Want to see a four socket ARM server on dual PCIe slots?

Subject: General Tech | July 6, 2012 - 02:22 PM |
Tagged: Calexda, arm, cortex-a9, ECX-1000

Looking at the picture below you can see what Calxeda's ARM based server node will look like, an add-in card which requires two PCIe 2.0 slots to communicate with the mainboard.  On the node are four Cortex A9 CPUs, each with two PCI-Express 2.0 controllers, a DDR3 memory controller, and a SATA 2.0 disk controller, as well as an integrated Layer 2 distributed fabric switch for ethernet connectivity.  The mainboard these are connected to does very little, this server will depend on ethernet for its interconnect for now but it is likely that they will find something else to use though they may end up needing to license from AMD or Intel. 

The Register took a look at the comparative benchmarks which came with this release, an Intel Xeon E3-1240 with one Ethernet port and 16GB of DDR3 which should be roughly equivalent to the new HP Redstone servers.  They had some questions about the methodology used for the power usage on the Intel system as it was not describing the most power efficient usage of the Intel system and perhaps was not representative of the Intel system they actually benchmarked at all.  Check out the benchmark as well as Calxeda's response in the full article.

ElReg_calxeda_four_socket_server.jpg

"Calxeda, the ARM server-chip upstart that HP tapped for its "Redstone" hyperscale servers last November, is getting ready to ramp up production on the server cards that use its quad-core EnergyCore ARM processors, and is making waves with benchmarks while promising to do a better job with comparative testing against x86 architectures."

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Source: The Register

Intel watches sadly from a window as HP goes out ARM in ARM with Caxeda

Subject: General Tech | October 27, 2011 - 12:44 PM |
Tagged: arm, hp, servers, Calexda, MIPS, Godson

There have been many discussions as of late on the eventual arrival of ARM in the server room, with AMD and Intel suffering the losses.  A company called Calexda has made the possibility into reality with their own custom designed ARM chips. They figure on cramming 120 of the processors into a 2U box with incredibly low power draw; in the neighbourhood of a 90% reduction.  AMD's customers may stay with an architecture that they know, however Intel stands to lose power conscious customers if Calexda can provide performance and compatibility.  SemiAccurate also touches on Lenovo's investigation of building servers based on a MIPS design called Godson.

CalxedaX2.jpg

"According to a report from Bloomberg News Service HP (NYSE:HPQ) will start manufacturing servers based on the ARM architecture in a sharp departure from its previous Intel-only design philosophy.

The processors for the HP servers will come from the startup Caxeda, which is partly owned by ARM. Caxeda is planning a quadcore processor based on the ARM Cortex-A9 design."

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Source: SemiAccurate