Well I did a lot of comparison shopping between the 3800, 4000, 5000e, and 8000. I was inclined to go with the 8000 because it was basically a 4000 + better display to me. But I was turned off of the 8000 because all the stuff I found indicated that you had to go with a P3 to get a 100Mhz FSB on the 8000 whereas the 3800,4000 and 5000e all ran with a 100Mhz FSB no matter what processor was intalled. That being said, if I had gone with the 8000, then I would have gotten it with a P3. Therefore, that up'ed the price.
So, looking at the 4000 (I really wanted that built-in NIC), I started to compare it to the 3800. Sans the NIC, the main differences between the 4000 and the 3800 that I could see was that the 4000 had a 128-bit data path on the video card and was a little lighter. But the price difference was $150. Considering that $150 was more than 10% of the price of the 3800, I figured that increase in video speed wasn't justified. So, I crossed my fingers and ordered the 3800.
So, what do I hope the 3800 can do? Well, its main function will be to play movies (supporting reason for lowest cost). Its second main function will be to develop software (supporting reason for the 14 in screen).
These were my calculations...
3800(600C,14TFT,64M,10G,DVD,53Whr) $1398
4000(3800 above + 128bit video) $1548
4000+(4000 above + internal NIC) $1598
8000(4000+ above + 600P3 + m3 video + 14" UXGA) $1740 approx
Ninensei
BTW- The way I got the 14.1 TFT on the 3800 was that I picked a high-end configuration (ecost code) and then downgraded it to the
configuration I wanted. I couldn't select the 14.1 TFT by starting with the cheapest ecost code configuration.