"Hey Siri" support and possibly wireless charging case alongside AirPower charging mat.
iPhone 8 Shows Modest Improvements in Cellular Network Bandwidth Tests
With a number of iPhone 8 and 8 Plus devices now in the hands of users, Ookla's network benchmarking suite Speedtest.net has been able to gather data on how the latest iPhones are performing compared to previous-generation models and has shared details with PCMag.
Based on data collected by Ookla, improvements appear to be around the 10 percent mark for most users, but users in Australia could expect up to nearly 25 percent faster speeds thanks to their network structure. Those users can expect up to the full 80 MHz carrier aggregation bandwidth in the phone due to Telestra's use of the appropriate bands.
iPhone 8 download speeds compared to previous generations
Beyond speed comparisons to previous-generation iPhones, PCMag also compares the iPhone 8's cellular architecture to competing phones, such as the Galaxy S8.
The article goes on to point out can that this can result in loss of coverage due to deficient receiver diversity compared to other phones, complete with a New York subway test.
Finally, users looking ahead to the iPhone X should expect the same dichotomy of models and performance, given the iPhone X's tech specs page matches that of the iPhone 8 models in number of models and bands supported. The form factor will likely not have any impact on the antenna structures that will directly impact users in a meaningful way.
Moving forward, adopting 4x4 MIMO antenna structure would be one of the biggest advancements Apple could make for future iPhones' speed and coverage robustness.
Based on data collected by Ookla, improvements appear to be around the 10 percent mark for most users, but users in Australia could expect up to nearly 25 percent faster speeds thanks to their network structure. Those users can expect up to the full 80 MHz carrier aggregation bandwidth in the phone due to Telestra's use of the appropriate bands.
Beyond speed comparisons to previous-generation iPhones, PCMag also compares the iPhone 8's cellular architecture to competing phones, such as the Galaxy S8.
The iPhone 8 is missing one of the components needed for gigabit LTE, or LTE category 16, in the US. The Qualcomm X16 modem can do Category 16, as we've seen on the Galaxy S8 and Moto Z2 Force. The phone supports 256QAM encoding and 4x carrier aggregation to 80MHz of spectrum, but not 4x4 MIMO antennas, which would improve both speed and signal strength. In theory, that would make this an 800Mbps phone, also known as LTE category 15.The lack of 4x4 MIMO antennas is something we touched on at MacRumors on Tuesday. While the Qualcomm and Intel modems in the new iPhones are likely more power efficient, the cellular front-end and back-end supporting them are largely unchanged in structure from the iPhone 7 models.
The article goes on to point out can that this can result in loss of coverage due to deficient receiver diversity compared to other phones, complete with a New York subway test.
The lack of 4x4 MIMO is probably why the iPhone still falls short of the Galaxy S8 when it comes to recovering from dead zones, a notorious iPhone problem. We took an iPhone 8 and Galaxy S8 on the New York City subway, where they dropped in and out of T-Mobile coverage. The Galaxy S8 recovered faster in 8 out of 11 tests, and where it did, it was an average of 16 seconds faster than the iPhone at regaining LTE signal; when the iPhone won, it did so by 5 seconds on average.Users looking for an unlocked iPhone should probably still opt for the Verizon or Sprint model, featuring the Qualcomm modem. While it boasts higher peak speeds than the Intel modems in aggregated user data, it is not clear whether it is superior for coverage, which would require more in-depth testing.
Finally, users looking ahead to the iPhone X should expect the same dichotomy of models and performance, given the iPhone X's tech specs page matches that of the iPhone 8 models in number of models and bands supported. The form factor will likely not have any impact on the antenna structures that will directly impact users in a meaningful way.
Moving forward, adopting 4x4 MIMO antenna structure would be one of the biggest advancements Apple could make for future iPhones' speed and coverage robustness.
Related Roundup: iPhone 8
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17 months ago
Good to know the speed delta between Qualcomm and Intel still exists. While most users will never notice the difference, those of us that push the limits of our phones will want to take that into consideration when making unlocked phone purchases!
I've already seen the difference. My job has me going to rural areas and my unlocked Qualcomm 8+ consistently outperforms my wife's Intel equipped ATT 8+ purchased through the NEXT plan. My phone usually has an extra bar or so and holds onto LTE, while my wife's phone drops into 4G mode and is much slower to regain LTE. When we're in the city the difference isn't as pronounced.
17 months ago
Good to know the speed delta between Qualcomm and Intel still exists. While most users will never notice the difference, those of us that push the limits of our phones will want to take that into consideration when making unlocked phone purchases!
17 months ago
Not only does the 4x4 MIMO help with regaining signal faster from dead zones and better reception overall, faster speeds mean the LTE modem can go into standby faster thereby saving battery life.
17 months ago
i don't really think that 4x4 mimo is the thing we need. i'd rather have continuous coverage with moderate speed than some theoretical blazing high speed - yet only achievable in lab environment. i see no stuff around that could not be enjoyed with just 10-20Mbps...
Literally in the article you are posting about:
The article goes on to point out can that this can result in loss of coverage due to deficient receiver diversity compared to other phones, complete with a New York subway test.
4x4 MIMO also helps with keeping and regaining connectivity to the cellular network. Not just higher speeds.
17 months ago
i don't really think that 4x4 mimo is the thing we need. i'd rather have continuous coverage with moderate speed than some theoretical blazing high speed - yet only achievable in lab environment. i see no stuff around that could not be enjoyed with just 10-20Mbps...
17 months ago
My old Note 3 gets better reception than my damn iPhone 6s and 7 Plus. It's really upsetting to be honest.
It's really a mess when two people on iPhones try to have a conversation. Last year there were some serious scheduling problems that resulted because my daughter's teacher and I completely misheard one another over the garbage connection between my iPhone 7 Plus and her IPhone 6s. It was always, ALWAYS a garbled mess when we tried to talk to each other.My husband and I had problems, too, on our iPhone 7 Pluses even on Qualcomm modems. I used to make him call me back on his S7 Edge. Things got a bit better when he started calling me via his AirPods. I'm not sure if this is all a modem issue or a settings issue or what, but I know it does not fall in line with the "It just works" mantra. I never had to troubleshoot my HTC 10 because it gave me perfect call clarity.
Now to be fair my S8+ gives me a lot of heavy static, and I don't know why.
I certainly do hope things are better for the 2017 iphones.
17 months ago
Right? I'm really torn over the options, myself. I don't see the value in going from a 7 to an 8, but I'd almost be willing to pay that kind of cash to get off this Intel chip. Phone calls really are that bad with this device.
On the other hand, if I'm going to spend $849 on a phone that's otherwise very similar to what I have now, I might as well spend $1149 on a phone that has a bigger battery, bigger screen, and a better camera. I just hate to give up Touch ID. Not convinced whether Face ID (especially being first-gen) will be "good enough," and I would really like to have Touch ID to fall back upon should it not prove to be so great.
Regardless, it appears that the iPhone X will not launch with a SIM-free option, so I'll probably have to wait until who-knows-when to get one with a Qualcomm radio. Given the anticipated shortages of (carrier-locked) devices through the remainder of this year and into next, it's a tough call on how to play this one.
17 months ago
i don't really think that 4x4 mimo is the thing we need. i'd rather have continuous coverage with moderate speed than some theoretical blazing high speed - yet only achievable in lab environment. i see no stuff around that could not be enjoyed with just 10-20Mbps...
If you read the rest of the article, you'll notice that the lack of 4x4 MIMO is likely the reason why the iPhone 8 falls short in coverage tests as well.MIMO isn't all about speeds, it's also about signal reliability and usability.
17 months ago
I've already seen the difference. My job has me going to rural areas and my unlocked Qualcomm 8+ consistently outperforms my wife's Intel equipped ATT 8+ purchased through the NEXT plan. My phone usually has an extra bar or so and holds onto LTE, while my wife's phone drops into 4G mode and is much slower to regain LTE. When we're in the city the difference isn't as pronounced.
As have I. While I can attest that my 6s had better speeds than my 7 with the Intel chip, it's the ability to use the service in weak signal conditions that is a bigger issue. That and it seems to really fall apart when in a moving vehicle. I'm guessing that handoffs are the issue. But every time I take a call in a car, the audio often cuts out or garbles. Rarely ever had that with the 6s. At home the Intel chip often falls to 4G (and subsequently lose HD Voice), and takes many minutes to recover at times. The 6s never lost LTE in these same places.I swore off these Intel chips and will never buy an iPhone with one again. Don't get me wrong, I don't agree with all of Qualcomm's business practices and would enjoy seeing Apple use competition and supplier diversity to help correct it, but until Intel can produce a comparable product I'll wait longer and would even pay more for the Qualcomm radio that just works.
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