...all while the hard drive was noisily grinding away. Help!Constant freezing while Explorer and apps paged to disk. You typed a sentence then had to wait a few seconds for Windows to catch up.
...all while the hard drive was noisily grinding away. Help!Constant freezing while Explorer and apps paged to disk. You typed a sentence then had to wait a few seconds for Windows to catch up.
ThinkPad 600s in 2004? 2004 was when my X40 (which has a Pentium M and 2GB of RAM) came out. Any idea why they gave you laptops of that vintage?
Ah, ok. Yea, it's the RAM that makes the most difference.They (the company) were cheap. I was less chagrined by the antiquity than by the bare minimum of RAM they gave me. Constant freezing while Explorer and apps paged to disk. You typed a sentence than had to wait a few seconds for Windows to catch up. No fun.
Reminds me that I also bought my 15" PowerBook 1.5Ghz when I was there. I had to pay the postman in cash on delivery. That was the only way you could do mail order in Germany unless you had an account with the company in question.
2GB or 128MB? Because 2GB yes, but I'd be doubtful about 128MB because (at least on the Mac side) base config iBooks were shipping with 128-256MB of RAM and base config PowerBooks were shipping with 256-512MB. So that would put 128MB as the lower end of the base config options.That was huge amount of RAM back then? I remember my first upgrade was 256 to 384 when I just learned what is a memory stick.
Reminds me that I also bought my 15" PowerBook 1.5Ghz when I was there. I had to pay the postman in cash on delivery. That was the only way you could do mail order in Germany unless you had an account with the company in question.
I remember ordering a Dell Celeron desktop for my grandparents around that time, and they didn't trust giving Dell their credit card details online so they paid the same way! Crazy to think about today.
Ah, ok, yea. I forgot the spec of my own machine in that case.2GB of course![]()
Intel ain't havin' that. The Chinese are pushing the envelope somewhat tho - 2x socket 2011 but a chipset not officially dual-capable
You're right of course, the blog entry even states that *facepalm*I do believe all the dual socket boards use C602 chipsets (the dual CPU/Server version of X79), its just for whatever reason CPU-Z sometimes still ID's those chipsets as X79 even tho their technically not
Better get a 12-core Magny Cours (6176). Real cores rather than "modules".I really want to get an AMD Opteron 6276 from the Bulldozer days.
I'll look into that one also. Thanks.Better get a 12-core Magny Cours (6176). Real cores rather than "modules".![]()
Totally irrelevant but: I just love how physically big those CPUs are compared to "normal" ones. Conversely, AM1 APUs are so small they almost look like toys. Still love 'em though.I'll look into that one also. Thanks.
Also, @sanfrancisofont1984 you're using the Verge to make a point. The most pathetic tech organization that has ever existed. You know when I explain something to someone? When they ask me to. I don't just assume they're completely ignorant because they want an imperfect CPU.
I've been writing cluster computer code since the 80's.
Could you explain the issues with verge?
Modern games actually aren't as depended on that. The "pcmaster race" group of people will argue, but it's true. Most games made in the last 5-10 years run better with more cores vs higher clock speed.I really want to get an AMD Opteron 6276 from the Bulldozer days. 16 cores, 16MB L2, 16MB L3. Would be fun just to mess around with, but not so good for gaming with a slow single core speed of 2.3GHz.
I really want to get an AMD Opteron 6276 from the Bulldozer days. 16 cores, 16MB L2, 16MB L3. Would be fun just to mess around with, but not so good for gaming with a slow single core speed of 2.3GHz.
You can clearly see in that video that most of the games he tried performed quite bad. This is directly due to the low 2.3GHz base speed. And if you look at the Afterburner stats, most of the cores are rarely ever touched.Modern games actually aren't as depended on that. The "pcmaster race" group of people will argue, but it's true. Most games made in the last 5-10 years run better with more cores vs higher clock speed.
Which is why the cMP's are able to do it so well with a modern GPU. My old Mac Pro 3,1 at 2.8Ghz had no problem with modern AAA games under Windows 10 for example.
Higher clockspeeds help a little but if the game is developed well it's not really a noticeable difference.
I didn't watch the video linked.You can clearly see in that video that most of the games he tried performed quite bad. This is directly due to the low 2.3GHz base speed. And if you look at the Afterburner stats, most of the cores are rarely ever touched.
It really all comes down to the games you play, but the point I make above holds true on virtually every 2018+ game I have.
In my experiences the best games at using all your cores are typically third person. Like Tomb Raider and Just Cause games.
That chip's wheelhouse would be workstation tasks. I would likely use it as a video encoder if I get one.I didn't watch the video linked.
But those are the only kind of games I play so that makes sense.