how fast is a 2.4 Ghz wolfie?
Seems wrong...
The time is alot different from what I've heard, further, that clockspeed isnt real..? The models in 2008 wont be at that frequency... Bizar
Competition ranking;
2005; Netbyte, Karise/Denmark #1 @ PiFast
2008; AOCM II, Minfeld/Germany #2 @ 01SE/AM3/8M (w. Oliver)
2009; AMD-OC, Viborg/Denmark #2 @ max freq Gigabyte TweaKING, Paris/France #4 @ 32M/01SE (w. Vanovich)
2010: Gigabyte P55, Hamburg/Germany #6 @ wprime 1024/SPI 1M (w. THC) AOCM III, Minfeld/Germany #6 @ 01SE/AM3/1M/8M (w. NeoForce)
Spectating;
2010; GOOC 2010 Many thanks to Gigabyte!
i sooooo hope 45nm wolf is just as fast in single threaded application...
please god please.
PC-A04 | Z68MA-ED55 | 2500k | 2200+ XPG | 7970 | 180g 520 | 2x1t Black | X3 1000w
So what's the time of a 2,4GHz Wolfdale or Yorkfield? I don't want to underclock my system to test it
Friends shouldn't let friends use Windows 7 until Microsoft fixes Windows Explorer (link)
E6600 2.4Ghz.
Source
Metroid.
Did anyone else notice the below 1 volt?
Gigabyte P35-DQ6 | Intel Core 2 Quad Q6700 | 2x1GB Crucial Ballistix DDR2-1066 5-5-5-15 | MSI nVIDIA GeForce 7300LE
Originally Posted by Movieman
qft!Posted by duploxxx
I am sure JF is relaxed and smiling these days with there intended launch schedule. SNB Xeon servers on the other hand....
Posted by gallag
there yo go bringing intel into a amd thread again lol, if that was someone droping a dig at amd you would be crying like a girl.
Damn....
Must... resist....
Too late.
Core i7 920 D0 B-batch (4.1) (Kinda Stable?) | DFI X58 T3eH8 (Fed up with its' issues, may get a new board soon) | Patriot 1600 (9-9-9-24) (for now) | XFX HD 4890 (971/1065) (for now) |
80GB X25-m G2 | WD 640GB | PCP&C 750 | Dell 2408 LCD | NEC 1970GX LCD | Win7 Pro | CoolerMaster ATCS 840 {Modded to reverse-ATX, WC'ing internal}
CPU Loop: MCP655 > HK 3.0 LT > ST 320 (3x Scythe G's) > ST Res >Pump
GPU Loop: MCP655 > MCW-60 > PA160 (1x YL D12SH) > ST Res > BIP 220 (2x YL D12SH) >Pump
Last edited by JumpingJack; 06-10-2008 at 09:09 PM.
One hundred years from now It won't matter
What kind of car I drove What kind of house I lived in
How much money I had in the bank Nor what my cloths looked like.... But The world may be a little better Because, I was important In the life of a child.
-- from "Within My Power" by Forest Witcraft
" Business is Binary, your either a 1 or a 0, alive or dead." - Gary Winston ^^
Asus rampage III formula,i7 980xm, H70, Silverstone Ft02, Gigabyte Windforce 580 GTX SLI, Corsair AX1200, intel x-25m 160gb, 2 x OCZ vertex 2 180gb, hp zr30w, 12gb corsair vengeance
Rig 2
i7 980x ,h70, Antec Lanboy Air, Samsung md230x3 ,Saphhire 6970 Xfired, Antec ax1200w, x-25m 160gb, 2 x OCZ vertex 2 180gb,12gb Corsair Vengence MSI Big Bang Xpower
I think what you will find is different apps seeing some healthy gains, others seeing none or little to nothing. On the whole I suspect healthy overall but not overwhelming single threaded jumps in performance (similar to K8 to Phenom). There are examples where, clock for clock (IPC), Phenom showed moderate to very slight gains, and in other apps nice 15-20% improvements.
In this case, SP1M -- there is info on the web that Intel buffed up loop prediction, as SP1M is inherently recursive I would postulate that the benefit we see here is coming some from that architectural improvement. Speculation on my part though....
Just looking at the SP1M, roughly 13% gain clock for clock -- which is healthy for single threaded performance ... not quite a jaw dropping as the Conroe leap over Netburst, but still healthy.
Jack
Last edited by JumpingJack; 06-10-2008 at 09:56 PM.
One hundred years from now It won't matter
What kind of car I drove What kind of house I lived in
How much money I had in the bank Nor what my cloths looked like.... But The world may be a little better Because, I was important In the life of a child.
-- from "Within My Power" by Forest Witcraft
Not too bad for an early batch
edit: I shall call Bloomfield by another name, BOOMFIELD
Last edited by Zytek_Fan; 06-10-2008 at 10:19 PM.
"To exist in this vast universe for a speck of time is the great gift of life. Our tiny sliver of time is our gift of life. It is our only life. The universe will go on, indifferent to our brief existence, but while we are here we touch not just part of that vastness, but also the lives around us. Life is the gift each of us has been given. Each life is our own and no one else's. It is precious beyond all counting. It is the greatest value we have. Cherish it for what it truly is."
The Performance/watt is rather good. so it's 17seconds at equal frequenzy, but at a higher performance per watt than 45nm core 2, right?
Speculation of course, but seems fairly grounded
Makes sense, hehe, but 13% on something already impressive is no small feat either. I was worried that these would only have 1-3% improvements on singlethreaded, and shine in the multithreading scenario, but seeing this, is well, very promising indeed
" Business is Binary, your either a 1 or a 0, alive or dead." - Gary Winston ^^
Asus rampage III formula,i7 980xm, H70, Silverstone Ft02, Gigabyte Windforce 580 GTX SLI, Corsair AX1200, intel x-25m 160gb, 2 x OCZ vertex 2 180gb, hp zr30w, 12gb corsair vengeance
Rig 2
i7 980x ,h70, Antec Lanboy Air, Samsung md230x3 ,Saphhire 6970 Xfired, Antec ax1200w, x-25m 160gb, 2 x OCZ vertex 2 180gb,12gb Corsair Vengence MSI Big Bang Xpower
16% performance improvement on SPi1M is good. But nobody is looking at the CPUz screen. The OP was using only one module(1GB) of RAM. I guess his mainboard was running the RAM with crappy timings too, like Anand's mainboard. So, we can expect some better numbers with the retail products.
You know very well that Core and especially Penryn ( with its improved latencies for some instructions ) are the pinnacle of single thread performance.
With the advanced prefetchers , very large and extremly low latency L2 they keep the large number of execution units busy and offer superb single thread performance.To improve on that with a completely different cache structure ( inferior IMO for single threaded apps ) and a CPU designed for scalability and multithreading is nothing short of astounding.
People expect Nehalem to improve dramatically over Penryn , but they fail to realize how hard that is as the Core/Penryn uarch simply loves single threaded apps.
AMD K10 has a full 3 pages of improvements over K8 and can't touch Core even with a 10 foot pole in single threaded apps.Imagine what work went into Nehalem to offer even that measly 2% in Cinebench.
why bus 133mhz ?
When i'm being paid i always do my job through.
I will not argue against this.... just in studying the emperical data -- what we have seen so far, I would also speculate that Intel started the Conroe/Penryn design cycle with a philosophy of 'let's amp up single threaded and provide good multithreaded'.... in this approach they addressed the majority of the code base in the current market while providing incentive to start transitioning to multithreaded. The dynamic allocation of shared cache is a huge singlethreaded advantage while maintaining good multithreaded performance (i.e. coherency is not an issue in shared caches).
In fact, I am quite pleased personally at the progress software has made to going multithreaded overall, many apps which 2 years ago were single are now working on more cores... games (recent contemporary games) are also showing that trend. My investment in a quad core was not wasted
As such, the timing for a focus on multithreaded is about right....
In short, it would appear to me that Intel delivered in terms of architecture boosts in areas exactly where they needed it to be successful on the current state of the code base....
This is one of many aspects microarchitects must design for.... i.e. what current and future code will be running on the HW.
Jack
One hundred years from now It won't matter
What kind of car I drove What kind of house I lived in
How much money I had in the bank Nor what my cloths looked like.... But The world may be a little better Because, I was important In the life of a child.
-- from "Within My Power" by Forest Witcraft
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