The new 0.61 inches-thick Fujitsu Lifebook UH90/L is by far the world’s thinnest 14-inch ultrabook. Though it’s nearly half an inch in thickness, its "ultra-compressed, solid core" design can withstand up to 200 kilogram-force. Its battery is also expected to last 11 hours. That’s impressive for a device so compact and high in quality.
The Lifebook has a touch-screen display panel with IGZO technology for a top-notch display resolution (3200x1800). The HD touchscreen laptop runs Windows 8 with a 4th Generation Intel Core processor. The specific type of Intel processor used, called Haswell, prolongs up to 50 per cent more of battery life. Extending the battery life was a necessary move on Fujitsu, in an ever so competitive market of laptops vs. tablets. The UH90/L is set to launch in Japan later this month.
Competitively Thin Ultrabooks
The Fujitsu Lifebook UH90/L is By Far the World’s Thinnest Lap
Trend Themes
1. Thinnest Ultrabooks - The trend of designing ultrabooks with thinner profiles and compact sizes opens up possibilities for more portable and lightweight devices.
2. High-resolution Display Panels - The trend of incorporating high-resolution display panels, such as the IGZO technology in the Lifebook UH90/L, enables users to experience stunning visuals and improved image quality.
3. Extended Battery Life - The trend of utilizing advanced processors, like the Haswell, to extend battery life addresses the need for longer usage time in highly competitive markets like laptops vs. tablets.
Industry Implications
1. Consumer Electronics - The consumer electronics industry can benefit from the trend of designing thinnest ultrabooks by creating more innovative and sleek devices to meet the demands of style-conscious consumers.
2. Display Technology - The display technology industry can explore and invest in high-resolution panels, such as IGZO, to cater to the growing demand for visually stunning and immersive displays in various electronic devices.
3. Mobile Computing - The mobile computing industry can seize the opportunity of extended battery life to develop more power-efficient devices that enhance user experience and provide longer usage time for on-the-go professionals.