Don't forget to add 'at $429...'
I think that Apple priced the iPad Mini 1 high, so when they add Retina they can keep the price at $330.
Don't forget to add 'at $429...'
It also gives room for them to drop the current mini to 229 and now it's perceived as a bargain.I think that Apple priced the iPad Mini 1 high, so when they add Retina they can keep the price at $330.
...would you be willing to sacrifice battery life and performance just to get a retina screen?
It also gives room for them to drop the current mini to 229 and now it's perceived as a bargain.
Why would it be twice as thick and heavy tho?
I finally got to play with a mini last night at Best Buy. The screen really isn't that bad. To be honest, the performance is what bugged me the most. I have had an iPad 1 since its release and just upgraded to a refurb 3 a week and a half ago. The UI was noticeably slower on the mini than the 3. So my answer is, no, I would not want performance sacrificed more than it is already for retina in a mini.
No, would I like Retina? Yes. But I would prefer they get it right rather than pander to fan boys and self professed experts.
I guess I don't understand the twice as thick and heavy thing basing it off of going from the ipad 2 to the 3. The ipad 3 isn't twice as thick and twice as heavy with the retina display as the ipad 2 so why would the mini be when its all around smaller anyway.
Double the weight and thickness is an overstatement, but in terms of being significantly thicker and heavier, yes, there is objective evidence to support OP's point.Agreed. Can someone post any objective evidence that supports these claims?
It is the only thing, and the net weight increase could also reflect weight reductions from moving to thinner aluminum and glass (just like it did in the iPad 2). But let's assume that 50g is indeed a result of the larger, higher capacity battery and that other changes cancel out. The iPad 2 battery pack is around 133g* at 25Wh (5.32g/Wh). With 50g more weight going wholly to the battery, the iPad 3 would therefore be 198g at 42.5Wh (4.66g/Wh). However, at the same density as the ipad 2, it'd be ~226g, meaning they'd need to have slimmed the aluminum/glass case materials by about 28g in addition to fitting the bigger batter. In either case, fairly similar overall, which you'd expect since the fundamental battery technology is the same.Let's look at the iPad 2 versus iPad 3. The iPad 2 weighs 600 grams and iPad 3 weighs 650 grams. A 50 gram difference and that is under the assumption that it was the addition of the Retina is the only thing that caused the increase of 50 grams.
As with weight, you can't just split the difference. There's proportionally much more space to work with on the surface area of the bigger iPad, so the change in thickness is much more pronounced. Likewise, the heaviest materials in the iPads are the casing, display, and battery, so the smaller device shifts much more toward the display and battery since the shell materials can be thinner and lighter, but the other bits (mainboard, etc.) are essentially the same.Difference is 0.6 mm. The mini is 7.2 mm. So, place a RD in the mini, the thickness with increase by less than 10%, also no where near the claims of a 100% increase in thickness.