Intel Bay Trail Brings New Architecture and Performance To Atom
Vigile writes "Today at the Intel Developer Forum in San Francisco, the company officially released the Atom Z3000 series of SoCs (Bay Trail) based on the Silvermont architecture. Unlike previous Atom designs, the Z3000 and Silvermont is a completely re-architected product from the ground up and is no longer based on legacy processors. Changes include a move to an out-of-order x86 architecture with drastically improved single threaded performance but the removal of Intel's HyperThreading technology. Dual-core modules with 1MB of shared cache can be paired up to create a quad-core SoC that also includes upgraded graphics design. Intel is no longer depending on PowerVR for a GPU and has integrated a 4 EU (execution unit) Intel HD Graphics design that is very similar to the one used in Ivy Bridge. As a result, as tested at PC Perspective in both Windows 8.1 and Android 4.2.2, the Bay Trail part is as much as 4x faster in single threaded tasks and 3.5x faster in gaming and graphics. Power consumption remains nearly the same as it did with Clover Trail (Atom Z2760) but with improved power gating and support for Connected Standby, Intel's new Atom looks and feels completely different than any before it."
MojoKid notes that Intel also announced an "open" SoC architecture (where open involves you giving Intel tons of money).
This chip family is Intel's first real answer to arm SoCs. I look forward to seeing devices that feature it. Supposedly it will enable sub-100 dollar windows 8 tablets. (Well, excluding the win8 license probably. MS- You have a problem when your OS costs 2x more than the hardware itself.) - I'd love to pick up a 99 dollar tablet and see what I can do with a linux distro. I'd also love to see some ultra-small low cost SoC based boards. (Atomberry pi anyone?)
The x86 android port is supposed to be pretty damn good too, but intel seems to have a poor track record of actually getting shipping devices in to the hands of consumers.
Hopefully, this will end any reliance on PowerVR by Intel. I dream that this is the beginning of the end for those bastards.
It turns out that Bay Trail has some very solid performance numbers and that the power consumption is very good too, but frankly, you can get similar results from high-end ARM SoCs.
What you can't get, however, are 100% GLPd GPU drivers that are already in the mainline Linux kernel. THANK YOU INTEL and I hope this is a wakeup call to the ARM vendors that the days of crappy, unsupported binary blobs are hopefully coming to an end.
AntiFA: An abbreviation for Anti First Amendment.
PowerVR has some of the most pathetic support for x86 and Windows I've ever seen, and it hasn't got any better. With my fanless Shuttle PC using an Atom N2800, I have a choice of either 32-bit Windows and glitchy graphics, 64-bit Windows and VGA output, or Linux with VGA output. It's pretty obvious why, of course... PowerVR's x86 market is so infinitesimally small compared to their ARM market, they probably hired some old printer driver developer to be the sole guy working on it stashed in a closet somewhere. It is really surprising that Intel ever decided to use them, without some sort of support contract built in.
Or free as in what?
Given that Intel wants so badly to push into mobile and their biggest weakness has been the relatively high power consumption of previous Atoms compared to the incumbent Arm offerings, it seems odd that their big re-design improves performance but not power. Have they given up on the phone market?
Meanwhile, Haswell improved power consumption greatly but gives meager improvements in performance over the previous generation of Core.
So, instead of broadening to cover new markets, it looks like Intel's line is actually converging. They are even offering Bay Trail based "Pentiums" and "Celerons". Seems like a poor use of R&D investment unless they plan on dumping one or the other.
I hate metro and the latest atoms force you to use Windows 8. The SOI is proprietary and linux and Windows 7 support are not existant.
If Intel has drivers for this one I will withdrawl my compliant
http://saveie6.com/
Bay Trail and Windows 8.1, trailblazing a new generation of failures.
I haven't thought of anything clever to put here, but then again most of you haven't either.
The Z3770 is the fastest Silvermont at 2.4 Ghz, I think they should be really comparing with the fastest Jaguar which is A6 5200 (at 2.0 Ghz), not the A4 5000 (1.5 GHz).
Does anyone here have any illusions as to what that relation is?
I misread the title as "Intel Bay Trail Brings New Architecture and Performance To _the_ Atom"
is this some clever troll? or are you advertising some scam by saying that you bought one of these http://en.wikipedia.org/wiki/File:Renault_5_TURBO_(8014525001).jpg
world was created 5 seconds before this post as it is.
Engineered In Israel so there are likely backdoors.
I misread the title as "Intel Bay Troll Brings New Architecture and Performance To Atom", which didn't make much sense.
/ The Arrow
"How lovely you are. So lovely in my straightjacket..." - Nny
OK. I fail to the the point (market) of the Atom processor. Ditto for the AMD counterpart.
The reason I say this is because of A) miniaturization and power efficiency gains in traditional processors, and B) ARM and Motorola.
I just bought an i5 Haswell on an itx format. I could have got an i7 (or an i3 for that matter). They make laptops with all of those. Power usage is way down. If looking for "cheapness" past an i3, they still over Celerons more less. AMD likewise has some cheap lower powered chips.
ARM and Motorola (A# and Snapdragon basically) own the phone/tablet market. Nothing Intel or AMD do to their lines is going to change that.
For Atom and it's AMD counterpart fall somewhere in between the very cheap low end chip, and the ARM/Motorola chips. What are you making with these chips? Shitty netbook laptops? Sorry the processor is only part of the price of these things. Not to mention the death of the netbook due to the popularity of Tablets.
Anyway I just do not see the point of this processor segment at all.