ASUS ZenBook Flip UX360CA now available in Malaysia

One of the lightest and thinnest 13.3″ convertible laptops, the ZenBook Flip UX360CA has arrived in Malaysia!

The Zenbook Flip UX360CA is the first ZenBook to feature a 360° hinge with a flippable display. The premium aluminium unibody is crafted out of a single block of solid aluminium, with the lid featuring the signature Zen-inspired pattern of concentric circles. It is available in 2 stylish color, Icicle Gold and Mineral Gray. The ZenBook weighs a mere 1.3kg and sports an ultra-sleek profile of 13.9mm and also 12-hours of battery life, meaning that you will be able to use it out and about, making everyone who can see it jealous.

The ZenBook Flip UX360CA features a full HD 13.3″ IPS display, capable of displaying 72% of the NTSC gamut and 100% sRGB gamut, making it suited for multimedia enjoyment or working on graphics. Video performance is also enhanced thanks to the exclusive ASUS Tru2Life technology that automatically optimizes every single pixel in every video frame so that videos look clearer, more detailed and more realistic.

Performance wise, the ASUS ZenBook UX360CA will sport an Intel Core M3 6Y30 based on the latest Intel Skylake architecture, which is paired with the integrated Intel HD Graphics 515 GPU, for the perfect balance of performance and battery life. 4GB of LPDDR3 RAM running at 1866 MHz allows for sufficient performance when multitasking.

Connectivity wise, you get 2 USB 3.0 Type-A ports, 1 USB 3.1 Type-C port a micro-HDMI display port and a 1 x 3.5mm combo audio jack. Wireless connectivity is handled by no other than the Intel Dual Band Wireless AC 8260 adapter, which offers 802.11ac WiFi and Bluetooth 4.1 capabilities.

The ZenBook UX360CA is available in Malaysia, for RM3099.

Pokdepinion: The ASUS ZenBook UX360CA is kinda pricey for the performance it offers, but the portability, battery life and premium design may make it up to those who place those attributes over processing power, but then these portable convertibles aren’t meant for heavy processing workloads anyway.