Xiaomi's new Mi Note phablet, as expected, went up for sale in China for the first time on Tuesday. Within three minutes of the sale going live, the company announced that the Xiaomi Mi Note went "out of stock", leaving us to believe that the handset was sold out within this period.
The Chinese company is yet to reveal the exact number of units that were available in the first sale and the time taken for the Mi Note to go out of stock. Xiaomi announced the news via its official Sino Weibo page.
The company also revealed that the next sale for the Mi Note will be held on February 3 without again revealing the number of units expected to be available.
(Also see: Xiaomi Mi Note: First Impressions)
A recent report coming out of Taiwan forecast that Xiaomi's Mi Note phablet might touch 15 million shipping units this year.
The KGI Investment Advisory report primarily focused on what impact the large shipping units of the Mi Note will put on several Taiwanese technology companies. KGI expected that Xiaomi will ship around 13 to 15 million Mi Note units in 2015, where March and May months will see the flagship phablet sales topping.
To recall, the Xiaomi Mi Note phablet launched earlier this month, and has been priced at CNY 2,299 (roughly Rs. 23,000) for the 16GB model, while the 64GB model comes at CNY 2,799 (roughly Rs. 27,900).
The dual-SIM and dual-standby Xiaomi Mi Note with Micro-SIM and Nano-SIM card support features a 5.7-inch full-HD (1080x1920 pixels) Sharp JDI display offering a pixel density of 386ppi. It also packs Corning Gorilla Glass 3 protection, and sports a metal frame.
The phablet is powered by a quad-core Qualcomm Snapdragon 801 processor clocked at 2.5GHz alongside 3GB of RAM and Adreno 330 GPU. The Xiaomi Mi Note also supports 4G LTE connectivity and is backed by a 3000mAh battery with Quick Charge 2.0 technology.
Other specifications include a 13-megapixel rear camera with a six-element lens, OIS, a Sony CMOS sensor, and two-tone flash from Philips. There is a 4-megapixel front-camera also onboard with large 2-micron pixels.
