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When you think about it, would it have killed Apple to also have say a DVI connector on their new 24" monitor?

This is what every other manufacturer of DisplayPort-capable displays
has done, but I actually see the method in Apple's madness here. For
one, DisplayPort signals are "closer to the hardware" than DVI/HDMI
or VGA signals. (We're talking flat panels here, not CRTs.) Not having
to decode DVI/HDMI or VGA means a cheaper, thinner, more power-
efficient piece of hardware--at least in theory. There's a reason that
pretty much all internal cabling (think laptops and iMacs) is migrating
over to DisplayPort.

The Apple madness I do not understand is discontinuing the DVI-based
23" Cinema Display before they have transitioned the MacPros, MacMinis,
and iMacs over to (mini-)DisplayPort. I just don't understand it unless it's
due to something like parts shortages.
 
The MDP obviously has the capability of putting out both analog and digital signals, since they can produce an adapter for each. I've seen the adapters, there are no logic chips in them.

I'm right with you. In fact, about a year ago I blogged on this exact
same topic except in a mini-DVI context, not mini-DisplayPort. In
particular, note the link back to this thread here on MacRumors forums.

In the mini-DisplayPort realm, there is the added complication that the
port only has 20 pins. That's not enough to carry both a DVI/HDMI-style
digital signal and a VGA-style analog signal. Even though the adapters
apparently have no logic chips in them, it nevertheless appears that the
macbook can tell which adapter is being used. It's puzzling.
 
Because you've demonstrated such a clear grasp of PCB design and have determined that other design tradeoffs could have been made, without any factual basis for doing so or anything resembling a recognition of other consequences. You propose a change, are presented with its impossibility in the remaining design, and then simply dismiss the new problems as "they can redesign the whole thing to fix those problems, and then the problems created by fixing the first set of fixes, ad nauseum". There's a reason things go through multiple design revisions before the prototype stage.

There was a purposeful move to place all ports on one side, in part to facilitate cable management, which you also complain about. You can't have it both ways.

Oh really? A 3" expanse of plastic on a cell phone or digital camera is "too small" for a regular USB connector, but 8mm on a mainboard is "plenty of room". Right.

Once again. Apple can redesign their entire mainboard to accommodate a larger port, but shockingly the laws of drsmithy physics prevent applying that same logic to an iPod.

Both of which would fit a mini DP connector, and you forget the MacBook Air as well, not to mention future products.

Ironically enough, the sentence in question you couldn't parse was my own. If you were trying for a jab, the correct line would have been "...can't write."

Nothing changed. I never said SCSI and Firewire were consumer breakthroughs, and the entire t

Just as tossing out the odd example utterly fails to prove it. Failing to meet your burden, the argument fails.

It's not being ignored. What you're failing to recognize in making that argument is that every design change comes with a tradeoff. Everything is placed and designed for a reason. If Apple wants to save space or use a particular arrangement in order to create room elsewhere, it's an absurd argument to say that someone else, designing some other product, with some other set of design priorities, could find the room. Of course they could, but it would have other consequences for the design.

Shh. They never adopt, design, or assist in any way technologies they didn't invent. How dare you!

Why?

Why?

Oh, you mean DVI, with its four different standards-compliant connectors?

Why? What if it were to replace the normal connector, allowing high-bandwidth video on a wider range of devices? What if it were integrated into the standard as a B connector? DisplayPort is hardly an established technology.

You all seem to be bitching about nothing. There is no peripheral standard that doesn't have more than one connector type. From serial ports to VGA, and including DVI, HDMI, USB, and Firewire, all of these involved multiple connectors proposed by some subset of the party and later adopted by the standards body. What is the harm? Or are people just looking for something to whine about this week?

DisplayPort is more established than Mini DisplayPort. My point is that on a pro line series of laptops which are generally going to be used by industry professionals, one would expect the laptop to conform and allow connection to said industry standard connections without the need for a plethora of adapters. As far as I am concerned being able to connect my laptop to another device with ease is more important than the laptop being so thin non standard connectors have to be made for it. The old macbook pro was fine at the size it was, and it is through this incessant need of Apple to make computers so thin, we have landed at the page where the Mini DisplayPort was created. I don't mind it being there, but not at the cost of losing essential widely accepted connectivity in the guise of FW400 and DVI. It would have been better to transition across... not dump.

My wish for the connector to die, is more out of principal than anything else. If Apple had worked with other manufacturers to create it and keep it as an open standard rather than go off on their own and hold a license for it... I wouldn't have minded quite so much.
 
Because you've demonstrated such a clear grasp of PCB design and have determined that other design tradeoffs could have been made, without any factual basis for doing so or anything resembling a recognition of other consequences.

Much like you've demonstrated such a clear grasp of PCB design with an argument amounting to nothing more than 'Apple did it this way, therefore that must have been the only way' ?

You propose a change, are presented with its impossibility in the remaining design, and then simply dismiss the new problems as "they can redesign the whole thing to fix those problems, and then the problems created by fixing the first set of fixes, ad nauseum".

Actually, no-one has "presented the impossibility" of anything. They've speculated, as I have done.

The difference is most of the people disagreeing have an argument that amounts to little more than 'because Apple did it this way', occasionally with a bit of 'you couldn't fit DP into a laptop that small', whereas I have highlighted the relative size of DP does not exclude it from being included, and provided examples of other laptops as small, if not smaller, than Apple's which also use DP (or some larger equivalent).

There was a purposeful move to place all ports on one side, in part to facilitate cable management, which you also complain about. You can't have it both ways.

If Apple were genuinely interested in "cable management" (rather than the passive-aggressive attitude they have now), they'd address it the professional and elegant way, with a docking station, like everyone else does.

I obviously, and most certainly can, "have it both ways", because other manufacturers have demonstrated that it is possible to put DP (or larger equivalents) into similarly sized, or smaller, laptops.

Oh really? A 3" expanse of plastic on a cell phone or digital camera is "too small" for a regular USB connector, but 8mm on a mainboard is "plenty of room". Right.

I don't know what kind of ancient and huge mobile phones and digicams you're using, but none of the 3 or 4 I own have anything close to 3 inches of empty plastic on them (not even the DSLR), to say nothing of what's behind that plastic.

Once again. Apple can redesign their entire mainboard to accommodate a larger port, but shockingly the laws of drsmithy physics prevent applying that same logic to an iPod.

It is primarily the external dimensions that limit the iPods. Although the much higher premium on internal space in an iPod is probably equally as important.

If Apple are going to integrate DP-esque functionality into an iPod, the logical way to do it would be via a new iPod Dock - which could easily be made to have enough room for a proper DP port (the existing ones already do, and they're basically just empty space, so it would be an easy fit).

Of course, why they would use DP for this when most people wanting video are going to be hooking their iPods up to a TV and/or stereo, is an exercise left to the reader. It seems HDMI would be the much more sensible choice for that scenario.

Both of which would fit a mini DP connector, and you forget the MacBook Air as well, not to mention future products.

The MBA fits a USB port, and would therefore fit a DP port (since the limiting factor in the MBA is "thinness", and USB and DP are essentially the same height). The only adjustment that might be necessary is to slightly enlarge the silly little flip-down door, but without access to dimensioned engineering documents, it's impossible to tell.

The iPods (except maybe the iPod Classic), will not fit a Mini-DP port, it is too tall. Neither will the iPhone Touch, for the same reason - and that's not even considering the internal space requirements for both the mounting and the supporting circuitry.

I'm not quite sure what "future products" you're envisaging, either. Apple's industrial design is obsessed with "thinness", not overall size, and a Mini-DP port is no shorter than a regular DP port, just narrower.

Nothing changed. I never said SCSI and Firewire were consumer breakthroughs, and the entire t

Yes, you did.

Quite the opposite, in fact. Some of the biggest standards got their first major consumer breakthroughs with Apple.
Like what ?
SCSI. USB. Abandoning legacy ports. Firewire. Wireless networking. DVD writers. To name a few.

Just as tossing out the odd example utterly fails to prove it. Failing to meet your burden, the argument fails.

Actually, at best the argument is stalemated. Fortunately, since a) I never said Apple refused to use standards at all (therefore making your examples of standards usage irrelevant) and b) other people have "tossed out the odd example" as well, I'm pretty sure my point is carrying the weight.

NIH-syndrome is using non-standard, or uncommon, solutions when standard ones will do just as well, not a refusal to use standard solutions at all. ADC is another prime example of Apple's NIH-syndrome, as are the mini-VGA and mini-DVI connectors found on numerous other Apple laptops (are we seeing a pattern here ?).

It's not being ignored. What you're failing to recognize in making that argument is that every design change comes with a tradeoff. Everything is placed and designed for a reason. If Apple wants to save space or use a particular arrangement in order to create room elsewhere, it's an absurd argument to say that someone else, designing some other product, with some other set of design priorities, could find the room. Of course they could, but it would have other consequences for the design.

Actually, I recognise it quite well, because I have a fair amount of engineering experience. The issue you seem to have trouble grasping, is that these "tradeoffs" have not been made for any technical reason, but for marketing, lock-in and egotistical ones. It is a hallmark of the underlying attitude at Apple, which is basically that they have little to no interest in interoperation with anyone else except when it is absolutely necessary. Hence, they only make the bare minimum effort to make their hardware (and software) interoperable with other vendor's products. Mostly, they do this passively, but occasionally they do it aggressively. Mini-DP is an example of the latter.
 
In the mini-DisplayPort realm, there is the added complication that the
port only has 20 pins. That's not enough to carry both a DVI/HDMI-style
digital signal and a VGA-style analog signal. Even though the adapters
apparently have no logic chips in them, it nevertheless appears that the
macbook can tell which adapter is being used. It's puzzling.
Since VGA only has 15 pins, I assume that the source (aka the laptop) is detecting that five of the mDP pins aren't connected in the same manner as to a DVI port. (Whether they go to nothing, to ground, or to loopback, I couldn't say--I'm a software engineer, not an electrical engineer, I just plug the damn things in and they work. ;))
 
NIH-syndrome is using non-standard, or uncommon, solutions when standard ones will do just as well, not a refusal to use standard solutions at all. ADC is another prime example of Apple's NIH-syndrome, as are the mini-VGA and mini-DVI connectors found on numerous other Apple laptops (are we seeing a pattern here ?).
Mini-VGA/mini-DVI, as well as the Apple Display Connector, both addressed needs that the normal display connectors didn't; the former used a port size more appropriate for a laptop than a full-size VGA or DVI port, while the latter integrated video, power, and USB into one cable.

Are there any other examples of miniaturized video ports that Apple could have used? Or one-cable solutions for monitor connectivity?

You may not like Apple's design goals, but--at least pre-mini-DisplayPort--they weren't exactly swimming in alternate ways to implement them.
 
Much like you've demonstrated such a clear grasp of PCB design with an argument amounting to nothing more than 'Apple did it this way, therefore that must have been the only way' ?
This is absurd. I never foreclosed the possibility that it could have been done dozens of other ways. I've been pressing you to identify why this way is a problem, or how you would address all the problems and design changes that come from your "simple" solution. The armchair speculation that they "could" have used a different design without consequences is unconvincing. I'll trust the professional PCB designers and the multiple design and prototype stages to have produced the best product given available resources, unless you can put your money where your mouth is and produce a working design.
occasionally with a bit of 'you couldn't fit DP into a laptop that small'
You must be reading a different thread. I haven't seen anyone make that argument. I've seen people suggest that the MacBook mainboard, as it exists, does not have enough room for a full size DP connector. That is true. It was designed that way for a reason, and the mini connector allowed for other advantages elsewhere in the design.
I obviously, and most certainly can, "have it both ways", because other manufacturers have demonstrated that it is possible to put DP (or larger equivalents) into similarly sized, or smaller, laptops.
And once again, fitting a full size USB connector on a digital camera, you say, is impossible.
I don't know what kind of ancient and huge mobile phones and digicams you're using
The bottom edge of just about every phone is pretty close to 3". Coincidentally, most digital cameras are at least 3" tall. I'm not understanding why you don't question the design choices of what's behind these devices, but suddenly when it comes to a MacBook, it's time to start making sweeping accusations.
Of course, why they would use DP for this when most people wanting video are going to be hooking their iPods up to a TV and/or stereo, is an exercise left to the reader. It seems HDMI would be the much more sensible choice for that scenario.
Because DisplayPort is HDMI's primary competitor and its intended replacement by a large segment of the industry...that's the whole point. To unify home theater and consumer electronics display interfaces with a single communication standard.
Yes, you did.
No, I did not. For the nth time, a product having a consumer breakthrough does not make the product itself a consumer breakthrough. For example, hardware RAID's big consumer breakthrough was when Abit and a few other manufacturers started including it in their consumer mainboards. RAID to this day is not itself a consumer breakthrough.
Actually, at best the argument is stalemated.
You know, the burden of proof lies with the affirmative. It's your job to demonstrate that Apple invents its own connectors for no apparent reason, rather than being motivated by a particular purpose and then having the industry move in a different direction. You can't really do that, because there are only isolated examples of completely arbitrary connectors, which can be matched by isolated (and in some cases, habitual) actions at other manufacturers as well. ADC is a perfect example. A single-cable connector providing power, signal, and USB to a monitor is a great idea. Just look at HDMI.

Any manufacturer of a new connector has no way of knowing in advance whether it will be successful or not, or whether the industry will take it or not. Just look at HD-DVD. Was Toshiba stupid and evil to try?
The issue you seem to have trouble grasping, is that these "tradeoffs" have not been made for any technical reason, but for marketing, lock-in and egotistical ones.
Says you, with nothing resembling evidentiary support, when the technical reason is staring you down: there's no room as designed in some of their products, and they want to use the same connector for all applications. Given that, the choice is obvious: use the small one. There is no lock in to speak of, since anyone can make the connector. I don't see a marketing advantage or disadvantage to a display connector, and I don't think anyone is investing any egoistic capital on a port, except for those of you convinced that the fairly normal workings of the industry are some sort of satanic uprising.
As far as I am concerned being able to connect my laptop to another device with ease is more important than the laptop being so thin non standard connectors have to be made for it.
It's not thickness of laptops motivating this. Since the machines have to be at least thick enough to accommodate a USB port, vertical constraint is a non-issue. I am also failing to see any particular complexity to a mini DP port. You can presumably handle two different USB port sizes. How is this different?
My wish for the connector to die, is more out of principal than anything else. If Apple had worked with other manufacturers to create it and keep it as an open standard rather than go off on their own and hold a license for it... I wouldn't have minded quite so much.
You're hoping to kill it exactly while that is happening. DVI and USB are licensed, too, so I think you misunderstand the mechanics of the industry.
 
It's not thickness of laptops motivating this. Since the machines have to be at least thick enough to accommodate a USB port, vertical constraint is a non-issue. I am also failing to see any particular complexity to a mini DP port. You can presumably handle two different USB port sizes. How is this different?

You're hoping to kill it exactly while that is happening. DVI and USB are licensed, too, so I think you misunderstand the mechanics of the industry.

It's different because you just fail to grasp that some people need an easily and readily available external display connector on their laptops. Mini DisplayPort isn't a standard yet... so there should be an external display connector on the laptop which supports todays standards to transition over. Is that really such a hard concept to grasp? Please don't attempt to condescend to me with your flippant USB remark. USB is a standard... and the laptops haven't magically sprouted B type ports have they? No, they are using the A type which means I can plug any USB connected item straight into my MacBook Pro with no fuss. The same can be said of most monitors... That is unless of course you have a new MBP or Macbook... Then you need an adapter, and the chances of coming across one of those in the places I work... are next to zero.

You are coming up with opinions about the benefits of the connector, which may been seen in the future I might add. I am telling you why it is impractical right now, for me and most likely many others. Apple should and could have utilized both the standard DisplayPort and DVI on the MacBook Pro. They chose not to... That is just pure NIH syndrome.
 
Mini-VGA/mini-DVI, as well as the Apple Display Connector, both addressed needs that the normal display connectors didn't; the former used a port size more appropriate for a laptop than a full-size VGA or DVI port, while the latter integrated video, power, and USB into one cable.

Except full-size VGA and DVI ports would have fitted on those machines perfectly fine, just like they fit on hundreds of other laptops (both the same size, and smaller) fine.

Are there any other examples of miniaturized video ports that Apple could have used? Or one-cable solutions for monitor connectivity?

This is called begging the question.
 
It's different because you just fail to grasp that some people need an easily and readily available external display connector on their laptops.
Well DisplayPort of any kind fails to satisfy "easily and readily available" at the moment. There are just a handful of monitors on the market, and few to none in any office.
No, they are using the A type which means I can plug any USB connected item straight into my MacBook Pro with no fuss.
If you have both an A-A and an A-B cable, sure.
Then you need an adapter, and the chances of coming across one of those in the places I work... are next to zero.
Right up there with the chances of coming across a DisplayPort monitor.
Apple should and could have utilized both the standard DisplayPort and DVI on the MacBook Pro. They chose not to... That is just pure NIH syndrome.
Oh give it up already. Apple uses DVI, and they're not boycotting the regular connector because they didn't invent it. Do you have some need to feel victimized by Apple? They're proposing something that better fits their needs and desires for a nascent standard that most people haven't even heard of yet. Furthermore, with or without adapters, Apple moving its line to DisplayPort is likely the biggest install base for the flippin' thing in the first place. If they had developed some sort of psychosis for their failure to invent DP, they wouldn't have adopted it at all.

If you want to complain about something, how about creating another ridiculous display standard in the first place?
 
Except full-size VGA and DVI ports would have fitted on those machines perfectly fine, just like they fit on hundreds of other laptops (both the same size, and smaller) fine.
Maybe on a MacBook it could have fit on the right-hand side, towards the user. I just hope you never need to use your CD drive while it's hooked up to a monitor.

This is called begging the question.
Not in the slightest. Showing that there aren't pre-existing ports that fit their designs does not require assuming that there are no such ports.
 
Except full-size VGA and DVI ports would have fitted on those machines perfectly fine, just like they fit on hundreds of other laptops (both the same size, and smaller) fine.

No, actually, they wouldn't have. Because of the way Apple places the internal parts and designs the display hinge, the only room for ports is the part of the left side of the computer that the hard drive doesn't occupy. Apple placed the battery and the hard drive along the front of the computer, the optical drive along the right edge, taking up nearly that entire side. The display hinge design prohibits any ports in the back.

Why do other manufacturers have more space for ports? They place the battery right under the display hinge and the hard drive in the center area of the computer, designing the motherboard to wrap around those internals and the optical drive. But none of those computers are very sturdy. But the way Apple designs their computers from an aesthetic standpoint determines the interior layout. Apple places the vents behind the display hinge, other manufacturers have vents all over the place. Apple has the motherboard in one piece in one location, other manufacturers have the parts on the motherboard scattered around haphazardly.

Because of Apple's design considerations, there is no space for a full-size VGA, DVI, or DP port on the new MacBook and MacBook Pro. Yes, it's possible to have designed the MacBook in a way to facilitate those ports. But then the MacBooks would look like any other computer.
 
No, actually, they wouldn't have. Because of the way Apple places the internal parts and designs the display hinge, the only room for ports is the part of the left side of the computer that the hard drive doesn't occupy. Apple placed the battery and the hard drive along the front of the computer, the optical drive along the right edge, taking up nearly that entire side. The display hinge design prohibits any ports in the back.

Why do other manufacturers have more space for ports? They place the battery right under the display hinge and the hard drive in the center area of the computer, designing the motherboard to wrap around those internals and the optical drive. But none of those computers are very sturdy. But the way Apple designs their computers from an aesthetic standpoint determines the interior layout. Apple places the vents behind the display hinge, other manufacturers have vents all over the place. Apple has the motherboard in one piece in one location, other manufacturers have the parts on the motherboard scattered around haphazardly.

Because of Apple's design considerations, there is no space for a full-size VGA, DVI, or DP port on the new MacBook and MacBook Pro. Yes, it's possible to have designed the MacBook in a way to facilitate those ports. But then the MacBooks would look like any other computer.
You have just described an excellent example of form over function. Bravo! (I know that is not what you meant, but it is what you accomplished).
 
You have just described an excellent example of form over function.
Well, yes and no. Apple's form also includes improved structural stability; whether or not that's a function is in the eye of the beholder. ;)
 
You have just described an excellent example of form over function. Bravo! (I know that is not what you meant, but it is what you accomplished).

It's not what I meant, but I know that I did describe that. That's one thing about Apple, though, form often takes precedence over function. But at the same time the form does have function in the MacBook's case. The main point of the unibody MacBook's design is structural rigidity and the reduction of separate panels and parts. If the MacBook used a design similar to that of typical laptops, either we would have a single bottom panel like the MBA requiring the removal of a couple of screws just to change the battery, or a battery with its own built-in casing panel with either multiple loose panels or a less solid panel that would still require a couple of screws to remove unless the battery spanned the entire width of the computer. Either way, we would see air vents in random parts of the computer like the iBook. And then we'd get complaints that the computers lack form. No matter what, people will complain. But by using mDP, there's form that adheres to Apple's design language with function, albeit function that requires workarounds.
 
Not in the slightest. Showing that there aren't pre-existing ports that fit their designs does not require assuming that there are no such ports.

The assumption is that there was any compelling need for "mini" ports in the first place.
 
This is absurd. I never foreclosed the possibility that it could have been done dozens of other ways. I've been pressing you to identify why this way is a problem, or how you would address all the problems and design changes that come from your "simple" solution.

Well, I'm not sure how else to interpret your implicit insistence that it was the only way Apple could have designed it.

I have already explained my concerns. It's a non-standard port, it will remain a non-standard (or, at best, very uncommon) port, it adds no value while causing difficulties to end users, and there is no reason to believe there would have been any meaningful design changes or problems to implement the standard DP port.

The armchair speculation that they "could" have used a different design without consequences is unconvincing.

Not nearly as unconvincing as the armchair speculation that it's the only solution that could have been engineered, given the plethora of alternative implementations and Apple's penchant for this sort of thing.

I'll trust the professional PCB designers and the multiple design and prototype stages to have produced the best product given available resources, unless you can put your money where your mouth is and produce a working design.

I'm sure they did, I'm just quite confident that one of those constraints was not "use regular DP", when it should have been. Apple are also, after all, a poster child for 'form over function'.

You must be reading a different thread. I haven't seen anyone make that argument. I've seen people suggest that the MacBook mainboard, as it exists, does not have enough room for a full size DP connector. That is true. It was designed that way for a reason, and the mini connector allowed for other advantages elsewhere in the design.

What advantages ? The MB offers no additional hardware features to make up for it, and lacks some that are standard on physically similar machines.

And once again, fitting a full size USB connector on a digital camera, you say, is impossible.

Almost certainly. The space premium is far, far higher.

The bottom edge of just about every phone is pretty close to 3".

What ? Even the iPhone, which is relatively large width-wise, is less than 2.5 inches across. Further, just a casual glance at the pictures - without even bothering to check dimensions - of the average mobile phone make it obvious there's no room for even a full-size USB A port (let alone a USB B port, which is what it would need to be), without even starting to consider the internal space requirements.

Coincidentally, most digital cameras are at least 3" tall.

No, they're not. Even something like a Canon Powershot Gx-series device - which is huge by non-DSLR digicam standards - is less than 3 inches tall.

It's pretty obvious that you have a poor sense of visual scale.

I'm not understanding why you don't question the design choices of what's behind these devices, but suddenly when it comes to a MacBook, it's time to start making sweeping accusations.

Firstly, because the size ratio of a full-size USB port to the average phone or mobile is substantially greater than the ratio of a DP port to the average (or even [much] smaller than average) laptop. Hence, the former is obviously going to be harder to squeeze in. Your assumption that putting a full-size USB port into a phone or camera is the same thing as putting a full-size DP port into a laptop is simply wrong, and will remain so no matter how many times you repeat it.

Secondly, and more significantly, because the vast majority (probably all) of cameras and phones on the market don't have full-size USB-B ports, whereas the vast majority of laptops on the market do have full-size DP, DVI and/or VGA ports on them. When things divert from the norm - especially with a negative result - questions should be asked as to why.

Because DisplayPort is HDMI's primary competitor and its intended replacement by a large segment of the industry...that's the whole point. To unify home theater and consumer electronics display interfaces with a single communication standard.

DP isn't going to replace HDMI any time soon (by which I mean at least a decade), and I sincerely doubt even a tiny segment of "the industry" (let alone a "large" one) has any illusions that it will.

Arguably, they're not even "competitors" in any meaningful sense. DP is mainly targeted at replacing DVI (and will find little application outside of that), whereas HDMI is targeted at replacing Component+SPDIF and imposing DRM (and has had little success outside of that). Certainly, there will likely be some crossover (HDMI on media-centre-oriented computers, a DP input on TVs to allow easier connectivity to computers), but ultimately there's not a lot of direct competition.

No, I did not. For the nth time, a product having a consumer breakthrough does not make the product itself a consumer breakthrough.

Where n=1 ? Because you haven't explained to me yet what you meant by "consumer breakthrough", and reasonable interpretations on my part don't seem to be hitting home.

For example, hardware RAID's big consumer breakthrough was when Abit and a few other manufacturers started including it in their consumer mainboards. RAID to this day is not itself a consumer breakthrough.

OK, so apparently "consumer breakthrough" means appearing on consumer-level equipment. In which case, I refer you back to my original reply, which remains essentially unchanged.

You know, the burden of proof lies with the affirmative. It's your job to demonstrate that Apple invents its own connectors for no apparent reason, rather than being motivated by a particular purpose and then having the industry move in a different direction.

No, I just need examples of where Apple has invented its own connectors (or other solutions) where there was no real engineering-driven reason to do so, which I have done.

You can't really do that, because there are only isolated examples of completely arbitrary connectors, which can be matched by isolated (and in some cases, habitual) actions at other manufacturers as well. ADC is a perfect example. A single-cable connector providing power, signal, and USB to a monitor is a great idea. Just look at HDMI.

HDMI provides video and data, and a significant reason for its invention was the lack of any already existing standard for transmitting digital (and, particularly, DRM-encumbered) high-def video and audio data in the home theatre world.

Which is, to be blunt, a completely different situation to ADC - ultimately nothing more than a proprietary, overengineered cable snake primarily meant to "encourage" people buying Apple computers or screens, to also buy one of their screens or computers as well. Much like Mini-DP, in fact.

Any manufacturer of a new connector has no way of knowing in advance whether it will be successful or not, or whether the industry will take it or not. Just look at HD-DVD. Was Toshiba stupid and evil to try?

Talk about an apples to oranges comparison.

Your overall argument is wrong, firstly because it is based on the false assumption that there wasn't already some form of suitable connector and, therefore, that a strong engineering requirement existed for one to be created. Secondly, because it is based on the assumption that individual manufacturers designing and releasing their own port designs is in any way a common occurrence.

Says you, with nothing resembling evidentiary support, when the technical reason is staring you down: there's no room as designed in some of their products, and they want to use the same connector for all applications.

Actually I have a great deal of 'evidentiary support':
  • DP is not significant thicker than Mini-DP.
  • It is wider, but width is not a significant constraint in laptop designs.
  • Mini-DP is not a standard, has not been implemented by anyone except Apple and is unlikely to be implemented [on hardware devices] by anyone except Apple
  • Regular DP has already been implemented in several products on the market - laptops, converters, screens - and is supported by a range of manufacturers.

You, OTOH, haven't come up for a single line of non-circular reasoning for Mini-DP to exist.

Further, you still haven't identified any of these products you keep talking about. As I've already said (and which even a cursory glance at the photos and dimensions will confirm), all the iPods (with the possible exception of the iPod Classic) will not fit a Mini-DP port, and neither will the iPhone. Either due to a simple, brute-force factor of overall dimensions, the aesthetics (tapering on the edges), or the internal space that would be necessary.

In fact, HDMI would be a logical port to have directly on an iPod. Not only because of how it would likely be used, but also because it is noticably thinner.

That is, of course, unless Apple makes them thicker. Which is, to say the least, highly unlikely.

Given that, the choice is obvious: use the small one. There is no lock in to speak of, since anyone can make the connector.

The "lock-in" comes from there not being anyone else making devices that use the connector. "Product tying" is an alternative way of looking at it.

I don't see a marketing advantage or disadvantage to a display connector, [...]

The advantage is you sell more monitors, because the only way your customers can connect their shiny new computer to an external screen is to buy one of yours (and vice versa - someone who wants your screen is more likely to buy a new computer from you as well to connect to it).

(The disadvantage to a standard port should be fairly obvious.)

[...] and I don't think anyone is investing any egoistic capital on a port, except for those of you convinced that the fairly normal workings of the industry are some sort of satanic uprising.

The ego part is the 'we are Apple, we sell you what we think you need, why would you want to buy anyone else's equivalent, you ungrateful sod' attitude.

I'm not sure what "fairly normal workings of the industry" you're thinking of, either. New, non-standard ports are not "common" in the computer industry and neither are immediate cutovers of physical interfaces without transition periods (at least, outside of Apple),


[0] Which reminds me, using a Mini-DVI port on the iMac is a perfect example of the attitude I'm talking about. There is certainly no way a 'lack of space' argument applies. Heck, it would have been more justifiable to have ADC on the iMac rather than Mini-DVI.
 
Apple placed the battery and the hard drive along the front of the computer, the optical drive along the right edge, taking up nearly that entire side. The display hinge design prohibits any ports in the back.

I'm aware of the current overall design of Apple's laptops. My point (which is apparently too subtle) is that's not the only way to build a laptop, nor do the typical somewhat-engineering-related arguments as to why (eg: "cable management") carry a great deal of weight.

Why do other manufacturers have more space for ports? They place the battery right under the display hinge and the hard drive in the center area of the computer, designing the motherboard to wrap around those internals and the optical drive. But none of those computers are very sturdy.

I don't think "sturdiness" is a decent reason. The plastic MB and the MBP creak and flex noticably. Heck, there's enough play in my wife's MBP that too much pressure over the DVD drive (or picking it up the wrong way, making the whole case flex) will result in nasty sounds if there's a DVD being used.

The new "unibody" machines are better, but non-standard ports on Apple's laptops go back a lot further than that. Further, the Latitude E4300 on my desk (along with the D400, D410 and D430 next to it) is extremely "sturdy", with basically zero flex at all. It's been a while since I held a Thinkpad, but I remember them being similarly strong.

But the way Apple designs their computers from an aesthetic standpoint determines the interior layout. Apple places the vents behind the display hinge, other manufacturers have vents all over the place. Apple has the motherboard in one piece in one location, other manufacturers have the parts on the motherboard scattered around haphazardly.

Just have to love the inherent bias in your words.

There are actually some concrete reasons (at least on some models) why Apple's vent location is poor - you can't run the machine with the lid closed.

Because of Apple's design considerations, there is no space for a full-size VGA, DVI, or DP port on the new MacBook and MacBook Pro. Yes, it's possible to have designed the MacBook in a way to facilitate those ports. But then the MacBooks would look like any other computer.

The aesthetics argument is weak. They already "look like any other computer" (with the exception of the MBA). It would not be hard for Apple to keep the overall MB and MBP "look" while putting ports on both sides (or possibly even the front :eek::rolleyes:). I also see that someone else has brought up the 'form over function' point.
 
Well, I'm not sure how else to interpret your implicit insistence that it was the only way Apple could have designed it.
Which simply falls apart when you realize that I have explicitly stated no fewer than three times now that this is not the case. They certainly could have done it other ways, but with other consequences.
I have already explained my concerns. It's a non-standard port, it will remain a non-standard (or, at best, very uncommon) port, it adds no value while causing difficulties to end users
The same could be said about DisplayPort in general, apart from its VESA approval, which remains an open question as to the mini connector.
there is no reason to believe there would have been any meaningful design changes or problems to implement the standard DP port.
There is not room on the MacBook mainboard. The entire thing would have to be reconfigured.
What advantages ? The MB offers no additional hardware features to make up for it, and lacks some that are standard on physically similar machines.
You're just completely walking past it over and over again. The size, shape, and configuration, along with all other details of the design, are facilitated by the use of the mini connector. Anything else would require a complete redesign and a chain reaction of consequences which you just continue to ignore in post after post.
of the average mobile phone make it obvious there's no room for even a full-size USB A port
No. This ends here. A USB connector is 13.2x6mm. Unless you find me a phone smaller than that, it will fit using your "there's enough space" rule. What's good for the goose...
No, they're not. Even something like a Canon Powershot Gx-series device - which is huge by non-DSLR digicam standards - is less than 3 inches tall.
Again, a Canon SD1000, a fairly typical, small format camera, is 3.5x2.5 inches, give or take. And again, a USB port is 13.2x6mm, or about half an inch by a quarter inch.
Firstly, because the size ratio of a full-size USB port to the average phone or mobile is substantially greater than the ratio of a DP port to the average (or even [much] smaller than average) laptop.
An irrelevant consideration. Both products contain PCBs designed at the same densities and overall constraints. Either both can fit larger connectors and the whole thing is a scam, or both should be free to be their own judges of how to make use of space in their products.
Arguably, they're ot even "competitors" in any meaningful sense. DP is mainly targeted at replacing DVI (and will find little application outside of that), whereas HDMI is targeted at replacing Component+SPDIF
I suggest you read up. DP is supposed to replace both DVI and HDMI, and most people are wondering why HDMI doesn't just replace DVI and get it over with, because ten years from now, DP will be obsolete as well.
Because you haven't explained to me yet what you meant by "consumer breakthrough"
Consumer=retail market for personal, home, and small business use. Breakthrough=signficant advance, achievement, or increase.
Consumer breakthrough is exactly what it says: a successful introduction into a consumer space. You could also refer to the blatantly clear example already provided.
and reasonable interpretations on my part
Only if "had their" = "is a".
No, I just need examples of where Apple has invented its own connectors (or other solutions) where there was no real engineering-driven reason to do so, which I have done.
No. NIH syndrome requires animus toward the work of others and the replication of effort for the sake of being different. Quite clearly, "NIH syndrome" would be a refusal to adopt DisplayPort (there's no rush, after all), or the design of a connector providing no benefit. You can poo-poo the obvious all you want, but the fact is that a smaller connector does have clear and practical benefits now and in the future, especially when the major goal of DisplayPort is to unify all consumer electronics connections, and its connector leaves out devices smaller than a notebook PC.
Actually I have a great deal of 'evidentiary support'
Missing the boat, once again. Your evidence is circular--proclamations by you do not constitute evidence.
DP is not significant thicker than Mini-DP.
Largely irrelevant.
It is wider, but width is not a significant constraint in laptop designs.
Patently untrue, and begs the question by restricting the scope to full-size notebooks.
Mini-DP is not a standard, has not been implemented by anyone except Apple and is unlikely to be implemented [on hardware devices] by anyone except Apple
Entirely speculative.
Regular DP has already been implemented in several products on the market - laptops, converters, screens - and is supported by a range of manufacturers.
Overbroad. Three manufacturers have put out displays, and adoption is so low that anything can happen. Remember that HDMI was originally released with a DVI connector.
will not fit a Mini-DP port
Your standard, which is based on nothing more than visual distance and the assumption that a bigger case makes more room on the PCB, does not make sense. If you can look at a MacBook and summarily declare that a regular connector could go there, then any other product physically large enough to accommodate a connector could be redesigned to fit it.
The "lock-in" comes from there not being anyone else making devices that use the connector.
Did you completely lose sight of the free licenses to do so? Lock-in requires a closed gate.
The advantage is you sell more monitors, because the only way your customers can connect their shiny new computer to an external screen is to buy one of yours
Untrue. Any DisplayPort monitor is compatible. There is no technical barrier to operation.

What you're doing is complaining that the game library for a brand new console sucks because a console that's been out for a year has more. It's asinine. The entire ecosystem is so new that any of your summary decrees are baseless.
New, non-standard ports are not "common" in the computer industry and neither are immediate cutovers of physical interfaces without transition periods
You must be new to video interfaces. That's exactly what happens, for five decades and with hundreds of companies, both individually and grouped together under some working group.
 
All I know is ... my neighbor has the new macbook and wants to hook it to the tv. She has HDMI S-video and composite video. How does she do it?

Wait and pray. Apple does not offer mini-DP adapters for video out (like they do for DVI, Mini-DVI, Micro DVI, or Mini-VGA) or HDMI.
 
The assumption is that there was any compelling need for "mini" ports in the first place.

With VGA and DVI, I can see the need for such ports. The full size ports are large and bulky. With displayport, its already the size of the mini-ports. The reason for Mini-DP comes down to either it being an engineering workaround to make up for a flawed design from Ive or a deliberate attempt by Apple to create a proprietary connection while still being able to make the case that they're part of a standard.

Which simply falls apart when you realize that I have explicitly stated no fewer than three times now that this is not the case. They certainly could have done it other ways, but with other consequences.

And by consequences you mean the machines remaining over an inch thick instead of 0.95.

The same could be said about DisplayPort in general, apart from its VESA approval, which remains an open question as to the mini connector.
At least its a standard used more than one company. I can go out and buy a adapter cable for regular display port to just about anything including DVI. Mini-DP is the first of Apple Mini/Micro ports to offer neither adapters to the full standard nor video out.

There is not room on the MacBook mainboard. The entire thing would have to be reconfigured

You're just completely walking past it over and over again. The size, shape, and configuration, along with all other details of the design, are facilitated by the use of the mini connector. Anything else would require a complete redesign and a chain reaction of consequences which you just continue to ignore in post after post.

Its predecessor offered easy access to the hard drive as well as Mini-DVI and a firewire port in a package that was 1.08 inches in thickness. Losing the firewire and moving to the Micro DVI-sized mini-DP steams from a flaw in the design philosophy which vales aesthetics and gimmicks above functionality. What you don't seem to get is that Apple's redesign caused the problems.

Did you completely lose sight of the free licenses to do so? Lock-in requires a closed gate.

Just because its a free license doesn't mean other companies will use Mini-DP or find it profitable to create adapters for. Despite all the advantages of Mini-DVI I've seen accessories from exactly on other company than Apple.

Untrue. Any DisplayPort monitor is compatible. There is no technical barrier to operation.

But there is a physical one, no such adapter exists. If Apple really wanted for Mini-DP to be part of the Displayport, why did they not release an adapter out of the gate? Maybe they're taking these steps because they know that there is nobody else who is going to use Mini-DP and they have people like yourself who don't bother to check past the company press releases to back them up no matter what you do. Best way to implement a proprietary system is make it not look like a proprietary system. As long as there can be a connection in theory, you're not really locked in.
 
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