I found this article really interesting:
http://www.notebookreview.com/default.asp?newsID=2719
Take a look at our
ThinkPads.com HOME PAGE
For those who might want to contribute to the blog, start here: Editors Alley Topic
Then contact Bill with a Private Message
ThinkPads.com HOME PAGE
For those who might want to contribute to the blog, start here: Editors Alley Topic
Then contact Bill with a Private Message
Laptop predictions for 2006
-
AlphaKilo470
- Moderator Emeritus

- Posts: 2762
- Joined: Sun Nov 28, 2004 1:42 pm
- Location: Atlanta, GA
- Contact:
Well, I knew it was inevitable but if this guy is right, then that means in the upcoming year we'll see an end to the record long computer lives we've been seeing these past five years as technology will finally be moving at a rapid pace again.
However, unfortunatley, there's still going to be the inevitable setbacks as well. The dual core stragtegy is a pretty nice innovation and has much potential. On the other hand, once dual core has hit maturity, it will be likely to cause setback: companies will simply try to cram more cores onto a chip instead of actually improving the chip itself. The person with the most cores wins. It'll be just like the megahertz race in the 1990's when clock speed was more important than the chip itself. In the 1990's we had the megahertz rush, now we'll have the core rush.
Another standpoint, for the better and worse: technology really was moving quite slow in the early 2000's which is apparent from the fact that desktops from 5 and 6 years ago are still able to run a significant percentage of availible modern software, much more than than the age equivalent could have run back in 2000. A 2000 computer is much more usable an useful and modern today than a 1994 computer was back in 2000. With all the groundwork laid in 2005, we're sure to see some major big changes this year and next that will on the good side of things male the computer market a fast moving place once again but on the negative side will mean people who buy new computers now risk having to upgrade sooner after purchase than people who bought new computers a few years ago.
However, unfortunatley, there's still going to be the inevitable setbacks as well. The dual core stragtegy is a pretty nice innovation and has much potential. On the other hand, once dual core has hit maturity, it will be likely to cause setback: companies will simply try to cram more cores onto a chip instead of actually improving the chip itself. The person with the most cores wins. It'll be just like the megahertz race in the 1990's when clock speed was more important than the chip itself. In the 1990's we had the megahertz rush, now we'll have the core rush.
Another standpoint, for the better and worse: technology really was moving quite slow in the early 2000's which is apparent from the fact that desktops from 5 and 6 years ago are still able to run a significant percentage of availible modern software, much more than than the age equivalent could have run back in 2000. A 2000 computer is much more usable an useful and modern today than a 1994 computer was back in 2000. With all the groundwork laid in 2005, we're sure to see some major big changes this year and next that will on the good side of things male the computer market a fast moving place once again but on the negative side will mean people who buy new computers now risk having to upgrade sooner after purchase than people who bought new computers a few years ago.
Latitude E7250: i5 5300U 2.3ghz, 12gb RAM, 12" 1080p touch, 256gb SSD, Win 10, Linux Mint 18.2
HP Compaq 6910p: 2GHZ C2D T6400, 4gb RAM, 14.1" WXGA, 500gb WD Blue, Linux Mint 18.2
ThinkPad T60: 2GHZ CD T2500, 2gb RAM, 14.1" XGA, 60gb 7k100, Win 7 Ult
HP Compaq 6910p: 2GHZ C2D T6400, 4gb RAM, 14.1" WXGA, 500gb WD Blue, Linux Mint 18.2
ThinkPad T60: 2GHZ CD T2500, 2gb RAM, 14.1" XGA, 60gb 7k100, Win 7 Ult
-
K. Eng
- Moderator Emeritus

- Posts: 1946
- Joined: Thu Apr 15, 2004 7:10 am
- Location: Pennsylvania, United States
I think yes and no.
Some computational tasks simply do not lend themselves well to parallel threads. I'm almost 100% certain Intel realizes this. The upcoming Merom core has a 4-issue front end and much more execution hardware than P6/PM/Yonah. Don't count on single thread performance suffering just yet!
Multi-Core does work really well though for some types of computation where there are few dependancies. Look for chips with high speed general purpose cores as well as high speed specialized cores. Personally, I think the IBM/Sony Cell chip is the way things may go. Right now its not much of a threat because the individual cells themselves are of limited use and the general purpose core is really weak.
Pair a dual K8 or Merom with a bunch of improved cells and that'll get things rolling. Of course the die size would be horrendous...

Some computational tasks simply do not lend themselves well to parallel threads. I'm almost 100% certain Intel realizes this. The upcoming Merom core has a 4-issue front end and much more execution hardware than P6/PM/Yonah. Don't count on single thread performance suffering just yet!
Multi-Core does work really well though for some types of computation where there are few dependancies. Look for chips with high speed general purpose cores as well as high speed specialized cores. Personally, I think the IBM/Sony Cell chip is the way things may go. Right now its not much of a threat because the individual cells themselves are of limited use and the general purpose core is really weak.
Pair a dual K8 or Merom with a bunch of improved cells and that'll get things rolling. Of course the die size would be horrendous...
Edit - I voted for "buy later." The warranty hasn't quite run on my current machine, and I want to wait a month or two to see how the new Core Duo machines turn outcompanies will simply try to cram more cores onto a chip instead of actually improving the chip itself. The person with the most cores wins. It'll be just like the megahertz race in the 1990's when clock speed was more important than the chip itself. In the 1990's we had the megahertz rush, now we'll have the core rush.
Homebuilt PC: AMD Athlon XP (Barton) @ 1.47 GHz; nForce2 Ultra; 1GB RAM; 80GB HDD @ 7200RPM; ATI Radeon 9600; Integrated everything else!
-
- Similar Topics
- Replies
- Views
- Last post
-
-
[WTB] T61 14.1" 4:3 Intel Laptop or Motherboard
by HiFiGuy » Wed Feb 04, 2026 11:33 am » in Marketplace - Forum Members only - 2 Replies
- 4033 Views
-
Last post by HiFiGuy
Mon Feb 09, 2026 9:12 pm
-
-
- 10 Replies
- 3854 Views
-
Last post by tpribors
Fri Apr 17, 2026 12:52 pm
Who is online
Users browsing this forum: No registered users and 555 guests




