This is kinda dumb, basically you saying that 2 years ago at the release of the AW9 it was not future proved, since 2 years later you say the AW9 and the current AW10 are not future proof....It’s insulting that they’re releasing an s11, which is the same as the S10, which is the same as the S9. Two year old tech at modern technology prices. Not future proofed at all. Scummy, tbh.
heh, I got tired of waiting for a decent Ultra and just jumped to the Fenix 8 line. The battery life, my gawd...Sounds like the ultra wasn’t a big upgrade as expected. I’ll wait for the U4
Same here. Still rocking my stainless steel S6 and waiting for that new design or feature to really make me pull that trigger. But it’s been such a trickle of minor improvements.I was thinking of upgrading from the Apple Watch S6, but so far it's looking like another dud year of release. Might actually buy a heavily discounted S10 instead if I get a good deal.
Thanks for that insight. I’m sitting here on a series 6 stainless steel and it’s almost like I’m not buying the newest one based on principle at this point hahaYeah, I agree. If you’re interested in an Apple Watch and want something powerful and more future-proof, I recommend you waiting for next year’s Apple Watch. The S12 is expected to bring a new architecture to the smartwatch SoC, in addition to an important node shrink.
I thought the Apple Watch SE3 would have an AOD at least.
I’m curious to see how the regular watch will differentiate itself from the se3 - apart from the case size.
AoD?
I’m going to predict that the se3 will sell like hot cakes.
This is kinda dumb, basically you saying that 2 years ago at the release of the AW9 it was not future proved, since 2 years later you say the AW9 and the current AW10 are not future proof....
Also what does it need to do any different from the AW1, its the same darn thing for the past 10 generations, its a wrist watch with a very limited amount of watch faces, basic health monitoring options and since the AW5 AOD.
Pickup a AW5 and you do the exact same things as a AW10.
It’s insulting that they’re releasing an s11, which is the same as the S10, which is the same as the S9. Two year old tech at modern technology prices. Not future proofed at all. Scummy, tbh.
If it did, it would cannibalise the market for the AW11 (and AW10) too much. - Given SE is half the price of the "standard" Apple Watch and both come with aluminum cases, Apple needs to distinguish the two and give incentives for people to pay more.
I realize not everyone has an appetite to buy a used product (especially a wearable), but I can find Series 10 cellular in mint condition on Swappa for about $330. So $30 more than a new SE2 with cellular right now.
If there's no AOD for the SE3, gonna be real hard for me to not get a used 10.
That's exactly the situation I'm in. A family member wants an Apple Watch - it's going to be a SE3 or AW10 (new at a discount or second hand), and after tomorrow, I'll know which I'm looking for.
I won't even consider the 11 unless there's something surprising. I've got a 10, I like it, but apart from fast charging and AOD, there's little essential functionality the 10 has over an SE to justify the extra price (for my family member's needs).
But I bet the S11 comes in some really fancy new colors! If that's not worth the upgrade, I don't know what is.It’s insulting that they’re releasing an s11, which is the same as the S10, which is the same as the S9. Two year old tech at modern technology prices. Not future proofed at all. Scummy, tbh.
The watches might come in fancy new colors, but the s11 will only come in one colour, this colour:But I bet the S11 comes in some really fancy new colors! If that's not worth the upgrade, I don't know what is.
Not quite. In the case of the S series silicon that Apple markets for the Apple watches, it is actually a system in package (SiP) which is basically a compact motherboard which integrates all the various chips, circuits and sensors into a single compact package. The CPU/GPU/NPU chip used in the S9 & S10 (and likely the S11 as well) integrates 2 e-cores, a single GPU core and a 4 core NPU from the A16 design and are all built using TSMC's 4nm process and is exactly the same chip. What changes between generations is other chips and ICs on the SiP which could include newer Wi-Fi, Bluetooth and cellular modem chips as well as updated sensors. While the chip at the heart of the SiP remains the same changing out other components of the chip could allow them to make the SiP more compact (like with the S10), use more efficient baseband chips or introduce new standards or health features.As I understand it, the processor power is the same in s9, s10 and s11, but the chip is getting smaller and maybe more energy efficient with each number increment? Otherwise it can't be legal to sell it as an upgraded chip, which is what customers will automatically think with a number increase each year. I think the Apple watch is a hard sell now for existing customers, as its getting more difficult to come up with new useable features. I think Apple knows this, and that is why they start having software features only working on the latest models, as its becoming more and more difficult to add new meaningful hardware features. A big upgrade would be dramatically improved battery life. Perhaps we will get that this year due to the new Apple modem chip?
say no moreThe watches might come in fancy new colors, but the s11 will only come in one colour, this colour:
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Thanks for such a good explanation! I really thought they were the same SiP, but the way you explained it, makes it clear that despite all three having A16 components, that’s just one part of the whole SiP, so the S9, S10 and S11 can differ in other smaller components.Not quite. In the case of the S series silicon that Apple markets for the Apple watches, it is actually a system in package (SiP) which is basically a compact motherboard which integrates all the various chips, circuits and sensors into a single compact package. The CPU/GPU/NPU chip used in the S9 & S10 (and likely the S11 as well) integrates 2 e-cores, a single GPU core and a 4 core NPU from the A16 design and are all built using TSMC's 4nm process and is exactly the same chip. What changes between generations is other chips and ICs on the SiP which could include newer Wi-Fi, Bluetooth and cellular modem chips as well as updated sensors. While the chip at the heart of the SiP remains the same changing out other components of the chip could allow them to make the SiP more compact (like with the S10), use more efficient baseband chips or introduce new standards or health features.
Thank you. Makes sense then.Not quite. In the case of the S series silicon that Apple markets for the Apple watches, it is actually a system in package (SiP) which is basically a compact motherboard which integrates all the various chips, circuits and sensors into a single compact package. The CPU/GPU/NPU chip used in the S9 & S10 (and likely the S11 as well) integrates 2 e-cores, a single GPU core and a 4 core NPU from the A16 design and are all built using TSMC's 4nm process and is exactly the same chip. What changes between generations is other chips and ICs on the SiP which could include newer Wi-Fi, Bluetooth and cellular modem chips as well as updated sensors. While the chip at the heart of the SiP remains the same changing out other components of the chip could allow them to make the SiP more compact (like with the S10), use more efficient baseband chips or introduce new standards or health features.