The Display: In Numbers

Apple is very big on maintaining a consistent experience between its products. We see this a lot in our Mac reviews where it's not unusual to see similar white points across virtually all Apple products. It's no surprise that the with the move to the Retina Display Apple wanted to retain as much of the original iPad's display characteristics as possible. We'll start with an analysis of brightness and contrast, both of which remain relatively unchanged from the iPad 2:

Display Brightness

Display Brightness

Display Contrast

Apple is expected to have triple sourced panels for the new iPad, so you can expect to see variation in these results but for the most part you can expect the new iPad's display to perform similarly to the previous model.

Despite similar brightness and contrast to the previous model, the new iPad offers remarkably better color gamut and color reproduction than its predecessor. Relative to other tablets, the iPad's display is spectacular.

Display Color Gamut (sRGB)

As we mentioned in our Retina Display analysis, Apple delivered on its claims of a 44% increase in color gamut. The new iPad offers nearly full coverage of the sRGB color space and over 60% of the Adobe RGB gamut:

Display Color Gamut (Adobe RGB)

Below is the CIE diagram for the new panel with an sRGB reference plotted on the same chart so you can visualize the data another way:

Color accuracy has improved tremendously if we look at delta E values for the primary and secondary colors:

Remember from our display reviews, lower delta E values indicate greater color accuracy. Values below 4 are typically considered good and you can see that the iPad 2 as well as the Transformer Prime both fell short in this department. With the new iPad Apple has clearly focused on color accuracy, which makes sense given it was used as the vehicle to introduce iPhoto for iOS.

Apple still has a lot of work ahead of itself to really put forth a professional quality display in a tablet, but for now the Retina Display is easily the best we've seen in a tablet and a tremendous step forward.

What's most absurd about the iPad's Retina Display is that you're able to get this resolution and panel quality in a $499 device. While we must be careful not to give Apple too much credit here as Samsung, Sharp and its other display partners clearly make the Retina Display, it's obvious that Apple has really been pushing its partners to develop solutions like this.

The biggest problem in the production of any commoditized component is the primary motivation for innovation is to lower cost. For years I argued with notebook PC makers to use higher quality LCD panels but no one was willing to commit to the quantities that would lower costs enough. I was also told that as soon as you put these notebooks on shelves at Best Buy, users wouldn't really care whether they were getting a high quality IPS display or not—all that mattered was the final price.

Apple, under the leadership of Steve Jobs, had a different mentality. Steve's pursuit was quality and experience, cost was a secondary concern. Through slow and steady iteration of this approach, Apple was able to build up a large enough customer base and revenue to be a significant force in the industry when it came to driving costs down. Apple can easily fill your fabs and eat all that you can produce, but you'll have to do whatever it wants to get the order.

Apple's behavior since it got rich has been to drive down the cost of higher quality components, LCDs being a perfect example. Unfortunately other companies don't benefit as much here as Apple tends to buy up all of the production of what it has pushed to create. That's one reason why, although ASUS was first to introduce a 1080p Transformer Pad, it won't launch until well after the new iPad. From what I've heard, the panel makers are all busy servicing Apple's needs—everyone else comes second.

Eventually the entire industry will benefit and all indications point to Apple doing something special for "pro" users in the notebook space next. As I've said previously, Apple has raised the bar with the iPad's Retina Display. The time for average display quality in a $500 tablet is over, the bar has been raised. It remains to be seen whether or not Apple will be able to maintain this quality across all suppliers of its Retina Display. On the iPhone Apple has been entirely too lax about maintaining consistency between suppliers. If it wants to be taken seriously in this space Apple needs to ensure a consistent experience across all of its component vendors.

The Display & Retina Enabled Apps The Display: In Practice
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  • Riseofthefootclan - Thursday, March 29, 2012 - link

    I entered the tablet market this year in hopes of enhancing my school experience. I was looking for a device that would do the following: reading textbooks, slides, notes, watching video etc.

    I too looked at the kindle, but I will tell you now that for what you want I'd avoid it.

    I first purchased a Samsung galaxy tab 10.1 LTE. I wanted Internet every where I went, but soon became frustrated with the android operating system (inconsistently chunky etc).

    After playing with an iPad 2 in the store, I realized it was a much better experience. Fluid and problem free.

    A month later the iPad 3 (new iPad) is released. After playing with it I realized how much better the screen was, and how much that impacted the experience (especially for someone who primarily uses the device for text consumption).

    So now, here I sit, with a 32b LTE iPad 3. I don't regret the purchase one bit. Armed with the Bluetooth keyboard, or just the on screen variant, I can also take notes quite competently (wrote this entire thing out with the on screen keyboard).

    Best educational tool I have ever purchased. In my hands I can carry my one stop shop for web browsing, email, textbooks, fictional books, course materials, lectures and even games.

    Coming from an iPad 2, I'd go so far as to say it was well worth the upgrade.

    I highly recommend picking one of these up, as I believe it will fit your bill of requirements to a tee.
  • adityarjun - Thursday, March 29, 2012 - link

    Thanks dude! And all others who replied. I guess I will be picking up a 32gb LTE version of the ipad.
    Do you guys know whether the ipad has international warranty? If I were to buy it from the US and import it here, would I have warranty?
    And how many years of warranty does it have? Is it a replacement warranty, i.e. , if anything is broken they give a new ipad or a normal warranty?
    This is another aspect the review didnt cover. A para detailing the warranty and tech support should have been there imo.
  • adityarjun - Thursday, March 29, 2012 - link

    Oops forgot to add this in the comment above-- which keyboard are you using.. I think I will pick the Logitech one.
    And any good stylus?
    Also, for protection I guess I will go with a Zagg shield and the smart cover. Will that be enough?
  • OCedHrt - Thursday, March 29, 2012 - link

    How come the review starts with the 10.1-inch 1920 x 1200 Super IPS+ tablet but all the comparisons are with the 1280 x 800 tablet?
  • adityarjun - Thursday, March 29, 2012 - link

    I am not sure but I dont think that those tablets are in the market yet. That was just a comparison of specs. Later on we had a comparison with other major tablets available in the market currently.i.e ipad 2 and the transformer prime.
  • OCedHrt - Thursday, March 29, 2012 - link

    Says 40 nm on page 2 and 45 nm on page 6.
  • g1011999 - Thursday, March 29, 2012 - link

    At Page (The A5X SoC) / Table (ARM Cortex A9 Based SoC Comparison)

    The cell for "A5X" and "Memory Interface to the CPU" shall be "Quad channel(128bit)"
  • Ryan Smith - Thursday, March 29, 2012 - link

    Actually that's correct as it stands. The memory interface to the CPU is 64bit on the A5X. The other two memory channels go to the GPU, rather than the CPU.
  • g1011999 - Thursday, March 29, 2012 - link

    No, Those memory controllers are multi-port AXI controller which are connected to L2 cache controller, system fabrics, GPU.

    L2 cache controller is connected to all those 128bit dram controller, either through direct connection (memory adapter like omap 4470) or through system AXI bus, so the cpu can access all the memory.

    The A5X is a SoC coupled with 128bit quad channel DRAM regardless whether the bandwidth from CPU(L2 cache) to memory is sufficient or not.

    The IPs ( CPU, video codec, display controller, GPU, CAM-IF ...) on SoC can take advantage from the 128bit memory interface with less chance of congestion.
  • PeteH - Friday, March 30, 2012 - link

    And how do you know the internal system bus is AXI?

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