PC-Ready Samsung Exynos 5 Aims to Achieve ARM Dominance
March 20, 2012 11:29 AM
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New ARM superchip will challenge Snapdragon 4 for market dominance
Intel Corp. (
) has some nifty fab-related tricks up its sleeve like its
almost-here 22 nm die-shrink
and its leakage-fighting (current leakage, that is)
3D FinFET transistors
. Still, it has to be a bit nervous in the face of its biggest competition in the last couple decades --
of power-efficient ARM architecture CPUs.
Thus far we'd heard about
, Qualcomm Inc.'s (
) system-on-a-chip that's expected to lead ARM's push into the CPU space. Now fresh details have leaked about a key rival design -- the
Exynos 5 SoC
from Samsung Electronics Comp., Ltd. (
I. The Process and CPU
Exynos 5, according to a company poster photographed by
, will be built on Samsung's 32 nm process. Compared to Qualcomm's 28 nm SoCs, manufactured by Taiwan Semiconductor Manufacturing Comp., Ltd. (
), one might expect these chips to be inherently bigger and less power-efficient due to the larger feature size.
However, Samsung's chip is
second-generation 32 nm silicon
as it was the only ARM chipmaker to
reach the node in 2011
. And TSMC is reportedly having serious issues with its 28 nm process, causing it to suspend 28 nm production in mid-February [Source:
], a delay that sheds some light on the
curious clock-speed drops
of Advanced Micro Devices, Inc. (
) and NVIDIA Corp. (
) GPUs (both companies rely on TSMC for their GPU chipmaking).
In other words Samsung High-K Metal Gate (HKMG) doesn't exactly push the die-shrink envelope, but it's far more proven and lower risk than the TSMC process used by Qualcomm.
(Image removed at the request of Semiaccurate, see Editor's Note in addendum.)
On a CPU core side, Exynos 5, like Snapdragon 4, is
a Cortex-A15 derivative
(in Exynos 5's case a direct core, in Snapdragon 4's case an "Cortex-A15-like"
core). Cortex-A15 is a licensed design from ARM Holdings plc (
), which uses the tried-and-true ARMv7 instruction set. Like the majority of Qualcomm's lineup, the CPU will be a dual-core design.
Another indication of the stability of Samsung's 32 nm node can be observed in the clock speeds. While Qualcomm is offering up Snapdragon chips clocked at between 1.5 and 1.7 GHz, Samsung is promising 2 GHz chips. Of course, Qualcomm recently showed off a quad-core 2.5 GHz Snapdragon 4 (
), but this will likely be a lower volume part that relies on special binning.
II. The GPU
The Samsung SoC also packs
a T-604 MP4 "Mali" GPU
, an intellectual property (IP) core licensed from ARM Holdings. The T-604 core-wise is roughly the equivalent of Imagination Technologies plc's (LON:IMG) PowerVR SGX543, so the onboard GPU is comparable to the PowerVR SGX543 MP4 found
in the iPad 3
, and expected to be quite powerful.
Samsung is licensing ARM Holdings "
" physical IP, process improvements that help put the company's IP cores (Cortex-A15, Mali) to working silicon.
also snapped a blur-tastic photograph of what it believes to be a Exynos 5 development board.
(Image removed at the request of Semiaccurate, see Editor's Note in addendum.)
Expect Exynos 5 to mostly pop up in PCs due to the high clock speeds and higher power requirements. The interesting question is whether Samsung -- a computer maker -- will allow third parties to use its chip, given that
are quite low
An underclocked variant of the chip could, in theory, show up in tablets as well. Essentially it's quite similar to Apple's 1 GHz A5X (except the A5X using Cortex-A9 CPU cores and has a lower clock), found in the iPad 3. Of course, putting such a beefy core on board would likely demand an equally beefy battery, such as
the 55 watt-hour monster
lurking in the iPad 3.
We were made aware of a pair of Twitter posts attributed to
on the site's Twitter account [
] complaining about us "ripping off" their site with this story. We were a bit baffled by this, given that we cited them four times in the unedited version of this piece -- once in the "Sources" link, once in a link in the body of text, once via using their watermark on the attached images, and a fourth time in "Image Sources" text under each image.
Since this was a public critique, we wish to offer some clarification to you on these comments and why the pictures disappeared.
It appears that Semiaccurate was upset about my use of their pictures -- despite the numerous citations and live links. Their policy (which I was unaware of) is that any reprinting of pictures requires individual email requests (
). Having worked the tech news world for five years, I can safely say this is highly unusual as nearly every other website is just looking for fair credit -- a link and a citation. I myself practice this policy and am proud to say that my images -- while not exactly Ansel Adams quality have popped up in a variety of reprints. And I'm thankful for every one, just like I'm thankful to every site that links or cites
Our site requires permission for full reprints (as do most sites), but when it comes to pictures or small quotes we follow the industry standard -- all is good if you cite and (preferably) link.
and values them as a source. If they do not wish their pictures to be used, we will not use them, and apologize for disrespecting their wishes by assuming they were safe to repost.
For the record,
wrote that it had previously "talked to" me about "ripping off [their] pictures". To my knowledge this is semi-inaccurate (pun intended). I keep all my emails
(love and hate letters alike!)
, for reference sake, and have scoured them finding nary a single correspondence from the site. About the only thing I can think of is that perhaps they mentioned something to me at a trade show
. While possible, I have to say I wish (if that's the case) they followed up with me as you tend to meet a million people at CES (not literally, but close) and things tend to get lost in the noise.
UPDATE (3/21): Glad to tell you I am not going crazy. So I heard back from Semiaccurate and they confirmed they never actually talked me, despite that being what they wrote in the attacking Twitter post. They have offered to post an apology/clarification, so expect that pretty soon! Glad this misunderstanding is getting cleared up!
Or maybe the site posted a similar past Twitter complaint and expected me to read it? Who knows. Regardless, we have not talked in depth on this topic.
We find it unfortunate that Semiaccurate raised this issue to us via a social media platform, rather in a professional capacity via email. We hate this kind of drama as it compromises our ability to deliver the best content (properly attributed, of course) to you, the reader. We have reached out to
, seeking a solution.
We apologize to our readers for the incovenience, and for being unable (for now) to display
's pictures with the story.
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RE: Nit picking the specs
3/25/2012 12:08:14 PM
The T604 and SGX543 are NOT equal..not at all.
- The T604 like you say is a compromised 'quad' core...which was explained to me by Arun at Beyond 3d forum as having 4 rasterizers...whilst SGX543 has 1.
- The T604 punches out up to 64 Gflops of compute power,SGX543 has a maximum of around 1/5th of that.
- The T604 is vastly more modern with DX11 compatibility...SGX543 is DX9 only.
- The T604 used ARM'S AMBA 4 cache coherency between cpu/gpu for improved bandwidth.
Taking all that into consideration..if the T604 is in MP4 form..with cache coherency and decent bandwidth...as well as having massively better cpu's to feed them and is clocked high enough 300-400mhz...then it could even match or beat Apple ipad 3's SGX543 MP4.
"The Space Elevator will be built about 50 years after everyone stops laughing" -- Sir Arthur C. Clarke
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