At an event held in China on May 28, Xiaomi’s subsidiary Redmi launched the RedmiBook 14 laptop alongside the K20 and K20 Pro smartphones. It is the company’s first laptop as an individual subsidiary, and it includes a good set of specifications and carries an aggressive price tag. Going by the looks of the device, it is clear that some inspiration has been derived from Apple’s MacBook lineup.
RedmiBook 14 Specifications And Features

The RedmiBook 14 has a metallic finish which gives it an elegant look. The laptop is branded with the Redmi Logo and features a 14 inch display. The laptop has an 81.2% screen-to-body ratio. It has a similar keyboard design to Apple’s MacBooks i.e island style keys. The left side of the laptop accommodates two USB 3.0 ports, an HDMI port and the power input socket, whereas the right side houses one USB 2.0 port and a 3.5mm headphone jack.

Under the hood, the top variant of the RedmiBook 14 features the 8th generation Intel Core i7 processor. On the other hand, the specced-down variant of the same incorporates the 8th generation Intel Core i5 processor. The CPU is paired with the NVIDIA GeForce MX250 graphics chip, which has a TDP (Thermal Design Power) of 25W. In terms of memory, the RedmiBook 14 is kitted with 8GB of RAM across all variants. Storage options vary from 256GB of SSD to 512GB.
The laptop weighs at 1.5kg, which is quite light and is 17.95mm thick. As exhibited by the company, the RedmiBook 14 has air vents at the bottom and they cover an area of 2530mm2, allowing for improved airflow. The laptop features a Modern Standby mode, which reduces battery consumption on standby. It boasts of DTS audio technology which claims to provide bass-rich sound. In terms of battery, the laptop can last for 10 hours on a single charge.
RedmiBook 14 Availability And Price

Also Read: Xiaomi Launches The Flagship Grade K20 and K20 Pro, Pricing Of The Redmi 7A Also Announced
The RedmiBook 14 will be available for purchase June 1 onwards. The pricing of the different variants is listed below:
- 8GB+512GB (Core i7): CNY 4,999 (~INR 50,400)
- 8GB+512GB (Core i5): CNY 4,299 (~INR 43,300)
- 8GB+256GB (Core i5): CNY 3,999 (~INR 40,300)







































As per sources, Apple’s upcoming smartphones will resemble the design factor of their predecessors, with the major difference being the additional rear camera lens. Furthermore, 3D touch functionality will be removed from the 2019 iPhones, which indicates that the company may introduce a Haptic Touch feature in its handsets.
Reportedly, all the iPhones will be transitioned to OLED displays in the year 2020, with LG becoming the secondary supplier of the same, reports state.
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Another feature of the smartphone is the pressure sensitive controls incorporated in the AMOLED display, that can be programmed for gaming. For biometric security, it also features an in display fingerprint sensor. Talking further about the design of the Xiaomi Black Shark 2, its right side accommodates the power button and a “shark” slider which when toggled turns on gaming mode for optimized performance while the left side houses the volume rockers. The bottom of the device accommodates the USB Type-C port. To keep the temperature of the device under check during game-intensive sessions, it also has a vapour cooling chamber and liquid cooling 3.0 technology, which has been discussed previously.
Under the hood, the Black Shark 2 runs on the Snapdragon 855 SoC which consists of an octa-Core Kryo 485 CPU with the Adreno 640 GPU. The smartphone is powered by a 4,000 mAh battery which supports fast charging upto 27 W. The company claims that 30 minutes of gaming is possible with just 5 minutes of charging. The device runs on Android 9.0 (Pie) out of the box. Connectivity options on the Black Shark 2 include 802.11 ac Wi-Fi, Bluetooth 5.0, Dual 4G VoLTE and GPS. 



Researchers from the University of Washington have derived inspiration from Origami techniques and have developed a solution that can serve to keep spacecrafts safe from collisions. They are designing materials that can withstand huge amounts of forces and pressure in space. The paper model of the “demo” material implements the incorporation of “folding creases” that forms a basis of Origami models, which in turn cushions the impact forces consequently reducing the chance of material rupture.
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