No, it's the truth. You would have been better off saying "The best performance would be seen with Google One devices since they use practically stock Android without any bloat." That would have been fine. People will probably find those sooner than having to dig through BH's listings to order a carrier unlocked model. That and there's rumors of Google getting Google One phones into carriers without carrier bloat, too.
It doesn't change what I said earlier.You say one thing and then make a sweeping statement. Funny.
In terms of different phone models availability the US Market is one of the worse smartphone markets in the world.In the US. The vast majority of the smaller brands business comes from outside the US. Here in the UK, Huawei is a very popular brand, and the second largest manufacturer in the world. Almost unknown in the US though.
Real world tests tell the truth.....and the latest snapdragons as of late typically outperform apples processors. You guys are stuck in a gated box and cant do half of the things your supposedly speedy processor is capable of. So android fans are feeling great......
No one outside of this forum will be benchmarking their devices as long as its fast and smooth. Your processors are really only useful on the iPads and that's barely since it doesnt even take advantage of the so called power and capabilities you boast about.
This comes from a guy with a fully loaded new iPad pro....
LoL somebody got his feelings hurt.Then your pedantic posting is useless.
No, you're screeching like a parrot showing synthetic tests that have no basis in the real world apart from showing YoY improvement in a mobile SoC. The reality is SnapDragons suck over time and won't ever get close to whatever Apple can put out, throw in the many issues Android still has a decade later, and you get a subpar product over time.LoL somebody got his feelings hurt.
It shouldnt be a suprise and shouldnt be the other way around taking into consideration that Apple basically has 250 bilion dollars in cash and securities stacked in their basemant. This gives them a huge advantage as they can buy the best engineers, the best technology, the best hardware, and literally dedicate unlimited amount of resources to their chips development teams. Achieve better results than the competition is logic consequence when the "cost" of something is barely taken into consideration when deciding what to do and how to do it.Apple’s chips are light years ahead of everyone so no surprise.
LoL but those synthetic tests that have no basis in the real world is the only area where apple can show it's CPU superiority. So going by this logic Apple's superiority is in the end irrelevant.No, you're screeching like a parrot showing synthetic tests that have no basis in the real world apart from showing YoY improvement in a mobile SoC. The reality is SnapDragons suck over time and won't ever get close to whatever Apple can put out, throw in the many issues Android still has a decade later, and you get a subpar product over time.
LoL OK, buddy calm down, you are starting to derail quite badly.The Samsung S11 could have dual SnapDragon 865 processors and a single A13 will run circles around it in synthetics and real world use.
How does performance benchmarks not include tech specs?These aren’t tech specs they’re performance benchmarks.
Tech specs would be:
Apple A12 Bionic you CPU 2.49 GHz hexa-core 64-bit
ermm apart ftom Intel, ohh and AMDApple’s chips are light years ahead of everyone so no surprise.
LoL but those synthetic tests that have no basis in the real world is the only area where apple can show it's CPU superiority. So going by this logic Apple's superiority is in the end irrelevant.
LoL OK, buddy calm down, you are starting to derail quite badly.
You're comparing an SoC to an x86 processor. SoCs are built differently than an x86 processor that gives them an edge in some tests and real world use. The truth is for complicated tasks, the traditional processors will pull away. ARM can get to i7 performance at the high end, but the complexity of the SoC will increase by a wide margin as well as power use. It'd be safer to assume we'll see ARM powered desktops that work as well as traditional processors in 2025-2028.ermm apart ftom Intel, ohh and AMD
What RUBBISH if "Apple has internal iPhone builds using SnapDragon SoC" then why would it be faster "than a flagship Android" ITS THE SAME CHIP!I would not be surprised if Apple has internal iPhone builds using SnapDragon SoC with iOS and it being faster than a flagship Android.
In what manner or form is it the same chip? QC uses a reference ARM design. Apple designed their own ARM chip and has a partner that produces their ARM chip for them and them only. It merely uses a Qualcomm modem up until the switch to Intel's modem.What ruddish if "Apple has internal iPhone builds using SnapDragon SoC" then why would it be faster "than a flagship Android" ITS THE SAME CHIP!
Yeah unleash that full on appleFan mode.The 855 pre-production barely touches the iPhone 7's A10. It clashes against Hi-Silicon's chip. I can't say I have much faith the production grade product is going to wow anyone on the same phone series or other coming from an 845.
I would not be surprised if Apple has internal iPhone builds using SnapDragon SoC with iOS and it being faster than a flagship Android.
The same thing can be said about the A12 vs the A10 when you logic equates to synthetic tests that have no basis in the real world.The 855 pre-production barely touches the iPhone 7's A10.
Yeah arguably "several" years ahead in synthetic tests that according to you don't matter.Not really. "A" processors are several years ahead of whatever reference design QC can put out. They tried their hand at a custom SoC, it was a dud.
But you are working on the assumption Apple is going to do it better... why? they can a do sub-standerd job just like every-one-elseIn what manner or form is it the same chip? QC uses a reference ARM design. Apple designed their own ARM chip and has a partner that produces their ARM chip for them and them only. It merely uses a Qualcomm modem up until the switch to Intel's modem.
ARMs are RISC processors. Your post is akin to saying and Intel and AMD processor are the same. Just because they work on the x86-64 instruction set and are CISC processors doesn't mean they're the same. Two very different architectures. Two very different methods of transporting data. Two very different methods of core connection.
Samsung still brings it with battery life, even if they do explode...
I dont know about credit but Apple for sure compensate its silicon team quite well in order to achieve such results. Give these young engineers 500k$+ per year and they will not get out of their labs for weeks or months if needed. I would have been more happy if the battery team followed the same work pattern and results.I think the big advantage is the neural engine more than the pure and simple CPU power, and the GPU is really important too.
Apple's SoC is amazing, Srouji's team doesn't get enough credit.
Yeah unleash that full on appleFan mode.
The same thing can be said about the A12 vs the A10 when you logic equates to synthetic tests that have no basis in the real world.
Yeah arguably "several" years ahead in synthetic tests that according to you don't matter.
Anyway the S855 locks great. It offers better graphics performance at lower power consumption that it's predecessor and better power consumption in everyday apps, better sustained performance, much better LTE speeds and 5G compatibility, faster Wifi, better Bluetooth, much better AI(which is something that will actually be used by Google and phone OEMs) etc. These are quantifiable improvements that will make 2019 phones overall better.
Well didn't you notice the obvious bias in his posts?But you are working on the assumption Apple is going to do it better... why? they can a do sub-standerd job just like every-one-else
This is all great and all that.....
But like saying an iPad is more powerful than a proper laptop.
The fast device is still crippled by the locked down, limited OS on these devices.
Again, I love what Apple can do with hardware, but their own software is really holding the devices back now from being what they have the potential to be.
Just to correct you here. Samsung the phone maker operates as a separate entity than Samsung the battery maker. In addition, affected Samsung phones that got recalled used both Samsung batteries sourced by the company that makes Samsung batteries and a third party not connected with Samsung. If a Nokia phone were to burst into flames, would you blame Nokia or say LG Chemicals, which makes batteries? They also made or still make the batteries Apple uses.Samsung still brings it with battery life, even if they do explode...
That's exactly my point, it's only known to the "enthusiast crowd" as you put it. In the UK and Europe, the low cost Xiaomi and Huawei phones are used by far far more than enthusiasts. The main carriers like o2 and EE (TMO) offer OnePlus, Huawei, all the Sony handsets, Nokia, LG, Moto etc etc. There aren't many brands that aren't covered by the carriers. Lower cost brands that the vast majority of people have ever heard of are offered here. The majority of handsets that are sold in the UK fall in the £150-400 bracket, which Samsung have many options, along with all the other brands I just mentioned. I work in selling replacement phone parts to repair shops across the UK and Europe, so I have a rough idea of which phones are popular at any given time.It has nothing to do with screen size. Would have preferred a large forehead and no chin?
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The US is a large market of Androids and iPhones. Huawei is known, but mostly in the enthusiast crowd. I was surprised when TMO (subsidiary of Deutsche Telekom) offered the OP 6T. They also now offer the Samsung A6 as a 'budget' phone, too.
I believe my carrier, Verizon, offers the most choices followed by ATT. The landscape is dominated by Apple, Samsung and LG these days. I took a look at the Google One phones earlier today and they offer a lot of choice. Couldn't find specs and prices on their site and couldn't be bothered to look up each individual phone up, but those are good choices and they're supposed to work on any GSM or CDMA/GSM hybrid network.