Thursday, April 11, 2013

Samsung Galaxy Mega 6.3 & 5.8 Full Specs


Samsung Mobile is on the way introducing a new Smartphone series, "Samsung Galaxy Mega". There are two models to go as the first one, Samsung Galaxy Mega 6.3 (GT-19200) and Samsung Galaxy Mega 5.8 (GT-19150). Of course, the both of those are Android Smartphones.

According to Samsung Mobile, the Galaxy Mega 6.3 will adopt a 6.3" PLS HD resolution display and is powered by 1.7GHz dual-core CPU with 1.5GB RAM. It means the device may take the Exynost 5250, or may be the Snapdragon 400 with dual Krait 300. While the Galaxy Mega 5.8 will have a 5.8" qHD display with 960 x 540 pixels resolution, 1.4 GHz Dual-core processor, 1.5 GB of RAM, and supports dual Sim card.

For capturing, both Samsung Galaxy Mega 6.3 and Samsung Galaxy Mega 5.8 will be powered by the same 8MP main camera with LED flash support and a 2MP second camera for video call. For connectivity, Samsung Galaxy Mega 6.3 will be covered by Bluetooth 4.0, Wi-Fi 80211 a/b/g/n, and A-GPS. Meanwhile, the Samsung Galaxy Mega 5.8 will have the same Bluetooth 4.0 and Wi-Fi 80211 a/b/g/n, but it supports only GPS.

Samsung Galaxy Mega 6.3 will be 167.6 x 88 x 7.9mm in measurement (the same thickness as Samsung Galaxy S4), and given a 3200mAh battery (100mAh more than the Galaxy Note II). But it's not yet clear whether the Samsung Galaxy Mega 6.3 will be running Android 4.1.2 or 4.2.2. While Samsung Galaxy Mega 5.8 will be 164 x 83.8 x 9.7mm in measurement, has a 2,600mAh battery, and the same as Samsung Galaxy Mega 6.3 it's not yet clear whether the device will adopt Android 4.1.2 or 4.2.2.

There will be two version unveiled for the Samsung Galaxy Mega 6.3, one which supports LTE and one that's not. The both will be available in two colors, black and white. The black one will be unveiled in mid may this year, while the white one will be unveiled later. While for Samsung Galaxy Mega 5.8 is unknown yet.

1 comments:

  1. Your idea is great and will benefit the cost conscious a lot, however because of the small circuitry on mobile phones as well as the amount of integration in their components will prevent this from happening. Nice thought though, hopefully someone is listening

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