Short sighted thinking... like I said:
"Like it or not, foldable displays are the future. The technology will improve, leaving behind the various issues of today."
Technology will improve...
It behooves Apple to develop this tech, but I agree the chance of it shipping is low.If foldable displays have even a 5% market share in 2030, I will buy a hat and eat it.
The idea is stupid for so many reasons from engineering to aesthetic to simple HCI.
I suspect this is an April fool but you just can’t tell now.
This isn't Slashdot. You might want to try reading the rest of the comment too and evaluate it critically.Oh OK, this guy ^^ played with flexible LCDs in the 90s and they sucked. We’re done here.
Very good comment, this is one of those things "cool to have" but not at the cost you mentioned.This isn't Slashdot. You might want to try reading the rest of the comment too and evaluate it critically.
There is a less than zero chance that technology will resolve the problem of producing a rigid glass screen cover that is also flexible enough to bend, repeatedly. Physics as we know it would need change, which I can guarantee is not going to happen in anyone’s lifetime.Short sighted thinking... like I said:
"Like it or not, foldable displays are the future. The technology will improve, leaving behind the various issues of today."
Technology will improve...
Nope.
It can only reach the point of viability, not past it. All engineering decisions are a compromise and in this case the compromise is a durability over everything else. Which is an utterly stupid compromise for a device which is hand held and manipulated regularly. But you know you have to edge past competitor at all costs.
While I agree with durability concerns, I don't think it implausible for them to make the device last as long as a reasonable ownership span of 4 years, perhaps (I pulled that figure out of my rear). That is, of course, depending on the amount of "fold" this device would do. The rate at which people replace their items varies. All these variables should be taken into consideration (which is why we hear of Apple "testing" this).Nope.
It can only reach the point of viability, not past it. All engineering decisions are a compromise and in this case the compromise is a durability over everything else. Which is an utterly stupid compromise for a device which is hand held and manipulated regularly. But you know you have to edge past competitor at all costs.
On the durability point, whenever you manipulate laminates they are actually literally breaking at a microscopic level. You can reduce the rate of the damage by specifying a minimum bend radius where the rate of breakage leads to an MTTF above the lifespan of the device. But you can't make it last forever. And the more complicated you make the substrate, such as depositing organic LEDs onto it, the more things there are to go wrong and the cost of something minute escalating into a larger failure increases. So statistically if you have 3 million+ LEDs on a flexible display, a naive estimate is there are well over 3 million interconnects which are being flexed constantly. A single manufacturing flaw or imperfection is a damage multiplier and just applying the statistical bell curve of failure over the sample size means that flexing it is quite frankly crack smoking level engineering denial.
Consequentially, the actual on the market devices have an absolutely horrific failure rate so far. I can only conclude that this is a combination of marketing and lies rather than some evolving technology constraint we're working through.
As for flexible display technology we've been working on this since the 1980s with virtually no improvements. I played with EL backlit flexible LCD displays in the 90s and those were considerably more durable than the modern displays because they were several orders of magnitude simplier. And yet those were never used in scenarios where repetitive flexing was required, only where it was installed initially and fixed in a static fixture, usually glued to a surface. And they had a shelf life and an MTTF which was far lower than glass bonded displays.
I don't think there are any magic beans out there that make this viable. Of course if you throw a few tens of billions of dollars into a problem like this which is focused on breaking a luxury compromise rather than a social necessity, a deep management structure, abstracted reality and fear of failure complex comes out of it. So of course we get crappy phones that the screens break when you bend them. And some idiots will blindly promote and buy a stupid idea.
Ergo, does this even sound like a good idea? Probably not.
I implore the companies that are pushing this garbage to do two things:
1. Put the money into software quality and device longevity.
2. Put the money into social responsibility projects.
These are far more responsible corporate goals than chasing a pipedream design idiom.
I refuse to believe ANY rumors or news reports for the next 14 hours.APRIL FOOLS APPLE ONLY CARES ABOUT DONGLES AND CHRONIC INCOMPATIBILITY.
Yeah sure and it will be 100% USB-C connectivity, no 10/20/30/2 pin plug only USB-C...That way we Mercedes drivers can finally be clutter-less from wires/adapters.....Hooray
Apple is collaborating with LG to develop a foldable OLED display panel with ultra-thin cover glass for future iPad and MacBook models, according to a report from The Elec.
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The report explains that LG Display will supply 17-inch foldable 4K OLED panels to HP this year, destined for an in-folding notebook with an 11-inch display when closed. LG Display has growing expertise in foldable OLED displays, having supplied the 13.3-inch display panel for the Lenovo ThinkPad X1 Fold.
The Elec claims that alongside its foldable OLED notebook panel for HP, Apple is collaborating with LG Display "to develop another foldable OLED panel." This panel will purportedly use an ultra-thin cover glass instead of polyimide, which most other foldable displays currently use.
The report is the second dependable sign from Apple's supply chain that large foldable devices are in development, since The Elec's claim appears to line up with a recent report from display analyst Ross Young, which said that Apple is exploring all-screen foldable notebooks with displays around 20-inches in size.
Young said that these devices could form a whole new product category for Apple and result in a dual-use product, potentially able to work as a notebook with a full-size on-screen keyboard when folded and as a monitor when unfolded and used with an external keyboard. The devices feature 4K resolutions or higher at the size Apple is investigating, Young added.
While Young described the device as a "foldable notebook," it seemed plausible at the time that the all-screen device could actually be a foldable iPad Pro, and today's report from The Elec's clarifies that the display panel in development is suitable for both tablets and notebooks.
According to Young, the launch timeframe for Apple's foldable notebook is "likely later" than 2025, with 2026 or 2027 being floated as reasonable possibilities.
Article Link: Apple Collaborating With LG to Develop iPads and MacBooks With Foldable OLED Displays and Ultra-Thin Cover Glass
Nope.
It can only reach the point of viability, not past it. All engineering decisions are a compromise and in this case the compromise is a durability over everything else. Which is an utterly stupid compromise for a device which is hand held and manipulated regularly. But you know you have to edge past competitor at all costs.
On the durability point, whenever you manipulate laminates they are actually literally breaking at a microscopic level. You can reduce the rate of the damage by specifying a minimum bend radius where the rate of breakage leads to an MTTF above the lifespan of the device. But you can't make it last forever. And the more complicated you make the substrate, such as depositing organic LEDs onto it, the more things there are to go wrong and the cost of something minute escalating into a larger failure increases. So statistically if you have 3 million+ LEDs on a flexible display, a naive estimate is there are well over 3 million interconnects which are being flexed constantly. A single manufacturing flaw or imperfection is a damage multiplier and just applying the statistical bell curve of failure over the sample size means that flexing it is quite frankly crack smoking level engineering denial.
Consequentially, the actual on the market devices have an absolutely horrific failure rate so far. I can only conclude that this is a combination of marketing and lies rather than some evolving technology constraint we're working through.
As for flexible display technology we've been working on this since the 1980s with virtually no improvements. I played with EL backlit flexible LCD displays in the 90s and those were considerably more durable than the modern displays because they were several orders of magnitude simplier. And yet those were never used in scenarios where repetitive flexing was required, only where it was installed initially and fixed in a static fixture, usually glued to a surface. And they had a shelf life and an MTTF which was far lower than glass bonded displays.
I don't think there are any magic beans out there that make this viable. Of course if you throw a few tens of billions of dollars into a problem like this which is focused on breaking a luxury compromise rather than a social necessity, a deep management structure, abstracted reality and fear of failure complex comes out of it. So of course we get crappy phones that the screens break when you bend them. And some idiots will blindly promote and buy a stupid idea.
Ergo, does this even sound like a good idea? Probably not.
I implore the companies that are pushing this garbage to do two things:
1. Put the money into software quality and device longevity.
2. Put the money into social responsibility projects.
These are far more responsible corporate goals than chasing a pipedream design idiom.
I have actually. I spent a morning with a Samsung Galaxy Z we had in for testing one of our mobile apps on. It’s really difficult to actually use as a phone and the screen is stupid easy to scratch and I think it lasted three weeks passed around the QA team before half the screen packed in. On top of that you really can’t use it one handed anyway because it feels like it’s going to fall to bits. The screen fold has a ripple in it which is utterly jarring and catches the light.You quite clearly have never used a foldable device. Nor have you any market knowledge about them.
Your conclusions are absurd and I really don't know why something as silly as a foldable screen has gotten your back up.
Can you image a cheap foldable android handset? At least the hardware will wear out before the software is abandoned.Most consumers are not sold on foldables yet. But we’re in a stage of progression where this technology has to mature and offer distinct advantages to the consumer. The only hindrance I see so far, isn’t necessarily the maturity of said technology, but the exorbitant price tag that will follow. All in due time, that should level out with the progression of manufacturing.
If foldable displays have even a 5% market share in 2030, I will buy a hat and eat it.
The idea is stupid for so many reasons from engineering to aesthetic to simple HCI.
I suspect this is an April fool but you just can’t tell now.
Yawn. I'm sure you'll buy one when Apple makes it.I have actually. I spent a morning with a Samsung Galaxy Z we had in for testing one of our mobile apps on. It’s really difficult to actually use as a phone and the screen is stupid easy to scratch and I think it lasted three weeks passed around the QA team before half the screen packed in. On top of that you really can’t use it one handed anyway because it feels like it’s going to fall to bits. The screen fold has a ripple in it which is utterly jarring and catches the light.
As for the market, this is £1600 for the 512Gb model so clearly it’s targeted at people with less sense than money. So basically YT influencers, rich kids, numbskulls and posers. Which is an absolutely minuscule market in the scale of things.
Thus my assertions are absolutely spot on.