Designed for users on the go the convertible Chromebook Spin 514 with premium narrow bezels offers a 78% screen-to-body ratio to enable users to enjoy their favorite movies TV shows or other media while on the move or traveling. The latest AMD processor further enables you to work on intensive and demanding applications without worrying about slowdown.N/AN/APower to PerformN/AWith the latest AMD Ryzen Accelerated Processing Unit (APU)1 based on a Zen+ CPU and Vega GPU microarchitectures this Chromebook can be awoken from sleep in less than a few seconds. With 10 hours2 of battery life it can easily be a workhorse that you can depend on.N/AN/ASuperior ScreenN/ANot only compact and lightweight this Chromebook also allows you to extend your screen-to-body ratio to 78% with an ultra-narrow left and right bezel width of just 6.1mm and immerse yourself in a stunning 14 FHD IPS display protected by Corning Gorilla Glass.N/AN/AOutstanding DurabilityN/AThe streamlined and reinforced metal chassis3 design with diamond-cut patterning on both the top cover and touchpad delivers stylish good looks with additional military-grade durability (U.S. MIL-STD 810H5 compliant) allowing users on the move to focus on their work rather than the fragility of their device.N/AN/AEverything You NeedN/ADesigned with business users in mind this Chromebook comes equipped with Wi-Fi 5 connectivity concave keycaps for an improved typing experience an optional backlit keyboard dual microphones to better support Google Assistant and dual USB Type-C ports to deal with everyday applications.N/AN/AConvertible ConvenienceN/AWork the way you want. The 360-degree convertible use modes enable you to present or share your screen in more convenient and collaborative ways while also allowing you work in areas with limited space such as on a plane or train.N/AN/AReady to PresentN/ANo more dongles needed unlike similar devices on the market this Chromebook features a built-in HDMI port4 providing your meetings and presentations with better contrast and color saturation over a typical analogue (VGA) interface.
