Smaller text was harder to read than on the Google Nexus 7 and the Kindle Fire HD. The screen limitations were especially apparent when we were browsing.
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Objects in the background, such as Carrie's dreaded high school, lacked definition in the windows and facade.
When we watched the trailer for the upcoming "Carrie" remake, the colors were fairly muted and the picture wasn't completely crisp and clear. The original Amazon Kindle Fire, which costs $159, has the same resolution as the MeMO Pad, though. Both the Kindle Fire HD 7 and the Google Nexus 7 have 1280 x 800 pixel displays, providing crisp and clear text and images. The screen resolution on the MeMO Pad, 1024 x 600, also falls short compared to the competition.
This is below the 7-inch Kindle Fire HD (436 lux), the original Kindle Fire (460 lux), the Google Nexus 7 (314 lux), as well as the category average of 373 lux.
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The screen measured just 293 lux at full brightness, leaving us wishing we could adjust the settings just a few notches brighter. This process is also happening at speeds slower than that of transfers happening entirely inside the RAM module since the comparatively slower internal storage is involved.Click to EnlargeEven though it's a budget tablet, the 7-inch display on the MeMO Pad left something to be desired. When we use expandable virtual RAM, there is a lot of data being transferred from the RAM to the internal storage and back.
This is because RAM speeds are much faster than internal storage speeds, even beating the speeds of UFS 3.1, one of the fastest internal storage options we can get on phones today. No, performance-wise, actual physical RAM storage will always be faster and more reliable. Is Expandable Virtual RAM as good as more physical RAM? The feature will hence allow you to open more apps on a phone without closing off older apps in the background. The phone will intelligently handle the extra data load on the RAM, instead of force shutting older apps. The virtual RAM feature will now kick in, and use that extra 2GB allotted space to handle those apps which are in the background. When you’ve opened enough apps, this 6GB of RAM is nearly full. Take the same phone with the same amount of RAM, say 6GB, except this time you’re using a phone with expandable virtual RAM. This lets you use newer apps, but on the downside, when you return to the older app (which will still be shown on your recent apps screen), you will find that the app restarts, instead of resuming from the screen you left it at. Lack of RAM has never stopped us from opening newer apps on phones that don’t have Expandable Virtual RAM, so what does the feature actually change? The answer is simple, in phones without the feature, when you open more apps and get closer to using up your available RAM, Android’s optimisation will begin deleting the app’s temporary files in the background, in a process we call RAM optimisation. How is this different from regular phones without this feature? When you want to switch back to the older apps, the phone will bring those temporary files from your internal storage back to the RAM, allowing you to use those apps again.
This frees up more space in your actual physical RAM to load up more apps. On a smartphone, when you’re using up a large portion of your RAM, the expandable virtual RAM feature will send the temporary files to this reserved internal storage space.
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