Liquid crystal display ▪ October 17, 2012

We heard reports in the past that Apple passed on Sharp’s IGZO display tech for the third-generation iPad due to Sharp not having the tech ready in time. Going with Sharp’s IGZO tech would have allowed for a thinner display assembly, a brighter display with less LEDs, and the ability to use a smaller battery or extend battery life specs as a result. It could have also helped shave off some of the increased weight and depth of the new iPad. These are all things we witnessed first hand when we got up close and personal with a few IGZO demos at IFA this year.  Sharp is announcing today its first 7-inch tablet to use the display technology, claiming the 1,280-by-800 IGZO display allows for 2.5 times the battery life from the tablet’s 2,040mAh battery (via ComputerWorld).

With the iPad mini launch coming later this month, it is a possibility the tech is finally ready for Apple to take advantage. Sharp also has 10-inch and 13-inch variants of the IGZO displays, but the 7-inch would of course make a lot of sense for iPad mini given what we already know about the device. Apple’s ability to increase battery life, or simply have the ability to use a smaller battery (in a smaller form factor) while maintaining battery life specs, is just one benefit. Another big benefit for Apple would be narrow borders: rumor has it—which is something we also talked about a lot in the past—the iPad mini will have a much narrower border than previous-generation iPads. Sharp told us its IGZO LCDs can be built with a bezel under 2mm, and it was showing off a demo display with a 1.75mm border at IFA. That would definitely fit the bill for the narrow-border, one-handed experience we expect from iPad mini. expand full story

Liquid crystal display ▪ August 20, 2012

I think it is safe to say we are seeing an unprecedented number of upcoming iPhone parts from the supply chain this time around and one of the few remaining parts yet pictured not only started showing up over the weekend…it is also on sale. For $199, you can pick up (update: out of stock) the “iPhone 5” LCD Screen complete with digitizer assembly. The part looks to be a taller 1,136-by-640-pixel display but obviously, “buyers beware.”

UbreakIfix relayed by MacRumors posted the first images of the new iPhone display over the weekend. Perhaps it purchased the display from ChinaGadgetLand—the parts look very similar.

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The ChinaGadgetLand description reads:

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Liquid crystal display ▪ August 8, 2012

You might remember a couple months ago when our friends at iFixit tore down the new Retina MacBook Pro. Unfortunately, the device received its lowest repairability score with the company calling it “the least repairable laptop”. While the new MacBooks provide possibly Apple’s least accessible and upgradeable design out of the box, iFixit updated its website today with its official 2012 MacBook Pro Retina repair guide to make it as easy as possible. Fifteen separate installation guides for the AirPort Board, battery, fans, logic board, speakers, SSD, trackpad, etc., are included in the repair guide with one maintenance guide for reapplying thermal paste to the CPU and GPU.

Many components within the laptop can be removed without much fuss, provided folks use the correct tools. Pentalobe screws hold the lower case in place and Torx screws secure everything else. Spudgers and plastic opening tools are absolutely necessary, as many of the components are designed with such tight tolerances that using fingertips is simply not an option.

Fair warning: working on the laptop is no easy task. Some repairs are simply infeasible. For example, there is no way to replace the trackpad without removing the battery. And while it’s possible to remove the battery, chances are high that it will be punctured in the process. Puncturing Lithium-polymer batteries releases noxious fumes and can cause fires. Additionally, removing the LCD glass from the aluminum frame will almost certainly break the glass. So components residing under the LCD — such as the FaceTime camera — will have to be replaced with the entire assembly… Finding replacements for the machine’s proprietary components is currently difficult. We’re working to source parts, but it may take some time.

iFixit also estimated that third-party battery replacements —if done correctly— could cost over $500:

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Liquid crystal display ▪ June 20, 2012

Liquid crystal display ▪ June 19, 2012

[Image credit: iFixit]

We covered iFixit’s Retina Display teardown this morning, but the report left out one very important detail: Who makes the display? There had been some discussion by DisplayMate’s Raymond Soneira on whether Sharp’s IGZO display technology was used:

An IGZO Retina Display? Traditional high PPI displays (with amorphous Silicon) are inefficient with both brightness and power. As a result, the new iPad 3 with a Retina Display needs a 70 percent larger battery than the non-Retina Display iPad 2, but the MacBook Pro with Retina Display has only a 23 percent larger battery with the same 7 hour running time as the non-Retina Display MacBook Pro. How can this be? You may recall that IGZO technology has been making headlines for months, first rumored to be the technology used in the Retina Display for the new iPad 3. IGZO is significantly more efficient than amorphous Silicon. It wasn’t ready in time for the new iPad 3, but Sharp announced that production of IGZO LCDs with up to 300 PPI started in March of 2012… Just in time for the MacBook Pro… These facts lead me to speculate that the MacBook Pro is using a Sharp IGZO Retina Display…

Apple, Sharp, and Foxconn are rumored to be working together on something bigger as well.

Nope… expand full story

They first took apart the new Retina MacBook Pro and called it the “least repairable laptop” ever, but today our friends at iFixit took apart the device’s most impressive new component: its Retina Display. Here is what they found:

The Retina display is an engineering marvel. Its LCD is essentially the entire display assembly. Rather than sandwich an LCD panel between a back case and a piece of glass in front, Apple used the aluminum case itself as the frame for the LCD panel and used the LCD as the front glass. They’ve managed to pack five times as many pixels as the last model in a display that’s actually a fraction of a millimeter thinner. And since there’s no front glass, glare is much less of an issue.

The major downside to the design noted in the report: the LCD is not replaceable. It is attached to the entire assembly, so this means you will likely have to replace the entire assembly if something goes wrong. It also noted that getting into the display is quite difficult, claiming, “Obliterating the front panel of the display was the only way to get it out.” Some highlights:

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