The 3.5" iPhone has it, the 9.7" iPad has it, the 21.5" and 27" iMac have it, and the 27" Cinema Display has it, so why none for the Macbooks?
Because TN displays are cheaper and people aren't complaining.
I doubt people complained about any of the other screens OP listed, but eh. I'd like to see the MBP updated with IPS screens this fall though.
People were complaining. The iPhone's screen suck compared to Android phones out there, the 21.5 and 27 used IPS to make people switch from the obviously superior 16:10 screens.
Which screens are better on android phones and in what criteria?People were complaining. The iPhone's screen suck compared to Android phones out there, the 21.5 and 27 used IPS to make people switch from the obviously superior 16:10 screens.
Believe me, the eIPS screens they're putting in the iPhone and other cheap toys are not as good as they're made out to be. They all suffer from major QC issues. I'm not certain it would be a step up from the TN panels current in use.
I'm not referring to viewing angles or pixel density; I'm referring to uniformity and color accuracy. They're nowhere near professional-grade (not that the TN panels Apple uses are either).From what my eyes tell me, they are a very significant step up, assuming you don't have a defective one.
I'm not referring to viewing angles or pixel density; I'm referring to uniformity and color accuracy. They're nowhere near professional-grade (not that the TN panels Apple uses are either).
It's not so important on an iPhone; remember, we're talking about the MacBook Pro here, Apple's prosumer/professional notebook. E-IPS screens are what Apple has been using on its cheaper lines of products such as the iPad and the iPhone. E-IPS screens use less power than S-IPS and other IPS technologies, but LG, the only company making them AFAIK, seems to be suffering from quality control issues. E-IPS monitors from Dell and NEC, marketed as being a step above cheap TN monitors and below their more expensive IPS brethren have been showing wide variances in tinting and backlighting. From my experience with the iPhone, this is also the case although to a lesser degree. (I can't speak as to the iPad as I haven't used one.) E-IPS is probably the only IPS technology currently suitable for a laptop due to its power characteristics, but at this point it's not mature enough for me to say that it's better than a high-quality TN panel. Right now I'd rather Apple improved other areas such as the GPU as opposed to switching to an immature display technology with QC issues.I'm not a professional...er....phone user (?) so what does it matter other than there is room to improve?![]()
It's not so important on an iPhone; remember, we're talking about the MacBook Pro here, Apple's prosumer/professional notebook. E-IPS screens are what Apple has been using on its cheaper lines of products such as the iPad and the iPhone. E-IPS screens use less power than S-IPS and other IPS technologies, but LG, the only company making them AFAIK, seems to be suffering from quality control issues. E-IPS monitors from Dell and NEC, marketed as being a step above cheap TN monitors and below their more expensive IPS brethren have been showing wide variances in tinting and backlighting. From my experience with the iPhone, this is also the case although to a lesser degree. (I can't speak as to the iPad as I haven't used one.) E-IPS is probably the only IPS technology currently suitable for a laptop due to its power characteristics, but at this point it's not mature enough for me to say that it's better than a high-quality TN panel. Right now I'd rather Apple improved other areas such as the GPU as opposed to switching to an immature display technology with QC issues.