The funny thing about computers is processors get ever more powerful, the amount of RAM machines have increases by a factor of ~100 every decade, and yet doing everyday tasks like web surfing never seems to get any faster. I'm looking around as I type this, and I see a rendering of the entire thread underneath, as well as a bunch of animated icons. That's where all the processing power is going. Well, at least we're keeping up with web and software bloat so far. I guess that's good news. I long for the day though when things will happen as fast as I give inputs.
The slow loading times are most likely due to your connection speed, not your PC speed. And yes, most components in the Computer have increased their speed/size by a factor of 100-10'000, but, staying on the topic of RAM: the sad thing is,
RAM has only been sped up by a factor of roughly 10 the last 20 years. Contrast that with a 33mhz 486 and a 3.2Ghz Quadcore (the actual speed up is probably by 1'000-2'000 and not by 100 as the clock cycles would suggest, due to better architecture, SIMD instructions and of course 4 cores)
But I think I'm steering off topic...
I think computers do get faster, the problem is, you get used to them being faster...
The loading times of my 100mhz Pentium 1 were quite high, and multitasking was more of a theoretical possibility....
And the speed of web surfing, 1995 vs. 2009... a world of difference.
Yep, some of the newer Linux apps are a bit bloated, but that also seems to be part of what's helping to bring it into the mainstream. The main distros have gotten user-friendly and flashy enough that I would recommend them for anyone who's not using their computer for gaming.
If you're a real performance junkie, you can change a few settings, and run lighter-weight programs, and you're still sitting pretty. :thumbsup:
I'm running a stripped-down Debian distro with wmii, urxvtdc, zsh, and Vimperator as browser. Runs really fast :)
In response to the OT, I doubt that the main problem was your processor, and even if it was, you wouldn't have needed a Phenom to get better performance.
That said, you're probably set for 3-10 years before you need another upgrade. :thumbsup:
Yeah... try a complete reinstall on your 'old' box.
I refer to my new box as WILL, because you were one of the prime motivators to purchase the new hardware. All those images, even though none were bigger than 50k, took forever on the 2004 vintage equipment.
I believe it was a P4, with 3.0 GHz clock speed. Came with 512k or RAM, which I bumped to 2 gigs of RAM before Photoshop Elements 7 came out. PSE7 would use about 1GB of memory, the system needed about 500k, leaving only 500k in reserve. Redraws in PSE7 were glacial :naughty:
While on this subject, any place to buy inexpensive RAM for the new board, an ASUSTek M4N78 PRO? I'd pick up another 4 or 8 if some could be found at a decent price.
The RAM specs are DDR2-800 (PC2-6400), but I imagine you already knew that :laughing:
One question is: do you even
need 4GB of RAM? If you're not sure you absolutely need it, then usually you don't. Photoshop would be one good reason if you work with big pictures, many layers and need a big undo buffer.
And if you need it: as I'm in europe, I don't know any US retailers. Just a general tip: It might be best if you took those existing two GB out, and buy two matched 2GB DIMMs (you can probably get faster than DDR2-800 ones for a decent price today). And don't buy noname brands, I'd stick with Kingston ValueRAM or Corsair RAM.
Something to bear in mind is that if you're running a 32 bit version of Windows, (i.e. not a 64bit version) it will only be able to use the first 4Gb of RAM you put in the computer.
And a P4 does not support 64 bit. Actually, it's even less than 4GB - e.g. the RAM of your graphics card lies in the same 32-bit address space, so you have to subtract the RAM of your graphics card from the 4GB/32bit address space. It's not uncommon to end up with only 3.2GB usable maximum RAM. And I have to admit, I don't know Windows all to well, but wasn't there also a 2GB limit per application (or was it 3GB)? The operating system itself needs space too - under Linux at least you can switch between a 2/2GB or 3/1GB user/kernelspace separation in the virtual memory (yes, now it gets quite complicated. For sake of staying on topic, I won't delve further into this issue. Search Wikipedia for 'virtual memory' for more info)