Tuesday, August 15th 2017

GIGABYTE Announces MA10-ST0 with Top-end Atom C3000 SoC

GIGABYTE today announced its latest motherboard based on Intel's 'Denverton' architecture. This new CPU architecture offers a whole new level of performance efficiency in the cold storage and enterprise network space. This motherboard is the first in the product series and adopts the top-end SKU of Intel's next generation Atom(R) Processor C3000 Product Family - the C3958 - and addresses the cold-storage and network-edge needs of efficiency-conscious users . The major development in this platform is around the core count, performance/power leadership and flexible, highly-integrated I/O. These enable performance improvements of up to 2.5x generation-on-generation which support light, low-cost storage and scale-out applications.
GIGABYTE's new Atom(R)-based motherboard takes advantage of the performance efficiency of the new Denverton architecture, which allows for flexible integrated connectivity at low power. This allows for a range of storage and network-edge applications, due to:

Increased I/O Flexibility
Intel's new generation Atom platform is a single-chip SoC that offers up to 16 cores at low power, providing some of the highest power density (performance/watt) across Intel's Enterprise line up, this platform is ideal for lightweight, storage-heavy applications.

Increased Core Count
GIGABYTE's Atom(R)-based offering provides the most flexible, extensive I/O options in a compact, low power design. The 20x HSIO lanes from the CPU provide support for up to 16x HDDs or 8x HDDs with one PCIe x8 slot, controlled by an automatic switch. This is in addition to dual USB 2.0 ports, and 2x both 10G SFP+ and 1G LAN ports.

GIGABYTE's expert design team has developed the first SKU incorporating both the performance efficiency of the new platform and the unique design features that GIGABYTE is recognized for.

"GIGABYTE once again brings a new Intel architecture to the market - this time opening up a new paradigm in entry level platforms", said Etay Lee, GM, GIGABYTE. "We look forward to working with our channel partners to address the efficient and cost-sensitive applications that Denverton supports".

GIGABYTE currently offers this motherboard, built around the top-end SKU of the Intel Atom C3000 series.
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13 Comments on GIGABYTE Announces MA10-ST0 with Top-end Atom C3000 SoC

#1
Hood
Intel Industrial Division's new Threadripper killer, 16 cores with a 31 watt TDP, beats TR's weak 32 thread/180 watt toaster... :D
Posted on Reply
#2
P4-630
how would this compare to an i3 in benchmarks?
Posted on Reply
#4
silentbogo
P4-630how would this compare to an i3 in benchmarks?
Poorly, I would think....
According to some sources C3000 series is only 30-40% faster than C2000 counterparts, even though Intel claimed over 70% IPC improvement over previous gen (who knows which one). It has x4 as many cores and double TDP, but also slower than quad-core Xeon D-1518, which is also a 35W CPU. Not sure about the price of this board, but if it's over $400 mark, I would definitely go for Xeon D or maybe even a T-variant of Core processors for a mini-server build.
Posted on Reply
#6
Assimilator
Dayum... 16 HDDs on a mITX board and you don't even need a standalone RAID card.

That 10Gb port is surely gonna drive the price sky-high though.
Posted on Reply
#8
pociej
Looks damn good.

10GbE out of box, 16x SATA out of box, very promising one...

Would be a great NAS made of this MB.
Posted on Reply
#9
silentbogo
pociejLooks damn good.

10GbE out of box, 16x SATA out of box, very promising one...

Would be a great NAS made of this MB.
Don't forget a PCIe x4 for another RAID card (or another quad-NIC) :rockout:
Posted on Reply
#10
Assimilator
silentbogoDon't forget a PCIe x4 for another RAID card (or another quad-NIC) :rockout:
Which part of "16x HDDs or 8x HDDs with one PCIe x8 slot" didn't you get?
Posted on Reply
#11
efikkan
P4-630how would this compare to an i3 in benchmarks?
Very poorly. Performance per core will be somewhere between a phone and an ultrabook. These cores have much lower IPC and lacks many features found in their desktop and higher TDP laptop counterparts.
Posted on Reply
#12
ERazer
I want one for my unraid server.
Posted on Reply
#13
Frick
Fishfaced Nincompoop
nanoITX, where's my nanoITX? Save us, VIA. :(
Posted on Reply
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