into the x86 Android code.
So, what's Motorola's history on this? Just wondering.
I had a motorola droid bionic. Over a year old now, and despite ICS being released about a month later, and motorola insisted it was coming to the bionic "soon", the bionic never got it as long as I owned mine.
http://www.gottabemobile.com/2012/0...-cream-sandwich-update-embarrassed-yet-again/
Yet they cant make a battery that lasts a whole day of real use.
Well, they could......
And they do. But its stuffed inside more powerful phones every year.
We really dont need excess processing power in our smartphones, what we need is efficiency and usability.
Tell that to all the iPhone 5 buyers. And Samsung often doesn't even advertise GHz for their flagship phones.ghz sell
Tell that to all the iPhone 5 buyers. And Samsung often doesn't even advertise GHz for their flagship phones.
http://www.samsung.com/global/galaxys3/specifications.html
Isn't there a ICS ROM?
Dont even compare the two.
The Apple LOGO sells!
You could release a brick with an Apple on it and people would buy truckloads of them. For a hundred bucks each.