Sounds like someone has never heard of mmWave...Depends on where you live, but it sounds like a deployment problem which has nothing to do with modems. If you're in the U.S., it has the slowest 5G network in the world.
Sounds like someone has never heard of mmWave...Depends on where you live, but it sounds like a deployment problem which has nothing to do with modems. If you're in the U.S., it has the slowest 5G network in the world.
Sounds like someone has never heard of mmWave...
Part of the problem is Apple on-boarded 1,000+ second rate Intel engineers
And that is the key. They needed those, I think it was more "we're buying Intel's patents and the rest is just along for the ride. If we get some good engineers (and the rest of the business), great, if not, we'll let them go."I think they got a good number of patents from the deal
And they’ve learned from that.I wouldn't be so sure about that. After all, Apple put in Intel and software crippled Qualcomm modems from 2016-2019.
not surprised, modems are notoriously hard to design and get it right, even if apple comes out with their own, they still be paying patent royalties to QC.
The Apple Watch Ultra is definite progress for GPS.This is unclear. How many companies in the world make modems?
The big relevant ones are: Qualcomm, Samsung, Huawei, MediaTek. (There are a few smaller less well known ones, and many other companies that produces parts of the "5G system".)
All 4 ship modems that work adequately within their target use cases.
So basically all one can REALLY say is that "Intel found it hard to build a 5G modem", not "it is hard to build a 5G modem"; and that may say something about Intel (purveyor of such fine products as Itanium, Quark, Habanero, Optane, and 10/7nm processes).
Modem design seems to be the latest version of what was CPU design and then GPU design: a field where few understand the details, but everyone's enough of an expert to make wild claims like "no-one can enter the market now because all the good ideas are controlled by patents, and every aspect of the problem is so complex".
Honestly what I find more interesting (and worrisome) is the lack of progress Apple has made in incorporating more WiFi and GPS tech into their other chips. For example, it seems like they should be able to provide more advanced WiFi or GPS (without cellular) on Apple Watch. Even if those are not great implementations, they do provide real world testing of the functionality in a lower stakes environment.
Maybe the patent issues mean the per-unit cost for adding this functionality is not minimal? Even so, the lack of progress on WiFi and GPS (as opposed to constant improvement with BT) is where I'm concerned. No-one expected cellular to happen fast, but starting small and growing each year is feasible for GPS and WiFi.
Uhh… because it is a first iteration of a product that a giant such as Intel wasn’t able to perfect or market against the competition.What makes u think apple own won’t be good any better ?
It’s great…provided you’ve got a clear line of sight without so much as a sheet of drywall in the way and you’re within a few hundred feet of the transmitter.Sounds like someone has never heard of mmWave...
oh absolutely, apple would bent hell on earth to not pay royalties, especially consider apple got it's own history of shady practices of not paying out royalties to lesser companies.I bet it is patents that are making it hard for Apple to come out with their own modem cost-effectively. QC and Intel likely have the monopoly on the tech.
It's not just cellular, their cable modem chipsets (Intel Puma 6 & 7) are garbage too.It’s weird that Intel has such good WiFi chips but their cellular modems are hot garbage by comparison.
Sigh why use gps, whit dual freqyency gallileo you get below 1m ( horizontal) 5m ( vertical in 95% of cases without any augmentation ok it might but a bit if extra batery but the singel frequency aquracy us nothing to sniff at eiterThe Apple Watch Ultra is definite progress for GPS.
We may not like it! But no denying Qualcomm modems do work well.Nice! As long it's not intel. I’m happy! I like Qualcomm Modems.
Apple always use discrete modems since they are separate from the SoC.Is the current x65 discrete ?
Wait….Macrumors posters were wrong? Once in 25 years?I still remember Macrumorus and most of its comments were suggesting Apple could *cough* move mountains and have their own modem by *2020*.
"If they can make the world's best CPU they can make modem!"
And then 2021, 2022, 2023..... and what? We are 2025 now?
The issue is not about design but the fact that Qualcomm holds a lot of patents that Apple would need to license to make their cellular modem even competitive. Those royalty payments could potential cost more than just inking a deal with Qualcomm and in addition do not have the costs of updating/designing newer cellular modems to keep with updated technology.I still remember Macrumorus and most of its comments were suggesting Apple could *cough* move mountains and have their own modem by *2020*.
"If they can make the world's best CPU they can make modem!"
And then 2021, 2022, 2023..... and what? We are 2025 now?
oh i thought they somehow integrated it ,im used to qualcom own SOC having qualcom integrated modem igApple always use discrete modems since they are separate from the SoC.
You've gotta give credit to Apple here. Unlike what they did in the past with the Intel chips, they recognized that Qualcomm's chips are superior to what the alternative is. Even though Apple would undoubtably save money, it's not worth using an inferior product, even if it's your own product. Good job looking in the mirror and recognizing that their chips are nowhere near ready.
The issue is not about design but the fact that Qualcomm holds a lot of patents that Apple would need to license to make their cellular modem even competitive. Those royalty payments could potential cost more than just inking a deal with Qualcomm and in addition do not have the costs of updating/designing newer cellular modems to keep with updated technology.