in Products in Support in Press

To ensure that you get the possible best experience, this website utilizes third-party profiling cookies. click here to learn about these cookies and how to change your settings. By closing this window or continuing to browse this website, you consent to the use of these cookies.

15.6-Inch Narrow Border Display | 14-Inch Footprint | <1kg


Swift 5 - Overview Large
Swift 5 - KSP 1 - Large
Swift 5 - KSP 2 - Large

Minimalist Design

To give the Swift 5 a contemporary look, our designers only kept the essential structural lines, eliminating all redundant areas to present a refined, minimalist visual effect.

Swift 5 - KSP 3 - Large

Unbelievably Light and Durable Materials

Compared to Al, MgAl is 20% lighter and MgLi 35% lighter at the same thickness. In addition, MgAl is two times stronger and MgLi is four times stronger at the same thickness, giving the machine solid rigidity in a feather-light body design.

Swift 5 - KSP 4 - Large

Magnesium Alloy Forming & Testing Process

• Step 1—Magnesium has an extremely low density, making it the lightest raw material in the world. We believe as the main material of the Swift 5, it would have a huge benefit to our users in terms of portability. • Step 2—However, during the manufacturing process, it loses its strength and is susceptible to corrosion. These are the main challenges our engineers faced. • Step 3—Our solution was to develop alloys in combination with aluminium or lithium. • Step 4—We simulated various possible situations to learn more about the alloys and keep potential fractures at bay. • Step 5—Multiple tests were carried out to ensure they alloys have great resistance to corrosion and bending.

Swift 5 - KSP 5 - Large

Solid, Elegant Ceramic Finish via MAO (Micro-Arc Oxidation)

The MAO technique generates a solid ceramic layer on the metal surfaces, combining hardness, strength and resistance to corrosion and oxidation. *Micro-Arc Oxidation (MAO) Process: A controlled high-voltage bipolar electrical current is applied to the component while it is immersed in an alkaline electrolytic bath. The current forms micro-arc plasma discharges on the surface. These reach extremely high temperatures and convert the surface into an ultra-hard crystalline ceramic structure with a unique tactile feel. *Swift 5 surface finish process: 1. Prepare a magnesium alloy cover 2. Apply MAO technique 3. A ceramic-like finish is created 4. The surface is painted

Swift 5 - KSP 6 - Large

15.6-Inch Visibility, 14-Inch Portability

The 15.6-inch display’s narrow border gives it an incredibly high screen-to-body ratio* and delivers a remarkable viewing experience. Hundreds of interior components are expertly located to give the Swift 5 a 14-inch footprint with advanced portability. Moreover, we placed the camera on the top bezel to provide a great viewing angle.

Swift 5 - KSP 7 - Large
Swift 5 - KSP 9 - Large