Wednesday, February 11th 2009

ELSA Japan and LucidLogix to Introduce High Performance Computing Products

ELSA Japan, a leading computer graphics solution provider and Lucidlogix (Kfar Netter, Israel, CEO - Moshe Steiner) announce an agreement to deploy Lucid's HYDRA based chip in ELSA Japan High Performance products.

The companies have teamed up to transform high performance computing in the Japanese marketplace. For the first time, a product based on Lucid's HYDRA technology will be used in a new line of ELSA Japan high performance systems for the HPC, broadcast and medical markets.
End of Mar 2009, The new solution will allow ELSA to provide a cost affective solution based on multi GPUs from any vendor. First products will feature dual and quad GPU configurations.

By combining Lucid's component with Elsa Japan's PCI-Express end-point device and remote graphics offering, a fully scalable and flexible system can be achieved for the first time at affordable price points.

"We are pleased to partner with ELSA, which has the reputation for providing leading performance computing solutions to the Japanese market. ELSA's selection of Lucid products for graphics and high performance computing platforms demonstrates our commitment to deliver a unique and powerful parallel processing architecture," said Offir Remez, President of Lucid. "HYDRA technology will allow ELSA to combine multiple GPUs on one device, for efficient, high performance in compute intensive, large scale visualization scenarios."

"Partnership with Lucid is very important for our customers who require high performance computer. We can provide scalable performance and configurable solutions to break through the performance barrier." said Jun Nagai, president, ELSA Japan Inc.
Source: ELSA
Add your own comment

17 Comments on ELSA Japan and LucidLogix to Introduce High Performance Computing Products

#1
Exavier
how would one go about utilising this? is it like an external rendering box?
Posted on Reply
#2
btarunr
Editor & Senior Moderator
Exavierhow would one go about utilising this? is it like an external rendering box?
Yes, something like that, there will be a high-bandwidth connection of some sort between the box and the host-machine. There's already talk of Intel using the Hydra engine on its next-gen Skulltrail motherboard that hypothetically lets you use any combination of video-cards.
Posted on Reply
#3
PCpraiser100
They look like good computers to be folding farms.
Posted on Reply
#4
Johnytxtc
I think its just an eleberate fan heater
Posted on Reply
#5
jbunch07
btarunrYes, something like that, there will be a high-bandwidth connection of some sort between the box and the host-machine. There's already talk of Intel using the Hydra engine on its next-gen Skulltrail motherboard that hypothetically lets you use any combination of video-cards.
Fiber optics maybe? Sounds like you would need a connection with plenty of bandwidth.

Looks intriguing.
Posted on Reply
#6
DrPepper
The Doctor is in the house
Are they meant to be gtx295's if so they only have one 6 pin connector :p
Posted on Reply
#7
Easy Rhino
Linux Advocate
i wonder how much gpu power is needed for one of this real-time MRI rendering computers. I bet something like this could truly increase image clarity.
Posted on Reply
#8
iamverysmart
DrPepperAre they meant to be gtx295's if so they only have one 6 pin connector :p
They obviously are not GTX295's. They don't have video outputs.
Posted on Reply
#9
btarunr
Editor & Senior Moderator
DrPepperAre they meant to be gtx295's if so they only have one 6 pin connector :p
Next generation Tesla HPC.

On this board, you can go ahead and pair four GTX 295 cards, four HD 4870 X2 cards, pretty-much any combination of PCI-Express graphics cards. No SLI/CFX cables needed, graphics processing remains abstract to the application.
Posted on Reply
#10
DrPepper
The Doctor is in the house
iamverysmartThey obviously are not GTX295's. They don't have video outputs.
I meant tesla cards based on the gtx295
btarunrNext generation Tesla HPC.

On this board, you can go ahead and pair four GTX 295 cards, four HD 4870 X2 cards, pretty-much any combination of PCI-Express graphics cards. No SLI/CFX cables needed, graphics processing remains abstract to the application.
Still its a bit wierd that it only needs one power connector.
Posted on Reply
#11
btarunr
Editor & Senior Moderator
DrPepperStill its a bit wierd that it only needs one power connector.
Quadro CS, another card based on the G200b, needs only a single 6-pin connector.
Posted on Reply
#12
douglatins
Yes, yes awesome computing power, but can it run Crysis?
Posted on Reply
#13
btarunr
Editor & Senior Moderator
douglatinsYes, yes awesome computing power, but can it run Crysis?
Yes, depending on the cumulative power of all member graphics cards, whatever you throw at it.
Posted on Reply
#14
jbunch07
I'm going to take an educated guess as estimate that a setup like the one pictured would cost 5-25,000 dollars? A little overkill for crysis, besides crysis is old news.
Posted on Reply
#15
qwerty_lesh
one step closer to a real life matrix. :D
Posted on Reply
#16
DrPepper
The Doctor is in the house
douglatinsYes, yes awesome computing power, but can it run Crysis?
What can't run crysis these days :p
Posted on Reply
#17
Disparia
jbunch07Fiber optics maybe? Sounds like you would need a connection with plenty of bandwidth.
Looks like a standard PCI-E cable port on that board.



Note: This is a diagram from a different expansion system, not the one from Elsa.
Posted on Reply
Add your own comment
Nov 21st, 2024 09:50 EST change timezone

New Forum Posts

Popular Reviews

Controversial News Posts