What kind of memory to buy for Upcoming NForce 4 Ultra Mobo's
Hi guys! I've got a dollar that says NOONE here remembers me!!!
(But I can't blame you...I haven't posted in almost a year, but fear not! I've been trolling in the background! mwa-haha!)
I'm in the process of putting together a pricelist of my "dream machine" that I'll be investing towards in the next few months.
I've convinced myself that it's going to be based off the NForce 4 Ultra Motherboard, but I can't find a list of manufacturers, or possible specifications. Can anyone here answers these questions:
1. Is Asus going to be making their own version. (Surely...)
2. Approx Price?
3. What kind of memory (PCxxxx...) do I need to buy that will take FULL advantage of this board. (Yes, I'll be doing some overclocking, as well)
If any of you have brandnames that you prefer because of bang for the buck, let me know...
4. Ship date?
Thanks Guys!!!
(But I can't blame you...I haven't posted in almost a year, but fear not! I've been trolling in the background! mwa-haha!)
I'm in the process of putting together a pricelist of my "dream machine" that I'll be investing towards in the next few months.
I've convinced myself that it's going to be based off the NForce 4 Ultra Motherboard, but I can't find a list of manufacturers, or possible specifications. Can anyone here answers these questions:
1. Is Asus going to be making their own version. (Surely...)
2. Approx Price?
3. What kind of memory (PCxxxx...) do I need to buy that will take FULL advantage of this board. (Yes, I'll be doing some overclocking, as well)
If any of you have brandnames that you prefer because of bang for the buck, let me know...
4. Ship date?
Thanks Guys!!!
0
Comments
2. Motherboards based on the nForce4 ULTRA have an MSRP of $150+
3. Depends on the brand. But right now I would be buying Corsair XL-series PC3200 or OCZ Gold Rev. 3 PC3700. Both of these are based on Samsung's new TCCD memory chips which are the best thing since sliced bread for the memory market. These chips can be overclocked to insane speeds and gladly absorb huge quantities of voltage.
To quote myself from another forum:
4. Late November/early December or January.
Last but not least...
Of course, I could just go out, and buy the latest, and greatest AMD Processor for $900...but that's what overclocking is for! lol
First: AMD Athlon 64, or AMD Athlon 64 FX? (I'm leaning towards FX because of the interoperability that AMD claims it has between simultaneous 32, and 64 bit operation...)although, I'll admit I'm not even entirely sure what THAT means. (Are they both the same number of pins?)
2nd...do we know yet...which ones (When overclocking) are the best bang for the buck?
And let me just say this: Not only is this system going to be a WICK3D gamer...but a folder, too...lol.
2. The best bang for the buck is the 90nm s939 Winchester Athlon 64 3000+. It does 2.4-2.6GHz for less than $175.
I remember when I bought my last processor, you could go to Newegg, and tell them that you wanted a SPECIFIC serial number...(The XP 1700 that easily clocks to 2600+...those were the days, lol)
Same situation?
How do I make sure what I'm getting?
(I can't tell you how informative you've been so far...don't let this thread wear out it's welcome...)
To date, I haven't seen any specific wundercores like we saw with the JIUHB of its day, as all the Athlon 64 chips of a certain type tend to overclock relatively similar. IE, all 90nm Winchesters get 2.4-2.6GHz. At the same time, I haven't really been looking for the wundercores. It seems, however, that the 90nm 3000+ is the first JIUHB/DLT3C 1700+ of the A64 line. The first time where we get an excellent overclock out of a cheap chip.
Thrax, I thought the the new s939 Athlon64 Winchester cores supported dual channel memory as well? Mine certainly says dual channel memory in the bios boot up screen & I have to put the ram in slots 1 & 2 to enable this on my board. Or am I missing something?
The OCZ 3700 gold rev.3 is getting a lot of good press.
When you look for memory make sure that it was tested in a A64 mobo.
The Crucial Balistix has been putting up nice numbers also.
Which is precisely why it was great to own one. The chip had dropped to $60, yet could be made to perform identically to those more expensive chips.
5,2,2,2, 1T at 250 beats 8,4,3,3 at 275, 1T in all 3d apps and games. However, CAS doesn't have any impact at all on A64. Cas 2, 2,5 and 3 gives close to the same bandwidth. I have been running a set of OCZ EB 3500 and 3700 for a while now and the stuff is really good. however, it's EOL and can't be bought new anymore. The EB's do 5,2,2, cas 3 at 260 without a problem.
Edit: There was a die shrink from .18 to .13 from the first 1700+ to the Tbreds. Now with the 64-bit AMDs we are coming across another die shrink. Hopefully it will produce similar results.
Sorry to jump in on this thread, is that actually true? I've been running my Ram at a 183 divider to keep my CAS at 2.5, if I set the cas to 3 and run the RAM at the 200 divider will I get better performance?
running a s754 A644 3200+ @ 2.4GHz
From the numbers that I have seen Anand posting (and others) I would say that if you can take the speed up by more than 10MHz and only give up 0.5 on CAS to do it.
I'll post a few screenies and benchmarks as soon as i have time.
What about with the new memory controler Mac? Is sync still a big factor?
There is no such thing as async on the A64. You need a Northbridge to be able to do that. Async means you are running the NB<->RAM bus at a different frequency than the NB<->CPU bus
Sync or async isn't a factor anymore as the dividers takes care of everything and that the memorycontroller is not on the board anymore.
Async is very useful now when the cpu's are locked upwards (except for the FX).
When the nice batches of the Winchesters comes out, you will run out of multis if you have good cooling, especially with the 2800,3000 and in many times the 3200 as well.
There are a couple of cpu tables that explains the divider/async settings a lot better.
Here is the difference between cas 2.5 and cas 3. As you can see, the memory bandwith is exactly the same.