AtomN475
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HP Mini 110 and 210 netbooks get Atom N455 and N475 accoutrement
Looking for a Mini that has a little more to offer in the processor department? HP has thoughtfully upgraded the Mini 110 and Mini 210 to offer your choice of Intel's N455 or N475 Atom processors. Those chips bring DDR3 memory compatibility to the table, which both netbooks now offer by default, while the optional N475 brings either one up to 1.88GHz -- though you'll have to pay an extra $25 as proof of your commitment to handle that sort of blazing performance. The default 110 with 1GB of memory starts at $280 right now, while a base 210 will set you back $330.
Intel Atom N455 and N475 mysteriously pop up on ASUS placards
We don't really know what to make of this, but while battling the onslaught of new netbooks at the ASUS's CeBIT booth we noticed some peculiar new Intel Atom processors on a few signs. As you can see above it looks like the Eee PC 1015PE will not only be available with the current N450 and the newly announced N470 Pine Trail processors, but also the rumored N455 and N475 CPUs. Intel tells us that these are not-yet-announced-products, but we're guessing we'll hear more tomorrow morning at Chipzilla's press conference -- although we're not too optimistic that dropping a zero and adding a five is going to provide all that much more Atom netbook power.
Intel said to be cooking up DDR3-lovin' Atom N475 and Atom N455 CPUs
We've maintained that Intel's range of Atom chips were simply too weak to really love and adore the way a slab of silicon should be, but that's probably because of our infatuation with things like "overclocking" and "Core i7 Extremes." Whatever the case, it's beginning to look a wee bit better for the lineup, as Fudzilla has it that the company will be adding DDR3 memory support to the 1.83GHz N475 and 1.6GHz N455. Both of those chips are expected to maintain their current TDP ratings, and both are expected to launch in Q3 of this year. Nah, DDR3 compatibility won't make your next netbook scream or anything, but when we're talking Atoms, we'll take all the baby steps we can get.
