They were only for OEMs so they should have gotten the first shipments by now. I guess they are redoing their ads to include "Energy-Effcient/Lower voltage" as selling points.
Thats a 90nm CPU not a 65nm one like the OP is looking for, doh!
That may actually be one because 90nm voltage is 1.3-1.35V That one is marked as 1.2V
Except the 65nm 4200's haven't been launched yet-it's only the 4000, 4400, and 4800 at this point in time, and again, as you've said, only for OEMs right now.
BM, the 90nm EE and SFF EE chips do not run at 1.35V. The reason that the EE chips are energy efficient is that they are under-clocked and under-volted. The lower voltage needed to switch the transistors a smaller process node is what makes smaller-process chips cooler and less energy-hungry than larger ones. The 65W EE chips run at 1.20V and the SFF EE chips run just a touch over 1.00V. This is at 90 nm.
BM, the 90nm EE and SFF EE chips do not run at 1.35V. The reason that the EE chips are energy efficient is that they are under-clocked and under-volted. The lower voltage needed to switch the transistors a smaller process node is what makes smaller-process chips cooler and less energy-hungry than larger ones. The 65W EE chips run at 1.20V and the SFF EE chips run just a touch over 1.00V. This is at 90 nm.
That is very possible then. I've seen Newegg sell "Brisbane" A64s that were really Venices. It's a mis-type. If you had 10,000 products, I'd bet that occasionally a few would have small details goofed up.
Thats a 90nm CPU not a 65nm one like the OP is looking for, doh!
That may actually be one because 90nm voltage is 1.3-1.35V That one is marked as 1.2V
clown, 65nm voltage is 1.25V-1.35V! Not 1.2V!
That's an Energy Efficient model IMO, not to count the BS some sites write instead of the true specs
BM, the 90nm EE and SFF EE chips do not run at 1.35V. The reason that the EE chips are energy efficient is that they are under-clocked and under-volted. The lower voltage needed to switch the transistors a smaller process node is what makes smaller-process chips cooler and less energy-hungry than larger ones. The 65W EE chips run at 1.20V and the SFF EE chips run just a touch over 1.00V. This is at 90 nm.
They have been launched about a week ago but I could't find any of them on the net...
They did like Intel with their Core2... OEM got them first. Then it is public time.. Some sample may start to show off soon, but I guess they will be rare for a while
They have been launched about a week ago but I could't find any of them on the net...
They did like Intel with their Core2... OEM got them first. Then it is public time.. Some sample may start to show off soon, but I guess they will be rare for a whileWhy do OEMs get them first? That is the most backwards thing ever if you ask me.
They have been launched about a week ago but I could't find any of them on the net...
They did like Intel with their Core2... OEM got them first. Then it is public time.. Some sample may start to show off soon, but I guess they will be rare for a whileWhy do OEMs get them first? That is the most backwards thing ever if you ask me.
They are the biggest customers, so they are served first..
