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I can confirm, Verizon's network has gotten terrible. I have an iPhone 15 Pro Max and a Verizon unlimited data plan, and unless I'm on 5G-UW the performance is terrible. Even with 2 or 3 bars of LTE or 5G sometimes I can't even open a website, and if I'm in heavy traffic or a crowded location...forget about it.
 
The takeaway is that Apple's first 5G modem doesn't suck and in many uses cases is pretty OK.

I wonder if they ditched the Hayes command set? I'm not sure how many people here know, but you still control modems with the old ATDT stuff. Crazy, right?
 
I wonder if someone more likely to buy the 16e is also more likely to use a lower tier phone plan? I don't know about the U.S., but in Australia you have to pay extra to get the full uncapped 5G speeds on our major telcos.
In the US, you have to on Verizon. They charge extra for full access to their “Ultra Wideband” 5G.

AT&T and T-Mobile include full 5G connectivity on all 5G plans.
 
X85 was just announced and won’t be available until December at best. So it leaves us with just one newer generation for Qualcomm. Would indeed be great to compare c1 with x80.
It is impressive performance nevertheless given how problematic intel modems were.
Two generations, the iPhone 16/16 Pro use the X71 modem which is a derived of the X70. Both the X75 and X80 modems are being sold by Qualcomm. But it does not really matter since you don't want to test just the modem but and entire system the includes the modem, and Apple (in their infinite wisdom), don't use either the available newer Qualcomm X75 or X80 modems.
 
Ookla's test revealed that T-Mobile users with an iPhone 16e saw median download speeds of 264.71 Mb/s, while users with an iPhone 16 saw median download speeds of 357.47, a 24 percent increase in speed.

Article Link: Here's How the iPhone 16e's C1 Modem Stacks Up Against the iPhone 16 Qualcomm Modem

That's some pretty terrible math, MacRumors. 357.47 - 264.71 = 92.76.

92.76 / 264.71 =0.35 or a 35% difference in speed.

357.47 / 264.71 =1.35 or a 35% increase in speed.

Where is the "24 percent increase" calculation being made?
 
Quite a solid result for their first modem, considering this is supposed to be the low end version.

X85 was just announced and won’t be available until December at best. So it leaves us with just one newer generation for Qualcomm. Would indeed be great to compare c1 with x80.
It is impressive performance nevertheless given how problematic intel modems were.
Apple isn’t using “Intel modems” for their C1. They are just using Intel IP, to avoid breaking some patents while making their own. The C1 was designed from scratch and never intended to be the fastest modem on the market.
 
I can confirm, Verizon's network has gotten terrible. I have an iPhone 15 Pro Max and a Verizon unlimited data plan, and unless I'm on 5G-UW the performance is terrible. Even with 2 or 3 bars of LTE or 5G sometimes I can't even open a website, and if I'm in heavy traffic or a crowded location...forget about it.
You might not have "Premium Data"? Also I've found this to vary *a lot* based on region. Probably best to say which region/location you experience this in. I can tell you that AT&T and iPhones seem to have a weird case I hit *a lot* in the Portland area where it get stuck on band 12 and I see the same issues (on the elite plan with tons of priority data). Calls work fine but it's as if data just doesn't work with 2-3 bars. No problems in many parts of California though 🤷, but anytime I'm in the bay area, I see Verizon do that too, though I'm chalking that up to "Premium Data" since if I flip to an eSIM I know has QCI8 (or Premium data), it does actually work.
 
Two generations, the iPhone 16/16 Pro use the X71 modem which is a derived of the X70. Both the X75 and X80 modems are being sold by Qualcomm. But it does not really matter since you don't want to test just the modem but and entire system the includes the modem, and Apple (in their infinite wisdom), don't use either the available newer Qualcomm X75 or X80 modems.
But iPhone 16 uses x75?

 
I wonder if someone more likely to buy the 16e is also more likely to use a lower tier phone plan? I don't know about the U.S., but in Australia you have to pay extra to get the full uncapped 5G speeds on our major telcos.
In the Philippines it wouldn't be surprising that many min wage earners making $1.00/hr will go into deep debt via home credit to get a $1199 iPhone 16 Pro Max 256GB + interest then use a prepaid SIM whose ARPU is $1-6.
 
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Very nice to see its performance. With such good results definitely expecting future versions to be fantastic and perform exceptionally well.
 
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Just to be clear, the test is flawed in its basis, even if it is a good indication about performance. When you are analyzing the modem you should use the same antenna to have a real comparison. iPhone 16 and 16e are probably using 2 different antennas.
 
... attributing the iPhone 16e's longer battery life to the C1 modem and not because the 16e has a larger battery than the iPhone 16 :rolleyes:

  • iPhone 16 Pro Max: 4,685 mAh
  • iPhone 16 Pro: 3,582 mAh
  • iPhone 16 Plus: 4,674 mAh
  • iPhone 16: 3,561 mAh
  • iPhone 16e: 4,005 mAh
yea it would have been nice to show exactly what the power curve comparison is on these chips, like how they do cpu charts.
 
While these numbers might look nice in favor of the C1. I’m missing the information that the modems used in the 16/16 pro are at least two generations older than what Qualcomm is delivering. And most models of Android phones that can be compared with the iPhone 16/16 Pro are using Qualcomm’s latest modemchips.

So when reading those numbers, keep this in mind.
The key takeaway with this article is the C1 works well enough for Apple to dump Qualcomm for their low-end devices. I would like to see the C1 added to the laptop and/or iPad devices. If the chip is cheap enough it could be included in all devices and enabled at a latter date.
 
Just to be clear, the test is flawed in its basis, even if it is a good indication about performance. When you are analyzing the modem you should use the same antenna to have a real comparison. iPhone 16 and 16e are probably using 2 different antennas.
I disagree, it’s really about system level performance. I’m not going out & buying just a modem chip. I’m going out and buying a phone.
 
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I disagree, it’s really about system level performance. I’m not going out & buying just a modem chip. I’m going out and buying a phone.
I don’t care if you agree or not. That’s how signal transmission works. They are speaking about “the modem” here, not the phone itself. So the test could give you an indication but it’s not giving you all the story about C1
 
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