What's bugging me: Why is Nvidia calling Netbooks with ARM CPUs "MIDs"???
Back at MWC that was because of the Psion vs Intel lawsuit about the 'netbook' word; now they're using *both* MID and netbook but focusing mostly on the former, so I'm not sure what's going on.
What about editing and browsing a large library of photos? Even if you don't run Photoshop or some higher-end program like Lightroom, it doesn't hurt to have the graphics to scroll through thumnails.
Editing is certainly a problem (but then again the screen size would be one anyway), but scrolling through thumbnails is likely to be BETTER on an ARM netbook than on a x86 notebook, IMO, because of the JPEG/Huffman acceleration. Just watch this video starting at 1:25 -
http://www.youtube.com/watch?v=lTEaWfTO-zE&feature=channel
I would rather have linux and X11. netbooks are meant to run full apps, not be a glorified crap-phone, I meant smart-phone.
You DO realize x86 apps don't always port automatically to ARM, right? It's certainly much easier in the open source world than for full Windows, but that doesn't mean it's as wonderful as you think it is. Android has one MASSIVE advantage: it's the ultimate trojan horse because the 3rd party applications are all in Java. That means in theory they should work the same on x86 and ARM.
What I think will happen is Android will become a relatively common distribution for x86 netbooks (Acer claims they'll release one in Q3, although I doubt it'll be very good), and this will create an ecosystem around it. And then ARM will benefit from all that work instantly, which is very different than what'd happen with a normal Linux distribution.
regarding Google Docs. it may be used with wifi (one major use of netbooks). it might be used a bit with 3G.. but you quickly risk getting a $100 phone bill or something for using that network bandwith!
I'm frankly not sure what kind of bandwidth Google Docs takes, but I'm pretty confident you're overestimating it by at least an order of magnitude. Most dataplans come with several GBs of bandwidth minimum nowadays... So unless you're using it in a foreign country...
netbooks are meant to be used on the go, which means you probably won't have an internet connection (you might get a 3G plan, for 30€ per month IN ADDITION to existing cell phone and internet bills, so it's entirely not a solution for low-cost minded people)
You do realize NVIDIA is actually working on carriers being their primary distribution channel for the first Tegra netbooks, right? I agree it's dumb to lock you to a contract for such a cheap product, but I d believe it's a very attractive channel to educate customers about a new kind of product and having so much control over the product's software must be making carriers jump all over the place with excitement.
so, give me OpenOffice.org (may be a bit slow, but we have enough memory) or Abiword (which I use on my desktop computer already)
I personally think Google Docs is good enough for a good bit of the market (certainly far from all), but the Linux netbooks from Freescale and Qualcomm do have OpenOffice IIRC. I don't think it would be easy to port to Android, but certainly not impossible.
Can someone explain to me why tegra is only pushed into netbooks where faster CPU wise snapdragon is used in both netbooks(smartbooks) and smartphones?
And what's with that hype around tegra where its only ARM11 CPU both OMAP3 and snapdragon are faster...
Wow, you've been on this forum for how long?
Come on, you know better than this: a) Tegra smartphone from *at least* 3 large OEMs and several ODMs are in the works. b) OMAP3 and Snapdragon's multimedia architectures are a joke, and both are significantly more expensive. However, for netbooks, they are certainly very attractive (in most ways better than Tegra) because of their faster CPUs. c) OMAP4 looks very good but that's very far in the future, and Snapdragon2 is nice but even farther in the future.
alright, but I wonder what's the trade off regarding silicon and power budget, will they do a cheap! dual core ARM11 before or go for a single core cortex-A9.
Cortex-A9 vs. 2xARM11 would obviously be much faster for real workloads yet not cost more. So I think it's pretty easy to see what the answer is...