surinarayan
Broken In
I like Apple products ,so i decided to buy iPhone 5 before that i would like to know your views regarding this product
I like Apple products ,so i decided to buy iPhone 5 before that i would like to know your views regarding this product
And you consider yourself major geek!?..... And iOS sucks unless you're a n00b.
If you have the cash then get an iPhone. No two ways about it.
-Android user
Your siggy says you have the Iphone 4 and the Xperia arc. You use the arc over the Iphone 4 ??
With the Nexus 4, I think google has finally woken up and taken notice, how much people would like an unadulterated Android experience. No other Droid has seen so much success. I think Google will itself be a worthy contender to Apple on the hardware front.
Looks like the iP5 and Droid Q3/4 '13 will be an interesting battle.
For now, even as an Android user, another recommendation for the iPhone 5 comes from. Although a main reason is also that you can afford the iphone
With the Nexus 4, I think google has finally woken up and taken notice, how much people would like an unadulterated Android experience. No other Droid has seen so much success. I think Google will itself be a worthy contender to Apple on the hardware front.
Looks like the iP5 and Droid Q3/4 '13 will be an interesting battle.
For now, even as an Android user, another recommendation for the iPhone 5 comes from. Although a main reason is also that you can afford the iphone
With a couple of successful iPhone generations under its belt, Apple set its sights much higher. Steve Jobs hired some of the brightest minds in CPU and GPU design and kept them close by. They would influence silicon supplier roadmaps as well as help ensure Apple was on the forefront of performance. Remember that CPU and GPU makers don't just set their own roadmaps, they ask their biggest customers and software vendors what they would like to see. As Apple grew in size, Apple's demands carried more weight.
Unlike the desktop/notebook CPU space, there was no truly aggressive SoC provider. The why is easy to understand. Mobile SoCs sell for $14 - $30, while the desktop and notebook CPUs that Intel invests so heavily in sell for around 10x that, despite being 1 - 4x the physical die size of their cheaper mobile counterparts. In short, most SoC providers felt that no one would be willing to pay for a big, high performance chip, so no one made them. Ultimately this led to a lot of embarassment, with companies like NVIDIA being known for their graphics prowess losing when it came to SoC GPU performance.
Realizing the lack of an Intel-like player in the mobile SoC space, Apple took it upon itself to build the silicon it needed to power the iPhone and iPad. By controlling its own SoC destiny it could achieve a level of vertical integration that no OEM has enjoyed in recent history. Apple would be able to define the experience it wanted, then work with the device, OS, application and SoC teams to deliver that experience. It's a very tempting thing to strive for, the risks are plentiful but the upside is tremendous.
The A4 SoC was Apple's first branded solution, although internally it still leveraged licensed IP blocks from ARM (Cortex A8) and Imagination Technologies (PowerVR SGX 535). Its replacement, the A5, moved to a dual-core Cortex A9 setup with a much beefier GPU from Imagination (PowerVR SGX 543MP2). For the 3rd generation iPad, Apple doubled up GPU core count and built the largest ARM based mobile SoC we've seen deployed.
When I first looked at the A4, I wrote the following:
Apple is not a microprocessor company, nor does Apple want to toss its hat in with the likes of Intel, NVIDIA, Qualcomm and TI as an SoC maker. History has shown us that the only way to be a successful microprocessor company is to be able to subsidize the high cost of designing a powerful architecture over an extremely large install base. That's why x86 survived, and it's why the ARM business model works.
Designing high performance SoCs just for use in the iPad and iPhone just doesn't make sense. In the short term, perhaps, but in the long run it would mean that Apple would have to grow the microprocessor side of its business considerably. That means tons of engineers, more resources that aren't product focused, and honestly re-inventing the wheel a lot.
The fact that the A4 appears to be little more than a 45nm, 1GHz Cortex A8 paired with a PowerVR SGX GPU tells me that Apple isn't off its rocker. I don't exactly know what Apple is doing with all of these CPU and GPU engineers in house, but licensing tech from the companies who have experience in building the architectures is still on the menu.
While I still believe that, long term, Apple will either have to commit to being a full blown chip company or buy processors from whoever ends up dominating the mobile SoC industry it's clear that for the foreseeable future Apple will be a device company that also makes mobile SoCs. Given the state of the mobile SoC space at this point, I can't blame Apple for wanting to build its own chips.