Originally posted by: Capt Caveman
This guy has a 3050 and it only has 2mb L2 Cache - http://happy.ap.teacup.com/maiko2/126.html
Originally posted by: jims23211
Originally posted by: Capt Caveman
This guy has a 3050 and it only has 2mb L2 Cache - http://happy.ap.teacup.com/maiko2/126.html
If you checked his webpage, it shows a E6400... I suspect he never got the 3050 to boot.
Jim
Originally posted by: PC Surgeon
Intel should revise thier Xeon line. They would create a massive wave (Like opteron) of revenue in a hurry, if they just downclocked the Conroe. Allendales are good chips. Mine has proven its worth with a 3.5GHz OC. I just want that 4mb cache for e-penis reasons.
Now that that has been said. I've been thinking about selling my E6400 and getting a Xeon 3050 or 3060.
Originally posted by: harpy82
wow, my E6400 does 3.6Ghz, so is this 3040 going to hit 4Ghz at least ???
someone gotta test it out.
Originally posted by: sanitydc
Originally posted by: PC Surgeon
Intel should revise thier Xeon line. They would create a massive wave (Like opteron) of revenue in a hurry, if they just downclocked the Conroe. Allendales are good chips. Mine has proven its worth with a 3.5GHz OC. I just want that 4mb cache for e-penis reasons.
Now that that has been said. I've been thinking about selling my E6400 and getting a Xeon 3050 or 3060.
you have a conroe, allendales aren't being released until q1 2007, theyre the e4300's I believe, the e64 and e6300 are just conroes with half the l2 cache disabled. and yeah with a little effort and decent ram I could see 4ghz on mine, currently limited by my ram to 3.8+ish I need a vcore mod to get stable up there tho 1.6 doesn't do it and 1.8 makes me laugh at the 70-80 degree core temps. (as I understand it 1.6vcore is the dead max on air neways.)
Originally posted by: sanitydc
Originally posted by: PC Surgeon
Intel should revise thier Xeon line. They would create a massive wave (Like opteron) of revenue in a hurry, if they just downclocked the Conroe. Allendales are good chips. Mine has proven its worth with a 3.5GHz OC. I just want that 4mb cache for e-penis reasons.
Now that that has been said. I've been thinking about selling my E6400 and getting a Xeon 3050 or 3060.
you have a conroe, allendales aren't being released until q1 2007, theyre the e4300's I believe, the e64 and e6300 are just conroes with half the l2 cache disabled. and yeah with a little effort and decent ram I could see 4ghz on mine, currently limited by my ram to 3.8+ish I need a vcore mod to get stable up there tho 1.6 doesn't do it and 1.8 makes me laugh at the 70-80 degree core temps. (as I understand it 1.6vcore is the dead max on air neways.)
Originally posted by: stevty2889
Originally posted by: sanitydc
Originally posted by: PC Surgeon
Intel should revise thier Xeon line. They would create a massive wave (Like opteron) of revenue in a hurry, if they just downclocked the Conroe. Allendales are good chips. Mine has proven its worth with a 3.5GHz OC. I just want that 4mb cache for e-penis reasons.
Now that that has been said. I've been thinking about selling my E6400 and getting a Xeon 3050 or 3060.
you have a conroe, allendales aren't being released until q1 2007, theyre the e4300's I believe, the e64 and e6300 are just conroes with half the l2 cache disabled. and yeah with a little effort and decent ram I could see 4ghz on mine, currently limited by my ram to 3.8+ish I need a vcore mod to get stable up there tho 1.6 doesn't do it and 1.8 makes me laugh at the 70-80 degree core temps. (as I understand it 1.6vcore is the dead max on air neways.)
E6300 and E6400 ARE allendale.
Originally posted by: Mr Fox
The Xeon 3050, 3040 are 2mb cache versions.
Update : (7:00PM EST) INTEL Called back after 6 hrs. and Confirmed the The L2 Cache is 4 MB.... that the Product Boxes are Incorrect.
I Also spoke with NewEgg....their Product Box Image was shot at the Fontana Warehouse.
Intel IPD is Going to Work To Correct the Product Lables, and the Website Information....
This ended up being a Long Conversation about all the Conflicting Mis-Information....
I'll try to post an Update tommorow. The Corrective Action on this will be Hilarious !!
This is Enough To Piss Off the Good Humor Man !! hehehe
Originally posted by: hans007
So ok i am still confused.
the 3040 has 2mb cache on newegg now, and the 3050 has 4mb cache (even though most of the intel sites say 2mb now).
i mean , if its 3040=e6300, 3050=e6400, 3060=e6600 then i'd not be confused, and that was what i originally thought it was.
did newegg just not update the 3050 page and only update the 3040 page?
Previously mentioned, the desktop and server processors used identical instruction sets. To a degree this statement is incorrect.
Each processor does contain the following advanced processing level instruction sets:
SSE, SSE2, SSE3, SSSE3 (Supplemental), MMX, x86-64.
The grouping directive to comply with IA-32 is however slightly different.
x87 Floating Point Instruction - Same
SIMD Integer Instruction - Different
SIMD Floating Point Instructions - Different
These are the two main differences between the desktop and server variants of the Core Micro-architecture.
x87 Floating Point Instruction - A single instruction that improves x87 FPU floating point to integer conversions. This is identical to remaining Intel architectures i.e. Netburst.
SIMD Integer Instruction - One instruction that provides a specialised 128-bit unaligned data load.
With The Xeon based architecture the ability of this instruction is greater. Often more complex based instructions are interfaced with this ability for mathematical arithmetic and logic processing. These instructions can either be 32 or 64 bit designed.
SIMD Floating-Point Instructions - Three instructions that enhance LOAD/MOVE/DUPLICATE performance.
Two instructions that provide packed addition/subtraction.
Four instructions that provide horizontal addition/subtraction.
Again these are capable of interfacing with other advanced complex instructions. Including decoded x86-64 complex instructions.
I know this is far beyond most readers knowledge but still it does show you that a Xeon is capable of working with mathematical instructions much better. However as the Xeon is capable of doing this it is less capable of using SIMD level instruction sets for game interfacing as the instructions have an advanced mathematical base, not physics/geometry.
-http://www.overclock.net/member.php?u=3454
Originally posted by: CP5670
So is that saying that the Xeon actually performs differently from an equivalently clocked Core 2? It would be nice to see some benchmarks confirming that.