Long life to LCD!Oh, I was not replying specifically to you, relax! But apologize me anyways.
Long life to LCD!
Long life to LCD!Oh, I was not replying specifically to you, relax! But apologize me anyways.
Long life to LCD!
Thank you for this elaborated response, I had hopes that at some point, some OLED model would be much better, as Samsung promotes the new QD OLED as flicker free and with better view angles. But no, I’m not holding my breath.PWM will probably be the same on the 15 as on the 14, so if the 14 bothers you, I don’t see much point waiting for the 15.
I too have noticed significant stock constraints (some of the major carriers in the US are sold out of some sizes/colors of the SE), but I don’t think Apple is discontinuing the SE on Sep. 12. I have noticed stock shortage with the SE before and I think Apple just keeps a tight supply line and the SE tends to get deprioritized.
So all in all, yes I would go ahead and get the 2022 SE. The iPhone 8 will stop receiving software updates, so it makes sense to upgrade. I would get the 128GB version, since everything is always taking up more space and having some room to grow is nice. The 128 GB and 64 GB version will be identical other than the storage size. If you notice a difference in the screen between two different iPhones of the same model, that is down to production variability. Apple makes stuff across multiple different factories, uses different suppliers for parts etc. and there does tend to be a bit of variation from one to the next.
Hopefully the SE3 will last you long enough for Apple to come up with a better solution than PWM for dimming.
Critically This dimming technology did not work On Incandescent light bulbs. PWM came with fluorescent lights and beyond as a very cheap and effective way to control light brightness. I don’t know if Apple even bother to research a new dimming tech (such as DC dimming that got mentioned a couple times in the past), but yeah PWM gonna stay pretty much for every one of us in the coming years.PWM has been used on every iPhone ever made, OLED or LCD. It's how almost every dimmable light source is modulated.
If you think it this way, and look back at your usage, you may realise there’s nothing enticing for those more expensive models as long as your usage is on the basic side of things (Such as using your phone mostly as a phone). We are so far away from what a phone supposed to do to a point people completely forgot that what we have today is essentially a better iPhone 3G with fancier features, larger screen and more powerful processor.You know, I’d like to have the latest and newest (Dynamic Island, low light camera, Bluetooth 5.3, more RAM) but if I think about it in cold blood, the only thing that I’d really miss is the better battery life. Because the SE 3 wins in many other regards, such as the ease to fit in the pocket, the toughness when dropped on the floor (even with slim cases), the price/performance ratio, and a much more comfortable screen to look at.
I admit I am guilty of being an easy target for Apple’s great marketing. But you’re right.If you think it this way, and look back at your usage, you may realise there’s nothing enticing for those more expensive models as long as your usage is on the basic side of things (Such as using your phone mostly as a phone). We are so far away from what a phone supposed to do to a point people completely forgot that what we have today is essentially a better iPhone 3G with fancier features, larger screen and more powerful processor.
Just pick the one that your eye is comfortable with. There’s no need to worry about more expensive models if those brings you pain anyways.
It seems the language is slightly different on the iPad page where it says "current" instead of new. I am a little surprised they still consider the 9th gen iPad current.It's still a current gen product, so it's listed. You can see the same thing with A13 iPad (9th gen).
A technique very similar to PWM is used in dimmer switches for incandescent bulbs as well. The incoming sine wave is truncated either on the leading or trailing edge to reduce the power going to the lamp. This caused issues for the driver circuits on early CFL and LED lamps, but newer dimmable lamps handle it better so it is still used in normal fixtures.Critically This dimming technology did not work On Incandescent light bulbs. PWM came with fluorescent lights and beyond as a very cheap and effective way to control light brightness. I don’t know if Apple even bother to research a new dimming tech (such as DC dimming that got mentioned a couple times in the past), but yeah PWM gonna stay pretty much for every one of us in the coming years.
Interesting. I am not in the field so didn’t know much beyond the surface.A technique very similar to PWM is used in dimmer switches for incandescent bulbs as well. The incoming sine wave is truncated either on the leading or trailing edge to reduce the power going to the lamp. This caused issues for the driver circuits on early CFL and LED lamps, but newer dimmable lamps handle it better so it is still used in normal fixtures.
DC dimming involves under-driving the display voltage, but since each OLED pixel (much like discrete LEDs) will have a slightly different voltage response (different colors especially), it degrades the image quality and leads to color shifts. The manufacturers that tested DC dimming seem to have lost interest in it already.
I'm not exactly an expert either, but I teach in basic electronics at a university. There might be some feasible alternatives to PWM that I am not aware of, but it does has a few advantages. One of the main ones for applications in smartphones is that it is very power efficient. PWM involves switching a DC signal on and off rapidly. When the signal is off it doesn't draw any current. So, dimming a light source using PWM will save power. A simpler method to control the current going through a DC circuit is using a variable ballast. But a resistor just creates heat from the dissipated energy. So, then you end up with an extra heat source in your device and the power consumption would not decrease in the same way despite dimming the light output.Interesting. I am not in the field so didn’t know much beyond the surface.
So that means PWM is by far the cheapest and most reliable dimming methods across widest range of applications to date, and other tech didn‘t really take off much If at all? That’s sad to know tbh.
Hello, dear forum.
I’ve been thinking about getting a third gen SE for a long time. On one hand, I don’t feel appealed by the old design, exactly the same as my iPhone 8. But on the other hand, if new OLED iPhones keep bothering my eyes, the SE 3 is the only device that could allow me to stay on the Apple ecosystem for years to come. Also, I tend to drop my phone every once in a while, and this iPhone 8 design has proven to be very, very tough.
My initial decision was to wait until the unveiling of the new iPhone 15 Pro in September, and see if 1) it is light enough, 2) if I can tolerate the new screen PWM, and finally 3) if it isn’t exorbitantly expensive here on Europe (remember, the euro is now stronger than a year ago when Apple rose prices an average of a 20%). But I might have to change my plan.
However, it seems like waiting for the iPhone 15 pro unveiling might be a bit risky, because I’m seeing signals of Apple discontinuing the third gen SE. Why? First, on Amazon Germany, Amazon Spain, Amazon France and Amazon Italy this model is no longer available. On other retailers, the supply is uncertain as well. On Apple they are available, but I’m not sure they will keep selling them after September 12th. There are too many signals of discontinuation if we take into account the alleged low sales of this model.
In case I had to buy it, I don’t know which one to choose, either the 128GB or the 64GB because at least in the 64GB model, the screen is less bright, has a lower peak brightness, as my iPhone 8, and I don’t know if the 128GB model would have a better screen or not. But I don’t want to purchase and return too many times on the Apple Store.
I really don’t know what to do. If I get this SE 3 and then I get the iPhone 15 pro or next years iPhone 16, a family member could inherit the SE 3. However, I think my iPhone 8 could suffice, so I don’t know what to do.
So, if you were in my shoes, would you buy one just in case? Which one?
It seems the language is slightly different on the iPad page where it says "current" instead of new. I am a little surprised they still consider the 9th gen iPad current.
Ever realise when you move from a bright room to a dark room, your eyes need some time to see the Surrounding area in that dark room? What PWM does in simple term, is by turning on and off LED rapidly in set patterns So the light isn’t as bright as turning LED on all the time. This kind of rapid adjustment hurts certain people’s eyes because they probably have weaker adaptation capability than others, or their eyes are more sensitive to blinking Lights.I don't understand the PWM and headaches thing. Isn't PWM used in LED backlighting and lighting in public spaces? Meaning, hasn't PWM already been used in the backlighting for all iPhones?
And what do you all do for television? Don't most if not all LCD TVs use PWM or backlight strobing?
Yes, the reason Apple indicates "new" for iPhone is because new models are released annually. In addition, Apple continues to sell previous gen iPhone models. So it's important for Apple to make that differentiation.
For iPad and Mac, Apple marks devices as "current" because most products (e.g. M2 MBA) have an irregular update schedule. Last gen products don't stay on the shelves, unlike iPhone.
The iPhone SE is a weird product, similar to the iPad 9th gen. The SE is not new and iPad 9th gen is not current. But that's how Apple has chosen to present those products.
The funny thing is Apple still has the SE labeled as new alongside the 14 series on their website:
Yeah, I get that about PWM, but I don't understand how OLED is worse than LED/LCD screens (or lighting).Ever realise when you move from a bright room to a dark room, your eyes need some time to see the Surrounding area in that dark room? What PWM does in simple term, is by turning on and off LED rapidly in set patterns So the light isn’t as bright as turning LED on all the time. This kind of rapid adjustment hurts certain people’s eyes because they probably have weaker adaptation capability than others, or their eyes are more sensitive to blinking Lights.
You can look up how eye works to know a bit more if you are interested.Adaptation (eye) - Wikipedia
en.wikipedia.org
Bottom line is, you don’t see what others see and you don’t feel what others feel. And for public places, the light source is far enough away that the PWM doesn’t really matter much, compared to smartphone screen.
Yeah, I get that about PWM, but I don't understand how OLED is worse than LED/LCD screens (or lighting).
This is what I do. Auto brightness off, manually on max brightness almost always, even at night. The only time I turn it down is bed time, but then I’m only looking at my phone 20 mins before I sleep.Have you tried turning off auto brightness in accessibility settings?
This is what I do. Auto brightness off, manually on max brightness almost always, even at night. The only time I turn it down is bed time, but then I’m only looking at my phone 20 mins before I sleep.
I realize this is not everyone’s method. Same with mac screens too, maximum brightness. Both the phone and laptop don’t get bright enough imo. 2000+ nits or bust.