Notebook Recommendations

One

Junior Member
Apr 9, 2004
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I am about to buy a replacement for my Inspiron 4000, which I purchased several years ago. I have many accessories for the inspiron 4000, such as 3 batteries and an external charger. Unfortunately these are not compatable with Dell's newer models. I have not kept up with the times and am not sure which notebooks best suit my needs.

I will be using the computer almost entirely for surfing the Internet while comfortably sitting in an easy chair. I will need Word, Excel, and perhaps some web publishing software. I will not be doing any extensive graphics work and will not be using it for any games. What is most important to me is

--Keeping Prices Low
--Having a 15" Screen
--A relatively light weight since it is on seated on my lap (my former Inspiron 4000 was 7lb with battery)
--Being reliable, with few repairs
--I want to use a touchpad, not a keyboard pointer

What notebook computers would you recommend for someone in my situation? I am thinking about a Dell 1150. I am also open to purchasing the notebook from other companies that I am less familiar with.
 

Abhi

Diamond Member
Sep 13, 2003
4,548
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NO. Not a 1150! .... its 8 lbs...

Is 1000$ in your budget... if it is... aim for the 600m. (14 inch screen btw)
 

jcwagers

Golden Member
Dec 25, 2000
1,150
14
81
Check out PowerNotebooks and see if you can find anything that you like. They have some very nice laptops. They also have an outstanding record of service and a 10 on resellerratings. You can customize about any aspect of them to get what you want. Good luck with your purchase! :)

jc
 

UltraWide

Senior member
May 13, 2000
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wait for Celeron M, those will have resonable and good performance. Same as Pentium M with 1/2 cache, retains all other goodies, 400mhz FSB etc...
 

One

Junior Member
Apr 9, 2004
3
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Originally posted by: UltraWide
wait for Celeron M, those will have resonable and good performance. Same as Pentium M with 1/2 cache, retains all other goodies, 400mhz FSB etc...

When will the celeron 600m be available?
 

Frightcrawler

Senior member
Oct 15, 2003
603
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I doubt the celeron-M (not called celeron-M, of course. The celeron-M already exists) will have good performance. Think about it. 1/2 cache = 512k cache. What else has a 512k cache? Pentium 4.
So, what you are getting is a much lower clocked Pentium 4 with power saving. Not worth it.
 

Abhi

Diamond Member
Sep 13, 2003
4,548
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Originally posted by: Frightcrawler
I doubt the celeron-M (not called celeron-M, of course. The celeron-M already exists) will have good performance. Think about it. 1/2 cache = 512k cache. What else has a 512k cache? Pentium 4.
So, what you are getting is a much lower clocked Pentium 4 with power saving. Not worth it.

By that calculation... a celeron m 1.7 = ...a pentium 4 1.7 ghz with low power consumption?
 

trungthiendo

Senior member
Mar 8, 2004
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celeron M is different from mobile celeron...celeron M is based on pentium M where as the mobile celeron is based on a p4.

the "celeron-M" based on the pentium M core will be much different then a p4...there seems to be reviews out for it already if you look around i forgot where i saw it, but even with 1/2 the cache as the pentium M it peforms pretty much the same....

link to article

a 1.4 pentium M is comparable to a 1.9-2.0ghz p4 in most things...the celeron M at the same speed as a pM should be almost the same.
 

Abhi

Diamond Member
Sep 13, 2003
4,548
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Hmm ... just a thot...

If the celeron M 1.4 = 2.0 ghz Celeron .... ...... :Q

But it ll probably be performing like the 2.0 mobile celery... with 256 l2...
 

Connoisseur

Platinum Member
Sep 14, 2002
2,470
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actually since the celeron M is based on the P-M rather than the P4, i'd imagine you can get a better performance gauge by comparing it against the Celeron cores based on the P3. If I remember correctly, although the celeron did have worse performance compared to the P3, the difference was a lot less drastic than that of the Celeron 4 vs Pentium 4. I believe it has to do with the actual P4 architecture, which needs a larger on die cache to compensate for the longer instruction pipeline.