Why is that? One of the big selling points of Java is that it's architecture-independent. There's lots of Java already running on standard Windows-based desktops. Why would there be architecture concerns about app compatibility? And why would Intel's translation layer have a lot of overhead when there's already a pretty good Java bytecode interpreter for x86?
When you look at something like this:
http://en.wikipedia.org/wiki/Java_virtual_machine
and then look at the diagram on the right, you can see that the flows are pretty similar.
And ARM is not like x86 where everything is backwards compatible and new instructions are supersets of prior ones. Various cores have various instructions and some are subsets of previous versions.
http://en.wikipedia.org/wiki/ARM_architecture
You can't run an ARMv6 binary on an ARMv7 core. So new instruction set architectures running Android are not unusual.
Yes but not all Android apps are Java. Some of them are native code. Most graphically-intensive 3D games/game engines are not written in Java.
What I want to see is the dual core tablet version running x86 Windows 8, all the sleek metro goodness and with an x86 chip it should be compatible with legacy applications from Win7. That is a beautiful future to think about.
Yes but not all Android apps are Java. Some of them are native code. Most graphically-intensive 3D games/game engines are not written in Java.
I have a coworker that feels the same way.I work for Intel and there's a pretty good chance that I'd go pretty far out of my way to get my hands on an Intel-powered phone. If it's not ludicrously expensive, and it works on AT&T and the reviews say it's a decent phone, I'll get one.
I'm pretty impressed with the Austin team. I don't think people realize how many teams are involved to win the smartphone/tablet/ultrabook market segments. It's kind of crazy when you count it up.
While the results are impressive for Intel's first shot out of the gate, by the time it hits the market, it will (probably) be already behind. If intel's recent track record with desktop/laptop CPU/chipset in any indication, they will have a hard time to keep pace int eh mobile phone market.
Asus is an exclusive Tegra partner.Intel needs partners now. The biggest players in the smartphone/tablet market are linked to SoC's, Intel needs to seek out their own. Apple delegates it's own to others, HTC goes to Qualcomm first and Samsung makes it's own.
Motorola, LG, Acer and Asus, they all don't have a go to chip maker in the mobile market. Doesn't sound like much but in theory that's enough support to help Intel gain market share. Maybe Intel could hook up with Amazon for phones and tablets.
Asus is an exclusive Tegra partner.
They get 1st dibs on anything Tegra(See: Transformer Prime), just like HTC does with Qualcomm processors.
Not that it really matters for the Medfield anyway. ASUS alone isn't critical for the chip and Intel should muster enough support with or without them. Motorola and LG alone could be enough for Intel to get the foot in door.
Heres the reference Intel phone.
http://www.bgr.com/2012/01/11/hands-on-with-intels-medfield-android-phone/
I like this one much better than the Lenovo.
If this one was a little more rounded on the corners, it would look alot like the IP4.
My sentiments exactly.Honestly, if those are the partners that Intel has to depend on, they're in trouble. LG has never really released a device that made people want it over anything else at the time, and Motorola really hasn't had one since the original Droid or possibly the Droid X.
If Intel wants a foothold they need to get their chip in a model that sells several millions of units. Otherwise they're just going to be in a bunch of phones that don't sell well and eventually get left by the wayside when it comes to support and updates.
Intel really needs something like an EVO or a Galaxy S where they can get an appreciable number of sales and have a phone that people still want months down the road.
Honestly, if those are the partners that Intel has to depend on, they're in trouble. LG has never really released a device that made people want it over anything else at the time, and Motorola really hasn't had one since the original Droid or possibly the Droid X.
If Intel wants a foothold they need to get their chip in a model that sells several millions of units. Otherwise they're just going to be in a bunch of phones that don't sell well and eventually get left by the wayside when it comes to support and updates.
Intel really needs something like an EVO or a Galaxy S where they can get an appreciable number of sales and have a phone that people still want months down the road.
Intel really needs something like an EVO or a Galaxy S where they can get an appreciable number of sales and have a phone that people still want months down the road.
You forget that this is Intel, Chipzilla. If anyone is going to take down ARM, its going to be Intel. Medfield is their first foray into the smartphone biz so I'm not sure why you expect them to win over vendors left and right. If the benchmarks are true, Medfield already beats ARM and is in a good position for Intel to roll out their future SOCs. In two years, ARM could become the next AMD, holding onto dear life.
If Intel can deliver, the support will come.
You forget that this is Intel, Chipzilla. If anyone is going to take down ARM, its going to be Intel. Medfield is their first foray into the smartphone biz so I'm not sure why you expect them to win over vendors left and right. If the benchmarks are true, Medfield already beats ARM and is in a good position for Intel to roll out their future SOCs. In two years, ARM could become the next AMD, holding onto dear life.
If Intel can deliver, the support will come.
2012 will have new ARM CPU's that will wipe the floor with medfield
intel should be making medfield on 22nm so to be the fastest and most power efficient.
Qualcomm S4 will easily beat Medfield in benchmarks. Anand estimated that it will get ~30% better performance/clock compared to Cortex A9, and it will run at 1.5-1.7GHz. We should be seeing S4 mid-year.
Plus ARM A15-based SOCs will launch later this year/early next, which offer double the performance/clock of A9. TI demoed their OMAP5 reference smartphone at CES.
I'm excited for Medfield, but I don't expect Intel to hold the performance crown for long, if at all, this year. I'm more interested in seeing what their next-gen SOC will be like.
