8 cores at 6ghz... holy cow batman look
8 cores at 6ghz... holy cow batman look
Cream keeps rising to the top. Much respect.
Sourcing parts for a mildly over clocked abacus.
I see that you are using the yet unreleased Corsair HX1000. What are your impressions?
Code:ASUS Maximus II Q6700 ZIPPY GSM-6600P (G1) Ballistix PC6400 Sapphire HD4870
congrats!!! = yin-dee-duay (in my language)
read-only, long time no reply
I like it alot, stable power/rails, and no problems so far. This skulltrail system really puts PSU's to the test, especially when I add multiple cards or GX2 pushed hard. I have used the HX1000 as the main PSU on the rig for some other testing as well as on other systems and it makes the cut for sure. Always use a sliverstone 1KW or silverstone 1.2KW, and now this new CORSAIR HX1000 PSU now for all of my benching.Originally Posted by Super Nade
Maybe i did miss it, but how about some 3dmarks.... or is it not supported?
Even tho this KICKS ASS
OMG-i killed my name...Type falt sucks!!!!
That are some SICK results.. NICE!
Asus P5E > Rampage Formula (DEAD!)
Intel Xeon X3360
4x1GB Team Xtreem (Micron D9)
2x HD3870 Crossfire
crazy score and congrats
Hats off Vince
You are in a league of your own
Too bad skulltrail sucks for anything but cinebench and wprime ^^
Maybe you are lucky and 3DMark vanatge likes 8 cores.
Last edited by Fr3ak; 04-20-2008 at 06:56 AM.
オタク
"Perfection is a state you should always try to attain, yet one you can never reach." - me =)
wow 6ghz x 8 :] Good clock for this beast !
what about everest memory bench and superpi
Sorry for my bad English.
Rig I:
| I7-2600K | Intel DZ68DB | Mushkin BlackLine 4Gbx2 1333 | Intel SSD 320 | Seasonic M12 520w |
Rig II:
| E2160 (stock) @ 3Ghz | IP35-E | Gskill F2-6400CL4D-2GBHK | Gecube HD2600xt + Accelero S1R2| WD 250 AAKS | Hec Silent Pro 385w |
well done, now the rest of us just have to move to the Antarctic to beat your scores :-)
Article:
http://feeds.engadget.com/~r/weblogs.../~3/273114410/
http://www.theinquirer.net/gb/inquir...rail-hits-6ghz
-------------------------------------------------------------------------------------------------------------------------------
Motherboard : ASRock Conroe 1333 DVI-H. * Processor : Intel® Pentium Dual Core Q6600 - G0 stepping * Memory : OCZ DDR 3- OCZ3P16004GK 2 x 2GB RAM, * Storage : Western Digital® 150 GB Velociraptor, 120 GB WD SATA, Seagate 320GB - HDD * Graphics : EVGA GeForce GTX 280 - 1 GB* Power : 1: Cooler Master Real PowerPro 1250 watt , 2: ThermalTake® PurePower Express 250w GPU PSU * Liquid Cooling : SwiftTech™ H20-220 APEX Ultra Kit : = Apogee™ GT water-block, MCP655 pump (ceramic bearing), MCR220-QP Radiator dual fans * Chassis : ThermalTake® Tenor Black desktop - CASE * Display : Gateway® 30“ XHD 3000 Quad HD
How long you think that chip will last with those speeds 24/7? hehe
I think nobody cares about that in this section of the forum.....
Sorry for my bad english, I'm from italy
Oh my God ... 6GHz ST benching ...It is just amazing Vince, congrats on those WPrime records too
Despite the fact that someone mentioned it above, it's really too bad that ST sucks in all the benches apart from CineBench, and WPrime ...Although, I think it's really early for someone to make a conclusion ...
Congratulations
Very impressive resuts
I put a post on these results in a small forum of Portuguese enthusiastic about informatics and technology
http://www.virtualegion.com/index.ph...73015#msg73015
Hope you don´t mind
Guys,Oh my God ... 6GHz ST benching ...
Despite the fact that someone mentioned it above, it's really too bad that ST sucks in all the benches apart from CineBench, and WPrime ...
We are coming with new BIOS and new OC parameters, we totally dissected the specifications of FB-DIMM, we found the sweet spots.
We are able to get the latencies as short of DDRII.
All of this with READ and WRITE unsynch and happening in the same time! Imaging that you can send your DirectX buffers to the GPU, while you can start processing your next frame, without the memory bus being lock in read or write mode, as DDRII does. We had to find the sweet spot for Latencies.
I will let you know when we are ready to release it, Erik, one of our BIOS Genious is completing the magic.
Very exciting stuff coming, even on non heavy threaded workloads, it will be very difficult to beat skulltrail.
we are adding,
who?
Your a teaser..Guys,
We are coming with new BIOS and new OC parameters, we totally dissected the specifications of FB-DIMM, we found the sweet spots.
We are able to get the latencies as short of DDRII.
All of this with READ and WRITE unsynch and happening in the same time! Imaging that you can send your DirectX buffers to the GPU, while you can start processing your next frame, without the memory bus being lock in read or write mode, as DDRII does. We had to find the sweet spot for Latencies.
I will let you know when we are ready to release it, Erik, one of our BIOS Genious is completing the magic.
Very exciting stuff coming, even on non heavy threaded workloads, it will be very difficult to beat skulltrail.
we are adding
who?
Like the lady with 38D's that only wears turtlenecks!
Crunch with us, the XS WCG team
The XS WCG team needs your support.
A good project with good goals.
Come join us,get that warm fuzzy feeling that you've done something good for mankind.
Oh! I forgot, all of this, and you keep the Quad Channel memory bandwidthYour a teaser..
Like the lady with 38D's that only wears turtlenecks!
I am not going to dress like this! trust me
who?
Seriously for a minute:Oh! I forgot, all of this, and you keep the Quad Channel memory bandwidth
I am not going to dress like this! trust me
who?
I've been wondering what would happen if you used high end dual core wolfdales instead of the quad cores..
Feed the buss with 2 cores instead of 4 on each side..
Thoughts?
Crunch with us, the XS WCG team
The XS WCG team needs your support.
A good project with good goals.
Come join us,get that warm fuzzy feeling that you've done something good for mankind.
You mean Dual Core wolfdale XEONs?
I did not look at this, what a weird idea ...
I would not recommend to spend so much money on the board and put only half of the legs inside.
I am not even sure that it will boot, I got to check tomorrow to see if the BIOS support it.
who?
Sweet runs Vince You never cease to surprise us, and at XS that isn't easy!
QX 9650 5ghz with 1.55v 4.8ghz with 1.5v 24/7 in a VAPOLI V-2000B+ Single stage phase cooling.
DFI LP LT X-38 T2R
2X HD4850's water cooled , volt modded
Thermaltake 1KW Psu
4x Seagate 250GB in RAID 0
8GB crucial ballistix ram
Think on it this way and if what I say sounds dumb then so be it:You mean Dual Core wolfdale XEONs?
I did not look at this, what a weird idea ...
I would not recommend to spend so much money on the board and put only half of the legs inside.
I am not even sure that it will boot, I got to check tomorrow to see if the BIOS support it.
who?
The ST is the only Intel based board that will do SLI
For gaming 8 cores are not needed at this time
I have 2 dual socket Clovertown machines.
When I first set up back at the end of 2006 I only had 3 cpu's so ran one system with just one processor.
The work I do, medical research is done by both machines and there is a "points " award for work done.
The machine with 2 cpu's would do app 25,000 per day in this program and the machine with one cpu would do 14.5-15,000
I came to the conclusion that the buss was the area holding up the system, or lets say not letting it run at it's top capabilities.
This was a 5000X (Greencreek) chipset.
This makes me wonder if using 2-dualcore wolfdales might see benefits in gaming on this system.
Disclaimer: I'm an old self taught mick so go easy when you tear my arguments apart..
Crunch with us, the XS WCG team
The XS WCG team needs your support.
A good project with good goals.
Come join us,get that warm fuzzy feeling that you've done something good for mankind.
I'm all earsGuys,
We are coming with new BIOS and new OC parameters, we totally dissected the specifications of FB-DIMM, we found the sweet spots.
We are able to get the latencies as short of DDRII.
All of this with READ and WRITE unsynch and happening in the same time! Imaging that you can send your DirectX buffers to the GPU, while you can start processing your next frame, without the memory bus being lock in read or write mode, as DDRII does. We had to find the sweet spot for Latencies.
I will let you know when we are ready to release it, Erik, one of our BIOS Genious is completing the magic.
Very exciting stuff coming, even on non heavy threaded workloads, it will be very difficult to beat skulltrail.
we are adding
who?
Guys,
We are coming with new BIOS and new OC parameters, we totally dissected the specifications of FB-DIMM, we found the sweet spots.
We are able to get the latencies as short of DDRII.
All of this with READ and WRITE unsynch and happening in the same time! Imaging that you can send your DirectX buffers to the GPU, while you can start processing your next frame, without the memory bus being lock in read or write mode, as DDRII does. We had to find the sweet spot for Latencies.
I will let you know when we are ready to release it, Erik, one of our BIOS Genious is completing the magic.
Very exciting stuff coming, even on non heavy threaded workloads, it will be very difficult to beat skulltrail.
we are adding
who?
Does this work for 5000x too?
All along the watchtower the watchmen watch the eternal return.
Well from one self taught Mick (a bit younger) to another (lol) I would guess that since the game won't use the cores anyway it would use the same bandwith available. Regarless of how many cores you put on.This makes me wonder if using 2-dualcore wolfdales might see benefits in gaming on this system.
Disclaimer: I'm an old self taught mick so go easy when you tear my arguments apart..
Does this make sense?
BTW, well done Vince.
MAXIMUM BENCH
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